$ /nix/store/vzx1mi9c0xfadmsm9dhd83d005cb1qs9-coreutils-9.8/bin/timeout --kill-after=15s 7200s /nix/store/99b1z08awpxj8b6mzggn59gp1shljnff-nix-2.34.5/bin/nix --extra-experimental-features nix-command --extra-experimental-features flakes --log-format internal-json build --no-link git+https://github.com/NorfairKing/sydtest?ref=mutation-testing&rev=f65777c0537c8094028e8af851150d01fcc726a9#checks.x86_64-linux.mutation-really-safe-money --print-build-logs[m
[33m[35;1mwarning:[0m ignoring untrusted flake configuration setting 'extra-substituters'.
Pass '--accept-flake-config' to trust it[m
[33m[35;1mwarning:[0m ignoring untrusted flake configuration setting 'extra-trusted-public-keys'.
Pass '--accept-flake-config' to trust it[m
[2m[m
[1;34mBuilding really-safe-money[m
[1;34mBuilding genvalidity-sydtest-source[m
[2m[really-safe-money] [m[1;36mPhase: setupCompilerEnvironmentPhase[m
[2m[really-safe-money] [mBuild with /nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3.
[2m[genvalidity-sydtest-source] [m[1;36mPhase: setupCompilerEnvironmentPhase[m
[2m[genvalidity-sydtest-source] [mBuild with /nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3.
[2m[really-safe-money] [m[1;36mPhase: unpackPhase[m
[2m[really-safe-money] [munpacking source archive /nix/store/pxkha6z3d3bjfgkdar4ma3wx2c1f8pmm-really-safe-money-source-0.0.0.0/really-safe-money-0.0.0.0.tar.gz
[2m[really-safe-money] [msource root is really-safe-money-0.0.0.0
[2m[really-safe-money] [msetting SOURCE_DATE_EPOCH to timestamp 1778737784 of file "really-safe-money-0.0.0.0/src/Numeric/DecimalLiteral.hs"
[2m[really-safe-money] [m[1;36mPhase: patchPhase[m
[2m[really-safe-money] [m[1;36mPhase: compileBuildDriverPhase[m
[2m[really-safe-money] [msetupCompileFlags: -package-db=/build/tmp.CUn6si3UhI/setup-package.conf.d -threaded
[2m[really-safe-money] [m[1 of 2] Compiling Main             ( Setup.hs, /build/tmp.CUn6si3UhI/Main.o )
[2m[really-safe-money] [m[2 of 2] Linking Setup
[2m[genvalidity-sydtest-source] [m[1;36mPhase: unpackPhase[m
[2m[genvalidity-sydtest-source] [munpacking source archive /nix/store/dqdpwym3w17fcyylxh144v7wvc1c621z-genvalidity-sydtest
[2m[genvalidity-sydtest-source] [msource root is genvalidity-sydtest
[2m[genvalidity-sydtest-source] [m[1;36mPhase: patchPhase[m
[2m[genvalidity-sydtest-source] [m[1;36mPhase: compileBuildDriverPhase[m
[2m[genvalidity-sydtest-source] [msetupCompileFlags: -package-db=/build/tmp.KtY2VVTtHh/setup-package.conf.d -threaded
[2m[genvalidity-sydtest-source] [m[1 of 2] Compiling Main             ( /nix/store/4mdp8nhyfddh7bllbi7xszz7k9955n79-Setup.hs, /build/tmp.KtY2VVTtHh/Main.o )
[2m[genvalidity-sydtest-source] [m[2 of 2] Linking Setup
[2m[really-safe-money] [m[1;36mPhase: updateAutotoolsGnuConfigScriptsPhase[m
[2m[really-safe-money] [m[1;36mPhase: configurePhase[m
[2m[really-safe-money] [mconfigureFlags: --verbose --prefix=/nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0 --libdir=$prefix/lib/$compiler/lib --libsubdir=$abi/$libname --with-gcc=gcc --package-db=/build/tmp.CUn6si3UhI/package.conf.d --ghc-option=-j16 --ghc-option=+RTS --ghc-option=-A64M --ghc-option=-RTS --enable-library-profiling --profiling-detail=exported-functions --disable-profiling --enable-shared --disable-coverage --disable-static --disable-executable-dynamic --disable-tests --enable-benchmarks --enable-library-vanilla --disable-library-for-ghci --enable-split-sections --enable-library-stripping --enable-executable-stripping --ghc-options=-O2 --ghc-options=-Wall --ghc-options=-Wincomplete-uni-patterns --ghc-options=-Wincomplete-record-updates --ghc-options=-Wpartial-fields --ghc-options=-Widentities --ghc-options=-Wredundant-constraints --ghc-options=-Wcpp-undef --ghc-options=-Werror --ghc-options=-fplugin-opt=Test.Syd.Mutation.Plugin:--debug --disable-optimization --ghc-option=-j1 --ghc-option=+RTS --ghc-option=-A32M --ghc-option=-M16g --ghc-option=-RTS --extra-lib-dirs=/nix/store/ffyzkisqs4vc4mg28bwwlyqjf8i9ph6b-ncurses-6.5/lib --extra-lib-dirs=/nix/store/n28qgdj8c1q41kf7n4y1jxa6ckp85m3c-libffi-3.5.2/lib --extra-lib-dirs=/nix/store/1b6h99dw7bk4wbn77kbalih42zbc67m1-elfutils-0.194/lib --extra-lib-dirs=/nix/store/hi0ar880110k6jsmmili7dh1gq3cg2a9-gmp-with-cxx-6.3.0/lib --extra-lib-dirs=/nix/store/g09cflpnp4g80q56sj9dng1qzv4v4ybc-numactl-2.0.18/lib --extra-lib-dirs=/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/lib
[2m[really-safe-money] [mUsing Parsec parser
[2m[really-safe-money] [mConfiguring really-safe-money-0.0.0.0...
[2m[genvalidity-sydtest-source] [m[1;36mPhase: updateAutotoolsGnuConfigScriptsPhase[m
[2m[genvalidity-sydtest-source] [m[1;36mPhase: configurePhase[m
[2m[genvalidity-sydtest-source] [mconfigureFlags: --verbose --prefix=/nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0 --libdir=$prefix/lib/$compiler/lib --libsubdir=$abi/$libname --docdir=/share/doc/genvalidity-sydtest-1.0.1.0 --with-gcc=gcc --package-db=/build/tmp.KtY2VVTtHh/package.conf.d --ghc-option=-j16 --ghc-option=+RTS --ghc-option=-A64M --ghc-option=-RTS --enable-library-profiling --profiling-detail=exported-functions --disable-profiling --enable-shared --disable-coverage --enable-static --disable-executable-dynamic --enable-tests --disable-benchmarks --enable-library-vanilla --disable-library-for-ghci --enable-split-sections --enable-library-stripping --enable-executable-stripping --ghc-option=-haddock --ghc-option=-Wall --ghc-option=-Werror --extra-lib-dirs=/nix/store/ffyzkisqs4vc4mg28bwwlyqjf8i9ph6b-ncurses-6.5/lib --extra-lib-dirs=/nix/store/n28qgdj8c1q41kf7n4y1jxa6ckp85m3c-libffi-3.5.2/lib --extra-lib-dirs=/nix/store/1b6h99dw7bk4wbn77kbalih42zbc67m1-elfutils-0.194/lib --extra-lib-dirs=/nix/store/hi0ar880110k6jsmmili7dh1gq3cg2a9-gmp-with-cxx-6.3.0/lib --extra-lib-dirs=/nix/store/g09cflpnp4g80q56sj9dng1qzv4v4ybc-numactl-2.0.18/lib
[2m[genvalidity-sydtest-source] [mUsing Parsec parser
[2m[genvalidity-sydtest-source] [mConfiguring genvalidity-sydtest-1.0.1.0...
[2m[really-safe-money] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[really-safe-money] [mDependency containers: using containers-0.7
[2m[really-safe-money] [mDependency deepseq: using deepseq-1.5.0.0
[2m[really-safe-money] [mDependency validity: using validity-0.12.1.0
[2m[really-safe-money] [mDependency validity-containers: using validity-containers-0.5.0.5
[2m[really-safe-money] [mDependency validity-scientific: using validity-scientific-0.2.0.3
[2m[really-safe-money] [mSource component graph: component lib
[2m[really-safe-money] [mConfigured component graph:
[2m[really-safe-money] [m    component really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money] [m        include base-4.20.2.0-64da
[2m[really-safe-money] [m        include containers-0.7-504a
[2m[really-safe-money] [m        include deepseq-1.5.0.0-9a2c
[2m[really-safe-money] [m        include validity-0.12.1.0-2vJMqyxn6Ae2B1jlP90HgP
[2m[really-safe-money] [m        include validity-containers-0.5.0.5-JMisIHg6jT0HAhS7h7vTA4
[2m[really-safe-money] [m        include validity-scientific-0.2.0.3-6oQtdkDOQFR80MBRT1UQ1R
[2m[really-safe-money] [mLinked component graph:
[2m[really-safe-money] [m    unit really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money] [m        include base-4.20.2.0-64da
[2m[really-safe-money] [m        include containers-0.7-504a
[2m[really-safe-money] [m        include deepseq-1.5.0.0-9a2c
[2m[really-safe-money] [m        include validity-0.12.1.0-2vJMqyxn6Ae2B1jlP90HgP
[2m[really-safe-money] [m        include validity-containers-0.5.0.5-JMisIHg6jT0HAhS7h7vTA4
[2m[really-safe-money] [m        include validity-scientific-0.2.0.3-6oQtdkDOQFR80MBRT1UQ1R
[2m[really-safe-money] [m        Money.Account=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Money.Account,Money.AccountOf=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Money.AccountOf,Money.Amount=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Money.Amount,Money.AmountOf=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Money.AmountOf,Money.ConversionRate=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Money.ConversionRate,Money.ConversionRateOf=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Money.ConversionRateOf,Money.Currency=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Money.Currency,Money.MultiAccount=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Money.MultiAccount,Money.MultiAmount=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Money.MultiAmount,Money.QuantisationFactor=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Money.QuantisationFactor,Numeric.DecimalLiteral=really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9:Numeric.DecimalLiteral
[2m[really-safe-money] [mReady component graph:
[2m[really-safe-money] [m    definite really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money] [m        depends base-4.20.2.0-64da
[2m[really-safe-money] [m        depends containers-0.7-504a
[2m[really-safe-money] [m        depends deepseq-1.5.0.0-9a2c
[2m[really-safe-money] [m        depends validity-0.12.1.0-2vJMqyxn6Ae2B1jlP90HgP
[2m[really-safe-money] [m        depends validity-containers-0.5.0.5-JMisIHg6jT0HAhS7h7vTA4
[2m[really-safe-money] [m        depends validity-scientific-0.2.0.3-6oQtdkDOQFR80MBRT1UQ1R
[2m[really-safe-money] [mUsing Cabal-3.12.1.0 compiled by ghc-9.10
[2m[really-safe-money] [mUsing compiler: ghc-9.10.3
[2m[really-safe-money] [mUsing install prefix:
[2m[really-safe-money] [m/nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0
[2m[really-safe-money] [mExecutables installed in:
[2m[really-safe-money] [m/nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/bin
[2m[really-safe-money] [mLibraries installed in:
[2m[really-safe-money] [m/nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money] [mDynamic Libraries installed in:
[2m[really-safe-money] [m/nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6
[2m[really-safe-money] [mPrivate executables installed in:
[2m[really-safe-money] [m/nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/libexec/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-0.0.0.0
[2m[really-safe-money] [mData files installed in:
[2m[really-safe-money] [m/nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/share/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-0.0.0.0
[2m[really-safe-money] [mDocumentation installed in:
[2m[really-safe-money] [m/nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/share/doc/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-0.0.0.0
[2m[really-safe-money] [mConfiguration files installed in:
[2m[really-safe-money] [m/nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/etc
[2m[really-safe-money] [mNo alex found
[2m[really-safe-money] [mUsing ar found on system at:
[2m[really-safe-money] [m/nix/store/iz5lckcsg66r223si2gck7csk2hihj0m-binutils-wrapper-2.44/bin/ar
[2m[really-safe-money] [mNo c2hs found
[2m[really-safe-money] [mNo cpphs found
[2m[really-safe-money] [mNo doctest found
[2m[really-safe-money] [mUsing gcc version 14.3.0 given by user at:
[2m[really-safe-money] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/gcc
[2m[really-safe-money] [mUsing ghc version 9.10.3 found on system at:
[2m[really-safe-money] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc
[2m[really-safe-money] [mUsing ghc-pkg version 9.10.3 found on system at:
[2m[really-safe-money] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc-pkg-9.10.3
[2m[really-safe-money] [mNo ghcjs found
[2m[really-safe-money] [mNo ghcjs-pkg found
[2m[really-safe-money] [mNo greencard found
[2m[really-safe-money] [mUsing haddock version 2.31.1 found on system at:
[2m[really-safe-money] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/haddock-ghc-9.10.3
[2m[really-safe-money] [mNo happy found
[2m[really-safe-money] [mUsing haskell-suite found on system at: haskell-suite-dummy-location
[2m[really-safe-money] [mUsing haskell-suite-pkg found on system at: haskell-suite-pkg-dummy-location
[2m[really-safe-money] [mNo hmake found
[2m[really-safe-money] [mUsing hpc version 0.69 found on system at:
[2m[really-safe-money] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hpc-ghc-9.10.3
[2m[really-safe-money] [mUsing hsc2hs version 0.68.10 found on system at:
[2m[really-safe-money] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hsc2hs-ghc-9.10.3
[2m[really-safe-money] [mUsing hscolour version 1.25 found on system at:
[2m[really-safe-money] [m/nix/store/f755skyzf4jvfx3crwq9mmh3x4lsaz8i-hscolour-1.25/bin/HsColour
[2m[really-safe-money] [mNo jhc found
[2m[really-safe-money] [mUsing ld found on system at:
[2m[really-safe-money] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/ld
[2m[really-safe-money] [mNo pkg-config found
[2m[really-safe-money] [mUsing runghc version 9.10.3 found on system at:
[2m[really-safe-money] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/runghc-9.10.3
[2m[really-safe-money] [mUsing strip version 2.44 found on system at:
[2m[really-safe-money] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/strip
[2m[really-safe-money] [mUsing tar found on system at:
[2m[really-safe-money] [m/nix/store/xl6pd2spjajwcpq09fnmnjv5psqmlmma-gnutar-1.35/bin/tar
[2m[really-safe-money] [mNo uhc found
[2m[really-safe-money] [m[1;36mPhase: buildPhase[m
[2m[really-safe-money] [mmutation-nix: setting MUTATION_MANIFEST_DIR=/nix/store/p3np2rm8adi6q345jjkb37x401bhg4ca-really-safe-money-0.0.0.0-manifest
[2m[really-safe-money] [mPreprocessing library for really-safe-money-0.0.0.0...
[2m[really-safe-money] [mBuilding library for really-safe-money-0.0.0.0...
[2m[genvalidity-sydtest-source] [mDependency QuickCheck: using QuickCheck-2.15.0.1
[2m[genvalidity-sydtest-source] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[genvalidity-sydtest-source] [mDependency genvalidity >=1.0: using genvalidity-1.1.1.0
[2m[genvalidity-sydtest-source] [mDependency sydtest: using sydtest-0.23.0.2
[2m[genvalidity-sydtest-source] [mDependency QuickCheck: using QuickCheck-2.15.0.1
[2m[genvalidity-sydtest-source] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[genvalidity-sydtest-source] [mDependency genvalidity: using genvalidity-1.1.1.0
[2m[genvalidity-sydtest-source] [mDependency genvalidity-sydtest: using genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest-source] [mDependency sydtest: using sydtest-0.23.0.2
[2m[genvalidity-sydtest-source] [mSource component graph:
[2m[genvalidity-sydtest-source] [m    component lib
[2m[genvalidity-sydtest-source] [m    component test:genvalidity-sydtest-test dependency lib
[2m[genvalidity-sydtest-source] [mConfigured component graph:
[2m[genvalidity-sydtest-source] [m    component genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest-source] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest-source] [m        include base-4.20.2.0-64da
[2m[genvalidity-sydtest-source] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest-source] [m        include sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest-source] [m    component genvalidity-sydtest-1.0.1.0-19nAOlA0K1r7uCV4LDDx2N-genvalidity-sydtest-test
[2m[genvalidity-sydtest-source] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest-source] [m        include base-4.20.2.0-64da
[2m[genvalidity-sydtest-source] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest-source] [m        include genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest-source] [m        include sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest-source] [mLinked component graph:
[2m[genvalidity-sydtest-source] [m    unit genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest-source] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest-source] [m        include base-4.20.2.0-64da
[2m[genvalidity-sydtest-source] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest-source] [m        include sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest-source] [m        Test.Syd.Validity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity,Test.Syd.Validity.Applicative=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Applicative,Test.Syd.Validity.Arbitrary=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Arbitrary,Test.Syd.Validity.Eq=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Eq,Test.Syd.Validity.Functions=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions,Test.Syd.Validity.Functions.CanFail=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions.CanFail,Test.Syd.Validity.Functions.Equivalence=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions.Equivalence,Test.Syd.Validity.Functions.Idempotence=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions.Idempotence,Test.Syd.Validity.Functions.Inverse=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions.Inverse,Test.Syd.Validity.Functions.Validity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions.Validity,Test.Syd.Validity.Functor=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functor,Test.Syd.Validity.GenValidity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.GenValidity,Test.Syd.Validity.GenValidity.Property=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.GenValidity.Property,Test.Syd.Validity.Monad=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Monad,Test.Syd.Validity.Monoid=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Monoid,Test.Syd.Validity.Operations=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Operations,Test.Syd.Validity.Operations.Associativity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Operations.Associativity,Test.Syd.Validity.Operations.Commutativity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Operations.Commutativity,Test.Syd.Validity.Operations.Identity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Operations.Identity,Test.Syd.Validity.Ord=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Ord,Test.Syd.Validity.Property=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Property,Test.Syd.Validity.Property.Utils=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Property.Utils,Test.Syd.Validity.Relations=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations,Test.Syd.Validity.Relations.Antireflexivity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations.Antireflexivity,Test.Syd.Validity.Relations.Antisymmetry=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations.Antisymmetry,Test.Syd.Validity.Relations.Reflexivity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations.Reflexivity,Test.Syd.Validity.Relations.Symmetry=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations.Symmetry,Test.Syd.Validity.Relations.Transitivity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations.Transitivity,Test.Syd.Validity.Show=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Show,Test.Syd.Validity.Shrinking=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Shrinking,Test.Syd.Validity.Shrinking.Property=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Shrinking.Property,Test.Syd.Validity.Types=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Types,Test.Syd.Validity.Utils=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Utils
[2m[genvalidity-sydtest-source] [m    unit genvalidity-sydtest-1.0.1.0-19nAOlA0K1r7uCV4LDDx2N-genvalidity-sydtest-test
[2m[genvalidity-sydtest-source] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest-source] [m        include base-4.20.2.0-64da
[2m[genvalidity-sydtest-source] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest-source] [m        include genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest-source] [m        include sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest-source] [mReady component graph:
[2m[genvalidity-sydtest-source] [m    definite genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest-source] [m        depends QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest-source] [m        depends base-4.20.2.0-64da
[2m[genvalidity-sydtest-source] [m        depends genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest-source] [m        depends sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest-source] [m    definite genvalidity-sydtest-1.0.1.0-19nAOlA0K1r7uCV4LDDx2N-genvalidity-sydtest-test
[2m[genvalidity-sydtest-source] [m        depends QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest-source] [m        depends base-4.20.2.0-64da
[2m[genvalidity-sydtest-source] [m        depends genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest-source] [m        depends genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest-source] [m        depends sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest-source] [mUsing Cabal-3.12.1.0 compiled by ghc-9.10
[2m[genvalidity-sydtest-source] [mUsing compiler: ghc-9.10.3
[2m[genvalidity-sydtest-source] [mUsing install prefix:
[2m[genvalidity-sydtest-source] [m/nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0
[2m[genvalidity-sydtest-source] [mExecutables installed in:
[2m[genvalidity-sydtest-source] [m/nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0/bin
[2m[genvalidity-sydtest-source] [mLibraries installed in:
[2m[genvalidity-sydtest-source] [m/nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest-source] [mDynamic Libraries installed in:
[2m[genvalidity-sydtest-source] [m/nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6
[2m[genvalidity-sydtest-source] [mPrivate executables installed in:
[2m[genvalidity-sydtest-source] [m/nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0/libexec/x86_64-linux-ghc-9.10.3-05f6/genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest-source] [mData files installed in:
[2m[genvalidity-sydtest-source] [m/nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0/share/x86_64-linux-ghc-9.10.3-05f6/genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest-source] [mDocumentation installed in: /share/doc/genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest-source] [mConfiguration files installed in:
[2m[genvalidity-sydtest-source] [m/nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0/etc
[2m[genvalidity-sydtest-source] [mNo alex found
[2m[genvalidity-sydtest-source] [mUsing ar found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/iz5lckcsg66r223si2gck7csk2hihj0m-binutils-wrapper-2.44/bin/ar
[2m[genvalidity-sydtest-source] [mNo c2hs found
[2m[genvalidity-sydtest-source] [mNo cpphs found
[2m[genvalidity-sydtest-source] [mNo doctest found
[2m[genvalidity-sydtest-source] [mUsing gcc version 14.3.0 given by user at:
[2m[genvalidity-sydtest-source] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/gcc
[2m[genvalidity-sydtest-source] [mUsing ghc version 9.10.3 found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc
[2m[genvalidity-sydtest-source] [mUsing ghc-pkg version 9.10.3 found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc-pkg-9.10.3
[2m[genvalidity-sydtest-source] [mNo ghcjs found
[2m[genvalidity-sydtest-source] [mNo ghcjs-pkg found
[2m[genvalidity-sydtest-source] [mNo greencard found
[2m[genvalidity-sydtest-source] [mUsing haddock version 2.31.1 found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/haddock-ghc-9.10.3
[2m[genvalidity-sydtest-source] [mNo happy found
[2m[genvalidity-sydtest-source] [mUsing haskell-suite found on system at: haskell-suite-dummy-location
[2m[genvalidity-sydtest-source] [mUsing haskell-suite-pkg found on system at: haskell-suite-pkg-dummy-location
[2m[genvalidity-sydtest-source] [mNo hmake found
[2m[genvalidity-sydtest-source] [mUsing hpc version 0.69 found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hpc-ghc-9.10.3
[2m[genvalidity-sydtest-source] [mUsing hsc2hs version 0.68.10 found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hsc2hs-ghc-9.10.3
[2m[genvalidity-sydtest-source] [mUsing hscolour version 1.25 found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/f755skyzf4jvfx3crwq9mmh3x4lsaz8i-hscolour-1.25/bin/HsColour
[2m[genvalidity-sydtest-source] [mNo jhc found
[2m[genvalidity-sydtest-source] [mUsing ld found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/ld
[2m[genvalidity-sydtest-source] [mNo pkg-config found
[2m[genvalidity-sydtest-source] [mUsing runghc version 9.10.3 found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/runghc-9.10.3
[2m[genvalidity-sydtest-source] [mUsing strip version 2.44 found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/strip
[2m[genvalidity-sydtest-source] [mUsing tar found on system at:
[2m[genvalidity-sydtest-source] [m/nix/store/xl6pd2spjajwcpq09fnmnjv5psqmlmma-gnutar-1.35/bin/tar
[2m[genvalidity-sydtest-source] [mNo uhc found
[2m[really-safe-money] [m[ 1 of 12] Compiling Numeric.DecimalLiteral ( src/Numeric/DecimalLiteral.hs, dist/build/Numeric/DecimalLiteral.o, dist/build/Numeric/DecimalLiteral.dyn_o )
[2m[genvalidity-sydtest-source] [m[1;36mPhase: buildPhase[m
[2m[genvalidity-sydtest-source] [mDistribution quality warnings:
[2m[genvalidity-sydtest-source] [m[no-description] No 'description' field.
[2m[genvalidity-sydtest-source] [m[missing-upper-bounds] On library, these packages miss upper bounds:
[2m[genvalidity-sydtest-source] [m- QuickCheck
[2m[genvalidity-sydtest-source] [m- genvalidity
[2m[genvalidity-sydtest-source] [m- sydtest
[2m[genvalidity-sydtest-source] [mPlease add them. There is more information at https://pvp.haskell.org/
[2m[genvalidity-sydtest-source] [mBuilding source dist for genvalidity-sydtest-1.0.1.0...
[2m[genvalidity-sydtest-source] [mSource tarball created: dist/genvalidity-sydtest-1.0.1.0.tar.gz
[2m[genvalidity-sydtest-source] [m[1;36mPhase: checkPhase[m
[2m[genvalidity-sydtest-source] [m[1;36mPhase: haddockPhase[m
[2m[genvalidity-sydtest-source] [m[1;36mPhase: installPhase[m
[2m[really-safe-money] [mmutation: instrumenting Numeric.DecimalLiteral
[2m[really-safe-money] [madded mutation BoolLit at src/Numeric/DecimalLiteral.hs:396:23-27
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:396:18-27
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:370:30-58
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:370:30-58
[2m[genvalidity-sydtest-source] [m[1;36mPhase: fixupPhase[m
[2m[post-build-hook] [m[2mUploading to cachix cache "sydtest": /nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0[m
[2m[post-build-hook] [m[2mPushing 1 paths (0 are already present) using zstd to cache sydtest ⏳[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mPushing /nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0 (17.74 KiB)[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mAll done.[m
[2m[post-build-hook] [m[2mUploading to the NixCI staging cache: /nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 1 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 1 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/bfgxawc6qp9wx22agas39fr235zra3pc-genvalidity-sydtest-source-1.0.1.0.drv' to 'https://cache.staging.nix-ci.com'...[m
[2mProgress: 1 of 9 built (1 building)[m
[1;34mBuilding genvalidity-sydtest[m
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:375:80-82
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:375:80-82
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:375:76-82
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:375:76-82
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:337:21-22
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation BoolLit at src/Numeric/DecimalLiteral.hs:337:46-51
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:337:41-51
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation RemoveAction at src/Numeric/DecimalLiteral.hs:333:3-46
[2m[really-safe-money] [madded mutation RemoveAction at src/Numeric/DecimalLiteral.hs:332:3-46
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:315:67-68
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:310:27-33
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:304:42-43
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation RemoveAction at src/Numeric/DecimalLiteral.hs:299:3-47
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:289:33-35
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:289:33-35
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:289:33-35
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:287:38-40
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:287:38-40
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:236:41-44
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:236:41-44
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:236:41-44
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:244:14-15
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:244:9-15
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:244:9-15
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:261:11-22
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:264:13-26
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:264:13-26
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:269:41-43
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:269:41-43
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:269:37-43
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:269:37-43
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:269:63-65
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:269:63-65
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:269:59-65
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:269:59-65
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:272:37-42
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:272:37-42
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:252:36-37
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:252:38-39
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:223:39-41
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:223:39-41
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:223:39-41
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:208:9-10
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money] [madded mutation BoolLit at src/Numeric/DecimalLiteral.hs:208:62-67
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:208:57-67
[2m[really-safe-money] [madded mutation ListLit at src/Numeric/DecimalLiteral.hs:186:15-25
[2m[really-safe-money] [madded mutation ListLit at src/Numeric/DecimalLiteral.hs:186:15-25
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:145:28-30
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:145:28-30
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:145:28-30
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:145:15-30
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:145:15-30
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:152:9-23
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:152:9-23
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:154:36-38
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:154:36-38
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:154:36-38
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:154:23-38
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:154:23-38
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:139:27-29
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:139:27-29
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-29
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-29
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-50
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-50
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:136:39-41
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:136:39-41
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-41
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-41
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-62
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-62
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:136:29-71
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-30
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-30
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:119:22-30
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:34-42
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:34-42
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:119:34-42
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money] [madded mutation LogicOp at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:123:19-34
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:123:19-34
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:123:19-34
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:125:29-30
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:127:44-45
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:130:48-49
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:112:17-21
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:112:17-21
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:86:18-18
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:86:18-18
[2m[really-safe-money] [madded 141 mutations
[2m[really-safe-money] [m[ 2 of 12] Compiling Money.QuantisationFactor ( src/Money/QuantisationFactor.hs, dist/build/Money/QuantisationFactor.o, dist/build/Money/QuantisationFactor.dyn_o )
[2m[really-safe-money] [mmutation: instrumenting Money.QuantisationFactor
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:87:27-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:87:12-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:87:12-28
[2m[really-safe-money] [madded mutation Negate at src/Money/QuantisationFactor.hs:87:12-28
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:92:13-14
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:92:13-14
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:93:16-17
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation Negate at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/QuantisationFactor.hs:95:16-22
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:98:27-28
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:98:27-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:98:8-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:98:8-28
[2m[really-safe-money] [madded mutation Negate at src/Money/QuantisationFactor.hs:98:8-28
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/QuantisationFactor.hs:99:12-32
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation Negate at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/QuantisationFactor.hs:103:10-54
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:67:67-68
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:67:67-68
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:40:62-63
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:40:57-63
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:40:57-63
[2m[really-safe-money] [madded mutation Negate at src/Money/QuantisationFactor.hs:40:57-63
[2m[really-safe-money] [madded mutation ListLit at src/Money/QuantisationFactor.hs:39:7-8
[2m[really-safe-money] [madded mutation ListLit at src/Money/QuantisationFactor.hs:39:7-8
[2m[really-safe-money] [madded 35 mutations
[2m[really-safe-money] [m[ 3 of 12] Compiling Money.Currency   ( src/Money/Currency.hs, dist/build/Money/Currency.o, dist/build/Money/Currency.dyn_o )
[2m[really-safe-money] [mmutation: instrumenting Money.Currency
[2m[really-safe-money] [madded 0 mutations
[2m[really-safe-money] [m[ 4 of 12] Compiling Money.ConversionRate ( src/Money/ConversionRate.hs, dist/build/Money/ConversionRate.o, dist/build/Money/ConversionRate.dyn_o )
[2m[really-safe-money] [mmutation: instrumenting Money.ConversionRate
[2m[really-safe-money] [madded mutation Arith at src/Money/ConversionRate.hs:132:3-24
[2m[really-safe-money] [madded mutation Arith at src/Money/ConversionRate.hs:132:3-24
[2m[really-safe-money] [madded mutation Arith at src/Money/ConversionRate.hs:127:70-79
[2m[really-safe-money] [madded mutation Arith at src/Money/ConversionRate.hs:127:70-79
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:116:45-46
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:116:45-46
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:109:27-28
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:109:27-28
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:72:25-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation ConstBool at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation ConstBool at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation Negate at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:38:56-57
[2m[really-safe-money] [madded mutation ConstBool at src/Money/ConversionRate.hs:38:41-57
[2m[really-safe-money] [madded mutation ConstBool at src/Money/ConversionRate.hs:38:41-57
[2m[really-safe-money] [madded mutation Negate at src/Money/ConversionRate.hs:38:41-57
[2m[really-safe-money] [madded mutation ListLit at src/Money/ConversionRate.hs:37:7-8
[2m[really-safe-money] [madded mutation ListLit at src/Money/ConversionRate.hs:37:7-8
[2m[really-safe-money] [madded 21 mutations
[2m[really-safe-money] [m[ 5 of 12] Compiling Money.ConversionRateOf ( src/Money/ConversionRateOf.hs, dist/build/Money/ConversionRateOf.o, dist/build/Money/ConversionRateOf.dyn_o )
[2m[really-safe-money] [mmutation: instrumenting Money.ConversionRateOf
[2m[really-safe-money] [madded 0 mutations
[2m[really-safe-money] [m[ 6 of 12] Compiling Money.Amount     ( src/Money/Amount.hs, dist/build/Money/Amount.o, dist/build/Money/Amount.dyn_o )
[2m[really-safe-money] [mmutation: instrumenting Money.Amount
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:801:36-38
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:801:36-38
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:801:36-38
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:720:6-40
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:720:6-40
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:721:10-44
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:721:10-44
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:569:18-19
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:569:10-19
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:569:10-19
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:569:10-19
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:577:39-63
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:577:39-63
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:543:11-88
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:543:11-88
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:546:14-66
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:517:11-18
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:517:11-18
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:518:14-15
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:520:14-66
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:475:11-18
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:475:11-18
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:478:14-66
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:388:5-16
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:388:5-16
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:389:9-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:389:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:389:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:389:5-10
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:389:5-10
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:389:5-10
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:392:28-71
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:392:28-71
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:397:14-31
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:397:14-31
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:397:14-31
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:320:9-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:320:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:320:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:320:5-10
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:320:5-10
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:320:5-10
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:323:26-67
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:323:26-67
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:327:9-16
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:327:9-16
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:328:9-21
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:328:9-21
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:332:38-40
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:332:38-40
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:332:38-40
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:339:22-39
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:339:22-39
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:339:22-39
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:290:79-80
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:494:29-94
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:494:29-94
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:494:96-97
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:497:14-66
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:250:15-16
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:660:28-37
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:661:19-28
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:661:30-31
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Amount.hs:668:17-30
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Amount.hs:668:17-30
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Amount.hs:668:17-30
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:666:27-44
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:666:27-44
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:683:16-27
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:762:40-49
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:762:40-49
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Amount.hs:604:9-21
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Amount.hs:604:9-21
[2m[really-safe-money] [madded mutation ListLit at src/Money/Amount.hs:603:7-8
[2m[really-safe-money] [madded mutation ListLit at src/Money/Amount.hs:603:7-8
[2m[really-safe-money] [madded 135 mutations
[2m[genvalidity-sydtest] [m[1;36mPhase: setupCompilerEnvironmentPhase[m
[2m[genvalidity-sydtest] [mBuild with /nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3.
[2m[genvalidity-sydtest] [m[1;36mPhase: unpackPhase[m
[2m[genvalidity-sydtest] [munpacking source archive /nix/store/lyv72sqbmk32ji756sxqib3ijnm8v7fw-genvalidity-sydtest-source-1.0.1.0/genvalidity-sydtest-1.0.1.0.tar.gz
[2m[genvalidity-sydtest] [msource root is genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest] [msetting SOURCE_DATE_EPOCH to timestamp 1778791684 of file "genvalidity-sydtest-1.0.1.0/test/Test/Syd/Validity/ShrinkingSpec.hs"
[2m[genvalidity-sydtest] [mwarning: file "genvalidity-sydtest-1.0.1.0/test/Test/Syd/Validity/ShrinkingSpec.hs" may be generated; SOURCE_DATE_EPOCH may be non-deterministic
[2m[genvalidity-sydtest] [m[1;36mPhase: patchPhase[m
[2m[genvalidity-sydtest] [m[1;36mPhase: compileBuildDriverPhase[m
[2m[genvalidity-sydtest] [msetupCompileFlags: -package-db=/build/tmp.eTUhwpUpRG/setup-package.conf.d -threaded
[2m[genvalidity-sydtest] [m[1 of 2] Compiling Main             ( Setup.hs, /build/tmp.eTUhwpUpRG/Main.o )
[2m[genvalidity-sydtest] [m[2 of 2] Linking Setup
[2m[genvalidity-sydtest] [m[1;36mPhase: updateAutotoolsGnuConfigScriptsPhase[m
[2m[genvalidity-sydtest] [m[1;36mPhase: configurePhase[m
[2m[genvalidity-sydtest] [mconfigureFlags: --verbose --prefix=/nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0 --libdir=$prefix/lib/$compiler/lib --libsubdir=$abi/$libname --docdir=/nix/store/g9k0211a6230bqvw32xdcipj6ph8z199-genvalidity-sydtest-1.0.1.0-doc/share/doc/genvalidity-sydtest-1.0.1.0 --with-gcc=gcc --package-db=/build/tmp.eTUhwpUpRG/package.conf.d --ghc-option=-j16 --ghc-option=+RTS --ghc-option=-A64M --ghc-option=-RTS --enable-library-profiling --profiling-detail=exported-functions --disable-profiling --enable-shared --disable-coverage --enable-static --disable-executable-dynamic --enable-tests --enable-benchmarks --enable-library-vanilla --disable-library-for-ghci --enable-split-sections --enable-library-stripping --enable-executable-stripping --ghc-option=-haddock --ghc-option=-Wall --ghc-option=-Werror --extra-lib-dirs=/nix/store/ffyzkisqs4vc4mg28bwwlyqjf8i9ph6b-ncurses-6.5/lib --extra-lib-dirs=/nix/store/n28qgdj8c1q41kf7n4y1jxa6ckp85m3c-libffi-3.5.2/lib --extra-lib-dirs=/nix/store/1b6h99dw7bk4wbn77kbalih42zbc67m1-elfutils-0.194/lib --extra-lib-dirs=/nix/store/hi0ar880110k6jsmmili7dh1gq3cg2a9-gmp-with-cxx-6.3.0/lib --extra-lib-dirs=/nix/store/g09cflpnp4g80q56sj9dng1qzv4v4ybc-numactl-2.0.18/lib
[2m[genvalidity-sydtest] [mUsing Parsec parser
[2m[genvalidity-sydtest] [mConfiguring genvalidity-sydtest-1.0.1.0...
[2m[really-safe-money] [m[ 7 of 12] Compiling Money.MultiAmount ( src/Money/MultiAmount.hs, dist/build/Money/MultiAmount.o, dist/build/Money/MultiAmount.dyn_o )
[2m[really-safe-money] [mmutation: instrumenting Money.MultiAmount
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:159:25-38
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:159:25-38
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:159:25-38
[2m[really-safe-money] [madded mutation Cmp at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation Cmp at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation Cmp at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAmount.hs:170:24-57
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:171:25-32
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:171:25-32
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:171:25-32
[2m[really-safe-money] [madded mutation Arith at src/Money/MultiAmount.hs:182:15-106
[2m[really-safe-money] [madded mutation Arith at src/Money/MultiAmount.hs:182:15-106
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAmount.hs:112:33-39
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:114:22-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:114:22-37
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAmount.hs:99:28-34
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:106:12-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:106:12-28
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAmount.hs:106:12-28
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:101:22-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:101:22-37
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:73:6-27
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:73:6-27
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAmount.hs:73:6-27
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:66:13-29
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:66:13-29
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAmount.hs:66:13-29
[2m[really-safe-money] [madded mutation ListLit at src/Money/MultiAmount.hs:63:7-8
[2m[really-safe-money] [madded mutation ListLit at src/Money/MultiAmount.hs:63:7-8
[2m[really-safe-money] [madded 35 mutations
[2m[genvalidity-sydtest] [mDependency QuickCheck: using QuickCheck-2.15.0.1
[2m[genvalidity-sydtest] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[genvalidity-sydtest] [mDependency genvalidity >=1.0: using genvalidity-1.1.1.0
[2m[genvalidity-sydtest] [mDependency sydtest: using sydtest-0.23.0.2
[2m[genvalidity-sydtest] [mDependency QuickCheck: using QuickCheck-2.15.0.1
[2m[genvalidity-sydtest] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[genvalidity-sydtest] [mDependency genvalidity: using genvalidity-1.1.1.0
[2m[genvalidity-sydtest] [mDependency genvalidity-sydtest: using genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest] [mDependency sydtest: using sydtest-0.23.0.2
[2m[genvalidity-sydtest] [mSource component graph:
[2m[genvalidity-sydtest] [m    component lib
[2m[genvalidity-sydtest] [m    component test:genvalidity-sydtest-test dependency lib
[2m[genvalidity-sydtest] [mConfigured component graph:
[2m[genvalidity-sydtest] [m    component genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest] [m        include base-4.20.2.0-64da
[2m[genvalidity-sydtest] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest] [m        include sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest] [m    component genvalidity-sydtest-1.0.1.0-19nAOlA0K1r7uCV4LDDx2N-genvalidity-sydtest-test
[2m[genvalidity-sydtest] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest] [m        include base-4.20.2.0-64da
[2m[genvalidity-sydtest] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest] [m        include genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest] [m        include sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest] [mLinked component graph:
[2m[genvalidity-sydtest] [m    unit genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest] [m        include base-4.20.2.0-64da
[2m[genvalidity-sydtest] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest] [m        include sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest] [m        Test.Syd.Validity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity,Test.Syd.Validity.Applicative=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Applicative,Test.Syd.Validity.Arbitrary=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Arbitrary,Test.Syd.Validity.Eq=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Eq,Test.Syd.Validity.Functions=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions,Test.Syd.Validity.Functions.CanFail=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions.CanFail,Test.Syd.Validity.Functions.Equivalence=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions.Equivalence,Test.Syd.Validity.Functions.Idempotence=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions.Idempotence,Test.Syd.Validity.Functions.Inverse=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions.Inverse,Test.Syd.Validity.Functions.Validity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functions.Validity,Test.Syd.Validity.Functor=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Functor,Test.Syd.Validity.GenValidity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.GenValidity,Test.Syd.Validity.GenValidity.Property=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.GenValidity.Property,Test.Syd.Validity.Monad=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Monad,Test.Syd.Validity.Monoid=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Monoid,Test.Syd.Validity.Operations=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Operations,Test.Syd.Validity.Operations.Associativity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Operations.Associativity,Test.Syd.Validity.Operations.Commutativity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Operations.Commutativity,Test.Syd.Validity.Operations.Identity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Operations.Identity,Test.Syd.Validity.Ord=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Ord,Test.Syd.Validity.Property=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Property,Test.Syd.Validity.Property.Utils=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Property.Utils,Test.Syd.Validity.Relations=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations,Test.Syd.Validity.Relations.Antireflexivity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations.Antireflexivity,Test.Syd.Validity.Relations.Antisymmetry=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations.Antisymmetry,Test.Syd.Validity.Relations.Reflexivity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations.Reflexivity,Test.Syd.Validity.Relations.Symmetry=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations.Symmetry,Test.Syd.Validity.Relations.Transitivity=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Relations.Transitivity,Test.Syd.Validity.Show=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Show,Test.Syd.Validity.Shrinking=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Shrinking,Test.Syd.Validity.Shrinking.Property=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Shrinking.Property,Test.Syd.Validity.Types=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Types,Test.Syd.Validity.Utils=genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v:Test.Syd.Validity.Utils
[2m[genvalidity-sydtest] [m    unit genvalidity-sydtest-1.0.1.0-19nAOlA0K1r7uCV4LDDx2N-genvalidity-sydtest-test
[2m[genvalidity-sydtest] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest] [m        include base-4.20.2.0-64da
[2m[genvalidity-sydtest] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest] [m        include genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest] [m        include sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest] [mReady component graph:
[2m[genvalidity-sydtest] [m    definite genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest] [m        depends QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest] [m        depends base-4.20.2.0-64da
[2m[genvalidity-sydtest] [m        depends genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest] [m        depends sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest] [m    definite genvalidity-sydtest-1.0.1.0-19nAOlA0K1r7uCV4LDDx2N-genvalidity-sydtest-test
[2m[genvalidity-sydtest] [m        depends QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[genvalidity-sydtest] [m        depends base-4.20.2.0-64da
[2m[genvalidity-sydtest] [m        depends genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[genvalidity-sydtest] [m        depends genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest] [m        depends sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[genvalidity-sydtest] [mUsing Cabal-3.12.1.0 compiled by ghc-9.10
[2m[genvalidity-sydtest] [mUsing compiler: ghc-9.10.3
[2m[genvalidity-sydtest] [mUsing install prefix:
[2m[genvalidity-sydtest] [m/nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest] [mExecutables installed in:
[2m[genvalidity-sydtest] [m/nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0/bin
[2m[genvalidity-sydtest] [mLibraries installed in:
[2m[genvalidity-sydtest] [m/nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest] [mDynamic Libraries installed in:
[2m[genvalidity-sydtest] [m/nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6
[2m[genvalidity-sydtest] [mPrivate executables installed in:
[2m[genvalidity-sydtest] [m/nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0/libexec/x86_64-linux-ghc-9.10.3-05f6/genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest] [mData files installed in:
[2m[genvalidity-sydtest] [m/nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0/share/x86_64-linux-ghc-9.10.3-05f6/genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest] [mDocumentation installed in:
[2m[genvalidity-sydtest] [m/nix/store/g9k0211a6230bqvw32xdcipj6ph8z199-genvalidity-sydtest-1.0.1.0-doc/share/doc/genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest] [mConfiguration files installed in:
[2m[genvalidity-sydtest] [m/nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0/etc
[2m[genvalidity-sydtest] [mNo alex found
[2m[genvalidity-sydtest] [mUsing ar found on system at:
[2m[genvalidity-sydtest] [m/nix/store/iz5lckcsg66r223si2gck7csk2hihj0m-binutils-wrapper-2.44/bin/ar
[2m[genvalidity-sydtest] [mNo c2hs found
[2m[genvalidity-sydtest] [mNo cpphs found
[2m[genvalidity-sydtest] [mNo doctest found
[2m[genvalidity-sydtest] [mUsing gcc version 14.3.0 given by user at:
[2m[genvalidity-sydtest] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/gcc
[2m[genvalidity-sydtest] [mUsing ghc version 9.10.3 found on system at:
[2m[genvalidity-sydtest] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc
[2m[genvalidity-sydtest] [mUsing ghc-pkg version 9.10.3 found on system at:
[2m[genvalidity-sydtest] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc-pkg-9.10.3
[2m[genvalidity-sydtest] [mNo ghcjs found
[2m[genvalidity-sydtest] [mNo ghcjs-pkg found
[2m[genvalidity-sydtest] [mNo greencard found
[2m[genvalidity-sydtest] [mUsing haddock version 2.31.1 found on system at:
[2m[genvalidity-sydtest] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/haddock-ghc-9.10.3
[2m[genvalidity-sydtest] [mNo happy found
[2m[genvalidity-sydtest] [mUsing haskell-suite found on system at: haskell-suite-dummy-location
[2m[genvalidity-sydtest] [mUsing haskell-suite-pkg found on system at: haskell-suite-pkg-dummy-location
[2m[genvalidity-sydtest] [mNo hmake found
[2m[genvalidity-sydtest] [mUsing hpc version 0.69 found on system at:
[2m[genvalidity-sydtest] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hpc-ghc-9.10.3
[2m[genvalidity-sydtest] [mUsing hsc2hs version 0.68.10 found on system at:
[2m[genvalidity-sydtest] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hsc2hs-ghc-9.10.3
[2m[genvalidity-sydtest] [mUsing hscolour version 1.25 found on system at:
[2m[genvalidity-sydtest] [m/nix/store/f755skyzf4jvfx3crwq9mmh3x4lsaz8i-hscolour-1.25/bin/HsColour
[2m[genvalidity-sydtest] [mNo jhc found
[2m[genvalidity-sydtest] [mUsing ld found on system at:
[2m[genvalidity-sydtest] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/ld
[2m[genvalidity-sydtest] [mNo pkg-config found
[2m[genvalidity-sydtest] [mUsing runghc version 9.10.3 found on system at:
[2m[genvalidity-sydtest] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/runghc-9.10.3
[2m[genvalidity-sydtest] [mUsing strip version 2.44 found on system at:
[2m[genvalidity-sydtest] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/strip
[2m[genvalidity-sydtest] [mUsing tar found on system at:
[2m[genvalidity-sydtest] [m/nix/store/xl6pd2spjajwcpq09fnmnjv5psqmlmma-gnutar-1.35/bin/tar
[2m[genvalidity-sydtest] [mNo uhc found
[2m[really-safe-money] [m[ 8 of 12] Compiling Money.AmountOf   ( src/Money/AmountOf.hs, dist/build/Money/AmountOf.o, dist/build/Money/AmountOf.dyn_o )
[2m[really-safe-money] [mmutation: instrumenting Money.AmountOf
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money] [madded 4 mutations
[2m[really-safe-money] [m[ 9 of 12] Compiling Money.Account    ( src/Money/Account.hs, dist/build/Money/Account.o, dist/build/Money/Account.dyn_o )
[2m[really-safe-money] [mmutation: instrumenting Money.Account
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:591:7-44
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:591:7-44
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:421:32-33
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Account.hs:523:16-25
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:522:19-35
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:522:19-35
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:522:19-35
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:495:17-18
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:497:16-41
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:497:16-41
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:497:16-41
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:503:15-16
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:233:19-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:211:11-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:211:11-37
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:197:19-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:171:11-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:171:11-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:155:11-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:155:11-37
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:131:25-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation Arith at src/Money/Account.hs:341:11-18
[2m[really-safe-money] [madded mutation Arith at src/Money/Account.hs:341:11-18
[2m[really-safe-money] [madded mutation Arith at src/Money/Account.hs:378:11-18
[2m[really-safe-money] [madded mutation Arith at src/Money/Account.hs:378:11-18
[2m[really-safe-money] [madded 87 mutations
[2m[genvalidity-sydtest] [m[1;36mPhase: buildPhase[m
[2m[genvalidity-sydtest] [mPreprocessing library for genvalidity-sydtest-1.0.1.0...
[2m[genvalidity-sydtest] [mBuilding library for genvalidity-sydtest-1.0.1.0...
[2m[genvalidity-sydtest] [m[ 1 of 34] Compiling Paths_genvalidity_sydtest ( dist/build/autogen/Paths_genvalidity_sydtest.hs, dist/build/Paths_genvalidity_sydtest.o, dist/build/Paths_genvalidity_sydtest.dyn_o )
[2m[genvalidity-sydtest] [m[ 2 of 34] Compiling Test.Syd.Validity.Functions.Idempotence ( src/Test/Syd/Validity/Functions/Idempotence.hs, dist/build/Test/Syd/Validity/Functions/Idempotence.o, dist/build/Test/Syd/Validity/Functions/Idempotence.dyn_o )
[2m[genvalidity-sydtest] [m[ 3 of 34] Compiling Test.Syd.Validity.Operations.Associativity ( src/Test/Syd/Validity/Operations/Associativity.hs, dist/build/Test/Syd/Validity/Operations/Associativity.o, dist/build/Test/Syd/Validity/Operations/Associativity.dyn_o )
[2m[genvalidity-sydtest] [m[ 4 of 34] Compiling Test.Syd.Validity.Operations.Commutativity ( src/Test/Syd/Validity/Operations/Commutativity.hs, dist/build/Test/Syd/Validity/Operations/Commutativity.o, dist/build/Test/Syd/Validity/Operations/Commutativity.dyn_o )
[2m[genvalidity-sydtest] [m[ 5 of 34] Compiling Test.Syd.Validity.Operations.Identity ( src/Test/Syd/Validity/Operations/Identity.hs, dist/build/Test/Syd/Validity/Operations/Identity.o, dist/build/Test/Syd/Validity/Operations/Identity.dyn_o )
[2m[genvalidity-sydtest] [m[ 6 of 34] Compiling Test.Syd.Validity.Operations ( src/Test/Syd/Validity/Operations.hs, dist/build/Test/Syd/Validity/Operations.o, dist/build/Test/Syd/Validity/Operations.dyn_o )
[2m[genvalidity-sydtest] [m[ 7 of 34] Compiling Test.Syd.Validity.Property.Utils ( src/Test/Syd/Validity/Property/Utils.hs, dist/build/Test/Syd/Validity/Property/Utils.o, dist/build/Test/Syd/Validity/Property/Utils.dyn_o )
[2m[genvalidity-sydtest] [m[ 8 of 34] Compiling Test.Syd.Validity.GenValidity.Property ( src/Test/Syd/Validity/GenValidity/Property.hs, dist/build/Test/Syd/Validity/GenValidity/Property.o, dist/build/Test/Syd/Validity/GenValidity/Property.dyn_o )
[2m[genvalidity-sydtest] [m[ 9 of 34] Compiling Test.Syd.Validity.Functions.Validity ( src/Test/Syd/Validity/Functions/Validity.hs, dist/build/Test/Syd/Validity/Functions/Validity.o, dist/build/Test/Syd/Validity/Functions/Validity.dyn_o )
[2m[genvalidity-sydtest] [m[10 of 34] Compiling Test.Syd.Validity.Relations.Antireflexivity ( src/Test/Syd/Validity/Relations/Antireflexivity.hs, dist/build/Test/Syd/Validity/Relations/Antireflexivity.o, dist/build/Test/Syd/Validity/Relations/Antireflexivity.dyn_o )
[2m[genvalidity-sydtest] [m[11 of 34] Compiling Test.Syd.Validity.Relations.Antisymmetry ( src/Test/Syd/Validity/Relations/Antisymmetry.hs, dist/build/Test/Syd/Validity/Relations/Antisymmetry.o, dist/build/Test/Syd/Validity/Relations/Antisymmetry.dyn_o )
[2m[genvalidity-sydtest] [m[12 of 34] Compiling Test.Syd.Validity.Relations.Reflexivity ( src/Test/Syd/Validity/Relations/Reflexivity.hs, dist/build/Test/Syd/Validity/Relations/Reflexivity.o, dist/build/Test/Syd/Validity/Relations/Reflexivity.dyn_o )
[2m[genvalidity-sydtest] [m[13 of 34] Compiling Test.Syd.Validity.Relations.Symmetry ( src/Test/Syd/Validity/Relations/Symmetry.hs, dist/build/Test/Syd/Validity/Relations/Symmetry.o, dist/build/Test/Syd/Validity/Relations/Symmetry.dyn_o )
[2m[genvalidity-sydtest] [m[14 of 34] Compiling Test.Syd.Validity.Relations.Transitivity ( src/Test/Syd/Validity/Relations/Transitivity.hs, dist/build/Test/Syd/Validity/Relations/Transitivity.o, dist/build/Test/Syd/Validity/Relations/Transitivity.dyn_o )
[2m[genvalidity-sydtest] [m[15 of 34] Compiling Test.Syd.Validity.Relations ( src/Test/Syd/Validity/Relations.hs, dist/build/Test/Syd/Validity/Relations.o, dist/build/Test/Syd/Validity/Relations.dyn_o )
[2m[genvalidity-sydtest] [m[16 of 34] Compiling Test.Syd.Validity.Shrinking.Property ( src/Test/Syd/Validity/Shrinking/Property.hs, dist/build/Test/Syd/Validity/Shrinking/Property.o, dist/build/Test/Syd/Validity/Shrinking/Property.dyn_o )
[2m[genvalidity-sydtest] [m[17 of 34] Compiling Test.Syd.Validity.Types ( src/Test/Syd/Validity/Types.hs, dist/build/Test/Syd/Validity/Types.o, dist/build/Test/Syd/Validity/Types.dyn_o )
[2m[genvalidity-sydtest] [m[18 of 34] Compiling Test.Syd.Validity.Functions.Inverse ( src/Test/Syd/Validity/Functions/Inverse.hs, dist/build/Test/Syd/Validity/Functions/Inverse.o, dist/build/Test/Syd/Validity/Functions/Inverse.dyn_o )
[2m[genvalidity-sydtest] [m[19 of 34] Compiling Test.Syd.Validity.Functions.Equivalence ( src/Test/Syd/Validity/Functions/Equivalence.hs, dist/build/Test/Syd/Validity/Functions/Equivalence.o, dist/build/Test/Syd/Validity/Functions/Equivalence.dyn_o )
[2m[genvalidity-sydtest] [m[20 of 34] Compiling Test.Syd.Validity.Functions.CanFail ( src/Test/Syd/Validity/Functions/CanFail.hs, dist/build/Test/Syd/Validity/Functions/CanFail.o, dist/build/Test/Syd/Validity/Functions/CanFail.dyn_o )
[2m[genvalidity-sydtest] [m[21 of 34] Compiling Test.Syd.Validity.Functions ( src/Test/Syd/Validity/Functions.hs, dist/build/Test/Syd/Validity/Functions.o, dist/build/Test/Syd/Validity/Functions.dyn_o )
[2m[genvalidity-sydtest] [m[22 of 34] Compiling Test.Syd.Validity.Property ( src/Test/Syd/Validity/Property.hs, dist/build/Test/Syd/Validity/Property.o, dist/build/Test/Syd/Validity/Property.dyn_o )
[2m[genvalidity-sydtest] [m[23 of 34] Compiling Test.Syd.Validity.Utils ( src/Test/Syd/Validity/Utils.hs, dist/build/Test/Syd/Validity/Utils.o, dist/build/Test/Syd/Validity/Utils.dyn_o )
[2m[genvalidity-sydtest] [m[24 of 34] Compiling Test.Syd.Validity.Shrinking ( src/Test/Syd/Validity/Shrinking.hs, dist/build/Test/Syd/Validity/Shrinking.o, dist/build/Test/Syd/Validity/Shrinking.dyn_o )
[2m[genvalidity-sydtest] [m[25 of 34] Compiling Test.Syd.Validity.Show ( src/Test/Syd/Validity/Show.hs, dist/build/Test/Syd/Validity/Show.o, dist/build/Test/Syd/Validity/Show.dyn_o )
[2m[genvalidity-sydtest] [m[26 of 34] Compiling Test.Syd.Validity.Ord ( src/Test/Syd/Validity/Ord.hs, dist/build/Test/Syd/Validity/Ord.o, dist/build/Test/Syd/Validity/Ord.dyn_o )
[2m[really-safe-money] [m[10 of 12] Compiling Money.MultiAccount ( src/Money/MultiAccount.hs, dist/build/Money/MultiAccount.o, dist/build/Money/MultiAccount.dyn_o )
[2m[really-safe-money] [mmutation: instrumenting Money.MultiAccount
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:174:25-38
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:174:25-38
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:174:25-38
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:180:25-32
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:180:25-32
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:180:25-32
[2m[really-safe-money] [madded mutation Arith at src/Money/MultiAccount.hs:192:19-51
[2m[really-safe-money] [madded mutation Arith at src/Money/MultiAccount.hs:192:19-51
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAccount.hs:126:45-51
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAccount.hs:127:45-51
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:134:12-29
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:134:12-29
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAccount.hs:134:12-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:129:23-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:129:23-37
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAccount.hs:112:40-46
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAccount.hs:113:40-46
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:120:12-29
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:120:12-29
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAccount.hs:120:12-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:115:23-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:115:23-37
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:78:6-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:78:6-28
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAccount.hs:78:6-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:69:13-30
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:69:13-30
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAccount.hs:69:13-30
[2m[really-safe-money] [madded mutation ListLit at src/Money/MultiAccount.hs:66:7-8
[2m[really-safe-money] [madded mutation ListLit at src/Money/MultiAccount.hs:66:7-8
[2m[really-safe-money] [madded 30 mutations
[2m[genvalidity-sydtest] [m[27 of 34] Compiling Test.Syd.Validity.Monoid ( src/Test/Syd/Validity/Monoid.hs, dist/build/Test/Syd/Validity/Monoid.o, dist/build/Test/Syd/Validity/Monoid.dyn_o )
[2m[genvalidity-sydtest] [m[28 of 34] Compiling Test.Syd.Validity.Monad ( src/Test/Syd/Validity/Monad.hs, dist/build/Test/Syd/Validity/Monad.o, dist/build/Test/Syd/Validity/Monad.dyn_o )
[2m[genvalidity-sydtest] [m[29 of 34] Compiling Test.Syd.Validity.GenValidity ( src/Test/Syd/Validity/GenValidity.hs, dist/build/Test/Syd/Validity/GenValidity.o, dist/build/Test/Syd/Validity/GenValidity.dyn_o )
[2m[genvalidity-sydtest] [m[30 of 34] Compiling Test.Syd.Validity.Functor ( src/Test/Syd/Validity/Functor.hs, dist/build/Test/Syd/Validity/Functor.o, dist/build/Test/Syd/Validity/Functor.dyn_o )
[2m[genvalidity-sydtest] [m[31 of 34] Compiling Test.Syd.Validity.Eq ( src/Test/Syd/Validity/Eq.hs, dist/build/Test/Syd/Validity/Eq.o, dist/build/Test/Syd/Validity/Eq.dyn_o )
[2m[genvalidity-sydtest] [m[32 of 34] Compiling Test.Syd.Validity.Arbitrary ( src/Test/Syd/Validity/Arbitrary.hs, dist/build/Test/Syd/Validity/Arbitrary.o, dist/build/Test/Syd/Validity/Arbitrary.dyn_o )
[2m[genvalidity-sydtest] [m[33 of 34] Compiling Test.Syd.Validity.Applicative ( src/Test/Syd/Validity/Applicative.hs, dist/build/Test/Syd/Validity/Applicative.o, dist/build/Test/Syd/Validity/Applicative.dyn_o )
[2m[genvalidity-sydtest] [m[34 of 34] Compiling Test.Syd.Validity ( src/Test/Syd/Validity.hs, dist/build/Test/Syd/Validity.o, dist/build/Test/Syd/Validity.dyn_o )
[2m[genvalidity-sydtest] [m[ 1 of 34] Compiling Paths_genvalidity_sydtest ( dist/build/autogen/Paths_genvalidity_sydtest.hs, dist/build/Paths_genvalidity_sydtest.p_o )
[2m[really-safe-money] [m[11 of 12] Compiling Money.AccountOf  ( src/Money/AccountOf.hs, dist/build/Money/AccountOf.o, dist/build/Money/AccountOf.dyn_o )
[2m[really-safe-money] [mmutation: instrumenting Money.AccountOf
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money] [madded 4 mutations
[2m[genvalidity-sydtest] [m[ 2 of 34] Compiling Test.Syd.Validity.Functions.Idempotence ( src/Test/Syd/Validity/Functions/Idempotence.hs, dist/build/Test/Syd/Validity/Functions/Idempotence.p_o )
[2m[genvalidity-sydtest] [m[ 3 of 34] Compiling Test.Syd.Validity.Operations.Associativity ( src/Test/Syd/Validity/Operations/Associativity.hs, dist/build/Test/Syd/Validity/Operations/Associativity.p_o )
[2m[genvalidity-sydtest] [m[ 4 of 34] Compiling Test.Syd.Validity.Operations.Commutativity ( src/Test/Syd/Validity/Operations/Commutativity.hs, dist/build/Test/Syd/Validity/Operations/Commutativity.p_o )
[2m[genvalidity-sydtest] [m[ 5 of 34] Compiling Test.Syd.Validity.Operations.Identity ( src/Test/Syd/Validity/Operations/Identity.hs, dist/build/Test/Syd/Validity/Operations/Identity.p_o )
[2m[genvalidity-sydtest] [m[ 6 of 34] Compiling Test.Syd.Validity.Operations ( src/Test/Syd/Validity/Operations.hs, dist/build/Test/Syd/Validity/Operations.p_o )
[2m[really-safe-money] [m[12 of 12] Compiling Paths_really_safe_money ( dist/build/autogen/Paths_really_safe_money.hs, dist/build/Paths_really_safe_money.o, dist/build/Paths_really_safe_money.dyn_o )
[2m[genvalidity-sydtest] [m[ 7 of 34] Compiling Test.Syd.Validity.Property.Utils ( src/Test/Syd/Validity/Property/Utils.hs, dist/build/Test/Syd/Validity/Property/Utils.p_o )
[2m[genvalidity-sydtest] [m[ 8 of 34] Compiling Test.Syd.Validity.GenValidity.Property ( src/Test/Syd/Validity/GenValidity/Property.hs, dist/build/Test/Syd/Validity/GenValidity/Property.p_o )
[2m[genvalidity-sydtest] [m[ 9 of 34] Compiling Test.Syd.Validity.Functions.Validity ( src/Test/Syd/Validity/Functions/Validity.hs, dist/build/Test/Syd/Validity/Functions/Validity.p_o )
[2m[genvalidity-sydtest] [m[10 of 34] Compiling Test.Syd.Validity.Relations.Antireflexivity ( src/Test/Syd/Validity/Relations/Antireflexivity.hs, dist/build/Test/Syd/Validity/Relations/Antireflexivity.p_o )
[2m[genvalidity-sydtest] [m[11 of 34] Compiling Test.Syd.Validity.Relations.Antisymmetry ( src/Test/Syd/Validity/Relations/Antisymmetry.hs, dist/build/Test/Syd/Validity/Relations/Antisymmetry.p_o )
[2m[genvalidity-sydtest] [m[12 of 34] Compiling Test.Syd.Validity.Relations.Reflexivity ( src/Test/Syd/Validity/Relations/Reflexivity.hs, dist/build/Test/Syd/Validity/Relations/Reflexivity.p_o )
[2m[genvalidity-sydtest] [m[13 of 34] Compiling Test.Syd.Validity.Relations.Symmetry ( src/Test/Syd/Validity/Relations/Symmetry.hs, dist/build/Test/Syd/Validity/Relations/Symmetry.p_o )
[2m[genvalidity-sydtest] [m[14 of 34] Compiling Test.Syd.Validity.Relations.Transitivity ( src/Test/Syd/Validity/Relations/Transitivity.hs, dist/build/Test/Syd/Validity/Relations/Transitivity.p_o )
[2m[genvalidity-sydtest] [m[15 of 34] Compiling Test.Syd.Validity.Relations ( src/Test/Syd/Validity/Relations.hs, dist/build/Test/Syd/Validity/Relations.p_o )
[2m[genvalidity-sydtest] [m[16 of 34] Compiling Test.Syd.Validity.Shrinking.Property ( src/Test/Syd/Validity/Shrinking/Property.hs, dist/build/Test/Syd/Validity/Shrinking/Property.p_o )
[2m[genvalidity-sydtest] [m[17 of 34] Compiling Test.Syd.Validity.Types ( src/Test/Syd/Validity/Types.hs, dist/build/Test/Syd/Validity/Types.p_o )
[2m[genvalidity-sydtest] [m[18 of 34] Compiling Test.Syd.Validity.Functions.Inverse ( src/Test/Syd/Validity/Functions/Inverse.hs, dist/build/Test/Syd/Validity/Functions/Inverse.p_o )
[2m[genvalidity-sydtest] [m[19 of 34] Compiling Test.Syd.Validity.Functions.Equivalence ( src/Test/Syd/Validity/Functions/Equivalence.hs, dist/build/Test/Syd/Validity/Functions/Equivalence.p_o )
[2m[genvalidity-sydtest] [m[20 of 34] Compiling Test.Syd.Validity.Functions.CanFail ( src/Test/Syd/Validity/Functions/CanFail.hs, dist/build/Test/Syd/Validity/Functions/CanFail.p_o )
[2m[genvalidity-sydtest] [m[21 of 34] Compiling Test.Syd.Validity.Functions ( src/Test/Syd/Validity/Functions.hs, dist/build/Test/Syd/Validity/Functions.p_o )
[2m[really-safe-money] [m[ 1 of 12] Compiling Numeric.DecimalLiteral ( src/Numeric/DecimalLiteral.hs, dist/build/Numeric/DecimalLiteral.p_o )
[2m[genvalidity-sydtest] [m[22 of 34] Compiling Test.Syd.Validity.Property ( src/Test/Syd/Validity/Property.hs, dist/build/Test/Syd/Validity/Property.p_o )
[2m[genvalidity-sydtest] [m[23 of 34] Compiling Test.Syd.Validity.Utils ( src/Test/Syd/Validity/Utils.hs, dist/build/Test/Syd/Validity/Utils.p_o )
[2m[genvalidity-sydtest] [m[24 of 34] Compiling Test.Syd.Validity.Shrinking ( src/Test/Syd/Validity/Shrinking.hs, dist/build/Test/Syd/Validity/Shrinking.p_o )
[2m[genvalidity-sydtest] [m[25 of 34] Compiling Test.Syd.Validity.Show ( src/Test/Syd/Validity/Show.hs, dist/build/Test/Syd/Validity/Show.p_o )
[2m[genvalidity-sydtest] [m[26 of 34] Compiling Test.Syd.Validity.Ord ( src/Test/Syd/Validity/Ord.hs, dist/build/Test/Syd/Validity/Ord.p_o )
[2m[really-safe-money] [mmutation: instrumenting Numeric.DecimalLiteral
[2m[really-safe-money] [madded mutation BoolLit at src/Numeric/DecimalLiteral.hs:396:23-27
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:396:18-27
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:370:30-58
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:370:30-58
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:375:80-82
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:375:80-82
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:375:76-82
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:375:76-82
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:337:21-22
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money] [madded mutation BoolLit at src/Numeric/DecimalLiteral.hs:337:46-51
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:337:41-51
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money] [madded mutation RemoveAction at src/Numeric/DecimalLiteral.hs:333:3-46
[2m[really-safe-money] [madded mutation RemoveAction at src/Numeric/DecimalLiteral.hs:332:3-46
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:315:67-68
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:310:27-33
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:304:42-43
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money] [madded mutation RemoveAction at src/Numeric/DecimalLiteral.hs:299:3-47
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:289:33-35
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:289:33-35
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:289:33-35
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:287:38-40
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:287:38-40
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:236:41-44
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:236:41-44
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:236:41-44
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:244:14-15
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:244:9-15
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:244:9-15
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:261:11-22
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:264:13-26
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:264:13-26
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:269:41-43
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:269:41-43
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:269:37-43
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:269:37-43
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:269:63-65
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:269:63-65
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:269:59-65
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:269:59-65
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:272:37-42
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:272:37-42
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:252:36-37
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:252:38-39
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:223:39-41
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:223:39-41
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:223:39-41
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:208:9-10
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money] [madded mutation BoolLit at src/Numeric/DecimalLiteral.hs:208:62-67
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:208:57-67
[2m[really-safe-money] [madded mutation ListLit at src/Numeric/DecimalLiteral.hs:186:15-25
[2m[really-safe-money] [madded mutation ListLit at src/Numeric/DecimalLiteral.hs:186:15-25
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:145:28-30
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:145:28-30
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:145:28-30
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:145:15-30
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:145:15-30
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:152:9-23
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:152:9-23
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:154:36-38
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:154:36-38
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:154:36-38
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:154:23-38
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:154:23-38
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:139:27-29
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:139:27-29
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-29
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-29
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-50
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-50
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:136:39-41
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:136:39-41
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-41
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-41
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-62
[2m[really-safe-money] [madded mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-62
[2m[really-safe-money] [madded mutation MaybeOp at src/Numeric/DecimalLiteral.hs:136:29-71
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-30
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-30
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:119:22-30
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:34-42
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:34-42
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:119:34-42
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money] [madded mutation LogicOp at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:123:19-34
[2m[really-safe-money] [madded mutation ConstBool at src/Numeric/DecimalLiteral.hs:123:19-34
[2m[really-safe-money] [madded mutation Negate at src/Numeric/DecimalLiteral.hs:123:19-34
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:125:29-30
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:127:44-45
[2m[really-safe-money] [madded mutation IntLit at src/Numeric/DecimalLiteral.hs:130:48-49
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:112:17-21
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:112:17-21
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:86:18-18
[2m[really-safe-money] [madded mutation RemoveCase at src/Numeric/DecimalLiteral.hs:86:18-18
[2m[really-safe-money] [madded 141 mutations
[2m[genvalidity-sydtest] [m[27 of 34] Compiling Test.Syd.Validity.Monoid ( src/Test/Syd/Validity/Monoid.hs, dist/build/Test/Syd/Validity/Monoid.p_o )
[2m[genvalidity-sydtest] [m[28 of 34] Compiling Test.Syd.Validity.Monad ( src/Test/Syd/Validity/Monad.hs, dist/build/Test/Syd/Validity/Monad.p_o )
[2m[genvalidity-sydtest] [m[29 of 34] Compiling Test.Syd.Validity.GenValidity ( src/Test/Syd/Validity/GenValidity.hs, dist/build/Test/Syd/Validity/GenValidity.p_o )
[2m[genvalidity-sydtest] [m[30 of 34] Compiling Test.Syd.Validity.Functor ( src/Test/Syd/Validity/Functor.hs, dist/build/Test/Syd/Validity/Functor.p_o )
[2m[genvalidity-sydtest] [m[31 of 34] Compiling Test.Syd.Validity.Eq ( src/Test/Syd/Validity/Eq.hs, dist/build/Test/Syd/Validity/Eq.p_o )
[2m[genvalidity-sydtest] [m[32 of 34] Compiling Test.Syd.Validity.Arbitrary ( src/Test/Syd/Validity/Arbitrary.hs, dist/build/Test/Syd/Validity/Arbitrary.p_o )
[2m[genvalidity-sydtest] [m[33 of 34] Compiling Test.Syd.Validity.Applicative ( src/Test/Syd/Validity/Applicative.hs, dist/build/Test/Syd/Validity/Applicative.p_o )
[2m[genvalidity-sydtest] [m[34 of 34] Compiling Test.Syd.Validity ( src/Test/Syd/Validity.hs, dist/build/Test/Syd/Validity.p_o )
[2m[really-safe-money] [m[ 2 of 12] Compiling Money.QuantisationFactor ( src/Money/QuantisationFactor.hs, dist/build/Money/QuantisationFactor.p_o )
[2m[really-safe-money] [mmutation: instrumenting Money.QuantisationFactor
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:87:27-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:87:12-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:87:12-28
[2m[really-safe-money] [madded mutation Negate at src/Money/QuantisationFactor.hs:87:12-28
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:92:13-14
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:92:13-14
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:93:16-17
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation Negate at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/QuantisationFactor.hs:95:16-22
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:98:27-28
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:98:27-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:98:8-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:98:8-28
[2m[really-safe-money] [madded mutation Negate at src/Money/QuantisationFactor.hs:98:8-28
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/QuantisationFactor.hs:99:12-32
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation Cmp at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation Negate at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/QuantisationFactor.hs:103:10-54
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:67:67-68
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:67:67-68
[2m[really-safe-money] [madded mutation IntLit at src/Money/QuantisationFactor.hs:40:62-63
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:40:57-63
[2m[really-safe-money] [madded mutation ConstBool at src/Money/QuantisationFactor.hs:40:57-63
[2m[really-safe-money] [madded mutation Negate at src/Money/QuantisationFactor.hs:40:57-63
[2m[really-safe-money] [madded mutation ListLit at src/Money/QuantisationFactor.hs:39:7-8
[2m[really-safe-money] [madded mutation ListLit at src/Money/QuantisationFactor.hs:39:7-8
[2m[really-safe-money] [madded 35 mutations
[2m[really-safe-money] [m[ 3 of 12] Compiling Money.Currency   ( src/Money/Currency.hs, dist/build/Money/Currency.p_o )
[2m[really-safe-money] [mmutation: instrumenting Money.Currency
[2m[really-safe-money] [madded 0 mutations
[2m[really-safe-money] [m[ 4 of 12] Compiling Money.ConversionRate ( src/Money/ConversionRate.hs, dist/build/Money/ConversionRate.p_o )
[2m[really-safe-money] [mmutation: instrumenting Money.ConversionRate
[2m[really-safe-money] [madded mutation Arith at src/Money/ConversionRate.hs:132:3-24
[2m[really-safe-money] [madded mutation Arith at src/Money/ConversionRate.hs:132:3-24
[2m[really-safe-money] [madded mutation Arith at src/Money/ConversionRate.hs:127:70-79
[2m[really-safe-money] [madded mutation Arith at src/Money/ConversionRate.hs:127:70-79
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:116:45-46
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:116:45-46
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:109:27-28
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:109:27-28
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:72:25-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation ConstBool at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation ConstBool at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation Negate at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money] [madded mutation IntLit at src/Money/ConversionRate.hs:38:56-57
[2m[really-safe-money] [madded mutation ConstBool at src/Money/ConversionRate.hs:38:41-57
[2m[really-safe-money] [madded mutation ConstBool at src/Money/ConversionRate.hs:38:41-57
[2m[really-safe-money] [madded mutation Negate at src/Money/ConversionRate.hs:38:41-57
[2m[really-safe-money] [madded mutation ListLit at src/Money/ConversionRate.hs:37:7-8
[2m[really-safe-money] [madded mutation ListLit at src/Money/ConversionRate.hs:37:7-8
[2m[really-safe-money] [madded 21 mutations
[2m[really-safe-money] [m[ 5 of 12] Compiling Money.ConversionRateOf ( src/Money/ConversionRateOf.hs, dist/build/Money/ConversionRateOf.p_o )
[2m[really-safe-money] [mmutation: instrumenting Money.ConversionRateOf
[2m[really-safe-money] [madded 0 mutations
[2m[genvalidity-sydtest] [mPreprocessing test suite 'genvalidity-sydtest-test' for genvalidity-sydtest-1.0.1.0...
[2m[genvalidity-sydtest] [mBuilding test suite 'genvalidity-sydtest-test' for genvalidity-sydtest-1.0.1.0...
[2m[really-safe-money] [m[ 6 of 12] Compiling Money.Amount     ( src/Money/Amount.hs, dist/build/Money/Amount.p_o )
[2m[genvalidity-sydtest] [m[ 1 of 15] Compiling Paths_genvalidity_sydtest ( dist/build/genvalidity-sydtest-test/autogen/Paths_genvalidity_sydtest.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Paths_genvalidity_sydtest.o )
[2m[really-safe-money] [mmutation: instrumenting Money.Amount
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:801:36-38
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:801:36-38
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:801:36-38
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:720:6-40
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:720:6-40
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:721:10-44
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:721:10-44
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:569:18-19
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:569:10-19
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:569:10-19
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:569:10-19
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:577:39-63
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:577:39-63
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:543:11-88
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:543:11-88
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:544:10-23
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:546:14-66
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:517:11-18
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:517:11-18
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:518:14-15
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:518:10-15
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:520:14-66
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:475:11-18
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:475:11-18
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:476:10-23
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:478:14-66
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:388:5-16
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:388:5-16
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:389:9-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:389:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:389:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:389:5-10
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:389:5-10
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:389:5-10
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:392:28-71
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:392:28-71
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:397:14-31
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:397:14-31
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:397:14-31
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:399:18-83
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:320:9-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:320:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:320:5-10
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:320:5-10
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:320:5-10
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:320:5-10
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:323:26-67
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:323:26-67
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:327:9-16
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:327:9-16
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:328:9-21
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:328:9-21
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:332:38-40
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:332:38-40
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:332:38-40
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:332:14-40
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:339:22-39
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:339:22-39
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:339:22-39
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:341:26-91
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:290:79-80
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:494:29-94
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:494:29-94
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:494:96-97
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:495:10-23
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:497:14-66
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:250:15-16
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:660:28-37
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:661:19-28
[2m[really-safe-money] [madded mutation IntLit at src/Money/Amount.hs:661:30-31
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Amount.hs:668:17-30
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Amount.hs:668:17-30
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Amount.hs:668:17-30
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:666:27-44
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:666:27-44
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:681:12-37
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Amount.hs:683:16-27
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:762:40-49
[2m[really-safe-money] [madded mutation Arith at src/Money/Amount.hs:762:40-49
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:806:79-92
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation Cmp at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation Negate at src/Money/Amount.hs:607:15-22
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Amount.hs:604:9-21
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Amount.hs:604:9-21
[2m[really-safe-money] [madded mutation ListLit at src/Money/Amount.hs:603:7-8
[2m[really-safe-money] [madded mutation ListLit at src/Money/Amount.hs:603:7-8
[2m[really-safe-money] [madded 135 mutations
[2m[genvalidity-sydtest] [m[ 2 of 15] Compiling Test.Syd.Validity.ApplicativeSpec ( test/Test/Syd/Validity/ApplicativeSpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/ApplicativeSpec.o )
[2m[genvalidity-sydtest] [m[ 3 of 15] Compiling Test.Syd.Validity.ArbitrarySpec ( test/Test/Syd/Validity/ArbitrarySpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/ArbitrarySpec.o )
[2m[genvalidity-sydtest] [m[ 4 of 15] Compiling Test.Syd.Validity.EqSpec ( test/Test/Syd/Validity/EqSpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/EqSpec.o )
[2m[genvalidity-sydtest] [m[ 5 of 15] Compiling Test.Syd.Validity.FunctorSpec ( test/Test/Syd/Validity/FunctorSpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/FunctorSpec.o )
[2m[genvalidity-sydtest] [m[ 6 of 15] Compiling Test.Syd.Validity.GenRelativeValiditySpec ( test/Test/Syd/Validity/GenRelativeValiditySpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/GenRelativeValiditySpec.o )
[2m[genvalidity-sydtest] [m[ 7 of 15] Compiling Test.Syd.Validity.GenValiditySpec ( test/Test/Syd/Validity/GenValiditySpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/GenValiditySpec.o )
[2m[genvalidity-sydtest] [m[ 8 of 15] Compiling Test.Syd.Validity.MonadSpec ( test/Test/Syd/Validity/MonadSpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/MonadSpec.o )
[2m[genvalidity-sydtest] [m[ 9 of 15] Compiling Test.Syd.Validity.MonoidSpec ( test/Test/Syd/Validity/MonoidSpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/MonoidSpec.o )
[2m[genvalidity-sydtest] [m[10 of 15] Compiling Test.Syd.Validity.Operations.CommutativitySpec ( test/Test/Syd/Validity/Operations/CommutativitySpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/Operations/CommutativitySpec.o )
[2m[genvalidity-sydtest] [m[11 of 15] Compiling Test.Syd.Validity.OrdSpec ( test/Test/Syd/Validity/OrdSpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/OrdSpec.o )
[2m[genvalidity-sydtest] [m[12 of 15] Compiling Test.Syd.Validity.RelativeValiditySpec ( test/Test/Syd/Validity/RelativeValiditySpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/RelativeValiditySpec.o )
[2m[genvalidity-sydtest] [m[13 of 15] Compiling Test.Syd.Validity.ShowSpec ( test/Test/Syd/Validity/ShowSpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/ShowSpec.o )
[2m[genvalidity-sydtest] [m[14 of 15] Compiling Test.Syd.Validity.ShrinkingSpec ( test/Test/Syd/Validity/ShrinkingSpec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Test/Syd/Validity/ShrinkingSpec.o )
[2m[genvalidity-sydtest] [m[15 of 15] Compiling Main             ( test/Spec.hs, dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test-tmp/Main.o )
[2m[genvalidity-sydtest] [m[16 of 16] Linking dist/build/genvalidity-sydtest-test/genvalidity-sydtest-test
[2m[really-safe-money] [m[ 7 of 12] Compiling Money.MultiAmount ( src/Money/MultiAmount.hs, dist/build/Money/MultiAmount.p_o )
[2m[really-safe-money] [mmutation: instrumenting Money.MultiAmount
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:159:25-38
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:159:25-38
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:159:25-38
[2m[really-safe-money] [madded mutation Cmp at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation Cmp at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation Cmp at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAmount.hs:170:24-57
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:171:25-32
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:171:25-32
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:171:25-32
[2m[really-safe-money] [madded mutation Arith at src/Money/MultiAmount.hs:182:15-106
[2m[really-safe-money] [madded mutation Arith at src/Money/MultiAmount.hs:182:15-106
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAmount.hs:112:33-39
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:114:22-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:114:22-37
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAmount.hs:99:28-34
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:106:12-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:106:12-28
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAmount.hs:106:12-28
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:101:22-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAmount.hs:101:22-37
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:73:6-27
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:73:6-27
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAmount.hs:73:6-27
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:66:13-29
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAmount.hs:66:13-29
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAmount.hs:66:13-29
[2m[really-safe-money] [madded mutation ListLit at src/Money/MultiAmount.hs:63:7-8
[2m[really-safe-money] [madded mutation ListLit at src/Money/MultiAmount.hs:63:7-8
[2m[really-safe-money] [madded 35 mutations
[2m[genvalidity-sydtest] [m[1;36mPhase: checkPhase[m
[2m[genvalidity-sydtest] [mRunning 1 test suites...
[2m[genvalidity-sydtest] [mTest suite genvalidity-sydtest-test: RUNNING...
[2m[genvalidity-sydtest] [m[34mTests:[m
[2m[genvalidity-sydtest] [m
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.MonoidSpec[m
[2m[genvalidity-sydtest] [m  [33mMonoid [Int][m
[2m[genvalidity-sydtest] [m    [33mmappend :: [Int] -> [Int] -> [Int][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis an associative operation for "valid :: ([Int],[Int],[Int])"[m                                                                                                                                                                                                              [32m      7.51 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mmempty :: [Int][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis the identity for mappend :: [Int] -> [Int] -> [Int] for "valid :: [Int]"[m                                                                                                                                                                                                 [32m      5.86 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mmconcat :: [[Int]] -> [Int][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "valid :: [[Int]]"[m                                                                                                                                                                                                          [32m      7.32 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mMonoid [Int][m
[2m[genvalidity-sydtest] [m    [33mmconcat :: [[Int]] -> [Int][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "arbitrary :: [[Int]]"[m                                                                                                                                                                                                      [32m      3.29 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mmempty :: [Int][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis the identity for mappend :: [Int] -> [Int] -> [Int] for "arbitrary :: [Int]"[m                                                                                                                                                                                             [32m      5.96 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mmappend :: [Int] -> [Int] -> [Int][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis an associative operation for "arbitrary :: ([Int],[Int],[Int])"[m                                                                                                                                                                                                          [32m      7.47 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mMonoid ([Ratio Integer])[m
[2m[genvalidity-sydtest] [m    [33mmappend :: ([Ratio Integer]) -> ([Ratio Integer]) -> ([Ratio Integer])[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis an associative operation for "valid :: (([Ratio Integer],[Ratio Integer],[Ratio Integer]))"[m                                                                                                                                                                              [33m     38.76 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mmempty :: ([Ratio Integer])[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis the identity for mappend :: ([Ratio Integer]) -> ([Ratio Integer]) -> ([Ratio Integer]) for "valid :: ([Ratio Integer])"[m                                                                                                                                                 [33m     26.81 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mmconcat :: [([Ratio Integer])] -> ([Ratio Integer])[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "valid :: ([[Ratio Integer]])"[m                                                                                                                                                                                              [33m     22.56 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mMonoid [Char][m
[2m[genvalidity-sydtest] [m    [33mmappend :: [Char] -> [Char] -> [Char][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis an associative operation for "singleton list of 'a' :: ([Char],[Char],[Char])"[m                                                                                                                                                                                           [32m      0.55 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mmempty :: [Char][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis the identity for mappend :: [Char] -> [Char] -> [Char] for "singleton list of 'a' :: [Char]"[m                                                                                                                                                                             [32m      1.61 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mmconcat :: [[Char]] -> [Char][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "singleton list of 'a' :: [[Char]]"[m                                                                                                                                                                                         [32m      4.29 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.OrdSpec[m
[2m[genvalidity-sydtest] [m  [33mOrd (Ratio Integer)[m
[2m[genvalidity-sydtest] [m    [33m"max :: (Ratio Integer -> Ratio Integer -> Ratio Integer)"[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> if a >= b then a else b) for "valid (Ratio Integer)"'s[m                                                                                                                                                                                            [32m      5.90 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(>=) :: (Ratio Integer) -> (Ratio Integer) -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                                                 [32m      7.10 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antisymmetric for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                                              [32m      6.15 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                                                  [32m      2.54 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b /= LT) for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                  [32m      5.74 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m"min :: (Ratio Integer -> Ratio Integer -> Ratio Integer)"[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> if a <= b then a else b) for "valid (Ratio Integer)"'s[m                                                                                                                                                                                            [32m      4.29 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<=) :: (Ratio Integer) -> (Ratio Integer) -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b /= GT) for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                  [32m      6.16 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                                                  [32m      2.01 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                                                 [32m      5.62 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antisymmetric for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                                              [32m      5.66 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(>) :: (Ratio Integer) -> (Ratio Integer) -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b == GT) for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                  [32m      6.15 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                                                 [32m      4.03 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                                              [32m      2.49 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<) :: (Ratio Integer) -> (Ratio Integer) -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                                              [32m      3.08 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b == LT) for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                  [32m      5.08 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "valid (Ratio Integer)"'s[m                                                                                                                                                                                                                                 [32m      4.93 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mOrd Int[m
[2m[genvalidity-sydtest] [m    [33m(<=) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b /= GT) for "arbitrary Int"'s[m                                                                                                                                                                                                          [32m      1.48 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "arbitrary Int"'s[m                                                                                                                                                                                                                                         [32m      1.08 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "arbitrary Int"'s[m                                                                                                                                                                                                                                          [32m      1.30 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antisymmetric for "arbitrary Int"'s[m                                                                                                                                                                                                                                      [32m      1.04 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m"min :: (Int -> Int -> Int)"[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> if a <= b then a else b) for "arbitrary Int"'s[m                                                                                                                                                                                                    [32m      1.51 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(>) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "arbitrary Int"'s[m                                                                                                                                                                                                                                      [32m      1.27 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "arbitrary Int"'s[m                                                                                                                                                                                                                                         [32m      1.54 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b == GT) for "arbitrary Int"'s[m                                                                                                                                                                                                          [32m      2.65 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m"max :: (Int -> Int -> Int)"[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> if a >= b then a else b) for "arbitrary Int"'s[m                                                                                                                                                                                                    [32m      2.05 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "arbitrary Int"'s[m                                                                                                                                                                                                                                         [32m      1.53 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b == LT) for "arbitrary Int"'s[m                                                                                                                                                                                                          [32m      2.82 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "arbitrary Int"'s[m                                                                                                                                                                                                                                      [32m      2.70 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(>=) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "arbitrary Int"'s[m                                                                                                                                                                                                                                         [32m      2.69 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b /= LT) for "arbitrary Int"'s[m                                                                                                                                                                                                          [32m      2.76 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "arbitrary Int"'s[m                                                                                                                                                                                                                                          [32m      2.58 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antisymmetric for "arbitrary Int"'s[m                                                                                                                                                                                                                                      [32m      2.26 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mOrd Int[m
[2m[genvalidity-sydtest] [m    [33m(>=) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antisymmetric for "valid Int"'s[m                                                                                                                                                                                                                                          [32m      1.84 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b /= LT) for "valid Int"'s[m                                                                                                                                                                                                              [32m      1.89 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "valid Int"'s[m                                                                                                                                                                                                                                             [32m      1.77 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "valid Int"'s[m                                                                                                                                                                                                                                              [32m      1.77 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m"max :: (Int -> Int -> Int)"[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> if a >= b then a else b) for "valid Int"'s[m                                                                                                                                                                                                        [32m      1.90 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m"min :: (Int -> Int -> Int)"[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> if a <= b then a else b) for "valid Int"'s[m                                                                                                                                                                                                        [32m      1.78 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(>) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "valid Int"'s[m                                                                                                                                                                                                                                          [32m      1.83 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b == GT) for "valid Int"'s[m                                                                                                                                                                                                              [32m      1.80 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "valid Int"'s[m                                                                                                                                                                                                                                             [32m      1.64 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "valid Int"'s[m                                                                                                                                                                                                                                          [32m      1.58 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "valid Int"'s[m                                                                                                                                                                                                                                             [32m      1.62 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b == LT) for "valid Int"'s[m                                                                                                                                                                                                              [32m      1.55 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<=) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antisymmetric for "valid Int"'s[m                                                                                                                                                                                                                                          [32m      1.05 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b /= GT) for "valid Int"'s[m                                                                                                                                                                                                              [32m      0.97 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "valid Int"'s[m                                                                                                                                                                                                                                             [32m      0.97 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "valid Int"'s[m                                                                                                                                                                                                                                              [32m      0.95 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mOrd Int[m
[2m[genvalidity-sydtest] [m    [33m(>=) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "even Int"'s[m                                                                                                                                                                                                                                              [32m      0.90 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b /= LT) for "even Int"'s[m                                                                                                                                                                                                               [32m      0.83 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antisymmetric for "even Int"'s[m                                                                                                                                                                                                                                           [32m      0.92 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "even Int"'s[m                                                                                                                                                                                                                                               [32m      0.93 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b == LT) for "even Int"'s[m                                                                                                                                                                                                               [32m      0.95 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "even Int"'s[m                                                                                                                                                                                                                                           [32m      0.87 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "even Int"'s[m                                                                                                                                                                                                                                              [32m      1.03 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(>) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "even Int"'s[m                                                                                                                                                                                                                                              [32m      0.89 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b == GT) for "even Int"'s[m                                                                                                                                                                                                               [32m      0.93 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "even Int"'s[m                                                                                                                                                                                                                                           [32m      0.78 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m"max :: (Int -> Int -> Int)"[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> if a >= b then a else b) for "even Int"'s[m                                                                                                                                                                                                         [32m      1.52 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m"min :: (Int -> Int -> Int)"[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> if a <= b then a else b) for "even Int"'s[m                                                                                                                                                                                                         [32m      1.54 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<=) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "even Int"'s[m                                                                                                                                                                                                                                              [32m      1.35 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "even Int"'s[m                                                                                                                                                                                                                                               [32m      0.90 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> compare a b /= GT) for "even Int"'s[m                                                                                                                                                                                                               [32m      2.00 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antisymmetric for "even Int"'s[m                                                                                                                                                                                                                                           [32m      1.63 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.MonadSpec[m
[2m[genvalidity-sydtest] [m  [33mMonad [][m
[2m[genvalidity-sydtest] [m    [33mrelation with Applicative [][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'pure = return' for "[] of ints :: [Int]"[m                                                                                                                                                                                                                         [32m      1.76 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(>>) = (*>)' for "[] of ints :: [Int]" and "[] of ints :: [Int]"[m                                                                                                                                                                                                 [33m     11.87 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(<*>) = ap' for "[] of additions :: ([Int -> Int])" and "[] of ints :: [Int]"[m                                                                                                                                                                                    [32m      3.66 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Functor [][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'fmap f xs = xs >>= return . f' for "increments :: (Int -> Int)" and "[] of ints :: [Int]"[m                                                                                                                                                                        [32m      1.99 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(>>=) :: [] a -> (b -> [] a) -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the third Monad law: 'm >>= (x -> k x >>= h) = (m >>= k) >>= h' for "[] of ints :: [Int]" "perturbations using the int :: (Int -> [Int])" and "perturbations using the double the int :: (Int -> [Int])"[m                                                          [38;5;166m    212.04 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mreturn :: a -> [] a and (>>=) :: [] a -> (b -> [] a) -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the first Monad law: 'return a >>= k = k a' for "int :: Int" and "perturbations using the int :: (Int -> [Int])"[m                                                                                                                                                    [32m      1.85 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the second Monad law: 'm >>= return = m' for "[] of ints :: [Int]"[m                                                                                                                                                                                                  [32m      3.20 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mMonad Maybe[m
[2m[genvalidity-sydtest] [m    [33m(>>=) :: Maybe a -> (b -> Maybe a) -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the third Monad law: 'm >>= (x -> k x >>= h) = (m >>= k) >>= h' for "Maybe of ints :: (Maybe Int)" "perturbations using the int :: (Int -> Maybe Int)" and "perturbations using the double the int :: (Int -> Maybe Int)"[m                                         [32m      1.45 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mreturn :: a -> Maybe a and (>>=) :: Maybe a -> (b -> Maybe a) -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the second Monad law: 'm >>= return = m' for "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                                         [32m      1.50 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the first Monad law: 'return a >>= k = k a' for "int :: Int" and "perturbations using the int :: (Int -> Maybe Int)"[m                                                                                                                                                [32m      1.52 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Functor Maybe[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'fmap f xs = xs >>= return . f' for "increments :: (Int -> Int)" and "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                               [32m      1.64 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Applicative Maybe[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(<*>) = ap' for "Maybe of additions :: (Maybe (Int -> Int))" and "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                  [32m      1.58 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'pure = return' for "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                                                                [32m      3.04 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(>>) = (*>)' for "Maybe of ints :: (Maybe Int)" and "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                               [32m      1.54 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mMonad Maybe[m
[2m[genvalidity-sydtest] [m    [33m(>>=) :: Maybe a -> (b -> Maybe a) -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the third Monad law: 'm >>= (x -> k x >>= h) = (m >>= k) >>= h' for "Maybe of ints :: (Maybe Int)" "perturbations using the int :: (Int -> Maybe Int)" and "perturbations using the double the int :: (Int -> Maybe Int)"[m                                         [32m      3.10 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Applicative Maybe[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'pure = return' for "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                                                                [32m      2.68 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(>>) = (*>)' for "Maybe of ints :: (Maybe Int)" and "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                               [32m      2.78 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(<*>) = ap' for "Maybe of additions :: (Maybe (Int -> Int))" and "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                  [32m      2.58 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mreturn :: a -> Maybe a and (>>=) :: Maybe a -> (b -> Maybe a) -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the second Monad law: 'm >>= return = m' for "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                                         [32m      2.60 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the first Monad law: 'return a >>= k = k a' for "int :: Int" and "perturbations using the int :: (Int -> Maybe Int)"[m                                                                                                                                                [32m      2.69 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Functor Maybe[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'fmap f xs = xs >>= return . f' for "increments :: (Int -> Int)" and "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                               [32m      2.46 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mMonad (Either Int)[m
[2m[genvalidity-sydtest] [m    [33mreturn :: a -> (Either Int) a and (>>=) :: (Either Int) a -> (b -> (Either Int) a) -> (Either Int) b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the second Monad law: 'm >>= return = m' for "(Either Int) of ints :: (Either Int Int)"[m                                                                                                                                                                             [32m      2.35 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the first Monad law: 'return a >>= k = k a' for "int :: Int" and "perturbations using the int :: (Int -> Either Int Int)"[m                                                                                                                                           [32m      2.40 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Applicative (Either Int)[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(<*>) = ap' for "(Either Int) of additions :: (Either Int (Int -> Int))" and "(Either Int) of ints :: (Either Int Int)"[m                                                                                                                                          [32m      2.17 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'pure = return' for "(Either Int) of ints :: (Either Int Int)"[m                                                                                                                                                                                                    [32m      1.79 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(>>) = (*>)' for "(Either Int) of ints :: (Either Int Int)" and "(Either Int) of ints :: (Either Int Int)"[m                                                                                                                                                       [32m      1.98 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(>>=) :: (Either Int) a -> (b -> (Either Int) a) -> (Either Int) b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the third Monad law: 'm >>= (x -> k x >>= h) = (m >>= k) >>= h' for "(Either Int) of ints :: (Either Int Int)" "perturbations using the int :: (Int -> Either Int Int)" and "perturbations using the double the int :: (Int -> Either Int Int)"[m                   [32m      1.89 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Functor (Either Int)[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'fmap f xs = xs >>= return . f' for "increments :: (Int -> Int)" and "(Either Int) of ints :: (Either Int Int)"[m                                                                                                                                                   [32m      1.80 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mMonad Maybe[m
[2m[genvalidity-sydtest] [m    [33mrelation with Functor Maybe[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'fmap f xs = xs >>= return . f' for "appends :: ([Char] -> [Char])" and "Just an ABC :: (Maybe [Char])"[m                                                                                                                                                           [32m      2.53 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Applicative Maybe[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'pure = return' for "Just an ABC :: (Maybe [Char])"[m                                                                                                                                                                                                               [32m      1.82 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(>>) = (*>)' for "Just an ABC :: (Maybe [Char])" and "Just an ABC :: (Maybe [Char])"[m                                                                                                                                                                             [32m      1.91 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(<*>) = ap' for "append 'a' in Just :: (Maybe ([Char] -> [Char]))" and "Just an ABC :: (Maybe [Char])"[m                                                                                                                                                           [32m      1.90 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(>>=) :: Maybe a -> (b -> Maybe a) -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the third Monad law: 'm >>= (x -> k x >>= h) = (m >>= k) >>= h' for "Just an ABC :: (Maybe [Char])" "justisation :: ([Char] -> Maybe [Char])" and "justisation :: ([Char] -> Maybe [Char])"[m                                                                       [32m      1.89 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mreturn :: a -> Maybe a and (>>=) :: Maybe a -> (b -> Maybe a) -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the second Monad law: 'm >>= return = m' for "Just an ABC :: (Maybe [Char])"[m                                                                                                                                                                                        [32m      1.81 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the first Monad law: 'return a >>= k = k a' for "ABC :: [Char]" and "justisation :: ([Char] -> Maybe [Char])"[m                                                                                                                                                       [32m      3.37 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mMonad [][m
[2m[genvalidity-sydtest] [m    [33m(>>=) :: [] a -> (b -> [] a) -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the third Monad law: 'm >>= (x -> k x >>= h) = (m >>= k) >>= h' for "list of fives :: [Int]" "singletonisation :: (Int -> [Int])" and "singletonisation :: (Int -> [Int])"[m                                                                                        [32m      5.07 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mreturn :: a -> [] a and (>>=) :: [] a -> (b -> [] a) -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the second Monad law: 'm >>= return = m' for "list of fives :: [Int]"[m                                                                                                                                                                                               [32m      4.94 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the first Monad law: 'return a >>= k = k a' for "four :: Int" and "singletonisation :: (Int -> [Int])"[m                                                                                                                                                              [32m      3.26 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Applicative [][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'pure = return' for "list of fives :: [Int]"[m                                                                                                                                                                                                                      [32m      3.17 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(>>) = (*>)' for "list of fives :: [Int]" and "list of sixes :: [Int]"[m                                                                                                                                                                                           [32m      6.96 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(<*>) = ap' for "increment in list :: ([Int -> Int])" and "list of fives :: [Int]"[m                                                                                                                                                                               [32m      4.71 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Functor [][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'fmap f xs = xs >>= return . f' for "factorisations :: (Int -> Int)" and "list of fives :: [Int]"[m                                                                                                                                                                 [32m      4.68 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mMonad [][m
[2m[genvalidity-sydtest] [m    [33mrelation with Functor [][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'fmap f xs = xs >>= return . f' for "increments :: (Int -> Int)" and "[] of ints :: [Int]"[m                                                                                                                                                                        [32m      4.60 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(>>=) :: [] a -> (b -> [] a) -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the third Monad law: 'm >>= (x -> k x >>= h) = (m >>= k) >>= h' for "[] of ints :: [Int]" "perturbations using the int :: (Int -> [Int])" and "perturbations using the double the int :: (Int -> [Int])"[m                                                          [38;5;166m    144.30 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mrelation with Applicative [][m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(>>) = (*>)' for "[] of ints :: [Int]" and "[] of ints :: [Int]"[m                                                                                                                                                                                                 [33m     10.85 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies 'pure = return' for "[] of ints :: [Int]"[m                                                                                                                                                                                                                         [32m      2.97 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies '(<*>) = ap' for "[] of additions :: ([Int -> Int])" and "[] of ints :: [Int]"[m                                                                                                                                                                                    [32m      4.57 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mreturn :: a -> [] a and (>>=) :: [] a -> (b -> [] a) -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the first Monad law: 'return a >>= k = k a' for "int :: Int" and "perturbations using the int :: (Int -> [Int])"[m                                                                                                                                                    [32m      4.60 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the second Monad law: 'm >>= return = m' for "[] of ints :: [Int]"[m                                                                                                                                                                                                  [32m      4.51 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.EqSpec[m
[2m[genvalidity-sydtest] [m  [33mEq (Ratio Integer)[m
[2m[genvalidity-sydtest] [m    [33m(==) :: (Ratio Integer) -> (Ratio Integer) -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> not $ a /= b) for "valid (Ratio Integer)"s[m                                                                                                                                                                                                        [32m      4.67 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "valid (Ratio Integer)"s[m                                                                                                                                                                                                                                  [32m      4.58 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "valid (Ratio Integer)"s[m                                                                                                                                                                                                                                   [32m      4.40 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis symmetric for "valid (Ratio Integer)"s[m                                                                                                                                                                                                                                   [32m      4.50 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(/=) :: (Ratio Integer) -> (Ratio Integer) -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> not $ a == b) for "valid (Ratio Integer)"s[m                                                                                                                                                                                                        [32m      5.24 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "valid (Ratio Integer)"s[m                                                                                                                                                                                                                               [32m      4.44 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mEq Int[m
[2m[genvalidity-sydtest] [m    [33m(==) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> not $ a /= b) for "valid Int"s[m                                                                                                                                                                                                                    [32m      4.33 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "valid Int"s[m                                                                                                                                                                                                                                               [32m      3.85 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "valid Int"s[m                                                                                                                                                                                                                                              [32m      3.52 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis symmetric for "valid Int"s[m                                                                                                                                                                                                                                               [32m      2.62 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(/=) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> not $ a == b) for "valid Int"s[m                                                                                                                                                                                                                    [32m      2.57 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "valid Int"s[m                                                                                                                                                                                                                                           [32m      2.51 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mEq Int[m
[2m[genvalidity-sydtest] [m    [33m(==) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "arbitrary Int"s[m                                                                                                                                                                                                                                          [32m      1.93 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis symmetric for "arbitrary Int"s[m                                                                                                                                                                                                                                           [32m      1.99 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "arbitrary Int"s[m                                                                                                                                                                                                                                           [32m      1.96 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> not $ a /= b) for "arbitrary Int"s[m                                                                                                                                                                                                                [32m      1.92 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(/=) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "arbitrary Int"s[m                                                                                                                                                                                                                                       [32m      1.95 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> not $ a == b) for "arbitrary Int"s[m                                                                                                                                                                                                                [32m      1.95 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mEq Int[m
[2m[genvalidity-sydtest] [m    [33m(/=) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis antireflexive for "even Int"s[m                                                                                                                                                                                                                                            [32m      1.91 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> not $ a == b) for "even Int"s[m                                                                                                                                                                                                                     [32m      1.86 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(==) :: Int -> Int -> Bool[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to (\a b -> not $ a /= b) for "even Int"s[m                                                                                                                                                                                                                     [32m      1.95 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis symmetric for "even Int"s[m                                                                                                                                                                                                                                                [32m      1.90 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis reflexive for "even Int"s[m                                                                                                                                                                                                                                                [32m      2.07 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis transitive for "even Int"s[m                                                                                                                                                                                                                                               [32m      3.53 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.ArbitrarySpec[m
[2m[genvalidity-sydtest] [m  [33mArbitrary Int[m
[2m[genvalidity-sydtest] [m    [33marbitrary :: Gen Int[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32monly generates valid values[m                                                                                                                                                                                                                                                 [32m      3.91 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.Operations.CommutativitySpec[m
[2m[genvalidity-sydtest] [m  [33mcommutative[m
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mcross product is not commutative[m                                                                                                                                                                                                                                              [32m      6.15 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m1[m inputs.
[2m[genvalidity-sydtest] [m    [32m✓ [m[32m+ is commutative[m                                                                                                                                                                                                                                                              [32m      3.45 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [32m✓ [m[32m* is commutative[m                                                                                                                                                                                                                                                              [32m      3.19 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [32m✓ [m[32m- is not commutative[m                                                                                                                                                                                                                                                          [33m     18.60 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m1[m inputs.
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mdot product is commutative[m                                                                                                                                                                                                                                                    [32m      3.26 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.GenValiditySpec[m
[2m[genvalidity-sydtest] [m  [33mGenValid (Ratio Integer)[m
[2m[genvalidity-sydtest] [m    [33mgenValid   :: Gen (Ratio Integer)[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32monly generates valid '(Ratio Integer)'s[m                                                                                                                                                                                                                                     [32m      5.41 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mGenValid (Ratio Integer)[m
[2m[genvalidity-sydtest] [m    [33mgenValid   :: Gen (Ratio Integer)[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32monly generates valid '(Ratio Integer)'s[m                                                                                                                                                                                                                                     [32m      4.42 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.ShrinkingSpec[m
[2m[genvalidity-sydtest] [m  [33mshrinkValid :: (Int -> [Int])[m
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mpreserves validity[m                                                                                                                                                                                                                                                            [32m      8.77 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mnever shrinks to itself for valid values[m                                                                                                                                                                                                                                      [32m      4.54 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mshrinkValidPreservesValidOnGenValid[m
[2m[genvalidity-sydtest] [m    [32m✓ [m[32m[Ordering][m                                                                                                                                                                                                                                                                    [33m     20.71 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mOrdering[m                                                                                                                                                                                                                                                                      [32m      2.25 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mshrinkValid :: (Ratio Int8 -> [Ratio Int8])[m
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mnever shrinks to itself for valid values[m                                                                                                                                                                                                                                      [32m      8.78 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mpreserves validity[m                                                                                                                                                                                                                                                            [33m     10.50 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mshrinkValidDoesNotShrinkToItself[m
[2m[genvalidity-sydtest] [m    [32m✓ [m[32m[Int][m                                                                                                                                                                                                                                                                         [33m     98.05 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mInt[m                                                                                                                                                                                                                                                                           [32m      4.50 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mshrinkValidDoesNotShrinkToItself[m
[2m[genvalidity-sydtest] [m    [32m✓ [m[32m[Ordering][m                                                                                                                                                                                                                                                                    [33m     10.20 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mOrdering[m                                                                                                                                                                                                                                                                      [32m      2.30 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mshrinkValidPreservesValidOnGenValid[m
[2m[really-safe-money] [m[ 8 of 12] Compiling Money.AmountOf   ( src/Money/AmountOf.hs, dist/build/Money/AmountOf.p_o )
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mOrdering[m                                                                                                                                                                                                                                                                      [32m      4.23 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [32m✓ [m[32m[Ordering][m                                                                                                                                                                                                                                                                    [33m     20.11 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.FunctorSpec[m
[2m[genvalidity-sydtest] [m  [33mFunctor Maybe[m
[2m[genvalidity-sydtest] [m    [33mfmap :: (a -> b) -> Maybe a -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfieds the second Functor law: 'fmap (f . g) == fmap f . fmap g' for "Just an ABC :: (Maybe [Char])" 's given to "prepends :: ([Char] -> [Char])" and "appends :: ([Char] -> [Char])"[m                                                                                   [32m      4.54 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the first Fuctor law: 'fmap id == id' for "Just an ABC :: (Maybe [Char])"[m                                                                                                                                                                                         [32m      2.79 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<$) :: a -> Maybe b -> Maybe a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "ABC :: [Char]" and "Just an ABC :: (Maybe [Char])"[m                                                                                                                                                                         [32m      2.83 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mFunctor [][m
[2m[genvalidity-sydtest] [m    [33mfmap :: (a -> b) -> [] a -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the first Fuctor law: 'fmap id == id' for "list of fives :: [Int]"[m                                                                                                                                                                                                [32m      4.08 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfieds the second Functor law: 'fmap (f . g) == fmap f . fmap g' for "list of fives :: [Int]" 's given to "increments :: (Int -> Int)" and "scalings :: (Int -> Int)"[m                                                                                                   [32m      4.08 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<$) :: a -> [] b -> [] a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "four :: Int" and "list of fives :: [Int]"[m                                                                                                                                                                                  [32m      6.45 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mFunctor [][m
[2m[genvalidity-sydtest] [m    [33m(<$) :: a -> [] b -> [] a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "int :: Int" and "[] of ints :: [Int]"[m                                                                                                                                                                                      [32m      3.99 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mfmap :: (a -> b) -> [] a -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfieds the second Functor law: 'fmap (f . g) == fmap f . fmap g' for "[] of ints :: [Int]" 's given to "increments :: (Int -> Int)" and "scalings :: (Int -> Int)"[m                                                                                                      [32m      6.36 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the first Fuctor law: 'fmap id == id' for "[] of ints :: [Int]"[m                                                                                                                                                                                                   [32m      1.94 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mFunctor (Either Int)[m
[2m[genvalidity-sydtest] [m    [33mfmap :: (a -> b) -> (Either Int) a -> (Either Int) b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the first Fuctor law: 'fmap id == id' for "(Either Int) of ints :: (Either Int Int)"[m                                                                                                                                                                              [32m      1.83 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfieds the second Functor law: 'fmap (f . g) == fmap f . fmap g' for "(Either Int) of ints :: (Either Int Int)" 's given to "increments :: (Int -> Int)" and "scalings :: (Int -> Int)"[m                                                                                 [32m      1.90 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<$) :: a -> (Either Int) b -> (Either Int) a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "int :: Int" and "(Either Int) of ints :: (Either Int Int)"[m                                                                                                                                                                 [32m      4.27 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mFunctor [][m
[2m[genvalidity-sydtest] [m    [33m(<$) :: a -> [] b -> [] a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "int :: Int" and "[] of ints :: [Int]"[m                                                                                                                                                                                      [32m      4.31 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mfmap :: (a -> b) -> [] a -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the first Fuctor law: 'fmap id == id' for "[] of ints :: [Int]"[m                                                                                                                                                                                                   [32m      5.56 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfieds the second Functor law: 'fmap (f . g) == fmap f . fmap g' for "[] of ints :: [Int]" 's given to "increments :: (Int -> Int)" and "scalings :: (Int -> Int)"[m                                                                                                      [32m      5.74 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mFunctor Maybe[m
[2m[genvalidity-sydtest] [m    [33m(<$) :: a -> Maybe b -> Maybe a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "int :: Int" and "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                             [32m      4.28 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mfmap :: (a -> b) -> Maybe a -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfieds the second Functor law: 'fmap (f . g) == fmap f . fmap g' for "Maybe of ints :: (Maybe Int)" 's given to "increments :: (Int -> Int)" and "scalings :: (Int -> Int)"[m                                                                                             [32m      4.37 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the first Fuctor law: 'fmap id == id' for "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                                          [32m      4.18 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mFunctor ((,) Int)[m
[2m[genvalidity-sydtest] [m    [33mfmap :: (a -> b) -> ((,) Int) a -> ((,) Int) b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfieds the second Functor law: 'fmap (f . g) == fmap f . fmap g' for "((,) Int) of ints :: (Int,Int)" 's given to "increments :: (Int -> Int)" and "scalings :: (Int -> Int)"[m                                                                                           [32m      2.67 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the first Fuctor law: 'fmap id == id' for "((,) Int) of ints :: (Int,Int)"[m                                                                                                                                                                                        [32m      2.57 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<$) :: a -> ((,) Int) b -> ((,) Int) a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "int :: Int" and "((,) Int) of ints :: (Int,Int)"[m                                                                                                                                                                           [32m      2.58 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mFunctor Maybe[m
[2m[genvalidity-sydtest] [m    [33m(<$) :: a -> Maybe b -> Maybe a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation for "int :: Int" and "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                             [32m      2.51 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mfmap :: (a -> b) -> Maybe a -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfieds the second Functor law: 'fmap (f . g) == fmap f . fmap g' for "Maybe of ints :: (Maybe Int)" 's given to "increments :: (Int -> Int)" and "scalings :: (Int -> Int)"[m                                                                                             [32m      2.53 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfies the first Fuctor law: 'fmap id == id' for "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                                          [32m      2.54 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.ShowSpec[m
[2m[genvalidity-sydtest] [m  [33mShow (Ratio Integer) and Read (Ratio Integer)[m
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mare implemented such that read . show == id for arbitrary values[m                                                                                                                                                                                                              [32m      5.80 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mShow Int and Read Int[m
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mare implemented such that read . show == id for valid values[m                                                                                                                                                                                                                  [32m      1.70 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mShow (Ratio Integer) and Read (Ratio Integer)[m
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mare implemented such that read . show == id for valid values[m                                                                                                                                                                                                                  [32m      4.01 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mShow Int and Read Int[m
[2m[genvalidity-sydtest] [m    [32m✓ [m[32mare implemented such that read . show == id for even values[m                                                                                                                                                                                                                   [32m      1.76 ms[m
[2m[genvalidity-sydtest] [m      passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m[33mTest.Syd.Validity.ApplicativeSpec[m
[2m[genvalidity-sydtest] [m  [33mApplicative [][m
[2m[genvalidity-sydtest] [m    [33m(*>) :: [] a -> [] b -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u Type> v = pure (const id) <*> u <*> v' for "[] of ints :: [Int]" in front of "[] of ints :: Int"[m                                                                                                                             [32m      8.58 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mpure :: a -> [] a and (<*>) :: [] (a -> b) -> [] a -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the interchange law: 'u <*> pure y = pure ($ y) <*> u' for "[] of increments :: ([Int -> Int])" sequenced with "int :: Int"[m                                                                                                                                         [32m      1.67 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the law about the functor instance: fmap f x = pure f <*> x for "increments :: (Int -> Int)" mapped over "[] of ints :: [Int]"[m                                                                                                                                      [32m      1.78 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the identity law: 'pure id <*> v = v' for "[] of ints :: [Int]"[m                                                                                                                                                                                                     [32m      3.50 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the composition law: 'pure (.) <*> u <*> v <*> w = u <*> (v <*> w)' for "[] of scalings :: ([Int -> Int])" composed with "[] of increments :: ([Int -> Int])" and applied to "[] of ints :: [Int]"[m                                                                  [32m      3.17 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the homomorphism law: 'pure f <*> pure x = pure (f x)' for "increments :: (Int -> Int)" sequenced with "int :: Int"[m                                                                                                                                                 [32m      1.68 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<*) :: [] a -> [] b -> [] a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u <* v = pure const <*> u <*> v' for "[] of ints :: Int" behind "[] of ints :: [Int]"[m                                                                                                                                          [33m     10.48 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mApplicative (Either Int)[m
[2m[genvalidity-sydtest] [m    [33m(*>) :: (Either Int) a -> (Either Int) b -> (Either Int) b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u Type> v = pure (const id) <*> u <*> v' for "(Either Int) of ints :: (Either Int Int)" in front of "(Either Int) of ints :: Int"[m                                                                                              [32m      1.57 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<*) :: (Either Int) a -> (Either Int) b -> (Either Int) a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u <* v = pure const <*> u <*> v' for "(Either Int) of ints :: Int" behind "(Either Int) of ints :: (Either Int Int)"[m                                                                                                           [32m      1.44 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mpure :: a -> (Either Int) a and (<*>) :: (Either Int) (a -> b) -> (Either Int) a -> (Either Int) b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the identity law: 'pure id <*> v = v' for "(Either Int) of ints :: (Either Int Int)"[m                                                                                                                                                                                [32m      1.64 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the law about the functor instance: fmap f x = pure f <*> x for "increments :: (Int -> Int)" mapped over "(Either Int) of ints :: (Either Int Int)"[m                                                                                                                 [32m      1.61 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the composition law: 'pure (.) <*> u <*> v <*> w = u <*> (v <*> w)' for "(Either Int) of scalings :: (Either Int (Int -> Int))" composed with "(Either Int) of increments :: (Either Int (Int -> Int))" and applied to "(Either Int) of ints :: (Either Int Int)"[m   [32m      3.38 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the homomorphism law: 'pure f <*> pure x = pure (f x)' for "increments :: (Int -> Int)" sequenced with "int :: Int"[m                                                                                                                                                 [32m      3.21 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the interchange law: 'u <*> pure y = pure ($ y) <*> u' for "(Either Int) of increments :: (Either Int (Int -> Int))" sequenced with "int :: Int"[m                                                                                                                    [32m      2.24 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mApplicative Maybe[m
[2m[genvalidity-sydtest] [m    [33mpure :: a -> Maybe a and (<*>) :: Maybe (a -> b) -> Maybe a -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the homomorphism law: 'pure f <*> pure x = pure (f x)' for "increments :: (Int -> Int)" sequenced with "int :: Int"[m                                                                                                                                                 [32m      2.08 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the interchange law: 'u <*> pure y = pure ($ y) <*> u' for "Maybe of increments :: (Maybe (Int -> Int))" sequenced with "int :: Int"[m                                                                                                                                [32m      2.15 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the law about the functor instance: fmap f x = pure f <*> x for "increments :: (Int -> Int)" mapped over "Maybe of ints :: (Maybe Int)"[m                                                                                                                             [32m      2.14 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the composition law: 'pure (.) <*> u <*> v <*> w = u <*> (v <*> w)' for "Maybe of scalings :: (Maybe (Int -> Int))" composed with "Maybe of increments :: (Maybe (Int -> Int))" and applied to "Maybe of ints :: (Maybe Int)"[m                                       [32m      2.30 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the identity law: 'pure id <*> v = v' for "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                                            [32m      2.06 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<*) :: Maybe a -> Maybe b -> Maybe a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u <* v = pure const <*> u <*> v' for "Maybe of ints :: Int" behind "Maybe of ints :: (Maybe Int)"[m                                                                                                                              [32m      2.11 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(*>) :: Maybe a -> Maybe b -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u Type> v = pure (const id) <*> u <*> v' for "Maybe of ints :: (Maybe Int)" in front of "Maybe of ints :: Int"[m                                                                                                                 [32m      2.34 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mApplicative Maybe[m
[2m[genvalidity-sydtest] [m    [33m(<*) :: Maybe a -> Maybe b -> Maybe a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u <* v = pure const <*> u <*> v' for "purely Nothing :: [Char]" behind "Just an ABC :: (Maybe [Char])"[m                                                                                                                         [32m      2.26 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(*>) :: Maybe a -> Maybe b -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u Type> v = pure (const id) <*> u <*> v' for "Just an ABC :: (Maybe [Char])" in front of "purely Nothing :: [Char]"[m                                                                                                            [32m      2.34 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mpure :: a -> Maybe a and (<*>) :: Maybe (a -> b) -> Maybe a -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the identity law: 'pure id <*> v = v' for "Just an ABC :: (Maybe [Char])"[m                                                                                                                                                                                           [32m      2.25 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the law about the functor instance: fmap f x = pure f <*> x for "prepends :: ([Char] -> [Char])" mapped over "Just an ABC :: (Maybe [Char])"[m                                                                                                                        [32m      4.39 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the homomorphism law: 'pure f <*> pure x = pure (f x)' for "prepends :: ([Char] -> [Char])" sequenced with "ABC :: [Char]"[m                                                                                                                                          [32m      3.15 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the composition law: 'pure (.) <*> u <*> v <*> w = u <*> (v <*> w)' for "appends in a Just :: (Maybe ([Char] -> [Char]))" composed with "prepends in a Just :: (Maybe ([Char] -> [Char]))" and applied to "Just an ABC :: (Maybe [Char])"[m                           [32m      3.09 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the interchange law: 'u <*> pure y = pure ($ y) <*> u' for "prepends in a Just :: (Maybe ([Char] -> [Char]))" sequenced with "ABC :: [Char]"[m                                                                                                                        [32m      3.08 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mApplicative [][m
[2m[genvalidity-sydtest] [m    [33m(*>) :: [] a -> [] b -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u Type> v = pure (const id) <*> u <*> v' for "[] of ints :: [Int]" in front of "[] of ints :: Int"[m                                                                                                                             [33m     12.81 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mpure :: a -> [] a and (<*>) :: [] (a -> b) -> [] a -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the homomorphism law: 'pure f <*> pure x = pure (f x)' for "increments :: (Int -> Int)" sequenced with "int :: Int"[m                                                                                                                                                 [32m      0.65 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the composition law: 'pure (.) <*> u <*> v <*> w = u <*> (v <*> w)' for "[] of scalings :: ([Int -> Int])" composed with "[] of increments :: ([Int -> Int])" and applied to "[] of ints :: [Int]"[m                                                                  [32m      2.87 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the law about the functor instance: fmap f x = pure f <*> x for "increments :: (Int -> Int)" mapped over "[] of ints :: [Int]"[m                                                                                                                                      [32m      2.75 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the identity law: 'pure id <*> v = v' for "[] of ints :: [Int]"[m                                                                                                                                                                                                     [32m      2.75 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the interchange law: 'u <*> pure y = pure ($ y) <*> u' for "[] of increments :: ([Int -> Int])" sequenced with "int :: Int"[m                                                                                                                                         [32m      2.58 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<*) :: [] a -> [] b -> [] a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u <* v = pure const <*> u <*> v' for "[] of ints :: Int" behind "[] of ints :: [Int]"[m                                                                                                                                          [33m     16.72 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mApplicative [][m
[2m[genvalidity-sydtest] [m    [33mpure :: a -> [] a and (<*>) :: [] (a -> b) -> [] a -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the homomorphism law: 'pure f <*> pure x = pure (f x)' for "increments :: (Int -> Int)" sequenced with "four :: Int"[m                                                                                                                                                [32m      2.49 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the interchange law: 'u <*> pure y = pure ($ y) <*> u' for "increments in a list :: ([Int -> Int])" sequenced with "four :: Int"[m                                                                                                                                    [32m      2.47 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the composition law: 'pure (.) <*> u <*> v <*> w = u <*> (v <*> w)' for "scalings in a list :: ([Int -> Int])" composed with "increments in a list :: ([Int -> Int])" and applied to "list of fives :: [Int]"[m                                                       [32m      2.86 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the identity law: 'pure id <*> v = v' for "list of fives :: [Int]"[m                                                                                                                                                                                                  [32m      2.38 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the law about the functor instance: fmap f x = pure f <*> x for "increments :: (Int -> Int)" mapped over "list of fives :: [Int]"[m                                                                                                                                   [32m      3.23 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<*) :: [] a -> [] b -> [] a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u <* v = pure const <*> u <*> v' for "purely empty list :: Int" behind "list of fives :: [Int]"[m                                                                                                                                [32m      3.35 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(*>) :: [] a -> [] b -> [] b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u Type> v = pure (const id) <*> u <*> v' for "list of fives :: [Int]" in front of "purely empty list :: Int"[m                                                                                                                   [32m      2.75 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m  [33mApplicative Maybe[m
[2m[genvalidity-sydtest] [m    [33m(*>) :: Maybe a -> Maybe b -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u Type> v = pure (const id) <*> u <*> v' for "Maybe of ints :: (Maybe Int)" in front of "Maybe of ints :: Int"[m                                                                                                                 [32m      2.56 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33m(<*) :: Maybe a -> Maybe b -> Maybe a[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32mis equivalent to its default implementation 'u <* v = pure const <*> u <*> v' for "Maybe of ints :: Int" behind "Maybe of ints :: (Maybe Int)"[m                                                                                                                              [32m      2.53 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m    [33mpure :: a -> Maybe a and (<*>) :: Maybe (a -> b) -> Maybe a -> Maybe b[m
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the composition law: 'pure (.) <*> u <*> v <*> w = u <*> (v <*> w)' for "Maybe of scalings :: (Maybe (Int -> Int))" composed with "Maybe of increments :: (Maybe (Int -> Int))" and applied to "Maybe of ints :: (Maybe Int)"[m                                       [32m      0.70 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the identity law: 'pure id <*> v = v' for "Maybe of ints :: (Maybe Int)"[m                                                                                                                                                                                            [32m      0.66 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the law about the functor instance: fmap f x = pure f <*> x for "increments :: (Int -> Int)" mapped over "Maybe of ints :: (Maybe Int)"[m                                                                                                                             [32m      0.76 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the homomorphism law: 'pure f <*> pure x = pure (f x)' for "increments :: (Int -> Int)" sequenced with "int :: Int"[m                                                                                                                                                 [32m      2.12 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m      [32m✓ [m[32msatisfy the interchange law: 'u <*> pure y = pure ($ y) <*> u' for "Maybe of increments :: (Maybe (Int -> Int))" sequenced with "int :: Int"[m                                                                                                                                [32m      0.76 ms[m
[2m[genvalidity-sydtest] [m        passed for all of [32m100[m inputs.
[2m[genvalidity-sydtest] [m
[2m[genvalidity-sydtest] [m  Examples:                     [32m24402[m
[2m[genvalidity-sydtest] [m  Passed:                       [32m246[m
[2m[genvalidity-sydtest] [m  Failed:                       [32m0[m
[2m[genvalidity-sydtest] [m  Sum of test runtimes:[33m         1.36 seconds[m
[2m[genvalidity-sydtest] [m  Test suite took:     [33m         0.23 seconds[m
[2m[genvalidity-sydtest] [m
[2m[really-safe-money] [mmutation: instrumenting Money.AmountOf
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money] [madded 4 mutations
[2m[genvalidity-sydtest] [mTest suite genvalidity-sydtest-test: PASS
[2m[genvalidity-sydtest] [mTest suite logged to:
[2m[genvalidity-sydtest] [mdist/test/genvalidity-sydtest-1.0.1.0-genvalidity-sydtest-test.log
[2m[genvalidity-sydtest] [m1 of 1 test suites (1 of 1 test cases) passed.
[2m[genvalidity-sydtest] [m[1;36mPhase: haddockPhase[m
[2m[genvalidity-sydtest] [mPreprocessing library for genvalidity-sydtest-1.0.1.0...
[2m[genvalidity-sydtest] [mRunning Haddock on library for genvalidity-sydtest-1.0.1.0...
[2m[genvalidity-sydtest] [mWarning: The documentation for the following packages are not installed. No
[2m[genvalidity-sydtest] [mlinks will be generated to these packages: attoparsec-0.14.4,
[2m[genvalidity-sydtest] [mattoparsec-0.14.4, libyaml-clib-0.2.5, path-0.9.6, path-0.9.6, vector-0.13.2.0
[2m[really-safe-money] [m[ 9 of 12] Compiling Money.Account    ( src/Money/Account.hs, dist/build/Money/Account.p_o )
[2m[really-safe-money] [mmutation: instrumenting Money.Account
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:591:7-44
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:591:7-44
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:421:32-33
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:451:14-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:455:14-23
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/Account.hs:523:16-25
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:522:19-35
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:522:19-35
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:522:19-35
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:495:17-18
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:495:12-18
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:497:16-41
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:497:16-41
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:497:16-41
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:503:15-16
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:503:10-16
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:233:19-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:233:14-20
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:211:11-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:211:11-37
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:197:19-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:197:14-20
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:171:11-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:171:11-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:155:11-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/Account.hs:155:11-37
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:123:10-23
[2m[really-safe-money] [madded mutation IntLit at src/Money/Account.hs:131:25-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation Cmp at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation ConstBool at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation Negate at src/Money/Account.hs:131:20-26
[2m[really-safe-money] [madded mutation Arith at src/Money/Account.hs:341:11-18
[2m[really-safe-money] [madded mutation Arith at src/Money/Account.hs:341:11-18
[2m[really-safe-money] [madded mutation Arith at src/Money/Account.hs:378:11-18
[2m[really-safe-money] [madded mutation Arith at src/Money/Account.hs:378:11-18
[2m[really-safe-money] [madded 87 mutations
[2m[genvalidity-sydtest] [m[ 1 of 34] Compiling Paths_genvalidity_sydtest ( dist/build/autogen/Paths_genvalidity_sydtest.hs, nothing )
[2m[genvalidity-sydtest] [m[ 2 of 34] Compiling Test.Syd.Validity.Functions.Idempotence ( src/Test/Syd/Validity/Functions/Idempotence.hs, nothing )
[2m[genvalidity-sydtest] [m[ 3 of 34] Compiling Test.Syd.Validity.Operations.Associativity ( src/Test/Syd/Validity/Operations/Associativity.hs, nothing )
[2m[genvalidity-sydtest] [m[ 4 of 34] Compiling Test.Syd.Validity.Operations.Commutativity ( src/Test/Syd/Validity/Operations/Commutativity.hs, nothing )
[2m[genvalidity-sydtest] [m[ 5 of 34] Compiling Test.Syd.Validity.Operations.Identity ( src/Test/Syd/Validity/Operations/Identity.hs, nothing )
[2m[genvalidity-sydtest] [m[ 6 of 34] Compiling Test.Syd.Validity.Operations ( src/Test/Syd/Validity/Operations.hs, nothing )
[2m[genvalidity-sydtest] [m[ 7 of 34] Compiling Test.Syd.Validity.Property.Utils ( src/Test/Syd/Validity/Property/Utils.hs, nothing )
[2m[genvalidity-sydtest] [m[ 8 of 34] Compiling Test.Syd.Validity.GenValidity.Property ( src/Test/Syd/Validity/GenValidity/Property.hs, nothing )
[2m[genvalidity-sydtest] [m[ 9 of 34] Compiling Test.Syd.Validity.Functions.Validity ( src/Test/Syd/Validity/Functions/Validity.hs, nothing )
[2m[genvalidity-sydtest] [m[10 of 34] Compiling Test.Syd.Validity.Relations.Antireflexivity ( src/Test/Syd/Validity/Relations/Antireflexivity.hs, nothing )
[2m[genvalidity-sydtest] [m[11 of 34] Compiling Test.Syd.Validity.Relations.Antisymmetry ( src/Test/Syd/Validity/Relations/Antisymmetry.hs, nothing )
[2m[genvalidity-sydtest] [m[12 of 34] Compiling Test.Syd.Validity.Relations.Reflexivity ( src/Test/Syd/Validity/Relations/Reflexivity.hs, nothing )
[2m[genvalidity-sydtest] [m[13 of 34] Compiling Test.Syd.Validity.Relations.Symmetry ( src/Test/Syd/Validity/Relations/Symmetry.hs, nothing )
[2m[genvalidity-sydtest] [m[14 of 34] Compiling Test.Syd.Validity.Relations.Transitivity ( src/Test/Syd/Validity/Relations/Transitivity.hs, nothing )
[2m[genvalidity-sydtest] [m[15 of 34] Compiling Test.Syd.Validity.Relations ( src/Test/Syd/Validity/Relations.hs, nothing )
[2m[genvalidity-sydtest] [m[16 of 34] Compiling Test.Syd.Validity.Shrinking.Property ( src/Test/Syd/Validity/Shrinking/Property.hs, nothing )
[2m[genvalidity-sydtest] [m[17 of 34] Compiling Test.Syd.Validity.Types ( src/Test/Syd/Validity/Types.hs, nothing )
[2m[genvalidity-sydtest] [m[18 of 34] Compiling Test.Syd.Validity.Functions.Inverse ( src/Test/Syd/Validity/Functions/Inverse.hs, nothing )
[2m[genvalidity-sydtest] [m[19 of 34] Compiling Test.Syd.Validity.Functions.Equivalence ( src/Test/Syd/Validity/Functions/Equivalence.hs, nothing )
[2m[genvalidity-sydtest] [m[20 of 34] Compiling Test.Syd.Validity.Functions.CanFail ( src/Test/Syd/Validity/Functions/CanFail.hs, nothing )
[2m[genvalidity-sydtest] [m[21 of 34] Compiling Test.Syd.Validity.Functions ( src/Test/Syd/Validity/Functions.hs, nothing )
[2m[genvalidity-sydtest] [m[22 of 34] Compiling Test.Syd.Validity.Property ( src/Test/Syd/Validity/Property.hs, nothing )
[2m[genvalidity-sydtest] [m[23 of 34] Compiling Test.Syd.Validity.Utils ( src/Test/Syd/Validity/Utils.hs, nothing )
[2m[genvalidity-sydtest] [m[24 of 34] Compiling Test.Syd.Validity.Shrinking ( src/Test/Syd/Validity/Shrinking.hs, nothing )
[2m[genvalidity-sydtest] [m[25 of 34] Compiling Test.Syd.Validity.Show ( src/Test/Syd/Validity/Show.hs, nothing )
[2m[genvalidity-sydtest] [m[26 of 34] Compiling Test.Syd.Validity.Ord ( src/Test/Syd/Validity/Ord.hs, nothing )
[2m[genvalidity-sydtest] [m[27 of 34] Compiling Test.Syd.Validity.Monoid ( src/Test/Syd/Validity/Monoid.hs, nothing )
[2m[genvalidity-sydtest] [m[28 of 34] Compiling Test.Syd.Validity.Monad ( src/Test/Syd/Validity/Monad.hs, nothing )
[2m[genvalidity-sydtest] [m[29 of 34] Compiling Test.Syd.Validity.GenValidity ( src/Test/Syd/Validity/GenValidity.hs, nothing )
[2m[genvalidity-sydtest] [m[30 of 34] Compiling Test.Syd.Validity.Functor ( src/Test/Syd/Validity/Functor.hs, nothing )
[2m[genvalidity-sydtest] [m[31 of 34] Compiling Test.Syd.Validity.Eq ( src/Test/Syd/Validity/Eq.hs, nothing )
[2m[genvalidity-sydtest] [m[32 of 34] Compiling Test.Syd.Validity.Arbitrary ( src/Test/Syd/Validity/Arbitrary.hs, nothing )
[2m[genvalidity-sydtest] [m[33 of 34] Compiling Test.Syd.Validity.Applicative ( src/Test/Syd/Validity/Applicative.hs, nothing )
[2m[genvalidity-sydtest] [m[34 of 34] Compiling Test.Syd.Validity ( src/Test/Syd/Validity.hs, nothing )
[2m[genvalidity-sydtest] [mHaddock coverage:
[2m[genvalidity-sydtest] [m  50% (  2 /  4) in 'Test.Syd.Validity.Functions.Idempotence'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    idempotentOnGen (src/Test/Syd/Validity/Functions/Idempotence.hs:17)
[2m[genvalidity-sydtest] [m    idempotent (src/Test/Syd/Validity/Functions/Idempotence.hs:20)
[2m[genvalidity-sydtest] [m  75% (  3 /  4) in 'Test.Syd.Validity.Operations.Associativity'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m  75% (  3 /  4) in 'Test.Syd.Validity.Operations.Commutativity'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m  64% (  9 / 14) in 'Test.Syd.Validity.Operations.Identity'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m    leftIdentityOnGenWithEquality (src/Test/Syd/Validity/Operations/Identity.hs:54)
[2m[genvalidity-sydtest] [m    leftIdentityOnGen (src/Test/Syd/Validity/Operations/Identity.hs:66)
[2m[genvalidity-sydtest] [m    rightIdentityOnGenWithEquality (src/Test/Syd/Validity/Operations/Identity.hs:111)
[2m[genvalidity-sydtest] [m    rightIdentityOnGen (src/Test/Syd/Validity/Operations/Identity.hs:123)
[2m[genvalidity-sydtest] [m 100% (  4 /  4) in 'Test.Syd.Validity.Operations'
[2m[genvalidity-sydtest] [m   0% (  0 /  6) in 'Test.Syd.Validity.Property.Utils'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m    forAllValid (src/Test/Syd/Validity/Property/Utils.hs:15)
[2m[genvalidity-sydtest] [m    shouldBeValid (src/Test/Syd/Validity/Property/Utils.hs:24)
[2m[genvalidity-sydtest] [m    shouldBeInvalid (src/Test/Syd/Validity/Property/Utils.hs:40)
[2m[genvalidity-sydtest] [m    <==> (src/Test/Syd/Validity/Property/Utils.hs:21)
[2m[genvalidity-sydtest] [m    ===> (src/Test/Syd/Validity/Property/Utils.hs:18)
[2m[genvalidity-sydtest] [m 100% (  3 /  3) in 'Test.Syd.Validity.GenValidity.Property'
[2m[genvalidity-sydtest] [m  40% (  4 / 10) in 'Test.Syd.Validity.Functions.Validity'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    producesValidsOnGens2 (src/Test/Syd/Validity/Functions/Validity.hs:51)
[2m[genvalidity-sydtest] [m    producesValid2 (src/Test/Syd/Validity/Functions/Validity.hs:58)
[2m[genvalidity-sydtest] [m    producesValidsOnArbitrary2 (src/Test/Syd/Validity/Functions/Validity.hs:64)
[2m[genvalidity-sydtest] [m    producesValidsOnGens3 (src/Test/Syd/Validity/Functions/Validity.hs:72)
[2m[genvalidity-sydtest] [m    producesValid3 (src/Test/Syd/Validity/Functions/Validity.hs:87)
[2m[genvalidity-sydtest] [m    producesValidsOnArbitrary3 (src/Test/Syd/Validity/Functions/Validity.hs:101)
[2m[genvalidity-sydtest] [m  60% (  3 /  5) in 'Test.Syd.Validity.Relations.Antireflexivity'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m    antireflexivityOnGen (src/Test/Syd/Validity/Relations/Antireflexivity.hs:32)
[2m[genvalidity-sydtest] [m  50% (  3 /  6) in 'Test.Syd.Validity.Relations.Antisymmetry'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m    antisymmetryOnGensWithEquality (src/Test/Syd/Validity/Relations/Antisymmetry.hs:43)
[2m[genvalidity-sydtest] [m    antisymmetryOnGens (src/Test/Syd/Validity/Relations/Antisymmetry.hs:54)
[2m[genvalidity-sydtest] [m  60% (  3 /  5) in 'Test.Syd.Validity.Relations.Reflexivity'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m    reflexivityOnGen (src/Test/Syd/Validity/Relations/Reflexivity.hs:32)
[2m[genvalidity-sydtest] [m  60% (  3 /  5) in 'Test.Syd.Validity.Relations.Symmetry'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m    symmetryOnGens (src/Test/Syd/Validity/Relations/Symmetry.hs:34)
[2m[genvalidity-sydtest] [m  60% (  3 /  5) in 'Test.Syd.Validity.Relations.Transitivity'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m    transitivityOnGens (src/Test/Syd/Validity/Relations/Transitivity.hs:35)
[2m[genvalidity-sydtest] [m 100% (  6 /  6) in 'Test.Syd.Validity.Relations'
[2m[genvalidity-sydtest] [m 100% ( 13 / 13) in 'Test.Syd.Validity.Shrinking.Property'
[2m[genvalidity-sydtest] [m  50% (  1 /  2) in 'Test.Syd.Validity.Types'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m  15% (  2 / 13) in 'Test.Syd.Validity.Functions.Inverse'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    inverseFunctionsOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:28)
[2m[genvalidity-sydtest] [m    inverseFunctions (src/Test/Syd/Validity/Functions/Inverse.hs:33)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfFirstSucceedsOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:49)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfFirstSucceeds (src/Test/Syd/Validity/Functions/Inverse.hs:60)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfFirstSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Inverse.hs:68)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSecondSucceedsOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:78)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSecondSucceeds (src/Test/Syd/Validity/Functions/Inverse.hs:89)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSecondSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Inverse.hs:97)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSucceedOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:107)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSucceed (src/Test/Syd/Validity/Functions/Inverse.hs:120)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSucceedOnArbitrary (src/Test/Syd/Validity/Functions/Inverse.hs:128)
[2m[genvalidity-sydtest] [m   7% (  2 / 28) in 'Test.Syd.Validity.Functions.Equivalence'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m    equivalentOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:47)
[2m[genvalidity-sydtest] [m    equivalent (src/Test/Syd/Validity/Functions/Equivalence.hs:54)
[2m[genvalidity-sydtest] [m    equivalentOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:73)
[2m[genvalidity-sydtest] [m    equivalent2 (src/Test/Syd/Validity/Functions/Equivalence.hs:81)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:100)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceeds (src/Test/Syd/Validity/Functions/Equivalence.hs:119)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Equivalence.hs:111)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:129)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceeds2 (src/Test/Syd/Validity/Functions/Equivalence.hs:162)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnArbitrary2 (src/Test/Syd/Validity/Functions/Equivalence.hs:147)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:172)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceeds (src/Test/Syd/Validity/Functions/Equivalence.hs:191)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Equivalence.hs:183)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:201)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceeds2 (src/Test/Syd/Validity/Functions/Equivalence.hs:234)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnArbitrary2 (src/Test/Syd/Validity/Functions/Equivalence.hs:219)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:244)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceed (src/Test/Syd/Validity/Functions/Equivalence.hs:258)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnArbitrary (src/Test/Syd/Validity/Functions/Equivalence.hs:266)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:276)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceed2 (src/Test/Syd/Validity/Functions/Equivalence.hs:312)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnArbitrary2 (src/Test/Syd/Validity/Functions/Equivalence.hs:297)
[2m[genvalidity-sydtest] [m    equivalentOnGens3 (src/Test/Syd/Validity/Functions/Equivalence.hs:322)
[2m[genvalidity-sydtest] [m    equivalent3 (src/Test/Syd/Validity/Functions/Equivalence.hs:338)
[2m[genvalidity-sydtest] [m    equivalentOnArbitrary3 (src/Test/Syd/Validity/Functions/Equivalence.hs:353)
[2m[genvalidity-sydtest] [m  38% (  7 / 18) in 'Test.Syd.Validity.Functions.CanFail'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m    succeedsOnGens2 (src/Test/Syd/Validity/Functions/CanFail.hs:77)
[2m[genvalidity-sydtest] [m    succeeds2 (src/Test/Syd/Validity/Functions/CanFail.hs:84)
[2m[genvalidity-sydtest] [m    succeedsOnArbitrary2 (src/Test/Syd/Validity/Functions/CanFail.hs:90)
[2m[genvalidity-sydtest] [m    failsOnGens2 (src/Test/Syd/Validity/Functions/CanFail.hs:100)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnGens2 (src/Test/Syd/Validity/Functions/CanFail.hs:109)
[2m[genvalidity-sydtest] [m    validIfSucceeds2 (src/Test/Syd/Validity/Functions/CanFail.hs:119)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnArbitrary2 (src/Test/Syd/Validity/Functions/CanFail.hs:125)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnGens3 (src/Test/Syd/Validity/Functions/CanFail.hs:133)
[2m[genvalidity-sydtest] [m    validIfSucceeds3 (src/Test/Syd/Validity/Functions/CanFail.hs:152)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnArbitrary3 (src/Test/Syd/Validity/Functions/CanFail.hs:158)
[2m[genvalidity-sydtest] [m 100% (  6 /  6) in 'Test.Syd.Validity.Functions'
[2m[genvalidity-sydtest] [m  54% ( 80 /146) in 'Test.Syd.Validity.Property'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    Module header
[2m[genvalidity-sydtest] [m    forAllValid (src/Test/Syd/Validity/Property/Utils.hs:15)
[2m[genvalidity-sydtest] [m    producesValidsOnGens2 (src/Test/Syd/Validity/Functions/Validity.hs:51)
[2m[genvalidity-sydtest] [m    producesValid2 (src/Test/Syd/Validity/Functions/Validity.hs:58)
[2m[genvalidity-sydtest] [m    producesValidsOnArbitrary2 (src/Test/Syd/Validity/Functions/Validity.hs:64)
[2m[genvalidity-sydtest] [m    producesValidsOnGens3 (src/Test/Syd/Validity/Functions/Validity.hs:72)
[2m[genvalidity-sydtest] [m    producesValid3 (src/Test/Syd/Validity/Functions/Validity.hs:87)
[2m[genvalidity-sydtest] [m    producesValidsOnArbitrary3 (src/Test/Syd/Validity/Functions/Validity.hs:101)
[2m[genvalidity-sydtest] [m    succeedsOnGens2 (src/Test/Syd/Validity/Functions/CanFail.hs:77)
[2m[genvalidity-sydtest] [m    succeeds2 (src/Test/Syd/Validity/Functions/CanFail.hs:84)
[2m[genvalidity-sydtest] [m    succeedsOnArbitrary2 (src/Test/Syd/Validity/Functions/CanFail.hs:90)
[2m[genvalidity-sydtest] [m    failsOnGens2 (src/Test/Syd/Validity/Functions/CanFail.hs:100)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnGens2 (src/Test/Syd/Validity/Functions/CanFail.hs:109)
[2m[genvalidity-sydtest] [m    validIfSucceeds2 (src/Test/Syd/Validity/Functions/CanFail.hs:119)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnArbitrary2 (src/Test/Syd/Validity/Functions/CanFail.hs:125)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnGens3 (src/Test/Syd/Validity/Functions/CanFail.hs:133)
[2m[genvalidity-sydtest] [m    validIfSucceeds3 (src/Test/Syd/Validity/Functions/CanFail.hs:152)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnArbitrary3 (src/Test/Syd/Validity/Functions/CanFail.hs:158)
[2m[genvalidity-sydtest] [m    equivalentOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:47)
[2m[genvalidity-sydtest] [m    equivalent (src/Test/Syd/Validity/Functions/Equivalence.hs:54)
[2m[genvalidity-sydtest] [m    equivalentOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:73)
[2m[genvalidity-sydtest] [m    equivalent2 (src/Test/Syd/Validity/Functions/Equivalence.hs:81)
[2m[genvalidity-sydtest] [m    equivalentOnGens3 (src/Test/Syd/Validity/Functions/Equivalence.hs:322)
[2m[genvalidity-sydtest] [m    equivalent3 (src/Test/Syd/Validity/Functions/Equivalence.hs:338)
[2m[genvalidity-sydtest] [m    equivalentOnArbitrary3 (src/Test/Syd/Validity/Functions/Equivalence.hs:353)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:100)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceeds (src/Test/Syd/Validity/Functions/Equivalence.hs:119)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Equivalence.hs:111)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:129)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceeds2 (src/Test/Syd/Validity/Functions/Equivalence.hs:162)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnArbitrary2 (src/Test/Syd/Validity/Functions/Equivalence.hs:147)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:172)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceeds (src/Test/Syd/Validity/Functions/Equivalence.hs:191)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Equivalence.hs:183)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:201)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceeds2 (src/Test/Syd/Validity/Functions/Equivalence.hs:234)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnArbitrary2 (src/Test/Syd/Validity/Functions/Equivalence.hs:219)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:244)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceed (src/Test/Syd/Validity/Functions/Equivalence.hs:258)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnArbitrary (src/Test/Syd/Validity/Functions/Equivalence.hs:266)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:276)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceed2 (src/Test/Syd/Validity/Functions/Equivalence.hs:312)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnArbitrary2 (src/Test/Syd/Validity/Functions/Equivalence.hs:297)
[2m[genvalidity-sydtest] [m    inverseFunctionsOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:28)
[2m[genvalidity-sydtest] [m    inverseFunctions (src/Test/Syd/Validity/Functions/Inverse.hs:33)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfFirstSucceedsOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:49)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfFirstSucceeds (src/Test/Syd/Validity/Functions/Inverse.hs:60)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfFirstSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Inverse.hs:68)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSecondSucceedsOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:78)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSecondSucceeds (src/Test/Syd/Validity/Functions/Inverse.hs:89)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSecondSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Inverse.hs:97)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSucceedOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:107)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSucceed (src/Test/Syd/Validity/Functions/Inverse.hs:120)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSucceedOnArbitrary (src/Test/Syd/Validity/Functions/Inverse.hs:128)
[2m[genvalidity-sydtest] [m    idempotentOnGen (src/Test/Syd/Validity/Functions/Idempotence.hs:17)
[2m[genvalidity-sydtest] [m    idempotent (src/Test/Syd/Validity/Functions/Idempotence.hs:20)
[2m[genvalidity-sydtest] [m    reflexivityOnGen (src/Test/Syd/Validity/Relations/Reflexivity.hs:32)
[2m[genvalidity-sydtest] [m    transitivityOnGens (src/Test/Syd/Validity/Relations/Transitivity.hs:35)
[2m[genvalidity-sydtest] [m    antisymmetryOnGensWithEquality (src/Test/Syd/Validity/Relations/Antisymmetry.hs:43)
[2m[genvalidity-sydtest] [m    antisymmetryOnGens (src/Test/Syd/Validity/Relations/Antisymmetry.hs:54)
[2m[genvalidity-sydtest] [m    antireflexivityOnGen (src/Test/Syd/Validity/Relations/Antireflexivity.hs:32)
[2m[genvalidity-sydtest] [m    symmetryOnGens (src/Test/Syd/Validity/Relations/Symmetry.hs:34)
[2m[genvalidity-sydtest] [m    leftIdentityOnGenWithEquality (src/Test/Syd/Validity/Operations/Identity.hs:54)
[2m[genvalidity-sydtest] [m    leftIdentityOnGen (src/Test/Syd/Validity/Operations/Identity.hs:66)
[2m[genvalidity-sydtest] [m    rightIdentityOnGenWithEquality (src/Test/Syd/Validity/Operations/Identity.hs:111)
[2m[genvalidity-sydtest] [m    rightIdentityOnGen (src/Test/Syd/Validity/Operations/Identity.hs:123)
[2m[genvalidity-sydtest] [mWarning: 'Spec' is out of scope.
[2m[genvalidity-sydtest] [m    If you qualify the identifier, haddock can try to link it anyway.
[2m[genvalidity-sydtest] [m  14% (  1 /  7) in 'Test.Syd.Validity.Utils'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    nameOf (src/Test/Syd/Validity/Utils.hs:27)
[2m[genvalidity-sydtest] [m    genDescr (src/Test/Syd/Validity/Utils.hs:38)
[2m[genvalidity-sydtest] [m    binRelStr (src/Test/Syd/Validity/Utils.hs:45)
[2m[genvalidity-sydtest] [m    shouldBeValid (src/Test/Syd/Validity/Property/Utils.hs:24)
[2m[genvalidity-sydtest] [m    shouldBeInvalid (src/Test/Syd/Validity/Property/Utils.hs:40)
[2m[genvalidity-sydtest] [m    Anon (src/Test/Syd/Validity/Utils.hs:49)
[2m[genvalidity-sydtest] [m  45% (  5 / 11) in 'Test.Syd.Validity.Shrinking'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    shrinkValidSpec (src/Test/Syd/Validity/Shrinking.hs:35)
[2m[genvalidity-sydtest] [m    shrinkValidSpecWithLimit (src/Test/Syd/Validity/Shrinking.hs:48)
[2m[genvalidity-sydtest] [m    shrinkValidPreservesValidOnGenValid (src/Test/Syd/Validity/Shrinking.hs:66)
[2m[genvalidity-sydtest] [m    shrinkValidPreservesValidOnGenValidWithLimit (src/Test/Syd/Validity/Shrinking.hs:74)
[2m[genvalidity-sydtest] [m    shrinkValidDoesNotShrinkToItself (src/Test/Syd/Validity/Shrinking.hs:81)
[2m[genvalidity-sydtest] [m    shrinkValidDoesNotShrinkToItselfWithLimit (src/Test/Syd/Validity/Shrinking.hs:89)
[2m[genvalidity-sydtest] [m 100% (  7 /  7) in 'Test.Syd.Validity.Show'
[2m[genvalidity-sydtest] [m 100% (  4 /  4) in 'Test.Syd.Validity.Ord'
[2m[genvalidity-sydtest] [m 100% (  4 /  4) in 'Test.Syd.Validity.Monoid'
[2m[genvalidity-sydtest] [m 100% (  4 /  4) in 'Test.Syd.Validity.Monad'
[2m[genvalidity-sydtest] [m 100% (  5 /  5) in 'Test.Syd.Validity.GenValidity'
[2m[genvalidity-sydtest] [m 100% (  4 /  4) in 'Test.Syd.Validity.Functor'
[2m[genvalidity-sydtest] [m 100% (  4 /  4) in 'Test.Syd.Validity.Eq'
[2m[genvalidity-sydtest] [m 100% (  3 /  3) in 'Test.Syd.Validity.Arbitrary'
[2m[genvalidity-sydtest] [m 100% (  4 /  4) in 'Test.Syd.Validity.Applicative'
[2m[genvalidity-sydtest] [mWarning: 'Spec' is out of scope.
[2m[genvalidity-sydtest] [m    If you qualify the identifier, haddock can try to link it anyway.
[2m[genvalidity-sydtest] [m  63% (122 /192) in 'Test.Syd.Validity'
[2m[genvalidity-sydtest] [m  Missing documentation for:
[2m[genvalidity-sydtest] [m    forAllValid (src/Test/Syd/Validity/Property/Utils.hs:15)
[2m[genvalidity-sydtest] [m    shouldBeValid (src/Test/Syd/Validity/Property/Utils.hs:24)
[2m[genvalidity-sydtest] [m    shouldBeInvalid (src/Test/Syd/Validity/Property/Utils.hs:40)
[2m[genvalidity-sydtest] [m    shrinkValidSpec (src/Test/Syd/Validity/Shrinking.hs:35)
[2m[genvalidity-sydtest] [m    shrinkValidSpecWithLimit (src/Test/Syd/Validity/Shrinking.hs:48)
[2m[genvalidity-sydtest] [m    shrinkValidPreservesValidOnGenValid (src/Test/Syd/Validity/Shrinking.hs:66)
[2m[genvalidity-sydtest] [m    producesValidsOnGens2 (src/Test/Syd/Validity/Functions/Validity.hs:51)
[2m[genvalidity-sydtest] [m    producesValid2 (src/Test/Syd/Validity/Functions/Validity.hs:58)
[2m[genvalidity-sydtest] [m    producesValidsOnArbitrary2 (src/Test/Syd/Validity/Functions/Validity.hs:64)
[2m[genvalidity-sydtest] [m    producesValidsOnGens3 (src/Test/Syd/Validity/Functions/Validity.hs:72)
[2m[genvalidity-sydtest] [m    producesValid3 (src/Test/Syd/Validity/Functions/Validity.hs:87)
[2m[genvalidity-sydtest] [m    producesValidsOnArbitrary3 (src/Test/Syd/Validity/Functions/Validity.hs:101)
[2m[genvalidity-sydtest] [m    succeedsOnGens2 (src/Test/Syd/Validity/Functions/CanFail.hs:77)
[2m[genvalidity-sydtest] [m    succeeds2 (src/Test/Syd/Validity/Functions/CanFail.hs:84)
[2m[genvalidity-sydtest] [m    succeedsOnArbitrary2 (src/Test/Syd/Validity/Functions/CanFail.hs:90)
[2m[genvalidity-sydtest] [m    failsOnGens2 (src/Test/Syd/Validity/Functions/CanFail.hs:100)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnGens2 (src/Test/Syd/Validity/Functions/CanFail.hs:109)
[2m[genvalidity-sydtest] [m    validIfSucceeds2 (src/Test/Syd/Validity/Functions/CanFail.hs:119)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnArbitrary2 (src/Test/Syd/Validity/Functions/CanFail.hs:125)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnGens3 (src/Test/Syd/Validity/Functions/CanFail.hs:133)
[2m[genvalidity-sydtest] [m    validIfSucceeds3 (src/Test/Syd/Validity/Functions/CanFail.hs:152)
[2m[genvalidity-sydtest] [m    validIfSucceedsOnArbitrary3 (src/Test/Syd/Validity/Functions/CanFail.hs:158)
[2m[genvalidity-sydtest] [m    equivalentOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:47)
[2m[genvalidity-sydtest] [m    equivalent (src/Test/Syd/Validity/Functions/Equivalence.hs:54)
[2m[genvalidity-sydtest] [m    equivalentOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:73)
[2m[genvalidity-sydtest] [m    equivalent2 (src/Test/Syd/Validity/Functions/Equivalence.hs:81)
[2m[genvalidity-sydtest] [m    equivalentOnGens3 (src/Test/Syd/Validity/Functions/Equivalence.hs:322)
[2m[genvalidity-sydtest] [m    equivalent3 (src/Test/Syd/Validity/Functions/Equivalence.hs:338)
[2m[genvalidity-sydtest] [m    equivalentOnArbitrary3 (src/Test/Syd/Validity/Functions/Equivalence.hs:353)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:100)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceeds (src/Test/Syd/Validity/Functions/Equivalence.hs:119)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Equivalence.hs:111)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:129)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceeds2 (src/Test/Syd/Validity/Functions/Equivalence.hs:162)
[2m[genvalidity-sydtest] [m    equivalentWhenFirstSucceedsOnArbitrary2 (src/Test/Syd/Validity/Functions/Equivalence.hs:147)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:172)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceeds (src/Test/Syd/Validity/Functions/Equivalence.hs:191)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Equivalence.hs:183)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:201)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceeds2 (src/Test/Syd/Validity/Functions/Equivalence.hs:234)
[2m[genvalidity-sydtest] [m    equivalentWhenSecondSucceedsOnArbitrary2 (src/Test/Syd/Validity/Functions/Equivalence.hs:219)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnGen (src/Test/Syd/Validity/Functions/Equivalence.hs:244)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceed (src/Test/Syd/Validity/Functions/Equivalence.hs:258)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnArbitrary (src/Test/Syd/Validity/Functions/Equivalence.hs:266)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnGens2 (src/Test/Syd/Validity/Functions/Equivalence.hs:276)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceed2 (src/Test/Syd/Validity/Functions/Equivalence.hs:312)
[2m[genvalidity-sydtest] [m    equivalentWhenSucceedOnArbitrary2 (src/Test/Syd/Validity/Functions/Equivalence.hs:297)
[2m[genvalidity-sydtest] [m    inverseFunctionsOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:28)
[2m[genvalidity-sydtest] [m    inverseFunctions (src/Test/Syd/Validity/Functions/Inverse.hs:33)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfFirstSucceedsOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:49)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfFirstSucceeds (src/Test/Syd/Validity/Functions/Inverse.hs:60)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfFirstSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Inverse.hs:68)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSecondSucceedsOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:78)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSecondSucceeds (src/Test/Syd/Validity/Functions/Inverse.hs:89)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSecondSucceedsOnArbitrary (src/Test/Syd/Validity/Functions/Inverse.hs:97)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSucceedOnGen (src/Test/Syd/Validity/Functions/Inverse.hs:107)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSucceed (src/Test/Syd/Validity/Functions/Inverse.hs:120)
[2m[genvalidity-sydtest] [m    inverseFunctionsIfSucceedOnArbitrary (src/Test/Syd/Validity/Functions/Inverse.hs:128)
[2m[genvalidity-sydtest] [m    idempotentOnGen (src/Test/Syd/Validity/Functions/Idempotence.hs:17)
[2m[genvalidity-sydtest] [m    idempotent (src/Test/Syd/Validity/Functions/Idempotence.hs:20)
[2m[genvalidity-sydtest] [m    reflexivityOnGen (src/Test/Syd/Validity/Relations/Reflexivity.hs:32)
[2m[genvalidity-sydtest] [m    transitivityOnGens (src/Test/Syd/Validity/Relations/Transitivity.hs:35)
[2m[genvalidity-sydtest] [m    antisymmetryOnGensWithEquality (src/Test/Syd/Validity/Relations/Antisymmetry.hs:43)
[2m[genvalidity-sydtest] [m    antisymmetryOnGens (src/Test/Syd/Validity/Relations/Antisymmetry.hs:54)
[2m[genvalidity-sydtest] [m    antireflexivityOnGen (src/Test/Syd/Validity/Relations/Antireflexivity.hs:32)
[2m[genvalidity-sydtest] [m    symmetryOnGens (src/Test/Syd/Validity/Relations/Symmetry.hs:34)
[2m[genvalidity-sydtest] [m    leftIdentityOnGenWithEquality (src/Test/Syd/Validity/Operations/Identity.hs:54)
[2m[genvalidity-sydtest] [m    leftIdentityOnGen (src/Test/Syd/Validity/Operations/Identity.hs:66)
[2m[genvalidity-sydtest] [m    rightIdentityOnGenWithEquality (src/Test/Syd/Validity/Operations/Identity.hs:111)
[2m[genvalidity-sydtest] [m    rightIdentityOnGen (src/Test/Syd/Validity/Operations/Identity.hs:123)
[2m[really-safe-money] [m[10 of 12] Compiling Money.MultiAccount ( src/Money/MultiAccount.hs, dist/build/Money/MultiAccount.p_o )
[2m[really-safe-money] [mmutation: instrumenting Money.MultiAccount
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:174:25-38
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:174:25-38
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:174:25-38
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:180:25-32
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:180:25-32
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:180:25-32
[2m[really-safe-money] [madded mutation Arith at src/Money/MultiAccount.hs:192:19-51
[2m[really-safe-money] [madded mutation Arith at src/Money/MultiAccount.hs:192:19-51
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAccount.hs:126:45-51
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAccount.hs:127:45-51
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:134:12-29
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:134:12-29
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAccount.hs:134:12-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:129:23-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:129:23-37
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAccount.hs:112:40-46
[2m[really-safe-money] [madded mutation MaybeOp at src/Money/MultiAccount.hs:113:40-46
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:120:12-29
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:120:12-29
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAccount.hs:120:12-29
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:115:23-37
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/MultiAccount.hs:115:23-37
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:78:6-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:78:6-28
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAccount.hs:78:6-28
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:69:13-30
[2m[really-safe-money] [madded mutation ConstBool at src/Money/MultiAccount.hs:69:13-30
[2m[really-safe-money] [madded mutation Negate at src/Money/MultiAccount.hs:69:13-30
[2m[really-safe-money] [madded mutation ListLit at src/Money/MultiAccount.hs:66:7-8
[2m[really-safe-money] [madded mutation ListLit at src/Money/MultiAccount.hs:66:7-8
[2m[really-safe-money] [madded 30 mutations
[2m[really-safe-money] [m[11 of 12] Compiling Money.AccountOf  ( src/Money/AccountOf.hs, dist/build/Money/AccountOf.p_o )
[2m[really-safe-money] [mmutation: instrumenting Money.AccountOf
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money] [madded mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money] [madded 4 mutations
[2m[really-safe-money] [m[12 of 12] Compiling Paths_really_safe_money ( dist/build/autogen/Paths_really_safe_money.hs, dist/build/Paths_really_safe_money.p_o )
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/Account.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/AccountOf.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/Amount.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/AmountOf.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/ConversionRate.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/ConversionRateOf.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/Currency.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/MultiAccount.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/MultiAmount.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/QuantisationFactor.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Numeric/DecimalLiteral.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Paths_really_safe_money.dyn_o'
[2m[really-safe-money] [mmutation-nix: manifest output at /nix/store/p3np2rm8adi6q345jjkb37x401bhg4ca-really-safe-money-0.0.0.0-manifest:
[2m[really-safe-money] [mtotal 384
[2m[really-safe-money] [mdrwxr-xr-x   2 nixbld nixbld  4096 May 14 20:48 .
[2m[really-safe-money] [mdrwxrwxr-t 238 nobody nixbld 28672 May 14 20:48 ..
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld 66992 May 14 20:48 Money.Account.json
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld  5043 May 14 20:48 Money.AccountOf.json
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld 84451 May 14 20:48 Money.Amount.json
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld  4850 May 14 20:48 Money.AmountOf.json
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld 12979 May 14 20:48 Money.ConversionRate.json
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld     2 May 14 20:48 Money.ConversionRateOf.json
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld     2 May 14 20:48 Money.Currency.json
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld 22648 May 14 20:48 Money.MultiAccount.json
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld 25712 May 14 20:48 Money.MultiAmount.json
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld 18786 May 14 20:48 Money.QuantisationFactor.json
[2m[really-safe-money] [m-rw-r--r--   1 nixbld nixbld 88354 May 14 20:48 Numeric.DecimalLiteral.json
[2m[really-safe-money] [mmutation-nix: building remaining components with plugin silenced
[2m[really-safe-money] [mPreprocessing library for really-safe-money-0.0.0.0...
[2m[really-safe-money] [mBuilding library for really-safe-money-0.0.0.0...
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/Account.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/AccountOf.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/Amount.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/AmountOf.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/ConversionRate.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/ConversionRateOf.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/Currency.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/MultiAccount.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/MultiAmount.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Money/QuantisationFactor.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Numeric/DecimalLiteral.dyn_o'
[2m[really-safe-money] [mWarning: ignoring unrecognised input `dist/build/Paths_really_safe_money.dyn_o'
[2m[really-safe-money] [m[1;36mPhase: haddockPhase[m
[2m[really-safe-money] [m[1;36mPhase: installPhase[m
[2m[really-safe-money] [mInstalling library in /nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money] [m[1;36mPhase: fixupPhase[m
[2m[really-safe-money] [mshrinking RPATHs of ELF executables and libraries in /nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0
[2m[really-safe-money] [mshrinking /nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/libHSreally-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9-ghc9.10.3.so
[2m[really-safe-money] [mchecking for references to /build/ in /nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0...
[2m[really-safe-money] [mpatching script interpreter paths in /nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0
[2m[really-safe-money] [mstripping (with command strip and flags -S -p) in  /nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/lib /nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0/bin
[2m[really-safe-money] [mshrinking RPATHs of ELF executables and libraries in /nix/store/p3np2rm8adi6q345jjkb37x401bhg4ca-really-safe-money-0.0.0.0-manifest
[2m[really-safe-money] [mchecking for references to /build/ in /nix/store/p3np2rm8adi6q345jjkb37x401bhg4ca-really-safe-money-0.0.0.0-manifest...
[2m[really-safe-money] [mpatching script interpreter paths in /nix/store/p3np2rm8adi6q345jjkb37x401bhg4ca-really-safe-money-0.0.0.0-manifest
[2m[post-build-hook] [m[2mUploading to cachix cache "sydtest": /nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0 /nix/store/p3np2rm8adi6q345jjkb37x401bhg4ca-really-safe-money-0.0.0.0-manifest[m
[2m[post-build-hook] [m[2mPushing 2 paths (195 are already present) using zstd to cache sydtest ⏳[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mPushing /nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0 (14.97 MiB)[m
[2m[post-build-hook] [m[2mPushing /nix/store/p3np2rm8adi6q345jjkb37x401bhg4ca-really-safe-money-0.0.0.0-manifest (324.41 KiB)[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mAll done.[m
[2m[post-build-hook] [m[2mUploading to the NixCI staging cache: /nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0 /nix/store/p3np2rm8adi6q345jjkb37x401bhg4ca-really-safe-money-0.0.0.0-manifest[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 2 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/p3np2rm8adi6q345jjkb37x401bhg4ca-really-safe-money-0.0.0.0-manifest' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/1gl3lasa6falk232fgkm3d5vl9rn4w5g-really-safe-money-0.0.0.0' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 1 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/phqyd3bacjjjmqx6hm12wfmm8syacbiy-really-safe-money-0.0.0.0.drv' to 'https://cache.staging.nix-ci.com'...[m
[2mProgress: 2 of 9 built (1 building)[m
[1;34mBuilding really-safe-money-autodocodec-source[m
[1;34mBuilding really-safe-money-gen-source[m
[2m[genvalidity-sydtest] [mDocumentation created: dist/doc/html/genvalidity-sydtest/,
[2m[genvalidity-sydtest] [mdist/doc/html/genvalidity-sydtest/genvalidity-sydtest.txt
[2m[genvalidity-sydtest] [mPreprocessing test suite 'genvalidity-sydtest-test' for genvalidity-sydtest-1.0.1.0...
[2m[genvalidity-sydtest] [m[1;36mPhase: installPhase[m
[2m[genvalidity-sydtest] [mInstalling library in /nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[genvalidity-sydtest] [m[1;36mPhase: fixupPhase[m
[2m[genvalidity-sydtest] [mshrinking RPATHs of ELF executables and libraries in /nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest] [mshrinking /nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/libHSgenvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v-ghc9.10.3.so
[2m[genvalidity-sydtest] [mchecking for references to /build/ in /nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0...
[2m[genvalidity-sydtest] [mpatching script interpreter paths in /nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0
[2m[genvalidity-sydtest] [mstripping (with command strip and flags -S -p) in  /nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0/lib
[2m[genvalidity-sydtest] [mshrinking RPATHs of ELF executables and libraries in /nix/store/g9k0211a6230bqvw32xdcipj6ph8z199-genvalidity-sydtest-1.0.1.0-doc
[2m[genvalidity-sydtest] [mchecking for references to /build/ in /nix/store/g9k0211a6230bqvw32xdcipj6ph8z199-genvalidity-sydtest-1.0.1.0-doc...
[2m[genvalidity-sydtest] [mpatching script interpreter paths in /nix/store/g9k0211a6230bqvw32xdcipj6ph8z199-genvalidity-sydtest-1.0.1.0-doc
[2m[post-build-hook] [m[2mUploading to cachix cache "sydtest": /nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0 /nix/store/g9k0211a6230bqvw32xdcipj6ph8z199-genvalidity-sydtest-1.0.1.0-doc[m
[2m[post-build-hook] [m[2mPushing 2 paths (267 are already present) using zstd to cache sydtest ⏳[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mPushing /nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0 (6.60 MiB)[m
[2m[post-build-hook] [m[2mPushing /nix/store/g9k0211a6230bqvw32xdcipj6ph8z199-genvalidity-sydtest-1.0.1.0-doc (3.78 MiB)[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mAll done.[m
[2m[post-build-hook] [m[2mUploading to the NixCI staging cache: /nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0 /nix/store/g9k0211a6230bqvw32xdcipj6ph8z199-genvalidity-sydtest-1.0.1.0-doc[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 2 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/g9k0211a6230bqvw32xdcipj6ph8z199-genvalidity-sydtest-1.0.1.0-doc' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/6nxyhdkdzivr4dkkcybp71pq5i0qi6z8-genvalidity-sydtest-1.0.1.0' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 1 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/vyb913g6xlayrn5aqljqvsg8v1fglmsq-genvalidity-sydtest-1.0.1.0.drv' to 'https://cache.staging.nix-ci.com'...[m
[2mProgress: 3 of 8 built (2 building)[m
[2m[really-safe-money-autodocodec-source] [m[1;36mPhase: setupCompilerEnvironmentPhase[m
[2m[really-safe-money-autodocodec-source] [mBuild with /nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3.
[2m[really-safe-money-autodocodec-source] [m[1;36mPhase: unpackPhase[m
[2m[really-safe-money-autodocodec-source] [munpacking source archive /nix/store/8krpxqimxqvympfqdqxg1jzjg2jrcglb-really-safe-money-autodocodec
[2m[really-safe-money-autodocodec-source] [msource root is really-safe-money-autodocodec
[2m[really-safe-money-autodocodec-source] [m[1;36mPhase: patchPhase[m
[2m[really-safe-money-autodocodec-source] [m[1;36mPhase: compileBuildDriverPhase[m
[2m[really-safe-money-autodocodec-source] [msetupCompileFlags: -package-db=/build/tmp.sTZI5H8p1o/setup-package.conf.d -threaded
[2m[really-safe-money-autodocodec-source] [m[1 of 2] Compiling Main             ( /nix/store/4mdp8nhyfddh7bllbi7xszz7k9955n79-Setup.hs, /build/tmp.sTZI5H8p1o/Main.o )
[2m[really-safe-money-autodocodec-source] [m[2 of 2] Linking Setup
[2m[really-safe-money-autodocodec-source] [m[1;36mPhase: updateAutotoolsGnuConfigScriptsPhase[m
[2m[really-safe-money-autodocodec-source] [m[1;36mPhase: configurePhase[m
[2m[really-safe-money-autodocodec-source] [mconfigureFlags: --verbose --prefix=/nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0 --libdir=$prefix/lib/$compiler/lib --libsubdir=$abi/$libname --docdir=/share/doc/really-safe-money-autodocodec-0.0.0.0 --with-gcc=gcc --package-db=/build/tmp.sTZI5H8p1o/package.conf.d --ghc-option=-j16 --ghc-option=+RTS --ghc-option=-A64M --ghc-option=-RTS --enable-library-profiling --profiling-detail=exported-functions --disable-profiling --enable-shared --disable-coverage --enable-static --disable-executable-dynamic --disable-tests --enable-benchmarks --enable-library-vanilla --disable-library-for-ghci --enable-split-sections --enable-library-stripping --enable-executable-stripping --ghc-option=-haddock --ghc-options=-O2 --ghc-options=-Wall --ghc-options=-Wincomplete-uni-patterns --ghc-options=-Wincomplete-record-updates --ghc-options=-Wpartial-fields --ghc-options=-Widentities --ghc-options=-Wredundant-constraints --ghc-options=-Wcpp-undef --ghc-options=-Werror --extra-lib-dirs=/nix/store/ffyzkisqs4vc4mg28bwwlyqjf8i9ph6b-ncurses-6.5/lib --extra-lib-dirs=/nix/store/n28qgdj8c1q41kf7n4y1jxa6ckp85m3c-libffi-3.5.2/lib --extra-lib-dirs=/nix/store/1b6h99dw7bk4wbn77kbalih42zbc67m1-elfutils-0.194/lib --extra-lib-dirs=/nix/store/hi0ar880110k6jsmmili7dh1gq3cg2a9-gmp-with-cxx-6.3.0/lib --extra-lib-dirs=/nix/store/g09cflpnp4g80q56sj9dng1qzv4v4ybc-numactl-2.0.18/lib --extra-lib-dirs=/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/lib
[2m[really-safe-money-autodocodec-source] [mUsing Parsec parser
[2m[really-safe-money-autodocodec-source] [mConfiguring really-safe-money-autodocodec-0.0.0.0...
[2m[really-safe-money-autodocodec-source] [mDependency autodocodec: using autodocodec-0.5.0.0
[2m[really-safe-money-autodocodec-source] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[really-safe-money-autodocodec-source] [mDependency really-safe-money: using really-safe-money-0.0.0.0
[2m[really-safe-money-autodocodec-source] [mSource component graph: component lib
[2m[really-safe-money-autodocodec-source] [mConfigured component graph:
[2m[really-safe-money-autodocodec-source] [m    component really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk
[2m[really-safe-money-autodocodec-source] [m        include autodocodec-0.5.0.0-1mMvp4WI6JDKv9IH8Klk8Y
[2m[really-safe-money-autodocodec-source] [m        include base-4.20.2.0-64da
[2m[really-safe-money-autodocodec-source] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-autodocodec-source] [mLinked component graph:
[2m[really-safe-money-autodocodec-source] [m    unit really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk
[2m[really-safe-money-autodocodec-source] [m        include autodocodec-0.5.0.0-1mMvp4WI6JDKv9IH8Klk8Y
[2m[really-safe-money-autodocodec-source] [m        include base-4.20.2.0-64da
[2m[really-safe-money-autodocodec-source] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-autodocodec-source] [m        Money.Account.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Money.Account.Codec,Money.AccountOf.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Money.AccountOf.Codec,Money.Amount.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Money.Amount.Codec,Money.AmountOf.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Money.AmountOf.Codec,Money.QuantisationFactor.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Money.QuantisationFactor.Codec,Numeric.DecimalLiteral.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Numeric.DecimalLiteral.Codec
[2m[really-safe-money-autodocodec-source] [mReady component graph:
[2m[really-safe-money-autodocodec-source] [m    definite really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk
[2m[really-safe-money-gen-source] [m[1;36mPhase: setupCompilerEnvironmentPhase[m
[2m[really-safe-money-gen-source] [mBuild with /nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3.
[2m[really-safe-money-gen-source] [m[1;36mPhase: unpackPhase[m
[2m[really-safe-money-gen-source] [munpacking source archive /nix/store/igm3hbdpcwgfbdx9yjyf6d68w1ifih08-really-safe-money-gen
[2m[really-safe-money-gen-source] [msource root is really-safe-money-gen
[2m[really-safe-money-gen-source] [m[1;36mPhase: patchPhase[m
[2m[really-safe-money-gen-source] [m[1;36mPhase: compileBuildDriverPhase[m
[2m[really-safe-money-gen-source] [msetupCompileFlags: -package-db=/build/tmp.xQZfRndquY/setup-package.conf.d -threaded
[2m[really-safe-money-gen-source] [m[1 of 2] Compiling Main             ( /nix/store/4mdp8nhyfddh7bllbi7xszz7k9955n79-Setup.hs, /build/tmp.xQZfRndquY/Main.o )
[2m[really-safe-money-gen-source] [m[2 of 2] Linking Setup
[2m[really-safe-money-gen-source] [m[1;36mPhase: updateAutotoolsGnuConfigScriptsPhase[m
[2m[really-safe-money-gen-source] [m[1;36mPhase: configurePhase[m
[2m[really-safe-money-gen-source] [mconfigureFlags: --verbose --prefix=/nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0 --libdir=$prefix/lib/$compiler/lib --libsubdir=$abi/$libname --docdir=/share/doc/really-safe-money-gen-0.0.0.0 --with-gcc=gcc --package-db=/build/tmp.xQZfRndquY/package.conf.d --ghc-option=-j16 --ghc-option=+RTS --ghc-option=-A64M --ghc-option=-RTS --enable-library-profiling --profiling-detail=exported-functions --disable-profiling --enable-shared --disable-coverage --enable-static --disable-executable-dynamic --disable-tests --enable-benchmarks --enable-library-vanilla --disable-library-for-ghci --enable-split-sections --enable-library-stripping --enable-executable-stripping --ghc-option=-haddock --ghc-options=-O2 --ghc-options=-Wall --ghc-options=-Wincomplete-uni-patterns --ghc-options=-Wincomplete-record-updates --ghc-options=-Wpartial-fields --ghc-options=-Widentities --ghc-options=-Wredundant-constraints --ghc-options=-Wcpp-undef --ghc-options=-Werror --extra-lib-dirs=/nix/store/ffyzkisqs4vc4mg28bwwlyqjf8i9ph6b-ncurses-6.5/lib --extra-lib-dirs=/nix/store/n28qgdj8c1q41kf7n4y1jxa6ckp85m3c-libffi-3.5.2/lib --extra-lib-dirs=/nix/store/1b6h99dw7bk4wbn77kbalih42zbc67m1-elfutils-0.194/lib --extra-lib-dirs=/nix/store/hi0ar880110k6jsmmili7dh1gq3cg2a9-gmp-with-cxx-6.3.0/lib --extra-lib-dirs=/nix/store/g09cflpnp4g80q56sj9dng1qzv4v4ybc-numactl-2.0.18/lib --extra-lib-dirs=/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/lib
[2m[really-safe-money-gen-source] [mUsing Parsec parser
[2m[really-safe-money-gen-source] [mConfiguring really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen-source] [mDependency QuickCheck: using QuickCheck-2.15.0.1
[2m[really-safe-money-gen-source] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[really-safe-money-gen-source] [mDependency genvalidity: using genvalidity-1.1.1.0
[2m[really-safe-money-gen-source] [mDependency genvalidity-containers: using genvalidity-containers-1.0.0.2
[2m[really-safe-money-gen-source] [mDependency really-safe-money: using really-safe-money-0.0.0.0
[2m[really-safe-money-gen-source] [mDependency QuickCheck: using QuickCheck-2.15.0.1
[2m[really-safe-money-gen-source] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[really-safe-money-gen-source] [mDependency criterion: using criterion-1.6.4.0
[2m[really-safe-money-gen-source] [mDependency deepseq: using deepseq-1.5.0.0
[2m[really-safe-money-gen-source] [mDependency genvalidity: using genvalidity-1.1.1.0
[2m[really-safe-money-gen-source] [mDependency genvalidity-criterion: using genvalidity-criterion-1.1.0.0
[2m[really-safe-money-gen-source] [mDependency genvalidity-vector: using genvalidity-vector-1.0.0.0
[2m[really-safe-money-gen-source] [mDependency really-safe-money: using really-safe-money-0.0.0.0
[2m[really-safe-money-gen-source] [mDependency really-safe-money-gen: using really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen-source] [mDependency vector: using vector-0.13.2.0
[2m[really-safe-money-gen-source] [mSource component graph:
[2m[really-safe-money-gen-source] [m    component lib
[2m[really-safe-money-gen-source] [m    component bench:really-safe-money-bench dependency lib
[2m[really-safe-money-gen-source] [mConfigured component graph:
[2m[really-safe-money-gen-source] [m    component really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53
[2m[really-safe-money-gen-source] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[really-safe-money-gen-source] [m        include base-4.20.2.0-64da
[2m[really-safe-money-gen-source] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[really-safe-money-gen-source] [m        include genvalidity-containers-1.0.0.2-DXaOCEBh8iJ1c8u2LwVlK1
[2m[really-safe-money-gen-source] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen-source] [m    component really-safe-money-gen-0.0.0.0-LP0fSqTOwvk9RMpsKSu0nN-really-safe-money-bench
[2m[really-safe-money-gen-source] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[really-safe-money-gen-source] [m        include base-4.20.2.0-64da
[2m[really-safe-money-autodocodec-source] [m        depends autodocodec-0.5.0.0-1mMvp4WI6JDKv9IH8Klk8Y
[2m[really-safe-money-autodocodec-source] [m        depends base-4.20.2.0-64da
[2m[really-safe-money-autodocodec-source] [m        depends really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-autodocodec-source] [mUsing Cabal-3.12.1.0 compiled by ghc-9.10
[2m[really-safe-money-autodocodec-source] [mUsing compiler: ghc-9.10.3
[2m[really-safe-money-autodocodec-source] [mUsing install prefix:
[2m[really-safe-money-autodocodec-source] [m/nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0
[2m[really-safe-money-autodocodec-source] [mExecutables installed in:
[2m[really-safe-money-autodocodec-source] [m/nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0/bin
[2m[really-safe-money-autodocodec-source] [mLibraries installed in:
[2m[really-safe-money-autodocodec-source] [m/nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk
[2m[really-safe-money-autodocodec-source] [mDynamic Libraries installed in:
[2m[really-safe-money-autodocodec-source] [m/nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6
[2m[really-safe-money-autodocodec-source] [mPrivate executables installed in:
[2m[really-safe-money-autodocodec-source] [m/nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0/libexec/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-autodocodec-0.0.0.0
[2m[really-safe-money-autodocodec-source] [mData files installed in:
[2m[really-safe-money-autodocodec-source] [m/nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0/share/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-autodocodec-0.0.0.0
[2m[really-safe-money-autodocodec-source] [mDocumentation installed in: /share/doc/really-safe-money-autodocodec-0.0.0.0
[2m[really-safe-money-autodocodec-source] [mConfiguration files installed in:
[2m[really-safe-money-autodocodec-source] [m/nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0/etc
[2m[really-safe-money-autodocodec-source] [mNo alex found
[2m[really-safe-money-autodocodec-source] [mUsing ar found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/iz5lckcsg66r223si2gck7csk2hihj0m-binutils-wrapper-2.44/bin/ar
[2m[really-safe-money-autodocodec-source] [mNo c2hs found
[2m[really-safe-money-autodocodec-source] [mNo cpphs found
[2m[really-safe-money-autodocodec-source] [mNo doctest found
[2m[really-safe-money-autodocodec-source] [mUsing gcc version 14.3.0 given by user at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/gcc
[2m[really-safe-money-autodocodec-source] [mUsing ghc version 9.10.3 found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc
[2m[really-safe-money-autodocodec-source] [mUsing ghc-pkg version 9.10.3 found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc-pkg-9.10.3
[2m[really-safe-money-autodocodec-source] [mNo ghcjs found
[2m[really-safe-money-autodocodec-source] [mNo ghcjs-pkg found
[2m[really-safe-money-autodocodec-source] [mNo greencard found
[2m[really-safe-money-autodocodec-source] [mUsing haddock version 2.31.1 found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/haddock-ghc-9.10.3
[2m[really-safe-money-autodocodec-source] [mNo happy found
[2m[really-safe-money-autodocodec-source] [mUsing haskell-suite found on system at: haskell-suite-dummy-location
[2m[really-safe-money-autodocodec-source] [mUsing haskell-suite-pkg found on system at: haskell-suite-pkg-dummy-location
[2m[really-safe-money-autodocodec-source] [mNo hmake found
[2m[really-safe-money-autodocodec-source] [mUsing hpc version 0.69 found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hpc-ghc-9.10.3
[2m[really-safe-money-autodocodec-source] [mUsing hsc2hs version 0.68.10 found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hsc2hs-ghc-9.10.3
[2m[really-safe-money-autodocodec-source] [mUsing hscolour version 1.25 found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/f755skyzf4jvfx3crwq9mmh3x4lsaz8i-hscolour-1.25/bin/HsColour
[2m[really-safe-money-autodocodec-source] [mNo jhc found
[2m[really-safe-money-autodocodec-source] [mUsing ld found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/ld
[2m[really-safe-money-autodocodec-source] [mNo pkg-config found
[2m[really-safe-money-autodocodec-source] [mUsing runghc version 9.10.3 found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/runghc-9.10.3
[2m[really-safe-money-autodocodec-source] [mUsing strip version 2.44 found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/strip
[2m[really-safe-money-autodocodec-source] [mUsing tar found on system at:
[2m[really-safe-money-autodocodec-source] [m/nix/store/xl6pd2spjajwcpq09fnmnjv5psqmlmma-gnutar-1.35/bin/tar
[2m[really-safe-money-autodocodec-source] [mNo uhc found
[2m[really-safe-money-autodocodec-source] [m[1;36mPhase: buildPhase[m
[2m[really-safe-money-autodocodec-source] [mDistribution quality errors:
[2m[really-safe-money-autodocodec-source] [m[no-syn-desc] No 'synopsis' or 'description' field.
[2m[really-safe-money-autodocodec-source] [mDistribution quality warnings:
[2m[really-safe-money-autodocodec-source] [m[no-category] No 'category' field.
[2m[really-safe-money-autodocodec-source] [m[no-maintainer] No 'maintainer' field.
[2m[really-safe-money-autodocodec-source] [m[all-rights-reserved] The 'license' is AllRightsReserved. Is that really what
[2m[really-safe-money-autodocodec-source] [myou want?
[2m[really-safe-money-autodocodec-source] [m[missing-upper-bounds] On library, these packages miss upper bounds:
[2m[really-safe-money-autodocodec-source] [m- autodocodec
[2m[really-safe-money-autodocodec-source] [m- really-safe-money
[2m[really-safe-money-autodocodec-source] [mPlease add them. There is more information at https://pvp.haskell.org/
[2m[really-safe-money-autodocodec-source] [mNote: the public hackage server would reject this package.
[2m[really-safe-money-autodocodec-source] [mBuilding source dist for really-safe-money-autodocodec-0.0.0.0...
[2m[really-safe-money-autodocodec-source] [mSource tarball created: dist/really-safe-money-autodocodec-0.0.0.0.tar.gz
[2m[really-safe-money-autodocodec-source] [m[1;36mPhase: haddockPhase[m
[2m[really-safe-money-autodocodec-source] [m[1;36mPhase: installPhase[m
[2m[really-safe-money-autodocodec-source] [m[1;36mPhase: fixupPhase[m
[2m[really-safe-money-gen-source] [m        include criterion-1.6.4.0-ExZW8LB8ON09pSIfu9sGRN
[2m[really-safe-money-gen-source] [m        include deepseq-1.5.0.0-9a2c
[2m[really-safe-money-gen-source] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[really-safe-money-gen-source] [m        include genvalidity-criterion-1.1.0.0-9pHw4wnFNz9EtFzK0UU3g3
[2m[really-safe-money-gen-source] [m        include genvalidity-vector-1.0.0.0-6KKiduowklk7hSxSW05Gxi
[2m[really-safe-money-gen-source] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen-source] [m        include really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53
[2m[really-safe-money-gen-source] [m        include vector-0.13.2.0-GDUCoiHhVuq2SKPTzzTr3a
[2m[really-safe-money-gen-source] [mLinked component graph:
[2m[really-safe-money-gen-source] [m    unit really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53
[2m[really-safe-money-gen-source] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[really-safe-money-gen-source] [m        include base-4.20.2.0-64da
[2m[really-safe-money-gen-source] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[really-safe-money-gen-source] [m        include genvalidity-containers-1.0.0.2-DXaOCEBh8iJ1c8u2LwVlK1
[2m[really-safe-money-gen-source] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen-source] [m        Money.Account.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.Account.Gen,Money.AccountOf.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.AccountOf.Gen,Money.Amount.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.Amount.Gen,Money.AmountOf.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.AmountOf.Gen,Money.ConversionRate.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.ConversionRate.Gen,Money.ConversionRateOf.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.ConversionRateOf.Gen,Money.Currency.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.Currency.Gen,Money.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.Gen,Money.MultiAccount.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.MultiAccount.Gen,Money.MultiAmount.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.MultiAmount.Gen,Money.QuantisationFactor.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Money.QuantisationFactor.Gen,Numeric.DecimalLiteral.Gen=really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53:Numeric.DecimalLiteral.Gen
[2m[really-safe-money-gen-source] [m    unit really-safe-money-gen-0.0.0.0-LP0fSqTOwvk9RMpsKSu0nN-really-safe-money-bench
[2m[really-safe-money-gen-source] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[really-safe-money-gen-source] [m        include base-4.20.2.0-64da
[2m[really-safe-money-gen-source] [m        include criterion-1.6.4.0-ExZW8LB8ON09pSIfu9sGRN
[2m[really-safe-money-gen-source] [m        include deepseq-1.5.0.0-9a2c
[2m[really-safe-money-gen-source] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[really-safe-money-gen-source] [m        include genvalidity-criterion-1.1.0.0-9pHw4wnFNz9EtFzK0UU3g3
[2m[really-safe-money-gen-source] [m        include genvalidity-vector-1.0.0.0-6KKiduowklk7hSxSW05Gxi
[2m[really-safe-money-gen-source] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen-source] [m        include really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53
[2m[really-safe-money-gen-source] [m        include vector-0.13.2.0-GDUCoiHhVuq2SKPTzzTr3a
[2m[really-safe-money-gen-source] [mReady component graph:
[2m[really-safe-money-gen-source] [m    definite really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53
[2m[really-safe-money-gen-source] [m        depends QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[really-safe-money-gen-source] [m        depends base-4.20.2.0-64da
[2m[really-safe-money-gen-source] [m        depends genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[really-safe-money-gen-source] [m        depends genvalidity-containers-1.0.0.2-DXaOCEBh8iJ1c8u2LwVlK1
[2m[really-safe-money-gen-source] [m        depends really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen-source] [m    definite really-safe-money-gen-0.0.0.0-LP0fSqTOwvk9RMpsKSu0nN-really-safe-money-bench
[2m[really-safe-money-gen-source] [m        depends QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[really-safe-money-gen-source] [m        depends base-4.20.2.0-64da
[2m[really-safe-money-gen-source] [m        depends criterion-1.6.4.0-ExZW8LB8ON09pSIfu9sGRN
[2m[really-safe-money-gen-source] [m        depends deepseq-1.5.0.0-9a2c
[2m[really-safe-money-gen-source] [m        depends genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[really-safe-money-gen-source] [m        depends genvalidity-criterion-1.1.0.0-9pHw4wnFNz9EtFzK0UU3g3
[2m[really-safe-money-gen-source] [m        depends genvalidity-vector-1.0.0.0-6KKiduowklk7hSxSW05Gxi
[2m[really-safe-money-gen-source] [m        depends really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen-source] [m        depends really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53
[2m[really-safe-money-gen-source] [m        depends vector-0.13.2.0-GDUCoiHhVuq2SKPTzzTr3a
[2m[really-safe-money-gen-source] [mUsing Cabal-3.12.1.0 compiled by ghc-9.10
[2m[really-safe-money-gen-source] [mUsing compiler: ghc-9.10.3
[2m[really-safe-money-gen-source] [mUsing install prefix:
[2m[really-safe-money-gen-source] [m/nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0
[2m[really-safe-money-gen-source] [mExecutables installed in:
[2m[really-safe-money-gen-source] [m/nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0/bin
[2m[really-safe-money-gen-source] [mLibraries installed in:
[2m[post-build-hook] [m[2mUploading to cachix cache "sydtest": /nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0[m
[2m[post-build-hook] [m[2mPushing 1 paths (0 are already present) using zstd to cache sydtest ⏳[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mPushing /nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0 (5.45 KiB)[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mAll done.[m
[2m[post-build-hook] [m[2mUploading to the NixCI staging cache: /nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 1 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 1 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/qls9bk343mfnmswm65x7gmls3q5qy6n0-really-safe-money-autodocodec-source-0.0.0.0.drv' to 'https://cache.staging.nix-ci.com'...[m
[2mProgress: 4 of 8 built (1 building)[m
[2m[really-safe-money-gen-source] [m/nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-gen-0.0.0.0-6HAQXS408A94VVAcwfSL53
[2m[really-safe-money-gen-source] [mDynamic Libraries installed in:
[2m[really-safe-money-gen-source] [m/nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6
[2m[really-safe-money-gen-source] [mPrivate executables installed in:
[2m[really-safe-money-gen-source] [m/nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0/libexec/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen-source] [mData files installed in:
[2m[really-safe-money-gen-source] [m/nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0/share/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen-source] [mDocumentation installed in: /share/doc/really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen-source] [mConfiguration files installed in:
[2m[really-safe-money-gen-source] [m/nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0/etc
[2m[really-safe-money-gen-source] [mNo alex found
[2m[really-safe-money-gen-source] [mUsing ar found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/iz5lckcsg66r223si2gck7csk2hihj0m-binutils-wrapper-2.44/bin/ar
[2m[really-safe-money-gen-source] [mNo c2hs found
[2m[really-safe-money-gen-source] [mNo cpphs found
[2m[really-safe-money-gen-source] [mNo doctest found
[2m[really-safe-money-gen-source] [mUsing gcc version 14.3.0 given by user at:
[2m[really-safe-money-gen-source] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/gcc
[2m[really-safe-money-gen-source] [mUsing ghc version 9.10.3 found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc
[2m[really-safe-money-gen-source] [mUsing ghc-pkg version 9.10.3 found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc-pkg-9.10.3
[2m[really-safe-money-gen-source] [mNo ghcjs found
[2m[really-safe-money-gen-source] [mNo ghcjs-pkg found
[2m[really-safe-money-gen-source] [mNo greencard found
[2m[really-safe-money-gen-source] [mUsing haddock version 2.31.1 found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/haddock-ghc-9.10.3
[2m[really-safe-money-gen-source] [mNo happy found
[2m[really-safe-money-gen-source] [mUsing haskell-suite found on system at: haskell-suite-dummy-location
[2m[really-safe-money-gen-source] [mUsing haskell-suite-pkg found on system at: haskell-suite-pkg-dummy-location
[2m[really-safe-money-gen-source] [mNo hmake found
[2m[really-safe-money-gen-source] [mUsing hpc version 0.69 found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hpc-ghc-9.10.3
[2m[really-safe-money-gen-source] [mUsing hsc2hs version 0.68.10 found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hsc2hs-ghc-9.10.3
[2m[really-safe-money-gen-source] [mUsing hscolour version 1.25 found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/f755skyzf4jvfx3crwq9mmh3x4lsaz8i-hscolour-1.25/bin/HsColour
[2m[really-safe-money-gen-source] [mNo jhc found
[2m[really-safe-money-gen-source] [mUsing ld found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/ld
[2m[really-safe-money-gen-source] [mNo pkg-config found
[2m[really-safe-money-gen-source] [mUsing runghc version 9.10.3 found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/runghc-9.10.3
[2m[really-safe-money-gen-source] [mUsing strip version 2.44 found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/strip
[2m[really-safe-money-gen-source] [mUsing tar found on system at:
[2m[really-safe-money-gen-source] [m/nix/store/xl6pd2spjajwcpq09fnmnjv5psqmlmma-gnutar-1.35/bin/tar
[2m[really-safe-money-gen-source] [mNo uhc found
[2m[really-safe-money-gen-source] [m[1;36mPhase: buildPhase[m
[2m[really-safe-money-gen-source] [mDistribution quality errors:
[2m[really-safe-money-gen-source] [m[no-syn-desc] No 'synopsis' or 'description' field.
[2m[really-safe-money-gen-source] [mDistribution quality warnings:
[2m[really-safe-money-gen-source] [m[no-category] No 'category' field.
[2m[really-safe-money-gen-source] [m[no-maintainer] No 'maintainer' field.
[2m[really-safe-money-gen-source] [m[all-rights-reserved] The 'license' is AllRightsReserved. Is that really what
[2m[really-safe-money-gen-source] [myou want?
[2m[really-safe-money-gen-source] [m[missing-upper-bounds] On library, these packages miss upper bounds:
[2m[really-safe-money-gen-source] [m- QuickCheck
[2m[really-safe-money-gen-source] [m- genvalidity
[2m[really-safe-money-gen-source] [m- genvalidity-containers
[2m[really-safe-money-gen-source] [m- really-safe-money
[2m[really-safe-money-gen-source] [mPlease add them. There is more information at https://pvp.haskell.org/
[2m[really-safe-money-gen-source] [mNote: the public hackage server would reject this package.
[2m[really-safe-money-gen-source] [mBuilding source dist for really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen-source] [mSource tarball created: dist/really-safe-money-gen-0.0.0.0.tar.gz
[2m[really-safe-money-gen-source] [m[1;36mPhase: haddockPhase[m
[2m[really-safe-money-gen-source] [m[1;36mPhase: installPhase[m
[2m[really-safe-money-gen-source] [m[1;36mPhase: fixupPhase[m
[1;34mBuilding really-safe-money-autodocodec[m
[2m[post-build-hook] [m[2mUploading to cachix cache "sydtest": /nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0[m
[2m[post-build-hook] [m[2mPushing 1 paths (0 are already present) using zstd to cache sydtest ⏳[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mPushing /nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0 (16.64 KiB)[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mAll done.[m
[2m[post-build-hook] [m[2mUploading to the NixCI staging cache: /nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 1 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 1 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/skdvnfmfc11mka4xdbjs368x1rqbhnr5-really-safe-money-gen-source-0.0.0.0.drv' to 'https://cache.staging.nix-ci.com'...[m
[2mProgress: 5 of 8 built (1 building)[m
[2m[really-safe-money-autodocodec] [m[1;36mPhase: setupCompilerEnvironmentPhase[m
[2m[really-safe-money-autodocodec] [mBuild with /nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3.
[2m[really-safe-money-autodocodec] [m[1;36mPhase: unpackPhase[m
[2m[really-safe-money-autodocodec] [munpacking source archive /nix/store/sh2v9380r9w45f4d498kkxvxy64kw0rr-really-safe-money-autodocodec-source-0.0.0.0/really-safe-money-autodocodec-0.0.0.0.tar.gz
[2m[really-safe-money-autodocodec] [msource root is really-safe-money-autodocodec-0.0.0.0
[2m[really-safe-money-autodocodec] [msetting SOURCE_DATE_EPOCH to timestamp 1778791720 of file "really-safe-money-autodocodec-0.0.0.0/test/Spec.hs"
[2m[really-safe-money-autodocodec] [mwarning: file "really-safe-money-autodocodec-0.0.0.0/test/Spec.hs" may be generated; SOURCE_DATE_EPOCH may be non-deterministic
[2m[really-safe-money-autodocodec] [m[1;36mPhase: patchPhase[m
[2m[really-safe-money-autodocodec] [m[1;36mPhase: compileBuildDriverPhase[m
[2m[really-safe-money-autodocodec] [msetupCompileFlags: -package-db=/build/tmp.bJcmUyitPK/setup-package.conf.d -threaded
[2m[really-safe-money-autodocodec] [m[1 of 2] Compiling Main             ( Setup.hs, /build/tmp.bJcmUyitPK/Main.o )
[2m[really-safe-money-autodocodec] [m[2 of 2] Linking Setup
[2m[really-safe-money-autodocodec] [m[1;36mPhase: updateAutotoolsGnuConfigScriptsPhase[m
[2m[really-safe-money-autodocodec] [m[1;36mPhase: configurePhase[m
[2m[really-safe-money-autodocodec] [mconfigureFlags: --verbose --prefix=/nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0 --libdir=$prefix/lib/$compiler/lib --libsubdir=$abi/$libname --with-gcc=gcc --package-db=/build/tmp.bJcmUyitPK/package.conf.d --ghc-option=-j16 --ghc-option=+RTS --ghc-option=-A64M --ghc-option=-RTS --enable-library-profiling --profiling-detail=exported-functions --disable-profiling --enable-shared --disable-coverage --disable-static --disable-executable-dynamic --disable-tests --enable-benchmarks --enable-library-vanilla --disable-library-for-ghci --enable-split-sections --enable-library-stripping --enable-executable-stripping --ghc-options=-O2 --ghc-options=-Wall --ghc-options=-Wincomplete-uni-patterns --ghc-options=-Wincomplete-record-updates --ghc-options=-Wpartial-fields --ghc-options=-Widentities --ghc-options=-Wredundant-constraints --ghc-options=-Wcpp-undef --ghc-options=-Werror --ghc-options=-fplugin-opt=Test.Syd.Mutation.Plugin:--debug --disable-optimization --ghc-option=-j1 --ghc-option=+RTS --ghc-option=-A32M --ghc-option=-M16g --ghc-option=-RTS --extra-lib-dirs=/nix/store/ffyzkisqs4vc4mg28bwwlyqjf8i9ph6b-ncurses-6.5/lib --extra-lib-dirs=/nix/store/n28qgdj8c1q41kf7n4y1jxa6ckp85m3c-libffi-3.5.2/lib --extra-lib-dirs=/nix/store/1b6h99dw7bk4wbn77kbalih42zbc67m1-elfutils-0.194/lib --extra-lib-dirs=/nix/store/hi0ar880110k6jsmmili7dh1gq3cg2a9-gmp-with-cxx-6.3.0/lib --extra-lib-dirs=/nix/store/g09cflpnp4g80q56sj9dng1qzv4v4ybc-numactl-2.0.18/lib --extra-lib-dirs=/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/lib
[2m[really-safe-money-autodocodec] [mUsing Parsec parser
[2m[really-safe-money-autodocodec] [mConfiguring really-safe-money-autodocodec-0.0.0.0...
[2m[really-safe-money-autodocodec] [mDependency autodocodec: using autodocodec-0.5.0.0
[2m[really-safe-money-autodocodec] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[really-safe-money-autodocodec] [mDependency really-safe-money: using really-safe-money-0.0.0.0
[2m[really-safe-money-autodocodec] [mSource component graph: component lib
[2m[really-safe-money-autodocodec] [mConfigured component graph:
[2m[really-safe-money-autodocodec] [m    component really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk
[2m[really-safe-money-autodocodec] [m        include autodocodec-0.5.0.0-1mMvp4WI6JDKv9IH8Klk8Y
[2m[really-safe-money-autodocodec] [m        include base-4.20.2.0-64da
[2m[really-safe-money-autodocodec] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-autodocodec] [mLinked component graph:
[2m[really-safe-money-autodocodec] [m    unit really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk
[2m[really-safe-money-autodocodec] [m        include autodocodec-0.5.0.0-1mMvp4WI6JDKv9IH8Klk8Y
[2m[really-safe-money-autodocodec] [m        include base-4.20.2.0-64da
[2m[really-safe-money-autodocodec] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-autodocodec] [m        Money.Account.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Money.Account.Codec,Money.AccountOf.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Money.AccountOf.Codec,Money.Amount.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Money.Amount.Codec,Money.AmountOf.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Money.AmountOf.Codec,Money.QuantisationFactor.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Money.QuantisationFactor.Codec,Numeric.DecimalLiteral.Codec=really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk:Numeric.DecimalLiteral.Codec
[2m[really-safe-money-autodocodec] [mReady component graph:
[2m[really-safe-money-autodocodec] [m    definite really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk
[2m[really-safe-money-autodocodec] [m        depends autodocodec-0.5.0.0-1mMvp4WI6JDKv9IH8Klk8Y
[2m[really-safe-money-autodocodec] [m        depends base-4.20.2.0-64da
[2m[really-safe-money-autodocodec] [m        depends really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-autodocodec] [mUsing Cabal-3.12.1.0 compiled by ghc-9.10
[2m[really-safe-money-autodocodec] [mUsing compiler: ghc-9.10.3
[2m[really-safe-money-autodocodec] [mUsing install prefix:
[2m[really-safe-money-autodocodec] [m/nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0
[2m[really-safe-money-autodocodec] [mExecutables installed in:
[2m[really-safe-money-autodocodec] [m/nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/bin
[2m[really-safe-money-autodocodec] [mLibraries installed in:
[2m[really-safe-money-autodocodec] [m/nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk
[2m[really-safe-money-autodocodec] [mDynamic Libraries installed in:
[2m[really-safe-money-autodocodec] [m/nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6
[2m[really-safe-money-autodocodec] [mPrivate executables installed in:
[2m[really-safe-money-autodocodec] [m/nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/libexec/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-autodocodec-0.0.0.0
[2m[really-safe-money-autodocodec] [mData files installed in:
[2m[really-safe-money-autodocodec] [m/nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/share/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-autodocodec-0.0.0.0
[2m[really-safe-money-autodocodec] [mDocumentation installed in:
[2m[really-safe-money-autodocodec] [m/nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/share/doc/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-autodocodec-0.0.0.0
[2m[really-safe-money-autodocodec] [mConfiguration files installed in:
[2m[really-safe-money-autodocodec] [m/nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/etc
[2m[really-safe-money-autodocodec] [mNo alex found
[2m[really-safe-money-autodocodec] [mUsing ar found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/iz5lckcsg66r223si2gck7csk2hihj0m-binutils-wrapper-2.44/bin/ar
[2m[really-safe-money-autodocodec] [mNo c2hs found
[2m[really-safe-money-autodocodec] [mNo cpphs found
[2m[really-safe-money-autodocodec] [mNo doctest found
[2m[really-safe-money-autodocodec] [mUsing gcc version 14.3.0 given by user at:
[2m[really-safe-money-autodocodec] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/gcc
[2m[really-safe-money-autodocodec] [mUsing ghc version 9.10.3 found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc
[2m[really-safe-money-autodocodec] [mUsing ghc-pkg version 9.10.3 found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc-pkg-9.10.3
[2m[really-safe-money-autodocodec] [mNo ghcjs found
[2m[really-safe-money-autodocodec] [mNo ghcjs-pkg found
[2m[really-safe-money-autodocodec] [mNo greencard found
[2m[really-safe-money-autodocodec] [mUsing haddock version 2.31.1 found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/haddock-ghc-9.10.3
[2m[really-safe-money-autodocodec] [mNo happy found
[2m[really-safe-money-autodocodec] [mUsing haskell-suite found on system at: haskell-suite-dummy-location
[2m[really-safe-money-autodocodec] [mUsing haskell-suite-pkg found on system at: haskell-suite-pkg-dummy-location
[2m[really-safe-money-autodocodec] [mNo hmake found
[2m[really-safe-money-autodocodec] [mUsing hpc version 0.69 found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hpc-ghc-9.10.3
[2m[really-safe-money-autodocodec] [mUsing hsc2hs version 0.68.10 found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hsc2hs-ghc-9.10.3
[2m[really-safe-money-autodocodec] [mUsing hscolour version 1.25 found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/f755skyzf4jvfx3crwq9mmh3x4lsaz8i-hscolour-1.25/bin/HsColour
[2m[really-safe-money-autodocodec] [mNo jhc found
[2m[really-safe-money-autodocodec] [mUsing ld found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/ld
[2m[really-safe-money-autodocodec] [mNo pkg-config found
[2m[really-safe-money-autodocodec] [mUsing runghc version 9.10.3 found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/runghc-9.10.3
[2m[really-safe-money-autodocodec] [mUsing strip version 2.44 found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/strip
[2m[really-safe-money-autodocodec] [mUsing tar found on system at:
[2m[really-safe-money-autodocodec] [m/nix/store/xl6pd2spjajwcpq09fnmnjv5psqmlmma-gnutar-1.35/bin/tar
[2m[really-safe-money-autodocodec] [mNo uhc found
[2m[really-safe-money-autodocodec] [m[1;36mPhase: buildPhase[m
[2m[really-safe-money-autodocodec] [mmutation-nix: setting MUTATION_MANIFEST_DIR=/nix/store/m9klq73pndk4ywwh175lchlr30lcnysx-really-safe-money-autodocodec-0.0.0.0-manifest
[2m[really-safe-money-autodocodec] [mPreprocessing library for really-safe-money-autodocodec-0.0.0.0...
[2m[really-safe-money-autodocodec] [mBuilding library for really-safe-money-autodocodec-0.0.0.0...
[2m[really-safe-money-autodocodec] [m[1 of 7] Compiling Money.Account.Codec ( src/Money/Account/Codec.hs, dist/build/Money/Account/Codec.o, dist/build/Money/Account/Codec.dyn_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Money.Account.Codec
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Account/Codec.hs:79:11-24
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Account/Codec.hs:79:11-24
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Account/Codec.hs:51:33-76
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Account/Codec.hs:51:33-76
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Account/Codec.hs:50:11-24
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Account/Codec.hs:50:11-24
[2m[really-safe-money-autodocodec] [madded 6 mutations
[2m[really-safe-money-autodocodec] [m[2 of 7] Compiling Money.AccountOf.Codec ( src/Money/AccountOf/Codec.hs, dist/build/Money/AccountOf/Codec.o, dist/build/Money/AccountOf/Codec.dyn_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Money.AccountOf.Codec
[2m[really-safe-money-autodocodec] [madded 0 mutations
[2m[really-safe-money-autodocodec] [m[3 of 7] Compiling Money.Amount.Codec ( src/Money/Amount/Codec.hs, dist/build/Money/Amount/Codec.o, dist/build/Money/Amount/Codec.dyn_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Money.Amount.Codec
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:47:33-75
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:47:33-75
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation ConstBool at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation ConstBool at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation Negate at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:50:31-84
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:50:31-84
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation ConstBool at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation ConstBool at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation Negate at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:53:35-90
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:53:35-90
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Amount/Codec.hs:46:11-86
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Amount/Codec.hs:46:11-86
[2m[really-safe-money-autodocodec] [madded 20 mutations
[2m[really-safe-money-autodocodec] [m[4 of 7] Compiling Money.AmountOf.Codec ( src/Money/AmountOf/Codec.hs, dist/build/Money/AmountOf/Codec.o, dist/build/Money/AmountOf/Codec.dyn_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Money.AmountOf.Codec
[2m[really-safe-money-autodocodec] [madded 0 mutations
[2m[really-safe-money-autodocodec] [m[5 of 7] Compiling Money.QuantisationFactor.Codec ( src/Money/QuantisationFactor/Codec.hs, dist/build/Money/QuantisationFactor/Codec.o, dist/build/Money/QuantisationFactor/Codec.dyn_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Money.QuantisationFactor.Codec
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/QuantisationFactor/Codec.hs:41:11-26
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/QuantisationFactor/Codec.hs:41:11-26
[2m[really-safe-money-autodocodec] [madded 2 mutations
[2m[really-safe-money-autodocodec] [m[6 of 7] Compiling Numeric.DecimalLiteral.Codec ( src/Numeric/DecimalLiteral/Codec.hs, dist/build/Numeric/DecimalLiteral/Codec.o, dist/build/Numeric/DecimalLiteral/Codec.dyn_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Numeric.DecimalLiteral.Codec
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Numeric/DecimalLiteral/Codec.hs:40:33-82
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Numeric/DecimalLiteral/Codec.hs:40:33-82
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Numeric/DecimalLiteral/Codec.hs:39:11-24
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Numeric/DecimalLiteral/Codec.hs:39:11-24
[2m[really-safe-money-autodocodec] [madded 4 mutations
[2m[really-safe-money-autodocodec] [m[7 of 7] Compiling Paths_really_safe_money_autodocodec ( dist/build/autogen/Paths_really_safe_money_autodocodec.hs, dist/build/Paths_really_safe_money_autodocodec.o, dist/build/Paths_really_safe_money_autodocodec.dyn_o )
[2m[really-safe-money-autodocodec] [m[1 of 7] Compiling Money.Account.Codec ( src/Money/Account/Codec.hs, dist/build/Money/Account/Codec.p_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Money.Account.Codec
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Account/Codec.hs:79:11-24
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Account/Codec.hs:79:11-24
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Account/Codec.hs:51:33-76
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Account/Codec.hs:51:33-76
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Account/Codec.hs:50:11-24
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Account/Codec.hs:50:11-24
[2m[really-safe-money-autodocodec] [madded 6 mutations
[2m[really-safe-money-autodocodec] [m[2 of 7] Compiling Money.AccountOf.Codec ( src/Money/AccountOf/Codec.hs, dist/build/Money/AccountOf/Codec.p_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Money.AccountOf.Codec
[2m[really-safe-money-autodocodec] [madded 0 mutations
[2m[really-safe-money-autodocodec] [m[3 of 7] Compiling Money.Amount.Codec ( src/Money/Amount/Codec.hs, dist/build/Money/Amount/Codec.p_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Money.Amount.Codec
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:47:33-75
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:47:33-75
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation ConstBool at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation ConstBool at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation Negate at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:50:31-84
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:50:31-84
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation Cmp at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation ConstBool at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation ConstBool at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation Negate at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:53:35-90
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Money/Amount/Codec.hs:53:35-90
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Amount/Codec.hs:46:11-86
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/Amount/Codec.hs:46:11-86
[2m[really-safe-money-autodocodec] [madded 20 mutations
[2m[really-safe-money-autodocodec] [m[4 of 7] Compiling Money.AmountOf.Codec ( src/Money/AmountOf/Codec.hs, dist/build/Money/AmountOf/Codec.p_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Money.AmountOf.Codec
[2m[really-safe-money-autodocodec] [madded 0 mutations
[2m[really-safe-money-autodocodec] [m[5 of 7] Compiling Money.QuantisationFactor.Codec ( src/Money/QuantisationFactor/Codec.hs, dist/build/Money/QuantisationFactor/Codec.p_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Money.QuantisationFactor.Codec
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/QuantisationFactor/Codec.hs:41:11-26
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Money/QuantisationFactor/Codec.hs:41:11-26
[2m[really-safe-money-autodocodec] [madded 2 mutations
[2m[really-safe-money-autodocodec] [m[6 of 7] Compiling Numeric.DecimalLiteral.Codec ( src/Numeric/DecimalLiteral/Codec.hs, dist/build/Numeric/DecimalLiteral/Codec.p_o )
[2m[really-safe-money-autodocodec] [mmutation: instrumenting Numeric.DecimalLiteral.Codec
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Numeric/DecimalLiteral/Codec.hs:40:33-82
[2m[really-safe-money-autodocodec] [madded mutation ListLit at src/Numeric/DecimalLiteral/Codec.hs:40:33-82
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Numeric/DecimalLiteral/Codec.hs:39:11-24
[2m[really-safe-money-autodocodec] [madded mutation RemoveCase at src/Numeric/DecimalLiteral/Codec.hs:39:11-24
[2m[really-safe-money-autodocodec] [madded 4 mutations
[2m[really-safe-money-autodocodec] [m[7 of 7] Compiling Paths_really_safe_money_autodocodec ( dist/build/autogen/Paths_really_safe_money_autodocodec.hs, dist/build/Paths_really_safe_money_autodocodec.p_o )
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Money/Account/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Money/AccountOf/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Money/Amount/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Money/AmountOf/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Money/QuantisationFactor/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Numeric/DecimalLiteral/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Paths_really_safe_money_autodocodec.dyn_o'
[2m[really-safe-money-autodocodec] [mmutation-nix: manifest output at /nix/store/m9klq73pndk4ywwh175lchlr30lcnysx-really-safe-money-autodocodec-0.0.0.0-manifest:
[2m[really-safe-money-autodocodec] [mtotal 68
[2m[really-safe-money-autodocodec] [mdrwxr-xr-x   2 nixbld nixbld  4096 May 14 20:48 .
[2m[really-safe-money-autodocodec] [mdrwxrwxr-t 239 nobody nixbld 24576 May 14 20:48 ..
[2m[really-safe-money-autodocodec] [m-rw-r--r--   1 nixbld nixbld  4508 May 14 20:48 Money.Account.Codec.json
[2m[really-safe-money-autodocodec] [m-rw-r--r--   1 nixbld nixbld     2 May 14 20:48 Money.AccountOf.Codec.json
[2m[really-safe-money-autodocodec] [m-rw-r--r--   1 nixbld nixbld 16321 May 14 20:48 Money.Amount.Codec.json
[2m[really-safe-money-autodocodec] [m-rw-r--r--   1 nixbld nixbld     2 May 14 20:48 Money.AmountOf.Codec.json
[2m[really-safe-money-autodocodec] [m-rw-r--r--   1 nixbld nixbld  1486 May 14 20:48 Money.QuantisationFactor.Codec.json
[2m[really-safe-money-autodocodec] [m-rw-r--r--   1 nixbld nixbld  2827 May 14 20:48 Numeric.DecimalLiteral.Codec.json
[2m[really-safe-money-autodocodec] [mmutation-nix: building remaining components with plugin silenced
[2m[really-safe-money-autodocodec] [mPreprocessing library for really-safe-money-autodocodec-0.0.0.0...
[2m[really-safe-money-autodocodec] [mBuilding library for really-safe-money-autodocodec-0.0.0.0...
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Money/Account/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Money/AccountOf/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Money/Amount/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Money/AmountOf/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Money/QuantisationFactor/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Numeric/DecimalLiteral/Codec.dyn_o'
[2m[really-safe-money-autodocodec] [mWarning: ignoring unrecognised input `dist/build/Paths_really_safe_money_autodocodec.dyn_o'
[2m[really-safe-money-autodocodec] [m[1;36mPhase: haddockPhase[m
[2m[really-safe-money-autodocodec] [m[1;36mPhase: installPhase[m
[2m[really-safe-money-autodocodec] [mInstalling library in /nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk
[2m[really-safe-money-autodocodec] [m[1;36mPhase: fixupPhase[m
[2m[really-safe-money-autodocodec] [mshrinking RPATHs of ELF executables and libraries in /nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0
[2m[really-safe-money-autodocodec] [mshrinking /nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/libHSreally-safe-money-autodocodec-0.0.0.0-6uQz3PYxbwUCTmvro4lDZk-ghc9.10.3.so
[2m[really-safe-money-autodocodec] [mchecking for references to /build/ in /nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0...
[2m[really-safe-money-autodocodec] [mpatching script interpreter paths in /nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0
[2m[really-safe-money-autodocodec] [mstripping (with command strip and flags -S -p) in  /nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/lib /nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0/bin
[2m[really-safe-money-autodocodec] [mshrinking RPATHs of ELF executables and libraries in /nix/store/m9klq73pndk4ywwh175lchlr30lcnysx-really-safe-money-autodocodec-0.0.0.0-manifest
[2m[really-safe-money-autodocodec] [mchecking for references to /build/ in /nix/store/m9klq73pndk4ywwh175lchlr30lcnysx-really-safe-money-autodocodec-0.0.0.0-manifest...
[2m[really-safe-money-autodocodec] [mpatching script interpreter paths in /nix/store/m9klq73pndk4ywwh175lchlr30lcnysx-really-safe-money-autodocodec-0.0.0.0-manifest
[2m[post-build-hook] [m[2mUploading to cachix cache "sydtest": /nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0 /nix/store/m9klq73pndk4ywwh175lchlr30lcnysx-really-safe-money-autodocodec-0.0.0.0-manifest[m
[2m[post-build-hook] [m[2mPushing 2 paths (196 are already present) using zstd to cache sydtest ⏳[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mPushing /nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0 (1.60 MiB)[m
[2m[post-build-hook] [m[2mPushing /nix/store/m9klq73pndk4ywwh175lchlr30lcnysx-really-safe-money-autodocodec-0.0.0.0-manifest (25.90 KiB)[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mAll done.[m
[2m[post-build-hook] [m[2mUploading to the NixCI staging cache: /nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0 /nix/store/m9klq73pndk4ywwh175lchlr30lcnysx-really-safe-money-autodocodec-0.0.0.0-manifest[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 2 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/bah7dl070n1486nbw99pk8dx8sj06zw8-really-safe-money-autodocodec-0.0.0.0' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/m9klq73pndk4ywwh175lchlr30lcnysx-really-safe-money-autodocodec-0.0.0.0-manifest' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 1 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/hffm3rxh910c1r0fiwqpp4wxlz9ics6i-really-safe-money-autodocodec-0.0.0.0.drv' to 'https://cache.staging.nix-ci.com'...[m
[2mProgress: 6 of 8 built[m
[1;34mBuilding really-safe-money-gen[m
[2m[really-safe-money-gen] [m[1;36mPhase: setupCompilerEnvironmentPhase[m
[2m[really-safe-money-gen] [mBuild with /nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3.
[2m[really-safe-money-gen] [m[1;36mPhase: unpackPhase[m
[2m[really-safe-money-gen] [munpacking source archive /nix/store/0nk9jwdd6n9pdwmarm859jm1imki6n5j-really-safe-money-gen-source-0.0.0.0/really-safe-money-gen-0.0.0.0.tar.gz
[2m[really-safe-money-gen] [msource root is really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen] [msetting SOURCE_DATE_EPOCH to timestamp 1778791721 of file "really-safe-money-gen-0.0.0.0/test/Spec.hs"
[2m[really-safe-money-gen] [mwarning: file "really-safe-money-gen-0.0.0.0/test/Spec.hs" may be generated; SOURCE_DATE_EPOCH may be non-deterministic
[2m[really-safe-money-gen] [m[1;36mPhase: patchPhase[m
[2m[really-safe-money-gen] [m[1;36mPhase: compileBuildDriverPhase[m
[2m[really-safe-money-gen] [msetupCompileFlags: -package-db=/build/tmp.rVB2kswHMl/setup-package.conf.d -threaded
[2m[really-safe-money-gen] [m[1 of 2] Compiling Main             ( Setup.hs, /build/tmp.rVB2kswHMl/Main.o )
[2m[really-safe-money-gen] [m[2 of 2] Linking Setup
[2m[really-safe-money-gen] [m[1;36mPhase: updateAutotoolsGnuConfigScriptsPhase[m
[2m[really-safe-money-gen] [m[1;36mPhase: configurePhase[m
[2m[really-safe-money-gen] [mconfigureFlags: --verbose --prefix=/nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0 --libdir=$prefix/lib/$compiler/lib --libsubdir=$abi/$libname --docdir=/nix/store/hcj2bk6wxsjr44v2k3xq5qq5dnwb09qw-really-safe-money-gen-0.0.0.0-doc/share/doc/really-safe-money-gen-0.0.0.0 --with-gcc=gcc --package-db=/build/tmp.rVB2kswHMl/package.conf.d --ghc-option=-j16 --ghc-option=+RTS --ghc-option=-A64M --ghc-option=-RTS --enable-library-profiling --profiling-detail=exported-functions --disable-profiling --enable-shared --disable-coverage --enable-static --disable-executable-dynamic --enable-tests --disable-benchmarks --enable-library-vanilla --disable-library-for-ghci --enable-split-sections --enable-library-stripping --enable-executable-stripping --ghc-option=-haddock --ghc-options=-O2 --ghc-options=-Wall --ghc-options=-Wincomplete-uni-patterns --ghc-options=-Wincomplete-record-updates --ghc-options=-Wpartial-fields --ghc-options=-Widentities --ghc-options=-Wredundant-constraints --ghc-options=-Wcpp-undef --ghc-options=-Werror --extra-lib-dirs=/nix/store/ffyzkisqs4vc4mg28bwwlyqjf8i9ph6b-ncurses-6.5/lib --extra-lib-dirs=/nix/store/n28qgdj8c1q41kf7n4y1jxa6ckp85m3c-libffi-3.5.2/lib --extra-lib-dirs=/nix/store/1b6h99dw7bk4wbn77kbalih42zbc67m1-elfutils-0.194/lib --extra-lib-dirs=/nix/store/hi0ar880110k6jsmmili7dh1gq3cg2a9-gmp-with-cxx-6.3.0/lib --extra-lib-dirs=/nix/store/g09cflpnp4g80q56sj9dng1qzv4v4ybc-numactl-2.0.18/lib --extra-lib-dirs=/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/lib
[2m[really-safe-money-gen] [mUsing Parsec parser
[2m[really-safe-money-gen] [mConfiguring really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen] [mDependency QuickCheck: using QuickCheck-2.15.0.1
[2m[really-safe-money-gen] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[really-safe-money-gen] [mDependency genvalidity: using genvalidity-1.1.1.0
[2m[really-safe-money-gen] [mDependency genvalidity-containers: using genvalidity-containers-1.0.0.2
[2m[really-safe-money-gen] [mDependency really-safe-money: using really-safe-money-0.0.0.0
[2m[really-safe-money-gen] [mDependency base >=4.7 && <5: using base-4.20.2.0
[2m[really-safe-money-gen] [mDependency containers: using containers-0.7
[2m[really-safe-money-gen] [mDependency genvalidity-sydtest: using genvalidity-sydtest-1.0.1.0
[2m[really-safe-money-gen] [mDependency genvalidity-vector: using genvalidity-vector-1.0.0.0
[2m[really-safe-money-gen] [mDependency really-safe-money: using really-safe-money-0.0.0.0
[2m[really-safe-money-gen] [mDependency really-safe-money-gen: using really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen] [mDependency sydtest: using sydtest-0.23.0.2
[2m[really-safe-money-gen] [mDependency vector: using vector-0.13.2.0
[2m[really-safe-money-gen] [mSource component graph:
[2m[really-safe-money-gen] [m    component lib
[2m[really-safe-money-gen] [m    component test:really-safe-money-test dependency lib
[2m[really-safe-money-gen] [mConfigured component graph:
[2m[really-safe-money-gen] [m    component really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A
[2m[really-safe-money-gen] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[really-safe-money-gen] [m        include base-4.20.2.0-64da
[2m[really-safe-money-gen] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[really-safe-money-gen] [m        include genvalidity-containers-1.0.0.2-DXaOCEBh8iJ1c8u2LwVlK1
[2m[really-safe-money-gen] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen] [m    component really-safe-money-gen-0.0.0.0-Ls5GL9RPudG7f67os7F74b-really-safe-money-test
[2m[really-safe-money-gen] [m        include base-4.20.2.0-64da
[2m[really-safe-money-gen] [m        include containers-0.7-504a
[2m[really-safe-money-gen] [m        include genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[really-safe-money-gen] [m        include genvalidity-vector-1.0.0.0-6KKiduowklk7hSxSW05Gxi
[2m[really-safe-money-gen] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen] [m        include really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A
[2m[really-safe-money-gen] [m        include sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[really-safe-money-gen] [m        include vector-0.13.2.0-GDUCoiHhVuq2SKPTzzTr3a
[2m[really-safe-money-gen] [mLinked component graph:
[2m[really-safe-money-gen] [m    unit really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A
[2m[really-safe-money-gen] [m        include QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[really-safe-money-gen] [m        include base-4.20.2.0-64da
[2m[really-safe-money-gen] [m        include genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[really-safe-money-gen] [m        include genvalidity-containers-1.0.0.2-DXaOCEBh8iJ1c8u2LwVlK1
[2m[really-safe-money-gen] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen] [m        Money.Account.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.Account.Gen,Money.AccountOf.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.AccountOf.Gen,Money.Amount.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.Amount.Gen,Money.AmountOf.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.AmountOf.Gen,Money.ConversionRate.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.ConversionRate.Gen,Money.ConversionRateOf.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.ConversionRateOf.Gen,Money.Currency.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.Currency.Gen,Money.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.Gen,Money.MultiAccount.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.MultiAccount.Gen,Money.MultiAmount.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.MultiAmount.Gen,Money.QuantisationFactor.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Money.QuantisationFactor.Gen,Numeric.DecimalLiteral.Gen=really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A:Numeric.DecimalLiteral.Gen
[2m[really-safe-money-gen] [m    unit really-safe-money-gen-0.0.0.0-Ls5GL9RPudG7f67os7F74b-really-safe-money-test
[2m[really-safe-money-gen] [m        include base-4.20.2.0-64da
[2m[really-safe-money-gen] [m        include containers-0.7-504a
[2m[really-safe-money-gen] [m        include genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[really-safe-money-gen] [m        include genvalidity-vector-1.0.0.0-6KKiduowklk7hSxSW05Gxi
[2m[really-safe-money-gen] [m        include really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen] [m        include really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A
[2m[really-safe-money-gen] [m        include sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[really-safe-money-gen] [m        include vector-0.13.2.0-GDUCoiHhVuq2SKPTzzTr3a
[2m[really-safe-money-gen] [mReady component graph:
[2m[really-safe-money-gen] [m    definite really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A
[2m[really-safe-money-gen] [m        depends QuickCheck-2.15.0.1-8fVC1qSJKj9H9pvMjJXUwU
[2m[really-safe-money-gen] [m        depends base-4.20.2.0-64da
[2m[really-safe-money-gen] [m        depends genvalidity-1.1.1.0-KJOcA1wEUno9vXRiVdno1L
[2m[really-safe-money-gen] [m        depends genvalidity-containers-1.0.0.2-DXaOCEBh8iJ1c8u2LwVlK1
[2m[really-safe-money-gen] [m        depends really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen] [m    definite really-safe-money-gen-0.0.0.0-Ls5GL9RPudG7f67os7F74b-really-safe-money-test
[2m[really-safe-money-gen] [m        depends base-4.20.2.0-64da
[2m[really-safe-money-gen] [m        depends containers-0.7-504a
[2m[really-safe-money-gen] [m        depends genvalidity-sydtest-1.0.1.0-4MUjvMP5f0h4Td7V6rG94v
[2m[really-safe-money-gen] [m        depends genvalidity-vector-1.0.0.0-6KKiduowklk7hSxSW05Gxi
[2m[really-safe-money-gen] [m        depends really-safe-money-0.0.0.0-KH9ltLBvnn0Cn1rgifGPh9
[2m[really-safe-money-gen] [m        depends really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A
[2m[really-safe-money-gen] [m        depends sydtest-0.23.0.2-2pBpKNR1Siz5MducBHcrJ7
[2m[really-safe-money-gen] [m        depends vector-0.13.2.0-GDUCoiHhVuq2SKPTzzTr3a
[2m[really-safe-money-gen] [mUsing Cabal-3.12.1.0 compiled by ghc-9.10
[2m[really-safe-money-gen] [mUsing compiler: ghc-9.10.3
[2m[really-safe-money-gen] [mUsing install prefix:
[2m[really-safe-money-gen] [m/nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen] [mExecutables installed in:
[2m[really-safe-money-gen] [m/nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0/bin
[2m[really-safe-money-gen] [mLibraries installed in:
[2m[really-safe-money-gen] [m/nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A
[2m[really-safe-money-gen] [mDynamic Libraries installed in:
[2m[really-safe-money-gen] [m/nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6
[2m[really-safe-money-gen] [mPrivate executables installed in:
[2m[really-safe-money-gen] [m/nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0/libexec/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen] [mData files installed in:
[2m[really-safe-money-gen] [m/nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0/share/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen] [mDocumentation installed in:
[2m[really-safe-money-gen] [m/nix/store/hcj2bk6wxsjr44v2k3xq5qq5dnwb09qw-really-safe-money-gen-0.0.0.0-doc/share/doc/really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen] [mConfiguration files installed in:
[2m[really-safe-money-gen] [m/nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0/etc
[2m[really-safe-money-gen] [mNo alex found
[2m[really-safe-money-gen] [mUsing ar found on system at:
[2m[really-safe-money-gen] [m/nix/store/iz5lckcsg66r223si2gck7csk2hihj0m-binutils-wrapper-2.44/bin/ar
[2m[really-safe-money-gen] [mNo c2hs found
[2m[really-safe-money-gen] [mNo cpphs found
[2m[really-safe-money-gen] [mNo doctest found
[2m[really-safe-money-gen] [mUsing gcc version 14.3.0 given by user at:
[2m[really-safe-money-gen] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/gcc
[2m[really-safe-money-gen] [mUsing ghc version 9.10.3 found on system at:
[2m[really-safe-money-gen] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc
[2m[really-safe-money-gen] [mUsing ghc-pkg version 9.10.3 found on system at:
[2m[really-safe-money-gen] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/ghc-pkg-9.10.3
[2m[really-safe-money-gen] [mNo ghcjs found
[2m[really-safe-money-gen] [mNo ghcjs-pkg found
[2m[really-safe-money-gen] [mNo greencard found
[2m[really-safe-money-gen] [mUsing haddock version 2.31.1 found on system at:
[2m[really-safe-money-gen] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/haddock-ghc-9.10.3
[2m[really-safe-money-gen] [mNo happy found
[2m[really-safe-money-gen] [mUsing haskell-suite found on system at: haskell-suite-dummy-location
[2m[really-safe-money-gen] [mUsing haskell-suite-pkg found on system at: haskell-suite-pkg-dummy-location
[2m[really-safe-money-gen] [mNo hmake found
[2m[really-safe-money-gen] [mUsing hpc version 0.69 found on system at:
[2m[really-safe-money-gen] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hpc-ghc-9.10.3
[2m[really-safe-money-gen] [mUsing hsc2hs version 0.68.10 found on system at:
[2m[really-safe-money-gen] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/hsc2hs-ghc-9.10.3
[2m[really-safe-money-gen] [mUsing hscolour version 1.25 found on system at:
[2m[really-safe-money-gen] [m/nix/store/f755skyzf4jvfx3crwq9mmh3x4lsaz8i-hscolour-1.25/bin/HsColour
[2m[really-safe-money-gen] [mNo jhc found
[2m[really-safe-money-gen] [mUsing ld found on system at:
[2m[really-safe-money-gen] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/ld
[2m[really-safe-money-gen] [mNo pkg-config found
[2m[really-safe-money-gen] [mUsing runghc version 9.10.3 found on system at:
[2m[really-safe-money-gen] [m/nix/store/s9jd43rkwc2syl9cvgj6f786avy8bgzy-ghc-9.10.3/bin/runghc-9.10.3
[2m[really-safe-money-gen] [mUsing strip version 2.44 found on system at:
[2m[really-safe-money-gen] [m/nix/store/8v97ngkcpfzgghwnnr7fsz33p2x22gy9-gcc-wrapper-14.3.0/bin/strip
[2m[really-safe-money-gen] [mUsing tar found on system at:
[2m[really-safe-money-gen] [m/nix/store/xl6pd2spjajwcpq09fnmnjv5psqmlmma-gnutar-1.35/bin/tar
[2m[really-safe-money-gen] [mNo uhc found
[2m[really-safe-money-gen] [m[1;36mPhase: buildPhase[m
[2m[really-safe-money-gen] [mPreprocessing library for really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen] [mBuilding library for really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen] [m[ 1 of 13] Compiling Money.Amount.Gen ( src/Money/Amount/Gen.hs, dist/build/Money/Amount/Gen.o, dist/build/Money/Amount/Gen.dyn_o )
[2m[really-safe-money-gen] [m[ 2 of 13] Compiling Money.Account.Gen ( src/Money/Account/Gen.hs, dist/build/Money/Account/Gen.o, dist/build/Money/Account/Gen.dyn_o )
[2m[really-safe-money-gen] [m[ 3 of 13] Compiling Money.AccountOf.Gen ( src/Money/AccountOf/Gen.hs, dist/build/Money/AccountOf/Gen.o, dist/build/Money/AccountOf/Gen.dyn_o )
[2m[really-safe-money-gen] [m[ 4 of 13] Compiling Money.AmountOf.Gen ( src/Money/AmountOf/Gen.hs, dist/build/Money/AmountOf/Gen.o, dist/build/Money/AmountOf/Gen.dyn_o )
[2m[really-safe-money-gen] [m[ 5 of 13] Compiling Money.ConversionRate.Gen ( src/Money/ConversionRate/Gen.hs, dist/build/Money/ConversionRate/Gen.o, dist/build/Money/ConversionRate/Gen.dyn_o )
[2m[really-safe-money-gen] [m[ 6 of 13] Compiling Money.ConversionRateOf.Gen ( src/Money/ConversionRateOf/Gen.hs, dist/build/Money/ConversionRateOf/Gen.o, dist/build/Money/ConversionRateOf/Gen.dyn_o )
[2m[really-safe-money-gen] [m[ 7 of 13] Compiling Money.QuantisationFactor.Gen ( src/Money/QuantisationFactor/Gen.hs, dist/build/Money/QuantisationFactor/Gen.o, dist/build/Money/QuantisationFactor/Gen.dyn_o )
[2m[really-safe-money-gen] [m[ 8 of 13] Compiling Money.Currency.Gen ( src/Money/Currency/Gen.hs, dist/build/Money/Currency/Gen.o, dist/build/Money/Currency/Gen.dyn_o )
[2m[really-safe-money-gen] [m[ 9 of 13] Compiling Money.MultiAmount.Gen ( src/Money/MultiAmount/Gen.hs, dist/build/Money/MultiAmount/Gen.o, dist/build/Money/MultiAmount/Gen.dyn_o )
[2m[really-safe-money-gen] [m[10 of 13] Compiling Money.MultiAccount.Gen ( src/Money/MultiAccount/Gen.hs, dist/build/Money/MultiAccount/Gen.o, dist/build/Money/MultiAccount/Gen.dyn_o )
[2m[really-safe-money-gen] [m[11 of 13] Compiling Money.Gen        ( src/Money/Gen.hs, dist/build/Money/Gen.o, dist/build/Money/Gen.dyn_o )
[2m[really-safe-money-gen] [m[12 of 13] Compiling Numeric.DecimalLiteral.Gen ( src/Numeric/DecimalLiteral/Gen.hs, dist/build/Numeric/DecimalLiteral/Gen.o, dist/build/Numeric/DecimalLiteral/Gen.dyn_o )
[2m[really-safe-money-gen] [m[13 of 13] Compiling Paths_really_safe_money_gen ( dist/build/autogen/Paths_really_safe_money_gen.hs, dist/build/Paths_really_safe_money_gen.o, dist/build/Paths_really_safe_money_gen.dyn_o )
[2m[really-safe-money-gen] [m[ 1 of 13] Compiling Money.Amount.Gen ( src/Money/Amount/Gen.hs, dist/build/Money/Amount/Gen.p_o )
[2m[really-safe-money-gen] [m[ 2 of 13] Compiling Money.Account.Gen ( src/Money/Account/Gen.hs, dist/build/Money/Account/Gen.p_o )
[2m[really-safe-money-gen] [m[ 3 of 13] Compiling Money.AccountOf.Gen ( src/Money/AccountOf/Gen.hs, dist/build/Money/AccountOf/Gen.p_o )
[2m[really-safe-money-gen] [m[ 4 of 13] Compiling Money.AmountOf.Gen ( src/Money/AmountOf/Gen.hs, dist/build/Money/AmountOf/Gen.p_o )
[2m[really-safe-money-gen] [m[ 5 of 13] Compiling Money.ConversionRate.Gen ( src/Money/ConversionRate/Gen.hs, dist/build/Money/ConversionRate/Gen.p_o )
[2m[really-safe-money-gen] [m[ 6 of 13] Compiling Money.ConversionRateOf.Gen ( src/Money/ConversionRateOf/Gen.hs, dist/build/Money/ConversionRateOf/Gen.p_o )
[2m[really-safe-money-gen] [m[ 7 of 13] Compiling Money.QuantisationFactor.Gen ( src/Money/QuantisationFactor/Gen.hs, dist/build/Money/QuantisationFactor/Gen.p_o )
[2m[really-safe-money-gen] [m[ 8 of 13] Compiling Money.Currency.Gen ( src/Money/Currency/Gen.hs, dist/build/Money/Currency/Gen.p_o )
[2m[really-safe-money-gen] [m[ 9 of 13] Compiling Money.MultiAmount.Gen ( src/Money/MultiAmount/Gen.hs, dist/build/Money/MultiAmount/Gen.p_o )
[2m[really-safe-money-gen] [m[10 of 13] Compiling Money.MultiAccount.Gen ( src/Money/MultiAccount/Gen.hs, dist/build/Money/MultiAccount/Gen.p_o )
[2m[really-safe-money-gen] [m[11 of 13] Compiling Money.Gen        ( src/Money/Gen.hs, dist/build/Money/Gen.p_o )
[2m[really-safe-money-gen] [m[12 of 13] Compiling Numeric.DecimalLiteral.Gen ( src/Numeric/DecimalLiteral/Gen.hs, dist/build/Numeric/DecimalLiteral/Gen.p_o )
[2m[really-safe-money-gen] [m[13 of 13] Compiling Paths_really_safe_money_gen ( dist/build/autogen/Paths_really_safe_money_gen.hs, dist/build/Paths_really_safe_money_gen.p_o )
[2m[really-safe-money-gen] [mPreprocessing test suite 'really-safe-money-test' for really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen] [mBuilding test suite 'really-safe-money-test' for really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen] [m[ 1 of 14] Compiling Money.AccountSpec ( test/Money/AccountSpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/AccountSpec.o )
[2m[really-safe-money-gen] [m[ 2 of 14] Compiling Money.AmountSpec ( test/Money/AmountSpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/AmountSpec.o )
[2m[really-safe-money-gen] [m[ 3 of 14] Compiling Money.ConversionRateSpec ( test/Money/ConversionRateSpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/ConversionRateSpec.o )
[2m[really-safe-money-gen] [m[ 4 of 14] Compiling Money.Currency.TestUtils ( test/Money/Currency/TestUtils.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/Currency/TestUtils.o )
[2m[really-safe-money-gen] [m[ 5 of 14] Compiling Money.ConversionRateOfSpec ( test/Money/ConversionRateOfSpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/ConversionRateOfSpec.o )
[2m[really-safe-money-gen] [m[ 6 of 14] Compiling Money.AmountOfSpec ( test/Money/AmountOfSpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/AmountOfSpec.o )
[2m[really-safe-money-gen] [m[ 7 of 14] Compiling Money.AccountOfSpec ( test/Money/AccountOfSpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/AccountOfSpec.o )
[2m[really-safe-money-gen] [m[ 8 of 14] Compiling Money.CurrencySpec ( test/Money/CurrencySpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/CurrencySpec.o )
[2m[really-safe-money-gen] [m[ 9 of 14] Compiling Money.MultiAccountSpec ( test/Money/MultiAccountSpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/MultiAccountSpec.o )
[2m[really-safe-money-gen] [m[10 of 14] Compiling Money.MultiAmountSpec ( test/Money/MultiAmountSpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/MultiAmountSpec.o )
[2m[really-safe-money-gen] [m[11 of 14] Compiling Money.QuantisationFactorSpec ( test/Money/QuantisationFactorSpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Money/QuantisationFactorSpec.o )
[2m[really-safe-money-gen] [m[12 of 14] Compiling Numeric.DecimalLiteralSpec ( test/Numeric/DecimalLiteralSpec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Numeric/DecimalLiteralSpec.o )
[2m[really-safe-money-gen] [m[13 of 14] Compiling Main             ( test/Spec.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Main.o )
[2m[really-safe-money-gen] [m[14 of 14] Compiling Paths_really_safe_money_gen ( dist/build/really-safe-money-test/autogen/Paths_really_safe_money_gen.hs, dist/build/really-safe-money-test/really-safe-money-test-tmp/Paths_really_safe_money_gen.o )
[2m[really-safe-money-gen] [m[15 of 15] Linking dist/build/really-safe-money-test/really-safe-money-test
[2m[really-safe-money-gen] [m[1;36mPhase: checkPhase[m
[2m[really-safe-money-gen] [mmutation-nix: collecting coverage for suite really-safe-money-gen
[2m[really-safe-money-gen] [mcoverage (1/1610): Numeric\.DecimalLiteralSpec.Natural.fromNatural.renders to valid decimal literals (1 mutations)
[2m[really-safe-money-gen] [mcoverage (12/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational 5 % 1 into DecimalLiteral Nothing 5 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (4/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral Nothing 9 2 into rational 9 % 100 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (13/1610): Numeric\.DecimalLiteralSpec.Rational.fromRational.can parse any rendered rational (43 mutations)
[2m[really-safe-money-gen] [mcoverage (23/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral (Just False) 3 0 into rational (-3) % 1 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (28/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral (Just False) 1 3 into rational (-1) % 1000 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (18/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational 10 % 1 into DecimalLiteral Nothing 10 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (17/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral Nothing 20 4 into rational 1 % 500 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (8/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral Nothing 10 0 into rational 10 % 1 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (9/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral Nothing 50 1 into rational 5 % 1 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (22/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational 9 % 100 into DecimalLiteral Nothing 9 2 (36 mutations)
[2m[really-safe-money-gen] [mcoverage (20/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral Nothing 7000 3 into rational 7 % 1 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (24/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational 1 % 1 into DecimalLiteral Nothing 1 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (3/1610): Numeric\.DecimalLiteralSpec.Natural.toNatural.renders to valid naturals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (19/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational (-3) % 1 into DecimalLiteral (Just False) 3 0 (32 mutations)
[2m[really-safe-money-gen] [mcoverage (27/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational 240009 % 20000 into DecimalLiteral Nothing 1200045 5 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (26/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral Nothing 1 0 into rational 1 % 1 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (6/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational 1 % 500 into DecimalLiteral Nothing 2 3 (36 mutations)
[2m[really-safe-money-gen] [mcoverage (21/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral Nothing 2 0 into rational 2 % 1 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (11/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational (-4) % 5 into DecimalLiteral (Just False) 8 1 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (25/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational 7 % 1 into DecimalLiteral Nothing 7 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (10/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational (-1) % 1000 into DecimalLiteral (Just False) 1 3 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (15/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral (Just False) 600 2 into rational (-6) % 1 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (7/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational (-6) % 1 into DecimalLiteral (Just False) 6 0 (32 mutations)
[2m[really-safe-money-gen] [mcoverage (5/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational 400 % 1 into DecimalLiteral Nothing 400 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (16/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral Nothing 400 0 into rational 400 % 1 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (2/1610): Numeric\.DecimalLiteralSpec.Natural.fromNatural.can parse any rendered literal (9 mutations)
[2m[really-safe-money-gen] [mcoverage (14/1610): Numeric\.DecimalLiteralSpec.Rational.fromRational.renders to valid decimal literals (40 mutations)
[2m[really-safe-money-gen] [mcoverage (29/1610): Numeric\.DecimalLiteralSpec.Rational.toRational.renders to valid rationals (4 mutations)
[2m[really-safe-money-gen] [mcoverage (30/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational (-3) % 1000 into DecimalLiteral (Just False) 3 3 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (32/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral Nothing 1200045 5 into rational 240009 % 20000 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (31/1610): Numeric\.DecimalLiteralSpec.Rational.can turn rational 2 % 1 into DecimalLiteral Nothing 2 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (33/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral (Just False) 8 1 into rational (-4) % 5 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (34/1610): Numeric\.DecimalLiteralSpec.Rational.can turn DecimalLiteral (Just False) 300 5 into rational (-3) % 1000 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (37/1610): Numeric\.DecimalLiteralSpec.Ratio.toRatio.renders to valid rationals (5 mutations)
[2m[really-safe-money-gen] [mcoverage (38/1610): Numeric\.DecimalLiteralSpec.setMinimumDigits.does not change the value of the literal (15 mutations)
[2m[really-safe-money-gen] [mcoverage (39/1610): Numeric\.DecimalLiteralSpec.setMinimumDigits.produces valid literals (12 mutations)
[2m[really-safe-money-gen] [mcoverage (40/1610): Numeric\.DecimalLiteralSpec.setMinimumDigits.produces values with more than the given number of digits (12 mutations)
[2m[really-safe-money-gen] [mcoverage (35/1610): Numeric\.DecimalLiteralSpec.Ratio.fromRatio.can parse any rendered rational (36 mutations)
[2m[really-safe-money-gen] [mcoverage (42/1610): Numeric\.DecimalLiteralSpec.DecimalLiteral\.fromString.fails to parse scientific notation (22 mutations)
[2m[really-safe-money-gen] [mcoverage (41/1610): Numeric\.DecimalLiteralSpec.GenValid DecimalLiteral.genValid   \:\: Gen DecimalLiteral.only generates valid 'DecimalLiteral's (0 mutations)
[2m[really-safe-money-gen] [mcoverage (45/1610): Numeric\.DecimalLiteralSpec.Int.toInt.renders to valid words (14 mutations)
[2m[really-safe-money-gen] [mcoverage (47/1610): Numeric\.DecimalLiteralSpec.Int.fromInt.renders to valid decimal literals (10 mutations)
[2m[really-safe-money-gen] [mcoverage (44/1610): Numeric\.DecimalLiteralSpec.setSignOptional.produces valid values (0 mutations)
[2m[really-safe-money-gen] [mcoverage (36/1610): Numeric\.DecimalLiteralSpec.Ratio.fromRatio.renders to valid decimal literals (31 mutations)
[2m[really-safe-money-gen] [mcoverage (49/1610): Numeric\.DecimalLiteralSpec.Word.fromWord.renders to valid decimal literals (1 mutations)
[2m[really-safe-money-gen] [mcoverage (52/1610): Numeric\.DecimalLiteralSpec.toString.can render any decimal literal (2 mutations)
[2m[really-safe-money-gen] [mcoverage (46/1610): Numeric\.DecimalLiteralSpec.Int.fromInt.can parse any rendered literal (24 mutations)
[2m[really-safe-money-gen] [mcoverage (51/1610): Numeric\.DecimalLiteralSpec.Word.toWord.renders to valid words (0 mutations)
[2m[really-safe-money-gen] [mcoverage (54/1610): Numeric\.DecimalLiteralSpec.examples.can parse "1" (22 mutations)
[2m[really-safe-money-gen] [mcoverage (43/1610): Numeric\.DecimalLiteralSpec.DecimalLiteral\.fromString.can parse any rendered decimal literal (44 mutations)
[2m[really-safe-money-gen] [mcoverage (53/1610): Numeric\.DecimalLiteralSpec.examples.can parse "+2" (25 mutations)
[2m[really-safe-money-gen] [mcoverage (48/1610): Numeric\.DecimalLiteralSpec.DecimalLiteral\.fromStringM.does the same as DecimalLiteral\.fromString (12 mutations)
[2m[really-safe-money-gen] [mcoverage (50/1610): Numeric\.DecimalLiteralSpec.Word.fromWord.can parse any rendered literal (9 mutations)
[2m[really-safe-money-gen] [mcoverage (56/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 50 1 (1 mutations)
[2m[really-safe-money-gen] [mcoverage (55/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 300 5 (3 mutations)
[2m[really-safe-money-gen] [mcoverage (57/1610): Numeric\.DecimalLiteralSpec.examples.can parse "400" (31 mutations)
[2m[really-safe-money-gen] [mcoverage (58/1610): Numeric\.DecimalLiteralSpec.examples.can parse "5\.0" (31 mutations)
[2m[really-safe-money-gen] [mcoverage (60/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 1 3 (3 mutations)
[2m[really-safe-money-gen] [mcoverage (59/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 8 1 (3 mutations)
[2m[really-safe-money-gen] [mcoverage (61/1610): Numeric\.DecimalLiteralSpec.examples.can parse "0\.00300" (36 mutations)
[2m[really-safe-money-gen] [mcoverage (63/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 20 4 (3 mutations)
[2m[really-safe-money-gen] [mcoverage (62/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 7000 3 (1 mutations)
[2m[really-safe-money-gen] [mcoverage (64/1610): Numeric\.DecimalLiteralSpec.examples.can parse "12\.00045" (38 mutations)
[2m[really-safe-money-gen] [mcoverage (65/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 1 0 (1 mutations)
[2m[really-safe-money-gen] [mcoverage (66/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral (Just True) 2 0 (1 mutations)
[2m[really-safe-money-gen] [mcoverage (70/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 600 2 (1 mutations)
[2m[really-safe-money-gen] [mcoverage (67/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 1200045 5 (1 mutations)
[2m[really-safe-money-gen] [mcoverage (71/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 9 2 (3 mutations)
[2m[really-safe-money-gen] [mcoverage (72/1610): Numeric\.DecimalLiteralSpec.examples.can parse "0\.8" (29 mutations)
[2m[really-safe-money-gen] [mcoverage (69/1610): Numeric\.DecimalLiteralSpec.examples.can parse "6\.00" (36 mutations)
[2m[really-safe-money-gen] [mcoverage (68/1610): Numeric\.DecimalLiteralSpec.examples.can parse "0\.001" (34 mutations)
[2m[really-safe-money-gen] [mcoverage (74/1610): Numeric\.DecimalLiteralSpec.examples.can parse "0\.09" (34 mutations)
[2m[really-safe-money-gen] [mcoverage (76/1610): Numeric\.DecimalLiteralSpec.examples.can parse "-3" (22 mutations)
[2m[really-safe-money-gen] [mcoverage (73/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral Nothing 400 0 (1 mutations)
[2m[really-safe-money-gen] [mcoverage (81/1610): Numeric\.DecimalLiteralSpec.Integer.fromInteger.can parse any rendered literal (10 mutations)
[2m[really-safe-money-gen] [mcoverage (77/1610): Numeric\.DecimalLiteralSpec.examples.can render DecimalLiteral (Just False) 3 0 (1 mutations)
[2m[really-safe-money-gen] [mcoverage (80/1610): Numeric\.DecimalLiteralSpec.Integer.fromInteger.renders to valid decimal literals (10 mutations)
[2m[really-safe-money-gen] [mcoverage (79/1610): Numeric\.DecimalLiteralSpec.Integer.toInteger.renders to valid words (0 mutations)
[2m[really-safe-money-gen] [mcoverage (75/1610): Numeric\.DecimalLiteralSpec.examples.can parse "7\.000" (36 mutations)
[2m[really-safe-money-gen] [mcoverage (78/1610): Numeric\.DecimalLiteralSpec.examples.can parse "0\.0020" (36 mutations)
[2m[really-safe-money-gen] [mcoverage (83/1610): Numeric\.DecimalLiteralSpec.setSignRequired.produces valid values (2 mutations)
[2m[really-safe-money-gen] [mcoverage (82/1610): Numeric\.DecimalLiteralSpec.digits.produces valid numbers of digits (0 mutations)
[2m[really-safe-money-gen] [mcoverage (84/1610): Money\.ConversionRateSpec.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (85/1610): Money\.ConversionRateSpec.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (86/1610): Money\.ConversionRateSpec.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (88/1610): Money\.ConversionRateSpec.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (87/1610): Money\.ConversionRateSpec.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (89/1610): Money\.ConversionRateSpec.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (90/1610): Money\.ConversionRateSpec.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (103/1610): Money\.AccountSpec.Eq.says negative 0 equals positive 0 (3 mutations)
[2m[really-safe-money-gen] [mcoverage (97/1610): Money\.AccountSpec.Eq.Eq Account.(/=) \:\: Account -> Account -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid Account"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (99/1610): Money\.AccountSpec.Eq.Eq Account.(==) \:\: Account -> Account -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid Account"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (92/1610): Money\.ConversionRateSpec.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (98/1610): Money\.AccountSpec.Eq.Eq Account.(/=) \:\: Account -> Account -> Bool.is antireflexive for "valid Account"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (94/1610): Money\.ConversionRateSpec.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (108/1610): Money\.AccountSpec.convert.converts this USD to CHF correctly (26 mutations)
[2m[really-safe-money-gen] [mcoverage (101/1610): Money\.AccountSpec.Eq.Eq Account.(==) \:\: Account -> Account -> Bool.is symmetric for "valid Account"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (104/1610): Money\.AccountSpec.negate.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (100/1610): Money\.AccountSpec.Eq.Eq Account.(==) \:\: Account -> Account -> Bool.is transitive for "valid Account"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (95/1610): Money\.ConversionRateSpec.GenValid ConversionRate.genValid   \:\: Gen ConversionRate.only generates valid 'ConversionRate's (6 mutations)
[2m[really-safe-money-gen] [mcoverage (96/1610): Money\.AccountSpec.Show Account and Read Account.are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (109/1610): Money\.AccountSpec.distribute.correctly distributes 5 into 3 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (110/1610): Money\.AccountSpec.distribute.correctly distributes 3 into 3 (18 mutations)
[2m[really-safe-money-gen] [mcoverage (111/1610): Money\.AccountSpec.distribute.Eq (Distribution Account).(==) \:\: (Distribution Account) -> (Distribution Account) -> Bool.is symmetric for "valid (Distribution Account)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (102/1610): Money\.AccountSpec.Eq.Eq Account.(==) \:\: Account -> Account -> Bool.is reflexive for "valid Account"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (112/1610): Money\.AccountSpec.distribute.Eq (Distribution Account).(==) \:\: (Distribution Account) -> (Distribution Account) -> Bool.is transitive for "valid (Distribution Account)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (106/1610): Money\.AccountSpec.convert.succeeds in converting 1\:1 without rounding if the quantisation factor is the same (29 mutations)
[2m[really-safe-money-gen] [mcoverage (105/1610): Money\.AccountSpec.format.produces valid strings (6 mutations)
[2m[really-safe-money-gen] [mcoverage (107/1610): Money\.AccountSpec.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (113/1610): Money\.AccountSpec.distribute.Eq (Distribution Account).(==) \:\: (Distribution Account) -> (Distribution Account) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution Account)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (114/1610): Money\.AccountSpec.distribute.Eq (Distribution Account).(==) \:\: (Distribution Account) -> (Distribution Account) -> Bool.is reflexive for "valid (Distribution Account)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (118/1610): Money\.AccountSpec.distribute.correctly distributes 10 into 4 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (115/1610): Money\.AccountSpec.distribute.Eq (Distribution Account).(/=) \:\: (Distribution Account) -> (Distribution Account) -> Bool.is antireflexive for "valid (Distribution Account)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (116/1610): Money\.AccountSpec.distribute.Eq (Distribution Account).(/=) \:\: (Distribution Account) -> (Distribution Account) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution Account)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (121/1610): Money\.AccountSpec.abs.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (122/1610): Money\.AccountSpec.fromAmount.produces valid accounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (131/1610): Money\.AccountSpec.rate.computes this USD to CHF rate correctly (14 mutations)
[2m[really-safe-money-gen] [mcoverage (134/1610): Money\.AccountSpec.Ord.says -6 is greater than -7 (2 mutations)
[2m[really-safe-money-gen] [mcoverage (127/1610): Money\.AccountSpec.fromMinimalQuantisations.roundtrips with toMinimalQuantisations (16 mutations)
[2m[really-safe-money-gen] [mcoverage (120/1610): Money\.AccountSpec.distribute.produces valid amounts (36 mutations)
[2m[really-safe-money-gen] [mcoverage (117/1610): Money\.AccountSpec.distribute.produces results that sum up to the greater whole (66 mutations)
[2m[really-safe-money-gen] [mcoverage (128/1610): Money\.AccountSpec.fromMinimalQuantisations.produces valid accounts (14 mutations)
[2m[really-safe-money-gen] [mcoverage (133/1610): Money\.AccountSpec.toDouble.produces an infinite or NaN Double with quantisation factor 0 (3 mutations)
[2m[really-safe-money-gen] [mcoverage (135/1610): Money\.AccountSpec.Ord.says 4 is smaller than 5 (2 mutations)
[2m[really-safe-money-gen] [mcoverage (125/1610): Money\.AccountSpec.fromRatio.produces valid rational (20 mutations)
[2m[really-safe-money-gen] [mcoverage (132/1610): Money\.AccountSpec.toDouble.produces valid Doubles when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (124/1610): Money\.AccountSpec.fromRational.produces valid rational (27 mutations)
[2m[really-safe-money-gen] [mcoverage (123/1610): Money\.AccountSpec.fromRational.roundtrips with toRational (31 mutations)
[2m[really-safe-money-gen] [mcoverage (126/1610): Money\.AccountSpec.fromRatio.roundtrips with toRatio (22 mutations)
[2m[really-safe-money-gen] [mcoverage (136/1610): Money\.AccountSpec.Ord.says -3 is smaller than 2 (2 mutations)
[2m[really-safe-money-gen] [mcoverage (130/1610): Money\.AccountSpec.rate.produces valid conversion rates (15 mutations)
[2m[really-safe-money-gen] [mcoverage (137/1610): Money\.AccountSpec.Ord.Ord Account."max \:\: (Account -> Account -> Account)".is equivalent to (\\a b -> if a >= b then a else b) for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (129/1610): Money\.AccountSpec.rate.computes a rate that can be used to do a conversion without rounding (35 mutations)
[2m[really-safe-money-gen] [mcoverage (119/1610): Money\.AccountSpec.distribute.Show (Distribution Account) and Read (Distribution Account).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (138/1610): Money\.AccountSpec.Ord.Ord Account."min \:\: (Account -> Account -> Account)".is equivalent to (\\a b -> if a <= b then a else b) for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (139/1610): Money\.AccountSpec.Ord.Ord Account.(<=) \:\: Account -> Account -> Bool.is transitive for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (141/1610): Money\.AccountSpec.Ord.Ord Account.(<=) \:\: Account -> Account -> Bool.is antisymmetric for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (140/1610): Money\.AccountSpec.Ord.Ord Account.(<=) \:\: Account -> Account -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (143/1610): Money\.AccountSpec.Ord.Ord Account.(>) \:\: Account -> Account -> Bool.is transitive for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (142/1610): Money\.AccountSpec.Ord.Ord Account.(<=) \:\: Account -> Account -> Bool.is reflexive for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (145/1610): Money\.AccountSpec.Ord.Ord Account.(>) \:\: Account -> Account -> Bool.is antireflexive for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (144/1610): Money\.AccountSpec.Ord.Ord Account.(>) \:\: Account -> Account -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (149/1610): Money\.AccountSpec.Ord.Ord Account.(>=) \:\: Account -> Account -> Bool.is reflexive for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (148/1610): Money\.AccountSpec.Ord.Ord Account.(<) \:\: Account -> Account -> Bool.is antireflexive for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (158/1610): Money\.AccountSpec.sum.correctly sums [1,2,3] to 6 (12 mutations)
[2m[really-safe-money-gen] [mcoverage (146/1610): Money\.AccountSpec.Ord.Ord Account.(<) \:\: Account -> Account -> Bool.is transitive for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (147/1610): Money\.AccountSpec.Ord.Ord Account.(<) \:\: Account -> Account -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (152/1610): Money\.AccountSpec.Ord.Ord Account.(>=) \:\: Account -> Account -> Bool.is transitive for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (150/1610): Money\.AccountSpec.Ord.Ord Account.(>=) \:\: Account -> Account -> Bool.is antisymmetric for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (156/1610): Money\.AccountSpec.sum.fails to sum above maxBound even if the result is back below maxBound (10 mutations)
[2m[really-safe-money-gen] [mcoverage (153/1610): Money\.AccountSpec.toRatio.produces valid Ratios when the quantisation factor is nonzero (1 mutations)
[2m[really-safe-money-gen] [mcoverage (157/1610): Money\.AccountSpec.sum.fails to sum above maxBound (10 mutations)
[2m[really-safe-money-gen] [mcoverage (151/1610): Money\.AccountSpec.Ord.Ord Account.(>=) \:\: Account -> Account -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid Account"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (160/1610): Money\.AccountSpec.toMinimalQuantisations.produces valid accounts (3 mutations)
[2m[really-safe-money-gen] [mcoverage (154/1610): Money\.AccountSpec.fractionRatio.produces valid amounts (22 mutations)
[2m[really-safe-money-gen] [mcoverage (162/1610): Money\.AccountSpec.add.fails for minBound + (-1) (8 mutations)
[2m[really-safe-money-gen] [mcoverage (161/1610): Money\.AccountSpec.add.is commutative (27 mutations)
[2m[really-safe-money-gen] [mcoverage (163/1610): Money\.AccountSpec.add.fails for minBound + minBound (8 mutations)
[2m[really-safe-money-gen] [mcoverage (159/1610): Money\.AccountSpec.sum.matches what you would get with Integer, if nothing fails (28 mutations)
[2m[really-safe-money-gen] [mcoverage (164/1610): Money\.AccountSpec.add.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (155/1610): Money\.AccountSpec.sum.produces valid amounts (28 mutations)
[2m[really-safe-money-gen] [mcoverage (166/1610): Money\.AccountSpec.add.fails for maxBound + 1 (8 mutations)
[2m[really-safe-money-gen] [mcoverage (167/1610): Money\.AccountSpec.add.fails for maxBound + maxBound (8 mutations)
[2m[really-safe-money-gen] [mcoverage (171/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 3 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 100} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (169/1610): Money\.AccountSpec.add.has a left-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (172/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 1 0 into decimalLiteral QuantisationFactor {unQuantisationFactor = 1} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (168/1610): Money\.AccountSpec.add.is associative when both succeed (27 mutations)
[2m[really-safe-money-gen] [mcoverage (170/1610): Money\.AccountSpec.add.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (165/1610): Money\.AccountSpec.add.has a right-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (174/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 100} into DecimalLiteral (Just False) 4 2 (46 mutations)
[2m[really-safe-money-gen] [mcoverage (176/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 100 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 100} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (175/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 100} into DecimalLiteral (Just False) 200 2 (46 mutations)
[2m[really-safe-money-gen] [mcoverage (178/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 20} into DecimalLiteral (Just False) 600 2 (46 mutations)
[2m[really-safe-money-gen] [mcoverage (181/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 20} into DecimalLiteral (Just True) 10 2 (52 mutations)
[2m[really-safe-money-gen] [mcoverage (177/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 20} into DecimalLiteral (Just True) 500 2 (46 mutations)
[2m[really-safe-money-gen] [mcoverage (179/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 500 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 20} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (173/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 500 8 into decimalLiteral QuantisationFactor {unQuantisationFactor = 100000000} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (182/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 100} into DecimalLiteral (Just True) 100 2 (46 mutations)
[2m[really-safe-money-gen] [mcoverage (180/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 100} into DecimalLiteral (Just True) 3 2 (46 mutations)
[2m[really-safe-money-gen] [mcoverage (185/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 1} into DecimalLiteral (Just True) 1 0 (40 mutations)
[2m[really-safe-money-gen] [mcoverage (186/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just False) 4 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 100} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (187/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just False) 600 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 20} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (188/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 20} into DecimalLiteral (Just False) 20 2 (52 mutations)
[2m[really-safe-money-gen] [mcoverage (189/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 1} into DecimalLiteral (Just False) 2 0 (40 mutations)
[2m[really-safe-money-gen] [mcoverage (190/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just False) 20 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 20} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (191/1610): Money\.AccountSpec.DecimalLiteral.Account\.fromDecimalLiteral.fails on this amount that is too precise (17 mutations)
[2m[really-safe-money-gen] [mcoverage (192/1610): Money\.AccountSpec.DecimalLiteral.Account\.fromDecimalLiteral.produces valid factors (30 mutations)
[2m[really-safe-money-gen] [mcoverage (194/1610): Money\.AccountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 100000000} into DecimalLiteral (Just True) 500 8 (52 mutations)
[2m[really-safe-money-gen] [mcoverage (193/1610): Money\.AccountSpec.DecimalLiteral.Account\.fromDecimalLiteral.fails on this amount that is too precise:1 (17 mutations)
[2m[really-safe-money-gen] [mcoverage (201/1610): Money\.AccountSpec.subtract.fails for minBound - 1 (8 mutations)
[2m[really-safe-money-gen] [mcoverage (197/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just False) 200 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 100} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (203/1610): Money\.AccountSpec.subtract.fails for maxBound - minBound (8 mutations)
[2m[really-safe-money-gen] [mcoverage (195/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just False) 2 0 into decimalLiteral QuantisationFactor {unQuantisationFactor = 1} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (196/1610): Money\.AccountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 10 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 20} (32 mutations)
[2m[really-safe-money-gen] [mcoverage (202/1610): Money\.AccountSpec.subtract.fails for minBound - maxBound (8 mutations)
[2m[really-safe-money-gen] [mcoverage (198/1610): Money\.AccountSpec.fromDouble.produces valid rational (38 mutations)
[2m[really-safe-money-gen] [mcoverage (204/1610): Money\.AccountSpec.multiply.fails for 3 * minBound (8 mutations)
[2m[really-safe-money-gen] [mcoverage (206/1610): Money\.AccountSpec.multiply.produces valid amounts (20 mutations)
[2m[really-safe-money-gen] [mcoverage (200/1610): Money\.AccountSpec.subtract.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (207/1610): Money\.AccountSpec.multiply.succeeds for 3 * 6 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (199/1610): Money\.AccountSpec.fromDouble.roundtrips with toDouble back to double (40 mutations)
[2m[really-safe-money-gen] [mcoverage (205/1610): Money\.AccountSpec.multiply.is absorbed by 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (210/1610): Money\.AccountSpec.multiply.matches what you would get with Integer, if nothing fails (20 mutations)
[2m[really-safe-money-gen] [mcoverage (211/1610): Money\.AccountSpec.multiply.fails for 2 * maxbound (8 mutations)
[2m[really-safe-money-gen] [mcoverage (209/1610): Money\.AccountSpec.multiply.is distributive with add when both succeed (44 mutations)
[2m[really-safe-money-gen] [mcoverage (208/1610): Money\.AccountSpec.multiply.has an identity\: 1 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (216/1610): Money\.AccountSpec.fraction.Correctly fractions 100 with 1 % 100 (32 mutations)
[2m[really-safe-money-gen] [mcoverage (218/1610): Money\.AccountSpec.fraction.Produces a result that has been rounded in the right direction when using RoundUp (30 mutations)
[2m[really-safe-money-gen] [mcoverage (215/1610): Money\.AccountSpec.fraction.Produces a result that can be multiplied back (39 mutations)
[2m[really-safe-money-gen] [mcoverage (219/1610): Money\.AccountSpec.toRational.produces valid Rationals when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (220/1610): Money\.AccountSpec.toRational.produces an invalid Rational with quantisation factor 0 (4 mutations)
[2m[really-safe-money-gen] [mcoverage (213/1610): Money\.AccountSpec.fraction.Correctly fractions 101 with 1 % 100 (32 mutations)
[2m[really-safe-money-gen] [mcoverage (221/1610): Money\.MultiAmountSpec.fromAmount.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (224/1610): Money\.MultiAmountSpec.Eq (MultiAmount Currency).(/=) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is antireflexive for "valid (MultiAmount Currency)"s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (227/1610): Money\.MultiAmountSpec.Eq (MultiAmount Currency).(==) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is symmetric for "valid (MultiAmount Currency)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (228/1610): Money\.MultiAmountSpec.Eq (MultiAmount Currency).(==) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (MultiAmount Currency)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (225/1610): Money\.MultiAmountSpec.Eq (MultiAmount Currency).(/=) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (MultiAmount Currency)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (222/1610): Money\.MultiAmountSpec.Show (MultiAmount Currency) and Read (MultiAmount Currency).are implemented such that read \. show == id for valid values (2 mutations)
[2m[really-safe-money-gen] [mcoverage (231/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(<) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is antireflexive for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (226/1610): Money\.MultiAmountSpec.Eq (MultiAmount Currency).(==) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is transitive for "valid (MultiAmount Currency)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (212/1610): Money\.AccountSpec.GenValid Account.genValid   \:\: Gen Account.only generates valid 'Account's (1 mutations)
[2m[really-safe-money-gen] [mcoverage (232/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(<) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is transitive for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (223/1610): Money\.MultiAmountSpec.zero.is valid (2 mutations)
[2m[really-safe-money-gen] [mcoverage (235/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(<=) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (233/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(<) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (229/1610): Money\.MultiAmountSpec.Eq (MultiAmount Currency).(==) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is reflexive for "valid (MultiAmount Currency)"s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (217/1610): Money\.AccountSpec.fraction.Produces a result that has been rounded in the right direction when using RoundDown (30 mutations)
[2m[really-safe-money-gen] [mcoverage (237/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(<=) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is antisymmetric for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (236/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(<=) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is transitive for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (238/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency)."min \:\: (MultiAmount Currency -> MultiAmount Currency -> MultiAmount Currency)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (239/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(>=) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is antisymmetric for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (240/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(>=) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is reflexive for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (241/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(>=) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is transitive for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (242/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(>=) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (91/1610): Money\.ConversionRateSpec.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (93/1610): Money\.ConversionRateSpec.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (248/1610): Money\.MultiAmountSpec.convertAll.produces valid results when converting two currencies to one (20 mutations)
[2m[really-safe-money-gen] [mcoverage (243/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency)."max \:\: (MultiAmount Currency -> MultiAmount Currency -> MultiAmount Currency)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (245/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(>) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is transitive for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (257/1610): Money\.MultiAmountSpec.GenValid (MultiAmount Currency).genValid   \:\: Gen (MultiAmount Currency).only generates valid '(MultiAmount Currency)'s (13 mutations)
[2m[really-safe-money-gen] [mcoverage (256/1610): Money\.MultiAmountSpec.subtractAmount.produces valid amounts (29 mutations)
[2m[really-safe-money-gen] [mcoverage (250/1610): Money\.MultiAmountSpec.add.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (252/1610): Money\.MultiAmountSpec.add.has a left-identity\: zero (4 mutations)
[2m[really-safe-money-gen] [mcoverage (259/1610): Money\.MultiAmountSpec.subtract.has a right-identity\: zero (2 mutations)
[2m[really-safe-money-gen] [mcoverage (255/1610): Money\.MultiAmountSpec.addAmount.produces valid amounts (24 mutations)
[2m[really-safe-money-gen] [mcoverage (234/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(<=) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is reflexive for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (244/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(>) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is antireflexive for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (247/1610): Money\.MultiAmountSpec.convertAll.produces the right result in this example (15 mutations)
[2m[really-safe-money-gen] [mcoverage (261/1610): Money\.MultiAmountSpec.lookupAmount.can find an added amount (5 mutations)
[2m[really-safe-money-gen] [mcoverage (246/1610): Money\.MultiAmountSpec.Ord (MultiAmount Currency).(>) \:\: (MultiAmount Currency) -> (MultiAmount Currency) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (MultiAmount Currency)"'s (2 mutations)
[2m[really-safe-money-gen] [mcoverage (230/1610): Money\.MultiAmountSpec.sum.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (253/1610): Money\.MultiAmountSpec.add.is associative when both succeed (16 mutations)
[2m[really-safe-money-gen] [mcoverage (258/1610): Money\.MultiAmountSpec.subtract.produces valid amounts (28 mutations)
[2m[really-safe-money-gen] [mcoverage (262/1610): Money\.AccountOfSpec.USD.sum.produces valid amounts (28 mutations)
[2m[really-safe-money-gen] [mcoverage (254/1610): Money\.MultiAmountSpec.add.is commutative (16 mutations)
[2m[really-safe-money-gen] [mcoverage (251/1610): Money\.MultiAmountSpec.add.has a right-identity\: zero (2 mutations)
[2m[really-safe-money-gen] [mcoverage (214/1610): Money\.AccountSpec.fraction.produces valid amounts (39 mutations)
[2m[really-safe-money-gen] [mcoverage (264/1610): Money\.AccountOfSpec.USD.Eq (AccountOf * USD).(/=) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (AccountOf * USD)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (265/1610): Money\.AccountOfSpec.USD.Eq (AccountOf * USD).(/=) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is antireflexive for "valid (AccountOf * USD)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (266/1610): Money\.AccountOfSpec.USD.Eq (AccountOf * USD).(==) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is reflexive for "valid (AccountOf * USD)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (269/1610): Money\.AccountOfSpec.USD.Eq (AccountOf * USD).(==) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (AccountOf * USD)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (267/1610): Money\.AccountOfSpec.USD.Eq (AccountOf * USD).(==) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is symmetric for "valid (AccountOf * USD)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (271/1610): Money\.AccountOfSpec.USD.add.is associative when both succeed (27 mutations)
[2m[really-safe-money-gen] [mcoverage (260/1610): Money\.MultiAmountSpec.lookupAmount.produces valid amounts (2 mutations)
[2m[really-safe-money-gen] [mcoverage (274/1610): Money\.AccountOfSpec.USD.add.is commutative (27 mutations)
[2m[really-safe-money-gen] [mcoverage (268/1610): Money\.AccountOfSpec.USD.Eq (AccountOf * USD).(==) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is transitive for "valid (AccountOf * USD)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (263/1610): Money\.AccountOfSpec.USD.sum.matches what you would get with Integer, if nothing fails (28 mutations)
[2m[really-safe-money-gen] [mcoverage (272/1610): Money\.AccountOfSpec.USD.add.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (273/1610): Money\.AccountOfSpec.USD.add.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (279/1610): Money\.AccountOfSpec.USD.fromAmount.produces valid AccountOfs (1 mutations)
[2m[really-safe-money-gen] [mcoverage (275/1610): Money\.AccountOfSpec.USD.add.has a left-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (276/1610): Money\.AccountOfSpec.USD.fromAmountOf.produces valid AccountOfs (1 mutations)
[2m[really-safe-money-gen] [mcoverage (280/1610): Money\.AccountOfSpec.USD.negate.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (285/1610): Money\.AccountOfSpec.USD.BTC.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (293/1610): Money\.AccountOfSpec.USD.fraction.produces valid amounts (39 mutations)
[2m[really-safe-money-gen] [mcoverage (270/1610): Money\.AccountOfSpec.USD.add.has a right-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (286/1610): Money\.AccountOfSpec.USD.INR.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (277/1610): Money\.AccountOfSpec.USD.toMinimalQuantisations.produces valid accounts (3 mutations)
[2m[really-safe-money-gen] [mcoverage (303/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(<) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is transitive for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (304/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(<) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is antireflexive for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (300/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(>) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (305/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(<) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (296/1610): Money\.AccountOfSpec.USD.fromMinimalQuantisations.produces valid accounts (14 mutations)
[2m[really-safe-money-gen] [mcoverage (306/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(>=) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (298/1610): Money\.AccountOfSpec.USD.fromDouble.produces valid rational (38 mutations)
[2m[really-safe-money-gen] [mcoverage (307/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(>=) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is antisymmetric for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (302/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(>) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is transitive for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (297/1610): Money\.AccountOfSpec.USD.GenValid (AccountOf * USD).genValid   \:\: Gen (AccountOf * USD).only generates valid '(AccountOf * USD)'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (310/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD)."max \:\: (AccountOf * USD -> AccountOf * USD -> AccountOf * USD)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (308/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(>=) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is reflexive for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (309/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(>=) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is transitive for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (295/1610): Money\.AccountOfSpec.USD.fromMinimalQuantisations.roundtrips with toMinimalQuantisations (16 mutations)
[2m[really-safe-money-gen] [mcoverage (312/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(<=) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is reflexive for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (288/1610): Money\.AccountOfSpec.USD.ADA.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (311/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(<=) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (289/1610): Money\.AccountOfSpec.USD.ADA.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (278/1610): Money\.AccountOfSpec.USD.toDouble.produces valid Doubles when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (292/1610): Money\.AccountOfSpec.USD.abs.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (313/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(<=) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is antisymmetric for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (284/1610): Money\.AccountOfSpec.USD.BTC.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (290/1610): Money\.AccountOfSpec.USD.CHF.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (294/1610): Money\.AccountOfSpec.USD.fraction.Produces a result that can be multiplied back (38 mutations)
[2m[really-safe-money-gen] [mcoverage (299/1610): Money\.AccountOfSpec.USD.fromDouble.roundtrips with toDouble (40 mutations)
[2m[really-safe-money-gen] [mcoverage (281/1610): Money\.AccountOfSpec.USD.USD.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (283/1610): Money\.AccountOfSpec.USD.Show (AccountOf * USD) and Read (AccountOf * USD).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (287/1610): Money\.AccountOfSpec.USD.INR.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (282/1610): Money\.AccountOfSpec.USD.USD.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (291/1610): Money\.AccountOfSpec.USD.CHF.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (314/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(<=) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is transitive for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (249/1610): Money\.MultiAmountSpec.convertAll.does the same as 'convert' when there is only one amount (32 mutations)
[2m[really-safe-money-gen] [mcoverage (315/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD)."min \:\: (AccountOf * USD -> AccountOf * USD -> AccountOf * USD)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (317/1610): Money\.AccountOfSpec.USD.distribute.Show (Distribution (AccountOf * USD)) and Read (Distribution (AccountOf * USD)).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (318/1610): Money\.AccountOfSpec.USD.distribute.Eq (Distribution (AccountOf * USD)).(/=) \:\: (Distribution (AccountOf * USD)) -> (Distribution (AccountOf * USD)) -> Bool.is antireflexive for "valid (Distribution (AccountOf * USD))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (319/1610): Money\.AccountOfSpec.USD.distribute.Eq (Distribution (AccountOf * USD)).(/=) \:\: (Distribution (AccountOf * USD)) -> (Distribution (AccountOf * USD)) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution (AccountOf * USD))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (320/1610): Money\.AccountOfSpec.USD.distribute.Eq (Distribution (AccountOf * USD)).(==) \:\: (Distribution (AccountOf * USD)) -> (Distribution (AccountOf * USD)) -> Bool.is reflexive for "valid (Distribution (AccountOf * USD))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (322/1610): Money\.AccountOfSpec.USD.distribute.Eq (Distribution (AccountOf * USD)).(==) \:\: (Distribution (AccountOf * USD)) -> (Distribution (AccountOf * USD)) -> Bool.is symmetric for "valid (Distribution (AccountOf * USD))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (324/1610): Money\.AccountOfSpec.USD.distribute.produces valid amounts (34 mutations)
[2m[really-safe-money-gen] [mcoverage (326/1610): Money\.AccountOfSpec.USD.subtract.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (323/1610): Money\.AccountOfSpec.USD.distribute.Eq (Distribution (AccountOf * USD)).(==) \:\: (Distribution (AccountOf * USD)) -> (Distribution (AccountOf * USD)) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution (AccountOf * USD))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (321/1610): Money\.AccountOfSpec.USD.distribute.Eq (Distribution (AccountOf * USD)).(==) \:\: (Distribution (AccountOf * USD)) -> (Distribution (AccountOf * USD)) -> Bool.is transitive for "valid (Distribution (AccountOf * USD))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (325/1610): Money\.AccountOfSpec.USD.format.produces valid strings (6 mutations)
[2m[really-safe-money-gen] [mcoverage (328/1610): Money\.AccountOfSpec.USD.fromRational.roundtrips with toRational (31 mutations)
[2m[really-safe-money-gen] [mcoverage (327/1610): Money\.AccountOfSpec.USD.fromRational.produces valid rational (27 mutations)
[2m[really-safe-money-gen] [mcoverage (329/1610): Money\.AccountOfSpec.USD.multiply.is absorbed by 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (331/1610): Money\.AccountOfSpec.USD.multiply.produces valid amounts (20 mutations)
[2m[really-safe-money-gen] [mcoverage (332/1610): Money\.AccountOfSpec.USD.multiply.matches what you would get with Integer, if nothing fails (20 mutations)
[2m[really-safe-money-gen] [mcoverage (316/1610): Money\.AccountOfSpec.USD.distribute.produces results that sum up to the greater whole (64 mutations)
[2m[really-safe-money-gen] [mcoverage (330/1610): Money\.AccountOfSpec.USD.multiply.has an identity\: 1 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (333/1610): Money\.AccountOfSpec.USD.multiply.is distributive with add when both succeed (44 mutations)
[2m[really-safe-money-gen] [mcoverage (301/1610): Money\.AccountOfSpec.USD.Ord (AccountOf * USD).(>) \:\: (AccountOf * USD) -> (AccountOf * USD) -> Bool.is antireflexive for "valid (AccountOf * USD)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (334/1610): Money\.AccountOfSpec.USD.toRational.produces valid Rationals when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (338/1610): Money\.AccountOfSpec.INR.GenValid (AccountOf * INR).genValid   \:\: Gen (AccountOf * INR).only generates valid '(AccountOf * INR)'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (335/1610): Money\.AccountOfSpec.INR.fromAmount.produces valid AccountOfs (1 mutations)
[2m[really-safe-money-gen] [mcoverage (336/1610): Money\.AccountOfSpec.INR.USD.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (339/1610): Money\.AccountOfSpec.INR.abs.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (337/1610): Money\.AccountOfSpec.INR.USD.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (341/1610): Money\.AccountOfSpec.INR.add.is associative when both succeed (27 mutations)
[2m[really-safe-money-gen] [mcoverage (183/1610): Money\.AccountSpec.DecimalLiteral.Account\.toDecimalLiteral.roundtrips with Account\.fromDecimalLiteral (87 mutations)
[2m[really-safe-money-gen] [mcoverage (184/1610): Money\.AccountSpec.DecimalLiteral.Account\.toDecimalLiteral.produces valid decimal literals (56 mutations)
[2m[really-safe-money-gen] [mcoverage (342/1610): Money\.AccountOfSpec.INR.add.has a left-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (343/1610): Money\.AccountOfSpec.INR.add.is commutative (27 mutations)
[2m[really-safe-money-gen] [mcoverage (344/1610): Money\.AccountOfSpec.INR.add.has a right-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (346/1610): Money\.AccountOfSpec.INR.subtract.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (345/1610): Money\.AccountOfSpec.INR.add.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (347/1610): Money\.AccountOfSpec.INR.fraction.produces valid amounts (39 mutations)
[2m[really-safe-money-gen] [mcoverage (348/1610): Money\.AccountOfSpec.INR.fraction.Produces a result that can be multiplied back (38 mutations)
[2m[really-safe-money-gen] [mcoverage (349/1610): Money\.AccountOfSpec.INR.distribute.produces results that sum up to the greater whole (64 mutations)
[2m[really-safe-money-gen] [mcoverage (351/1610): Money\.AccountOfSpec.INR.distribute.Eq (Distribution (AccountOf * INR)).(/=) \:\: (Distribution (AccountOf * INR)) -> (Distribution (AccountOf * INR)) -> Bool.is antireflexive for "valid (Distribution (AccountOf * INR))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (350/1610): Money\.AccountOfSpec.INR.distribute.Eq (Distribution (AccountOf * INR)).(/=) \:\: (Distribution (AccountOf * INR)) -> (Distribution (AccountOf * INR)) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution (AccountOf * INR))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (356/1610): Money\.AccountOfSpec.INR.distribute.Show (Distribution (AccountOf * INR)) and Read (Distribution (AccountOf * INR)).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (355/1610): Money\.AccountOfSpec.INR.distribute.Eq (Distribution (AccountOf * INR)).(==) \:\: (Distribution (AccountOf * INR)) -> (Distribution (AccountOf * INR)) -> Bool.is symmetric for "valid (Distribution (AccountOf * INR))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (358/1610): Money\.AccountOfSpec.INR.fromAmountOf.produces valid AccountOfs (1 mutations)
[2m[really-safe-money-gen] [mcoverage (357/1610): Money\.AccountOfSpec.INR.distribute.produces valid amounts (34 mutations)
[2m[really-safe-money-gen] [mcoverage (353/1610): Money\.AccountOfSpec.INR.distribute.Eq (Distribution (AccountOf * INR)).(==) \:\: (Distribution (AccountOf * INR)) -> (Distribution (AccountOf * INR)) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution (AccountOf * INR))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (359/1610): Money\.AccountOfSpec.INR.sum.matches what you would get with Integer, if nothing fails (28 mutations)
[2m[really-safe-money-gen] [mcoverage (362/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(>=) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is antisymmetric for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (340/1610): Money\.AccountOfSpec.INR.add.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (363/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(>=) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (364/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(>=) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is reflexive for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (352/1610): Money\.AccountOfSpec.INR.distribute.Eq (Distribution (AccountOf * INR)).(==) \:\: (Distribution (AccountOf * INR)) -> (Distribution (AccountOf * INR)) -> Bool.is transitive for "valid (Distribution (AccountOf * INR))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (365/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(>=) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is transitive for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (354/1610): Money\.AccountOfSpec.INR.distribute.Eq (Distribution (AccountOf * INR)).(==) \:\: (Distribution (AccountOf * INR)) -> (Distribution (AccountOf * INR)) -> Bool.is reflexive for "valid (Distribution (AccountOf * INR))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (367/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(<) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is antireflexive for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (370/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(>) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is transitive for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (369/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR)."max \:\: (AccountOf * INR -> AccountOf * INR -> AccountOf * INR)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (372/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(>) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is antireflexive for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (373/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(<=) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is reflexive for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (361/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR)."min \:\: (AccountOf * INR -> AccountOf * INR -> AccountOf * INR)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (366/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(<) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is transitive for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (376/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(<=) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (377/1610): Money\.AccountOfSpec.INR.CHF.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (371/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(>) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (378/1610): Money\.AccountOfSpec.INR.CHF.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (368/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(<) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (374/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(<=) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is transitive for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (381/1610): Money\.AccountOfSpec.INR.multiply.is absorbed by 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (360/1610): Money\.AccountOfSpec.INR.sum.produces valid amounts (28 mutations)
[2m[really-safe-money-gen] [mcoverage (384/1610): Money\.AccountOfSpec.INR.negate.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (382/1610): Money\.AccountOfSpec.INR.multiply.produces valid amounts (20 mutations)
[2m[really-safe-money-gen] [mcoverage (375/1610): Money\.AccountOfSpec.INR.Ord (AccountOf * INR).(<=) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is antisymmetric for "valid (AccountOf * INR)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (379/1610): Money\.AccountOfSpec.INR.multiply.is distributive with add when both succeed (44 mutations)
[2m[really-safe-money-gen] [mcoverage (380/1610): Money\.AccountOfSpec.INR.multiply.matches what you would get with Integer, if nothing fails (20 mutations)
[2m[really-safe-money-gen] [mcoverage (383/1610): Money\.AccountOfSpec.INR.multiply.has an identity\: 1 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (397/1610): Money\.AccountOfSpec.INR.ADA.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (388/1610): Money\.AccountOfSpec.INR.fromRational.produces valid rational (27 mutations)
[2m[really-safe-money-gen] [mcoverage (387/1610): Money\.AccountOfSpec.INR.fromMinimalQuantisations.produces valid accounts (14 mutations)
[2m[really-safe-money-gen] [mcoverage (393/1610): Money\.AccountOfSpec.INR.toRational.produces valid Rationals when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (390/1610): Money\.AccountOfSpec.INR.toDouble.produces valid Doubles when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (400/1610): Money\.AccountOfSpec.INR.Eq (AccountOf * INR).(/=) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (AccountOf * INR)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (399/1610): Money\.AccountOfSpec.INR.toMinimalQuantisations.produces valid accounts (3 mutations)
[2m[really-safe-money-gen] [mcoverage (392/1610): Money\.AccountOfSpec.INR.BTC.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (386/1610): Money\.AccountOfSpec.INR.fromMinimalQuantisations.roundtrips with toMinimalQuantisations (16 mutations)
[2m[really-safe-money-gen] [mcoverage (402/1610): Money\.AccountOfSpec.INR.Eq (AccountOf * INR).(==) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is reflexive for "valid (AccountOf * INR)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (395/1610): Money\.AccountOfSpec.INR.fromDouble.produces valid rational (38 mutations)
[2m[really-safe-money-gen] [mcoverage (403/1610): Money\.AccountOfSpec.INR.Eq (AccountOf * INR).(==) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is symmetric for "valid (AccountOf * INR)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (398/1610): Money\.AccountOfSpec.INR.format.produces valid strings (6 mutations)
[2m[really-safe-money-gen] [mcoverage (405/1610): Money\.AccountOfSpec.INR.Eq (AccountOf * INR).(==) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (AccountOf * INR)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (406/1610): Money\.AccountOfSpec.INR.INR.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (409/1610): Money\.AccountOfSpec.CHF.fromMinimalQuantisations.roundtrips with toMinimalQuantisations (16 mutations)
[2m[really-safe-money-gen] [mcoverage (404/1610): Money\.AccountOfSpec.INR.Eq (AccountOf * INR).(==) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is transitive for "valid (AccountOf * INR)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (407/1610): Money\.AccountOfSpec.INR.INR.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (391/1610): Money\.AccountOfSpec.INR.BTC.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (410/1610): Money\.AccountOfSpec.CHF.fromMinimalQuantisations.produces valid accounts (14 mutations)
[2m[really-safe-money-gen] [mcoverage (421/1610): Money\.AccountOfSpec.CHF.distribute.Eq (Distribution (AccountOf * CHF)).(==) \:\: (Distribution (AccountOf * CHF)) -> (Distribution (AccountOf * CHF)) -> Bool.is transitive for "valid (Distribution (AccountOf * CHF))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (385/1610): Money\.AccountOfSpec.INR.Show (AccountOf * INR) and Read (AccountOf * INR).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (408/1610): Money\.AccountOfSpec.CHF.fromAmount.produces valid AccountOfs (1 mutations)
[2m[really-safe-money-gen] [mcoverage (422/1610): Money\.AccountOfSpec.CHF.distribute.Eq (Distribution (AccountOf * CHF)).(==) \:\: (Distribution (AccountOf * CHF)) -> (Distribution (AccountOf * CHF)) -> Bool.is symmetric for "valid (Distribution (AccountOf * CHF))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (418/1610): Money\.AccountOfSpec.CHF.distribute.Eq (Distribution (AccountOf * CHF)).(/=) \:\: (Distribution (AccountOf * CHF)) -> (Distribution (AccountOf * CHF)) -> Bool.is antireflexive for "valid (Distribution (AccountOf * CHF))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (423/1610): Money\.AccountOfSpec.CHF.distribute.Eq (Distribution (AccountOf * CHF)).(==) \:\: (Distribution (AccountOf * CHF)) -> (Distribution (AccountOf * CHF)) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution (AccountOf * CHF))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (417/1610): Money\.AccountOfSpec.CHF.distribute.produces results that sum up to the greater whole (64 mutations)
[2m[really-safe-money-gen] [mcoverage (424/1610): Money\.AccountOfSpec.CHF.distribute.Show (Distribution (AccountOf * CHF)) and Read (Distribution (AccountOf * CHF)).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (425/1610): Money\.AccountOfSpec.CHF.sum.matches what you would get with Integer, if nothing fails (28 mutations)
[2m[really-safe-money-gen] [mcoverage (389/1610): Money\.AccountOfSpec.INR.fromRational.roundtrips with toRational (31 mutations)
[2m[really-safe-money-gen] [mcoverage (431/1610): Money\.AccountOfSpec.CHF.BTC.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (432/1610): Money\.AccountOfSpec.CHF.BTC.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (433/1610): Money\.AccountOfSpec.CHF.toMinimalQuantisations.produces valid accounts (3 mutations)
[2m[really-safe-money-gen] [mcoverage (434/1610): Money\.AccountOfSpec.CHF.fraction.Produces a result that can be multiplied back (38 mutations)
[2m[really-safe-money-gen] [mcoverage (435/1610): Money\.AccountOfSpec.CHF.fraction.produces valid amounts (39 mutations)
[2m[really-safe-money-gen] [mcoverage (437/1610): Money\.AccountOfSpec.CHF.Eq (AccountOf * CHF).(==) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is transitive for "valid (AccountOf * CHF)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (436/1610): Money\.AccountOfSpec.CHF.Eq (AccountOf * CHF).(==) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (AccountOf * CHF)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (438/1610): Money\.AccountOfSpec.CHF.Eq (AccountOf * CHF).(==) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is reflexive for "valid (AccountOf * CHF)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (439/1610): Money\.AccountOfSpec.CHF.Eq (AccountOf * CHF).(==) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is symmetric for "valid (AccountOf * CHF)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (440/1610): Money\.AccountOfSpec.CHF.Eq (AccountOf * CHF).(/=) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (AccountOf * CHF)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (429/1610): Money\.AccountOfSpec.CHF.USD.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (441/1610): Money\.AccountOfSpec.CHF.Eq (AccountOf * CHF).(/=) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is antireflexive for "valid (AccountOf * CHF)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (442/1610): Money\.AccountOfSpec.CHF.toDouble.produces valid Doubles when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (412/1610): Money\.AccountOfSpec.CHF.multiply.is absorbed by 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (411/1610): Money\.AccountOfSpec.CHF.multiply.produces valid amounts (20 mutations)
[2m[really-safe-money-gen] [mcoverage (416/1610): Money\.AccountOfSpec.CHF.distribute.produces valid amounts (34 mutations)
[2m[really-safe-money-gen] [mcoverage (444/1610): Money\.AccountOfSpec.CHF.negate.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (414/1610): Money\.AccountOfSpec.CHF.multiply.matches what you would get with Integer, if nothing fails (20 mutations)
[2m[really-safe-money-gen] [mcoverage (420/1610): Money\.AccountOfSpec.CHF.distribute.Eq (Distribution (AccountOf * CHF)).(==) \:\: (Distribution (AccountOf * CHF)) -> (Distribution (AccountOf * CHF)) -> Bool.is reflexive for "valid (Distribution (AccountOf * CHF))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (413/1610): Money\.AccountOfSpec.CHF.multiply.is distributive with add when both succeed (44 mutations)
[2m[really-safe-money-gen] [mcoverage (450/1610): Money\.AccountOfSpec.CHF.fromDouble.roundtrips with toDouble (40 mutations)
[2m[really-safe-money-gen] [mcoverage (415/1610): Money\.AccountOfSpec.CHF.multiply.has an identity\: 1 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (448/1610): Money\.AccountOfSpec.CHF.fromRational.roundtrips with toRational (31 mutations)
[2m[really-safe-money-gen] [mcoverage (452/1610): Money\.AccountOfSpec.CHF.ADA.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (451/1610): Money\.AccountOfSpec.CHF.ADA.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (456/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(<) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is antireflexive for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (454/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(<) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (453/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF)."min \:\: (AccountOf * CHF -> AccountOf * CHF -> AccountOf * CHF)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (458/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(<=) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is antisymmetric for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (457/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(<=) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (461/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF)."max \:\: (AccountOf * CHF -> AccountOf * CHF -> AccountOf * CHF)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (462/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(>) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (463/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(>) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is antireflexive for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (464/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(>) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is transitive for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (460/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(<=) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is reflexive for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (465/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(>=) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (394/1610): Money\.AccountOfSpec.INR.fromDouble.roundtrips with toDouble (40 mutations)
[2m[really-safe-money-gen] [mcoverage (466/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(>=) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is reflexive for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (467/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(>=) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is antisymmetric for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (443/1610): Money\.AccountOfSpec.CHF.fromAmountOf.produces valid AccountOfs (1 mutations)
[2m[really-safe-money-gen] [mcoverage (445/1610): Money\.AccountOfSpec.CHF.toRational.produces valid Rationals when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (446/1610): Money\.AccountOfSpec.CHF.format.produces valid strings (6 mutations)
[2m[really-safe-money-gen] [mcoverage (447/1610): Money\.AccountOfSpec.CHF.fromRational.produces valid rational (27 mutations)
[2m[really-safe-money-gen] [mcoverage (401/1610): Money\.AccountOfSpec.INR.Eq (AccountOf * INR).(/=) \:\: (AccountOf * INR) -> (AccountOf * INR) -> Bool.is antireflexive for "valid (AccountOf * INR)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (473/1610): Money\.AccountOfSpec.CHF.add.is associative when both succeed (27 mutations)
[2m[really-safe-money-gen] [mcoverage (449/1610): Money\.AccountOfSpec.CHF.fromDouble.produces valid rational (38 mutations)
[2m[really-safe-money-gen] [mcoverage (470/1610): Money\.AccountOfSpec.CHF.subtract.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (459/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(<=) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is transitive for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (471/1610): Money\.AccountOfSpec.CHF.CHF.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (479/1610): Money\.AccountOfSpec.CHF.INR.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (485/1610): Money\.AccountOfSpec.ADA.fromRational.produces valid rational (27 mutations)
[2m[really-safe-money-gen] [mcoverage (482/1610): Money\.AccountOfSpec.ADA.fromMinimalQuantisations.roundtrips with toMinimalQuantisations (16 mutations)
[2m[really-safe-money-gen] [mcoverage (486/1610): Money\.AccountOfSpec.ADA.fromRational.roundtrips with toRational (31 mutations)
[2m[really-safe-money-gen] [mcoverage (490/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(<=) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is antisymmetric for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (487/1610): Money\.AccountOfSpec.ADA.Show (AccountOf * ADA) and Read (AccountOf * ADA).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (488/1610): Money\.AccountOfSpec.ADA.fraction.Produces a result that can be multiplied back (38 mutations)
[2m[really-safe-money-gen] [mcoverage (484/1610): Money\.AccountOfSpec.ADA.fromDouble.roundtrips with toDouble (40 mutations)
[2m[really-safe-money-gen] [mcoverage (491/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(<=) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is reflexive for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (495/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(>=) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (492/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(<=) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is transitive for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (496/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(>=) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is transitive for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (497/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(>=) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is reflexive for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (498/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA)."min \:\: (AccountOf * ADA -> AccountOf * ADA -> AccountOf * ADA)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (499/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(>) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is antireflexive for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (500/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(>) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is transitive for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (501/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(>) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (502/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA)."max \:\: (AccountOf * ADA -> AccountOf * ADA -> AccountOf * ADA)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (503/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(<) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (504/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(<) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is transitive for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (506/1610): Money\.AccountOfSpec.ADA.fromAmountOf.produces valid AccountOfs (1 mutations)
[2m[really-safe-money-gen] [mcoverage (505/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(<) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is antireflexive for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (507/1610): Money\.AccountOfSpec.ADA.toRational.produces valid Rationals when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (511/1610): Money\.AccountOfSpec.ADA.distribute.Eq (Distribution (AccountOf * ADA)).(==) \:\: (Distribution (AccountOf * ADA)) -> (Distribution (AccountOf * ADA)) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution (AccountOf * ADA))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (509/1610): Money\.AccountOfSpec.ADA.distribute.Eq (Distribution (AccountOf * ADA)).(==) \:\: (Distribution (AccountOf * ADA)) -> (Distribution (AccountOf * ADA)) -> Bool.is transitive for "valid (Distribution (AccountOf * ADA))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (508/1610): Money\.AccountOfSpec.ADA.distribute.Eq (Distribution (AccountOf * ADA)).(==) \:\: (Distribution (AccountOf * ADA)) -> (Distribution (AccountOf * ADA)) -> Bool.is reflexive for "valid (Distribution (AccountOf * ADA))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (512/1610): Money\.AccountOfSpec.ADA.distribute.Eq (Distribution (AccountOf * ADA)).(/=) \:\: (Distribution (AccountOf * ADA)) -> (Distribution (AccountOf * ADA)) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution (AccountOf * ADA))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (515/1610): Money\.AccountOfSpec.ADA.distribute.produces valid amounts (34 mutations)
[2m[really-safe-money-gen] [mcoverage (513/1610): Money\.AccountOfSpec.ADA.distribute.Eq (Distribution (AccountOf * ADA)).(/=) \:\: (Distribution (AccountOf * ADA)) -> (Distribution (AccountOf * ADA)) -> Bool.is antireflexive for "valid (Distribution (AccountOf * ADA))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (516/1610): Money\.AccountOfSpec.ADA.distribute.produces results that sum up to the greater whole (64 mutations)
[2m[really-safe-money-gen] [mcoverage (514/1610): Money\.AccountOfSpec.ADA.distribute.Show (Distribution (AccountOf * ADA)) and Read (Distribution (AccountOf * ADA)).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (517/1610): Money\.AccountOfSpec.ADA.toDouble.produces valid Doubles when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (518/1610): Money\.AccountOfSpec.ADA.Eq (AccountOf * ADA).(/=) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is antireflexive for "valid (AccountOf * ADA)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (520/1610): Money\.AccountOfSpec.ADA.Eq (AccountOf * ADA).(==) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is reflexive for "valid (AccountOf * ADA)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (521/1610): Money\.AccountOfSpec.ADA.Eq (AccountOf * ADA).(==) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is transitive for "valid (AccountOf * ADA)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (519/1610): Money\.AccountOfSpec.ADA.Eq (AccountOf * ADA).(/=) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (AccountOf * ADA)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (430/1610): Money\.AccountOfSpec.CHF.USD.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (522/1610): Money\.AccountOfSpec.ADA.Eq (AccountOf * ADA).(==) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is symmetric for "valid (AccountOf * ADA)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (483/1610): Money\.AccountOfSpec.ADA.fromDouble.produces valid rational (38 mutations)
[2m[really-safe-money-gen] [mcoverage (489/1610): Money\.AccountOfSpec.ADA.fraction.produces valid amounts (39 mutations)
[2m[really-safe-money-gen] [mcoverage (481/1610): Money\.AccountOfSpec.ADA.fromMinimalQuantisations.produces valid accounts (14 mutations)
[2m[really-safe-money-gen] [mcoverage (476/1610): Money\.AccountOfSpec.CHF.add.has a right-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (469/1610): Money\.AccountOfSpec.CHF.GenValid (AccountOf * CHF).genValid   \:\: Gen (AccountOf * CHF).only generates valid '(AccountOf * CHF)'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (468/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(>=) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is transitive for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (526/1610): Money\.AccountOfSpec.ADA.subtract.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (480/1610): Money\.AccountOfSpec.CHF.INR.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (527/1610): Money\.AccountOfSpec.ADA.negate.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (396/1610): Money\.AccountOfSpec.INR.ADA.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (475/1610): Money\.AccountOfSpec.CHF.add.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (510/1610): Money\.AccountOfSpec.ADA.distribute.Eq (Distribution (AccountOf * ADA)).(==) \:\: (Distribution (AccountOf * ADA)) -> (Distribution (AccountOf * ADA)) -> Bool.is symmetric for "valid (Distribution (AccountOf * ADA))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (528/1610): Money\.AccountOfSpec.ADA.CHF.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (530/1610): Money\.AccountOfSpec.ADA.INR.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (525/1610): Money\.AccountOfSpec.ADA.format.produces valid strings (6 mutations)
[2m[really-safe-money-gen] [mcoverage (529/1610): Money\.AccountOfSpec.ADA.CHF.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (524/1610): Money\.AccountOfSpec.ADA.abs.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (541/1610): Money\.AccountOfSpec.ADA.add.is associative when both succeed (27 mutations)
[2m[really-safe-money-gen] [mcoverage (427/1610): Money\.AccountOfSpec.CHF.Show (AccountOf * CHF) and Read (AccountOf * CHF).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (428/1610): Money\.AccountOfSpec.CHF.abs.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (523/1610): Money\.AccountOfSpec.ADA.Eq (AccountOf * ADA).(==) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (AccountOf * ADA)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (540/1610): Money\.AccountOfSpec.ADA.add.is commutative (27 mutations)
[2m[really-safe-money-gen] [mcoverage (543/1610): Money\.AccountOfSpec.ADA.add.has a right-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (426/1610): Money\.AccountOfSpec.CHF.sum.produces valid amounts (28 mutations)
[2m[really-safe-money-gen] [mcoverage (539/1610): Money\.AccountOfSpec.ADA.add.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (542/1610): Money\.AccountOfSpec.ADA.add.has a left-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (537/1610): Money\.AccountOfSpec.ADA.ADA.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (544/1610): Money\.AccountOfSpec.ADA.GenValid (AccountOf * ADA).genValid   \:\: Gen (AccountOf * ADA).only generates valid '(AccountOf * ADA)'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (533/1610): Money\.AccountOfSpec.ADA.sum.matches what you would get with Integer, if nothing fails (28 mutations)
[2m[really-safe-money-gen] [mcoverage (546/1610): Money\.AccountOfSpec.ADA.BTC.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (478/1610): Money\.AccountOfSpec.CHF.add.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (550/1610): Money\.AccountOfSpec.ADA.multiply.matches what you would get with Integer, if nothing fails (20 mutations)
[2m[really-safe-money-gen] [mcoverage (551/1610): Money\.AccountOfSpec.ADA.multiply.is absorbed by 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (547/1610): Money\.AccountOfSpec.ADA.multiply.produces valid amounts (20 mutations)
[2m[really-safe-money-gen] [mcoverage (552/1610): Money\.AccountOfSpec.ADA.USD.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (553/1610): Money\.AccountOfSpec.ADA.USD.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (555/1610): Money\.AccountOfSpec.BTC.add.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (545/1610): Money\.AccountOfSpec.ADA.BTC.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (554/1610): Money\.AccountOfSpec.BTC.add.is commutative (27 mutations)
[2m[really-safe-money-gen] [mcoverage (549/1610): Money\.AccountOfSpec.ADA.multiply.has an identity\: 1 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (536/1610): Money\.AccountOfSpec.ADA.ADA.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (556/1610): Money\.AccountOfSpec.BTC.add.has a left-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (559/1610): Money\.AccountOfSpec.BTC.add.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (538/1610): Money\.AccountOfSpec.ADA.add.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (561/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(>) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is transitive for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (535/1610): Money\.AccountOfSpec.ADA.toMinimalQuantisations.produces valid accounts (3 mutations)
[2m[really-safe-money-gen] [mcoverage (477/1610): Money\.AccountOfSpec.CHF.add.is commutative (27 mutations)
[2m[really-safe-money-gen] [mcoverage (531/1610): Money\.AccountOfSpec.ADA.INR.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (534/1610): Money\.AccountOfSpec.ADA.sum.produces valid amounts (28 mutations)
[2m[really-safe-money-gen] [mcoverage (560/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(>) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (548/1610): Money\.AccountOfSpec.ADA.multiply.is distributive with add when both succeed (44 mutations)
[2m[really-safe-money-gen] [mcoverage (564/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(<=) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is antisymmetric for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (566/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(<=) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is transitive for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (563/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(<=) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (568/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(<) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (532/1610): Money\.AccountOfSpec.ADA.fromAmount.produces valid AccountOfs (1 mutations)
[2m[really-safe-money-gen] [mcoverage (562/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(>) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is antireflexive for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (565/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(<=) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is reflexive for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (419/1610): Money\.AccountOfSpec.CHF.distribute.Eq (Distribution (AccountOf * CHF)).(/=) \:\: (Distribution (AccountOf * CHF)) -> (Distribution (AccountOf * CHF)) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution (AccountOf * CHF))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (558/1610): Money\.AccountOfSpec.BTC.add.is associative when both succeed (27 mutations)
[2m[really-safe-money-gen] [mcoverage (472/1610): Money\.AccountOfSpec.CHF.CHF.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (570/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC)."min \:\: (AccountOf * BTC -> AccountOf * BTC -> AccountOf * BTC)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (569/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(<) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is antireflexive for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (557/1610): Money\.AccountOfSpec.BTC.add.has a right-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (571/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC)."max \:\: (AccountOf * BTC -> AccountOf * BTC -> AccountOf * BTC)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (576/1610): Money\.AccountOfSpec.BTC.BTC.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (574/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(>=) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is transitive for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (572/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(>=) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is antisymmetric for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (573/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(>=) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (474/1610): Money\.AccountOfSpec.CHF.add.has a left-identity\: zero (28 mutations)
[2m[really-safe-money-gen] [mcoverage (579/1610): Money\.AccountOfSpec.BTC.distribute.produces results that sum up to the greater whole (64 mutations)
[2m[really-safe-money-gen] [mcoverage (567/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(<) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is transitive for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (578/1610): Money\.AccountOfSpec.BTC.distribute.produces valid amounts (34 mutations)
[2m[really-safe-money-gen] [mcoverage (494/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(>=) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is antisymmetric for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (493/1610): Money\.AccountOfSpec.ADA.Ord (AccountOf * ADA).(<=) \:\: (AccountOf * ADA) -> (AccountOf * ADA) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (AccountOf * ADA)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (575/1610): Money\.AccountOfSpec.BTC.Ord (AccountOf * BTC).(>=) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is reflexive for "valid (AccountOf * BTC)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (588/1610): Money\.AccountOfSpec.BTC.negate.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (581/1610): Money\.AccountOfSpec.BTC.distribute.Eq (Distribution (AccountOf * BTC)).(==) \:\: (Distribution (AccountOf * BTC)) -> (Distribution (AccountOf * BTC)) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution (AccountOf * BTC))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (583/1610): Money\.AccountOfSpec.BTC.distribute.Eq (Distribution (AccountOf * BTC)).(==) \:\: (Distribution (AccountOf * BTC)) -> (Distribution (AccountOf * BTC)) -> Bool.is symmetric for "valid (Distribution (AccountOf * BTC))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (587/1610): Money\.AccountOfSpec.BTC.toDouble.produces valid Doubles when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (585/1610): Money\.AccountOfSpec.BTC.distribute.Eq (Distribution (AccountOf * BTC)).(/=) \:\: (Distribution (AccountOf * BTC)) -> (Distribution (AccountOf * BTC)) -> Bool.is antireflexive for "valid (Distribution (AccountOf * BTC))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (455/1610): Money\.AccountOfSpec.CHF.Ord (AccountOf * CHF).(<) \:\: (AccountOf * CHF) -> (AccountOf * CHF) -> Bool.is transitive for "valid (AccountOf * CHF)"'s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (584/1610): Money\.AccountOfSpec.BTC.distribute.Eq (Distribution (AccountOf * BTC)).(==) \:\: (Distribution (AccountOf * BTC)) -> (Distribution (AccountOf * BTC)) -> Bool.is transitive for "valid (Distribution (AccountOf * BTC))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (582/1610): Money\.AccountOfSpec.BTC.distribute.Eq (Distribution (AccountOf * BTC)).(==) \:\: (Distribution (AccountOf * BTC)) -> (Distribution (AccountOf * BTC)) -> Bool.is reflexive for "valid (Distribution (AccountOf * BTC))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (586/1610): Money\.AccountOfSpec.BTC.distribute.Eq (Distribution (AccountOf * BTC)).(/=) \:\: (Distribution (AccountOf * BTC)) -> (Distribution (AccountOf * BTC)) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution (AccountOf * BTC))"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (589/1610): Money\.AccountOfSpec.BTC.fromAmountOf.produces valid AccountOfs (1 mutations)
[2m[really-safe-money-gen] [mcoverage (591/1610): Money\.AccountOfSpec.BTC.multiply.is distributive with add when both succeed (44 mutations)
[2m[really-safe-money-gen] [mcoverage (593/1610): Money\.AccountOfSpec.BTC.multiply.has an identity\: 1 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (592/1610): Money\.AccountOfSpec.BTC.multiply.is absorbed by 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (594/1610): Money\.AccountOfSpec.BTC.multiply.matches what you would get with Integer, if nothing fails (20 mutations)
[2m[really-safe-money-gen] [mcoverage (590/1610): Money\.AccountOfSpec.BTC.multiply.produces valid amounts (20 mutations)
[2m[really-safe-money-gen] [mcoverage (595/1610): Money\.AccountOfSpec.BTC.sum.produces valid amounts (28 mutations)
[2m[really-safe-money-gen] [mcoverage (597/1610): Money\.AccountOfSpec.BTC.Eq (AccountOf * BTC).(==) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is reflexive for "valid (AccountOf * BTC)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (596/1610): Money\.AccountOfSpec.BTC.sum.matches what you would get with Integer, if nothing fails (28 mutations)
[2m[really-safe-money-gen] [mcoverage (601/1610): Money\.AccountOfSpec.BTC.Eq (AccountOf * BTC).(/=) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is antireflexive for "valid (AccountOf * BTC)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (599/1610): Money\.AccountOfSpec.BTC.Eq (AccountOf * BTC).(==) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (AccountOf * BTC)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (602/1610): Money\.AccountOfSpec.BTC.Eq (AccountOf * BTC).(/=) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (AccountOf * BTC)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (600/1610): Money\.AccountOfSpec.BTC.Eq (AccountOf * BTC).(==) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is symmetric for "valid (AccountOf * BTC)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (608/1610): Money\.AccountOfSpec.BTC.ADA.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (609/1610): Money\.AccountOfSpec.BTC.fromRational.produces valid rational (27 mutations)
[2m[really-safe-money-gen] [mcoverage (605/1610): Money\.AccountOfSpec.BTC.USD.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (606/1610): Money\.AccountOfSpec.BTC.subtract.matches what you would get with Integer, if nothing fails (27 mutations)
[2m[really-safe-money-gen] [mcoverage (598/1610): Money\.AccountOfSpec.BTC.Eq (AccountOf * BTC).(==) \:\: (AccountOf * BTC) -> (AccountOf * BTC) -> Bool.is transitive for "valid (AccountOf * BTC)"s (3 mutations)
[2m[really-safe-money-gen] [mcoverage (607/1610): Money\.AccountOfSpec.BTC.ADA.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (604/1610): Money\.AccountOfSpec.BTC.USD.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (603/1610): Money\.AccountOfSpec.BTC.format.produces valid strings (6 mutations)
[2m[really-safe-money-gen] [mcoverage (610/1610): Money\.AccountOfSpec.BTC.fromRational.roundtrips with toRational (31 mutations)
[2m[really-safe-money-gen] [mcoverage (611/1610): Money\.AccountOfSpec.BTC.Show (AccountOf * BTC) and Read (AccountOf * BTC).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (616/1610): Money\.AccountOfSpec.BTC.INR.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (615/1610): Money\.AccountOfSpec.BTC.INR.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (613/1610): Money\.AccountOfSpec.BTC.GenValid (AccountOf * BTC).genValid   \:\: Gen (AccountOf * BTC).only generates valid '(AccountOf * BTC)'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (612/1610): Money\.AccountOfSpec.BTC.toMinimalQuantisations.produces valid accounts (3 mutations)
[2m[really-safe-money-gen] [mcoverage (614/1610): Money\.AccountOfSpec.BTC.toRational.produces valid Rationals when the quantisation factor is nonzero (3 mutations)
[2m[really-safe-money-gen] [mcoverage (617/1610): Money\.AccountOfSpec.BTC.fromDouble.roundtrips with toDouble (40 mutations)
[2m[really-safe-money-gen] [mcoverage (621/1610): Money\.AccountOfSpec.BTC.CHF.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (619/1610): Money\.AccountOfSpec.BTC.fraction.produces valid amounts (39 mutations)
[2m[really-safe-money-gen] [mcoverage (618/1610): Money\.AccountOfSpec.BTC.fromDouble.produces valid rational (38 mutations)
[2m[really-safe-money-gen] [mcoverage (577/1610): Money\.AccountOfSpec.BTC.BTC.rate.produces valid amounts (15 mutations)
[2m[really-safe-money-gen] [mcoverage (580/1610): Money\.AccountOfSpec.BTC.distribute.Show (Distribution (AccountOf * BTC)) and Read (Distribution (AccountOf * BTC)).are implemented such that read \. show == id for valid values (3 mutations)
[2m[really-safe-money-gen] [mcoverage (624/1610): Money\.AccountOfSpec.BTC.fromMinimalQuantisations.produces valid accounts (14 mutations)
[2m[really-safe-money-gen] [mcoverage (623/1610): Money\.AccountOfSpec.BTC.fromMinimalQuantisations.roundtrips with toMinimalQuantisations (16 mutations)
[2m[really-safe-money-gen] [mcoverage (622/1610): Money\.AccountOfSpec.BTC.CHF.convert.produces valid amounts (27 mutations)
[2m[really-safe-money-gen] [mcoverage (620/1610): Money\.AccountOfSpec.BTC.fraction.Produces a result that can be multiplied back (38 mutations)
[2m[really-safe-money-gen] [mcoverage (627/1610): Money\.ConversionRateOfSpec.INR.ADA.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (634/1610): Money\.ConversionRateOfSpec.INR.ADA.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (625/1610): Money\.AccountOfSpec.BTC.fromAmount.produces valid AccountOfs (1 mutations)
[2m[really-safe-money-gen] [mcoverage (631/1610): Money\.ConversionRateOfSpec.INR.ADA.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (630/1610): Money\.ConversionRateOfSpec.INR.ADA.GenValid (ConversionRateOf INR ADA).genValid   \:\: Gen (ConversionRateOf INR ADA).only generates valid '(ConversionRateOf INR ADA)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (626/1610): Money\.AccountOfSpec.BTC.abs.produces valid amounts (1 mutations)
[2m[really-safe-money-gen] [mcoverage (633/1610): Money\.ConversionRateOfSpec.INR.ADA.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (632/1610): Money\.ConversionRateOfSpec.INR.ADA.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (628/1610): Money\.ConversionRateOfSpec.INR.ADA.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (629/1610): Money\.ConversionRateOfSpec.INR.ADA.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (637/1610): Money\.ConversionRateOfSpec.INR.ADA.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (639/1610): Money\.ConversionRateOfSpec.INR.BTC.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (643/1610): Money\.ConversionRateOfSpec.INR.BTC.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (635/1610): Money\.ConversionRateOfSpec.INR.ADA.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (644/1610): Money\.ConversionRateOfSpec.INR.BTC.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (645/1610): Money\.ConversionRateOfSpec.INR.BTC.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (646/1610): Money\.ConversionRateOfSpec.INR.BTC.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (638/1610): Money\.ConversionRateOfSpec.INR.ADA.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (636/1610): Money\.ConversionRateOfSpec.INR.ADA.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (647/1610): Money\.ConversionRateOfSpec.INR.BTC.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (648/1610): Money\.ConversionRateOfSpec.INR.BTC.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (650/1610): Money\.ConversionRateOfSpec.INR.BTC.GenValid (ConversionRateOf INR BTC).genValid   \:\: Gen (ConversionRateOf INR BTC).only generates valid '(ConversionRateOf INR BTC)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (651/1610): Money\.ConversionRateOfSpec.INR.CHF.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (652/1610): Money\.ConversionRateOfSpec.INR.CHF.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (654/1610): Money\.ConversionRateOfSpec.INR.CHF.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (655/1610): Money\.ConversionRateOfSpec.INR.CHF.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (657/1610): Money\.ConversionRateOfSpec.INR.CHF.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (653/1610): Money\.ConversionRateOfSpec.INR.CHF.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (662/1610): Money\.ConversionRateOfSpec.INR.CHF.GenValid (ConversionRateOf INR CHF).genValid   \:\: Gen (ConversionRateOf INR CHF).only generates valid '(ConversionRateOf INR CHF)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (671/1610): Money\.ConversionRateOfSpec.INR.USD.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (660/1610): Money\.ConversionRateOfSpec.INR.CHF.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (659/1610): Money\.ConversionRateOfSpec.INR.CHF.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (661/1610): Money\.ConversionRateOfSpec.INR.CHF.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (642/1610): Money\.ConversionRateOfSpec.INR.BTC.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (667/1610): Money\.ConversionRateOfSpec.INR.USD.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (641/1610): Money\.ConversionRateOfSpec.INR.BTC.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (658/1610): Money\.ConversionRateOfSpec.INR.CHF.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (669/1610): Money\.ConversionRateOfSpec.INR.USD.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (668/1610): Money\.ConversionRateOfSpec.INR.USD.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (640/1610): Money\.ConversionRateOfSpec.INR.BTC.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (664/1610): Money\.ConversionRateOfSpec.INR.USD.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (673/1610): Money\.ConversionRateOfSpec.INR.USD.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (672/1610): Money\.ConversionRateOfSpec.INR.USD.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (674/1610): Money\.ConversionRateOfSpec.INR.USD.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (649/1610): Money\.ConversionRateOfSpec.INR.BTC.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (670/1610): Money\.ConversionRateOfSpec.INR.USD.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (677/1610): Money\.ConversionRateOfSpec.INR.INR.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (676/1610): Money\.ConversionRateOfSpec.INR.INR.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (675/1610): Money\.ConversionRateOfSpec.INR.INR.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (680/1610): Money\.ConversionRateOfSpec.INR.INR.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (678/1610): Money\.ConversionRateOfSpec.INR.INR.GenValid (ConversionRateOf INR INR).genValid   \:\: Gen (ConversionRateOf INR INR).only generates valid '(ConversionRateOf INR INR)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (679/1610): Money\.ConversionRateOfSpec.INR.INR.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (683/1610): Money\.ConversionRateOfSpec.INR.INR.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (687/1610): Money\.ConversionRateOfSpec.ADA.USD.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (684/1610): Money\.ConversionRateOfSpec.INR.INR.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (691/1610): Money\.ConversionRateOfSpec.ADA.USD.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (682/1610): Money\.ConversionRateOfSpec.INR.INR.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (686/1610): Money\.ConversionRateOfSpec.INR.INR.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (681/1610): Money\.ConversionRateOfSpec.INR.INR.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (690/1610): Money\.ConversionRateOfSpec.ADA.USD.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (689/1610): Money\.ConversionRateOfSpec.ADA.USD.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (688/1610): Money\.ConversionRateOfSpec.ADA.USD.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (685/1610): Money\.ConversionRateOfSpec.INR.INR.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (692/1610): Money\.ConversionRateOfSpec.ADA.USD.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (697/1610): Money\.ConversionRateOfSpec.ADA.USD.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (695/1610): Money\.ConversionRateOfSpec.ADA.USD.GenValid (ConversionRateOf ADA USD).genValid   \:\: Gen (ConversionRateOf ADA USD).only generates valid '(ConversionRateOf ADA USD)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (696/1610): Money\.ConversionRateOfSpec.ADA.USD.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (693/1610): Money\.ConversionRateOfSpec.ADA.USD.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (709/1610): Money\.ConversionRateOfSpec.ADA.CHF.GenValid (ConversionRateOf ADA CHF).genValid   \:\: Gen (ConversionRateOf ADA CHF).only generates valid '(ConversionRateOf ADA CHF)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (702/1610): Money\.ConversionRateOfSpec.ADA.CHF.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (700/1610): Money\.ConversionRateOfSpec.ADA.CHF.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (706/1610): Money\.ConversionRateOfSpec.ADA.CHF.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (699/1610): Money\.ConversionRateOfSpec.ADA.CHF.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (704/1610): Money\.ConversionRateOfSpec.ADA.CHF.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (703/1610): Money\.ConversionRateOfSpec.ADA.CHF.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (708/1610): Money\.ConversionRateOfSpec.ADA.CHF.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (710/1610): Money\.ConversionRateOfSpec.ADA.CHF.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (705/1610): Money\.ConversionRateOfSpec.ADA.CHF.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (698/1610): Money\.ConversionRateOfSpec.ADA.USD.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (701/1610): Money\.ConversionRateOfSpec.ADA.CHF.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (712/1610): Money\.ConversionRateOfSpec.ADA.ADA.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (733/1610): Money\.ConversionRateOfSpec.ADA.BTC.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (707/1610): Money\.ConversionRateOfSpec.ADA.CHF.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (730/1610): Money\.ConversionRateOfSpec.ADA.BTC.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (729/1610): Money\.ConversionRateOfSpec.ADA.BTC.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (732/1610): Money\.ConversionRateOfSpec.ADA.BTC.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (738/1610): Money\.ConversionRateOfSpec.ADA.INR.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (728/1610): Money\.ConversionRateOfSpec.ADA.BTC.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (694/1610): Money\.ConversionRateOfSpec.ADA.USD.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (714/1610): Money\.ConversionRateOfSpec.ADA.ADA.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (736/1610): Money\.ConversionRateOfSpec.ADA.INR.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (735/1610): Money\.ConversionRateOfSpec.ADA.INR.GenValid (ConversionRateOf ADA INR).genValid   \:\: Gen (ConversionRateOf ADA INR).only generates valid '(ConversionRateOf ADA INR)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (740/1610): Money\.ConversionRateOfSpec.ADA.INR.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (713/1610): Money\.ConversionRateOfSpec.ADA.ADA.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (737/1610): Money\.ConversionRateOfSpec.ADA.INR.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (731/1610): Money\.ConversionRateOfSpec.ADA.BTC.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (739/1610): Money\.ConversionRateOfSpec.ADA.INR.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (741/1610): Money\.ConversionRateOfSpec.ADA.INR.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (720/1610): Money\.ConversionRateOfSpec.ADA.ADA.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (727/1610): Money\.ConversionRateOfSpec.ADA.BTC.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (715/1610): Money\.ConversionRateOfSpec.ADA.ADA.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (711/1610): Money\.ConversionRateOfSpec.ADA.ADA.GenValid (ConversionRateOf ADA ADA).genValid   \:\: Gen (ConversionRateOf ADA ADA).only generates valid '(ConversionRateOf ADA ADA)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (742/1610): Money\.ConversionRateOfSpec.ADA.INR.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (743/1610): Money\.ConversionRateOfSpec.ADA.INR.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (745/1610): Money\.ConversionRateOfSpec.ADA.INR.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (744/1610): Money\.ConversionRateOfSpec.ADA.INR.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (746/1610): Money\.ConversionRateOfSpec.ADA.INR.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (724/1610): Money\.ConversionRateOfSpec.ADA.BTC.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (748/1610): Money\.ConversionRateOfSpec.CHF.BTC.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (747/1610): Money\.ConversionRateOfSpec.CHF.BTC.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (725/1610): Money\.ConversionRateOfSpec.ADA.BTC.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (749/1610): Money\.ConversionRateOfSpec.CHF.BTC.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (750/1610): Money\.ConversionRateOfSpec.CHF.BTC.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (719/1610): Money\.ConversionRateOfSpec.ADA.ADA.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (751/1610): Money\.ConversionRateOfSpec.CHF.BTC.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (716/1610): Money\.ConversionRateOfSpec.ADA.ADA.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (757/1610): Money\.ConversionRateOfSpec.CHF.BTC.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (721/1610): Money\.ConversionRateOfSpec.ADA.ADA.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (718/1610): Money\.ConversionRateOfSpec.ADA.ADA.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (752/1610): Money\.ConversionRateOfSpec.CHF.BTC.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (726/1610): Money\.ConversionRateOfSpec.ADA.BTC.GenValid (ConversionRateOf ADA BTC).genValid   \:\: Gen (ConversionRateOf ADA BTC).only generates valid '(ConversionRateOf ADA BTC)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (723/1610): Money\.ConversionRateOfSpec.ADA.BTC.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (765/1610): Money\.ConversionRateOfSpec.CHF.ADA.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (758/1610): Money\.ConversionRateOfSpec.CHF.BTC.GenValid (ConversionRateOf CHF BTC).genValid   \:\: Gen (ConversionRateOf CHF BTC).only generates valid '(ConversionRateOf CHF BTC)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (764/1610): Money\.ConversionRateOfSpec.CHF.ADA.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (759/1610): Money\.ConversionRateOfSpec.CHF.ADA.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (762/1610): Money\.ConversionRateOfSpec.CHF.ADA.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (722/1610): Money\.ConversionRateOfSpec.ADA.ADA.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (763/1610): Money\.ConversionRateOfSpec.CHF.ADA.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (761/1610): Money\.ConversionRateOfSpec.CHF.ADA.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (768/1610): Money\.ConversionRateOfSpec.CHF.ADA.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (666/1610): Money\.ConversionRateOfSpec.INR.USD.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (753/1610): Money\.ConversionRateOfSpec.CHF.BTC.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (766/1610): Money\.ConversionRateOfSpec.CHF.ADA.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (769/1610): Money\.ConversionRateOfSpec.CHF.ADA.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (760/1610): Money\.ConversionRateOfSpec.CHF.ADA.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (755/1610): Money\.ConversionRateOfSpec.CHF.BTC.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (772/1610): Money\.ConversionRateOfSpec.CHF.USD.GenValid (ConversionRateOf CHF USD).genValid   \:\: Gen (ConversionRateOf CHF USD).only generates valid '(ConversionRateOf CHF USD)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (665/1610): Money\.ConversionRateOfSpec.INR.USD.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (717/1610): Money\.ConversionRateOfSpec.ADA.ADA.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (780/1610): Money\.ConversionRateOfSpec.CHF.USD.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (656/1610): Money\.ConversionRateOfSpec.INR.CHF.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (754/1610): Money\.ConversionRateOfSpec.CHF.BTC.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (771/1610): Money\.ConversionRateOfSpec.CHF.USD.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (663/1610): Money\.ConversionRateOfSpec.INR.USD.GenValid (ConversionRateOf INR USD).genValid   \:\: Gen (ConversionRateOf INR USD).only generates valid '(ConversionRateOf INR USD)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (796/1610): Money\.ConversionRateOfSpec.CHF.INR.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (774/1610): Money\.ConversionRateOfSpec.CHF.USD.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (779/1610): Money\.ConversionRateOfSpec.CHF.USD.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (775/1610): Money\.ConversionRateOfSpec.CHF.USD.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (734/1610): Money\.ConversionRateOfSpec.ADA.BTC.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (770/1610): Money\.ConversionRateOfSpec.CHF.ADA.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (776/1610): Money\.ConversionRateOfSpec.CHF.USD.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (777/1610): Money\.ConversionRateOfSpec.CHF.USD.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (756/1610): Money\.ConversionRateOfSpec.CHF.BTC.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (778/1610): Money\.ConversionRateOfSpec.CHF.USD.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (787/1610): Money\.ConversionRateOfSpec.CHF.CHF.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (767/1610): Money\.ConversionRateOfSpec.CHF.ADA.GenValid (ConversionRateOf CHF ADA).genValid   \:\: Gen (ConversionRateOf CHF ADA).only generates valid '(ConversionRateOf CHF ADA)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (773/1610): Money\.ConversionRateOfSpec.CHF.USD.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (783/1610): Money\.ConversionRateOfSpec.CHF.CHF.GenValid (ConversionRateOf CHF CHF).genValid   \:\: Gen (ConversionRateOf CHF CHF).only generates valid '(ConversionRateOf CHF CHF)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (797/1610): Money\.ConversionRateOfSpec.CHF.INR.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (786/1610): Money\.ConversionRateOfSpec.CHF.CHF.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (788/1610): Money\.ConversionRateOfSpec.CHF.CHF.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (789/1610): Money\.ConversionRateOfSpec.CHF.CHF.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (791/1610): Money\.ConversionRateOfSpec.CHF.CHF.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (790/1610): Money\.ConversionRateOfSpec.CHF.CHF.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (785/1610): Money\.ConversionRateOfSpec.CHF.CHF.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (793/1610): Money\.ConversionRateOfSpec.CHF.CHF.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (792/1610): Money\.ConversionRateOfSpec.CHF.CHF.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (794/1610): Money\.ConversionRateOfSpec.CHF.CHF.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (798/1610): Money\.ConversionRateOfSpec.CHF.INR.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (795/1610): Money\.ConversionRateOfSpec.CHF.INR.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (799/1610): Money\.ConversionRateOfSpec.CHF.INR.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (800/1610): Money\.ConversionRateOfSpec.CHF.INR.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (801/1610): Money\.ConversionRateOfSpec.CHF.INR.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (805/1610): Money\.ConversionRateOfSpec.CHF.INR.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (803/1610): Money\.ConversionRateOfSpec.CHF.INR.GenValid (ConversionRateOf CHF INR).genValid   \:\: Gen (ConversionRateOf CHF INR).only generates valid '(ConversionRateOf CHF INR)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (802/1610): Money\.ConversionRateOfSpec.CHF.INR.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (807/1610): Money\.ConversionRateOfSpec.USD.CHF.GenValid (ConversionRateOf USD CHF).genValid   \:\: Gen (ConversionRateOf USD CHF).only generates valid '(ConversionRateOf USD CHF)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (804/1610): Money\.ConversionRateOfSpec.CHF.INR.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (808/1610): Money\.ConversionRateOfSpec.USD.CHF.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (810/1610): Money\.ConversionRateOfSpec.USD.CHF.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (813/1610): Money\.ConversionRateOfSpec.USD.CHF.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (812/1610): Money\.ConversionRateOfSpec.USD.CHF.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (809/1610): Money\.ConversionRateOfSpec.USD.CHF.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (811/1610): Money\.ConversionRateOfSpec.USD.CHF.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (814/1610): Money\.ConversionRateOfSpec.USD.CHF.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (784/1610): Money\.ConversionRateOfSpec.CHF.CHF.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (816/1610): Money\.ConversionRateOfSpec.USD.CHF.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (820/1610): Money\.ConversionRateOfSpec.USD.USD.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (782/1610): Money\.ConversionRateOfSpec.CHF.USD.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (781/1610): Money\.ConversionRateOfSpec.CHF.USD.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (815/1610): Money\.ConversionRateOfSpec.USD.CHF.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (818/1610): Money\.ConversionRateOfSpec.USD.CHF.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (825/1610): Money\.ConversionRateOfSpec.USD.USD.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (806/1610): Money\.ConversionRateOfSpec.CHF.INR.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (826/1610): Money\.ConversionRateOfSpec.USD.USD.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (828/1610): Money\.ConversionRateOfSpec.USD.USD.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (822/1610): Money\.ConversionRateOfSpec.USD.USD.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (821/1610): Money\.ConversionRateOfSpec.USD.USD.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (830/1610): Money\.ConversionRateOfSpec.USD.USD.GenValid (ConversionRateOf USD USD).genValid   \:\: Gen (ConversionRateOf USD USD).only generates valid '(ConversionRateOf USD USD)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (827/1610): Money\.ConversionRateOfSpec.USD.USD.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (832/1610): Money\.ConversionRateOfSpec.USD.INR.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (833/1610): Money\.ConversionRateOfSpec.USD.INR.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (835/1610): Money\.ConversionRateOfSpec.USD.INR.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (829/1610): Money\.ConversionRateOfSpec.USD.USD.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (819/1610): Money\.ConversionRateOfSpec.USD.USD.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (852/1610): Money\.ConversionRateOfSpec.USD.BTC.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (855/1610): Money\.ConversionRateOfSpec.USD.ADA.GenValid (ConversionRateOf USD ADA).genValid   \:\: Gen (ConversionRateOf USD ADA).only generates valid '(ConversionRateOf USD ADA)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (853/1610): Money\.ConversionRateOfSpec.USD.BTC.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (834/1610): Money\.ConversionRateOfSpec.USD.INR.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (823/1610): Money\.ConversionRateOfSpec.USD.USD.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (838/1610): Money\.ConversionRateOfSpec.USD.INR.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (857/1610): Money\.ConversionRateOfSpec.USD.ADA.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (849/1610): Money\.ConversionRateOfSpec.USD.BTC.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (850/1610): Money\.ConversionRateOfSpec.USD.BTC.GenValid (ConversionRateOf USD BTC).genValid   \:\: Gen (ConversionRateOf USD BTC).only generates valid '(ConversionRateOf USD BTC)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (836/1610): Money\.ConversionRateOfSpec.USD.INR.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (856/1610): Money\.ConversionRateOfSpec.USD.ADA.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (844/1610): Money\.ConversionRateOfSpec.USD.BTC.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (824/1610): Money\.ConversionRateOfSpec.USD.USD.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (817/1610): Money\.ConversionRateOfSpec.USD.CHF.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (847/1610): Money\.ConversionRateOfSpec.USD.BTC.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (864/1610): Money\.ConversionRateOfSpec.USD.ADA.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (865/1610): Money\.ConversionRateOfSpec.USD.ADA.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (861/1610): Money\.ConversionRateOfSpec.USD.ADA.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (862/1610): Money\.ConversionRateOfSpec.USD.ADA.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (863/1610): Money\.ConversionRateOfSpec.USD.ADA.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (846/1610): Money\.ConversionRateOfSpec.USD.BTC.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (860/1610): Money\.ConversionRateOfSpec.USD.ADA.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (845/1610): Money\.ConversionRateOfSpec.USD.BTC.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (859/1610): Money\.ConversionRateOfSpec.USD.ADA.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (842/1610): Money\.ConversionRateOfSpec.USD.INR.GenValid (ConversionRateOf USD INR).genValid   \:\: Gen (ConversionRateOf USD INR).only generates valid '(ConversionRateOf USD INR)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (866/1610): Money\.ConversionRateOfSpec.USD.ADA.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (858/1610): Money\.ConversionRateOfSpec.USD.ADA.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (854/1610): Money\.ConversionRateOfSpec.USD.BTC.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (840/1610): Money\.ConversionRateOfSpec.USD.INR.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (841/1610): Money\.ConversionRateOfSpec.USD.INR.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (851/1610): Money\.ConversionRateOfSpec.USD.BTC.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (843/1610): Money\.ConversionRateOfSpec.USD.BTC.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (878/1610): Money\.ConversionRateOfSpec.BTC.ADA.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (877/1610): Money\.ConversionRateOfSpec.BTC.ADA.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (872/1610): Money\.ConversionRateOfSpec.BTC.ADA.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (875/1610): Money\.ConversionRateOfSpec.BTC.ADA.GenValid (ConversionRateOf BTC ADA).genValid   \:\: Gen (ConversionRateOf BTC ADA).only generates valid '(ConversionRateOf BTC ADA)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (871/1610): Money\.ConversionRateOfSpec.BTC.ADA.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (873/1610): Money\.ConversionRateOfSpec.BTC.ADA.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (874/1610): Money\.ConversionRateOfSpec.BTC.ADA.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (876/1610): Money\.ConversionRateOfSpec.BTC.ADA.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (868/1610): Money\.ConversionRateOfSpec.BTC.ADA.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (869/1610): Money\.ConversionRateOfSpec.BTC.ADA.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (870/1610): Money\.ConversionRateOfSpec.BTC.ADA.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (867/1610): Money\.ConversionRateOfSpec.BTC.ADA.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (885/1610): Money\.ConversionRateOfSpec.BTC.USD.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (884/1610): Money\.ConversionRateOfSpec.BTC.USD.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (883/1610): Money\.ConversionRateOfSpec.BTC.USD.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (880/1610): Money\.ConversionRateOfSpec.BTC.USD.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (881/1610): Money\.ConversionRateOfSpec.BTC.USD.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (837/1610): Money\.ConversionRateOfSpec.USD.INR.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (879/1610): Money\.ConversionRateOfSpec.BTC.USD.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (848/1610): Money\.ConversionRateOfSpec.USD.BTC.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (839/1610): Money\.ConversionRateOfSpec.USD.INR.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (831/1610): Money\.ConversionRateOfSpec.USD.INR.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (889/1610): Money\.ConversionRateOfSpec.BTC.USD.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (887/1610): Money\.ConversionRateOfSpec.BTC.USD.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (891/1610): Money\.ConversionRateOfSpec.BTC.INR.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (894/1610): Money\.ConversionRateOfSpec.BTC.INR.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (886/1610): Money\.ConversionRateOfSpec.BTC.USD.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (890/1610): Money\.ConversionRateOfSpec.BTC.USD.GenValid (ConversionRateOf BTC USD).genValid   \:\: Gen (ConversionRateOf BTC USD).only generates valid '(ConversionRateOf BTC USD)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (893/1610): Money\.ConversionRateOfSpec.BTC.INR.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (888/1610): Money\.ConversionRateOfSpec.BTC.USD.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (906/1610): Money\.ConversionRateOfSpec.BTC.CHF.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (895/1610): Money\.ConversionRateOfSpec.BTC.INR.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (907/1610): Money\.ConversionRateOfSpec.BTC.CHF.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (882/1610): Money\.ConversionRateOfSpec.BTC.USD.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (910/1610): Money\.ConversionRateOfSpec.BTC.CHF.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (909/1610): Money\.ConversionRateOfSpec.BTC.CHF.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (905/1610): Money\.ConversionRateOfSpec.BTC.CHF.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (904/1610): Money\.ConversionRateOfSpec.BTC.CHF.GenValid (ConversionRateOf BTC CHF).genValid   \:\: Gen (ConversionRateOf BTC CHF).only generates valid '(ConversionRateOf BTC CHF)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (892/1610): Money\.ConversionRateOfSpec.BTC.INR.GenValid (ConversionRateOf BTC INR).genValid   \:\: Gen (ConversionRateOf BTC INR).only generates valid '(ConversionRateOf BTC INR)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (911/1610): Money\.ConversionRateOfSpec.BTC.CHF.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (912/1610): Money\.ConversionRateOfSpec.BTC.CHF.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (914/1610): Money\.ConversionRateOfSpec.BTC.CHF.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (915/1610): Money\.ConversionRateOfSpec.BTC.BTC.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (917/1610): Money\.ConversionRateOfSpec.BTC.BTC.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (913/1610): Money\.ConversionRateOfSpec.BTC.CHF.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (916/1610): Money\.ConversionRateOfSpec.BTC.BTC.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (919/1610): Money\.ConversionRateOfSpec.BTC.BTC.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (918/1610): Money\.ConversionRateOfSpec.BTC.BTC.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (920/1610): Money\.ConversionRateOfSpec.BTC.BTC.GenValid (ConversionRateOf BTC BTC).genValid   \:\: Gen (ConversionRateOf BTC BTC).only generates valid '(ConversionRateOf BTC BTC)'s (6 mutations)
[2m[really-safe-money-gen] [mcoverage (902/1610): Money\.ConversionRateOfSpec.BTC.INR.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (921/1610): Money\.ConversionRateOfSpec.BTC.BTC.DecimalLiteral.toDecimalLiteral.produces valid literals (37 mutations)
[2m[really-safe-money-gen] [mcoverage (922/1610): Money\.ConversionRateOfSpec.BTC.BTC.DecimalLiteral.fromDecimalLiteral.produces valid conversion rates (16 mutations)
[2m[really-safe-money-gen] [mcoverage (901/1610): Money\.ConversionRateOfSpec.BTC.INR.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (900/1610): Money\.ConversionRateOfSpec.BTC.INR.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (899/1610): Money\.ConversionRateOfSpec.BTC.INR.Rational.toRational.produces valid rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (897/1610): Money\.ConversionRateOfSpec.BTC.INR.Rational.fromRational.roundtrips with toRational (13 mutations)
[2m[really-safe-money-gen] [mcoverage (896/1610): Money\.ConversionRateOfSpec.BTC.INR.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (898/1610): Money\.ConversionRateOfSpec.BTC.INR.Rational.fromRational.produces valid conversion rates (13 mutations)
[2m[really-safe-money-gen] [mcoverage (928/1610): Money\.QuantisationFactorSpec.digits.works on 10 (0 mutations)
[2m[really-safe-money-gen] [mcoverage (932/1610): Money\.QuantisationFactorSpec.digits.works on 1 (0 mutations)
[2m[really-safe-money-gen] [mcoverage (933/1610): Money\.QuantisationFactorSpec.DecimalLiteral.fromDecimalLiteral.fails to render a non-1 integer (23 mutations)
[2m[really-safe-money-gen] [mcoverage (935/1610): Money\.QuantisationFactorSpec.DecimalLiteral.fromDecimalLiteral.produces valid factors (37 mutations)
[2m[really-safe-money-gen] [mcoverage (939/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn DecimalLiteral Nothing 1 1 into quantisation factor 10 (31 mutations)
[2m[really-safe-money-gen] [mcoverage (936/1610): Money\.QuantisationFactorSpec.DecimalLiteral.fromDecimalLiteral.fails to render a 0 (8 mutations)
[2m[really-safe-money-gen] [mcoverage (934/1610): Money\.QuantisationFactorSpec.DecimalLiteral.fromDecimalLiteral.fails to render negative fractionals (17 mutations)
[2m[really-safe-money-gen] [mcoverage (944/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn DecimalLiteral Nothing 2 2 into quantisation factor 50 (31 mutations)
[2m[really-safe-money-gen] [mcoverage (947/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn DecimalLiteral Nothing 5 2 into quantisation factor 20 (31 mutations)
[2m[really-safe-money-gen] [mcoverage (946/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn quantisation factor 20 into DecimalLiteral Nothing 5 2 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (950/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn quantisation factor 1000 into DecimalLiteral Nothing 1 3 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (945/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn DecimalLiteral Nothing 1 0 into quantisation factor 1 (31 mutations)
[2m[really-safe-money-gen] [mcoverage (948/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn quantisation factor 1 into DecimalLiteral Nothing 1 0 (32 mutations)
[2m[really-safe-money-gen] [mcoverage (949/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn DecimalLiteral Nothing 1 2 into quantisation factor 100 (31 mutations)
[2m[really-safe-money-gen] [mcoverage (952/1610): Money\.MultiAccountSpec.subtractAmount.produces valid amounts (44 mutations)
[2m[really-safe-money-gen] [mcoverage (951/1610): Money\.QuantisationFactorSpec.GenValid QuantisationFactor.genValid   \:\: Gen QuantisationFactor.only generates valid 'QuantisationFactor's (6 mutations)
[2m[really-safe-money-gen] [mcoverage (953/1610): Money\.MultiAccountSpec.subtractAmount.computes this example correctly (24 mutations)
[2m[really-safe-money-gen] [mcoverage (954/1610): Money\.MultiAccountSpec.subtractAmount.adds a non zero amount (5 mutations)
[2m[really-safe-money-gen] [mcoverage (931/1610): Money\.QuantisationFactorSpec.digits.produces valid numbers of digits (0 mutations)
[2m[really-safe-money-gen] [mcoverage (929/1610): Money\.QuantisationFactorSpec.digits.works on 20 (0 mutations)
[2m[really-safe-money-gen] [mcoverage (927/1610): Money\.QuantisationFactorSpec.fromWord32.produces valid quantisation factors (6 mutations)
[2m[really-safe-money-gen] [mcoverage (926/1610): Money\.ConversionRateOfSpec.BTC.BTC.Ratio.toRatio.produces valid ratios (0 mutations)
[2m[really-safe-money-gen] [mcoverage (925/1610): Money\.ConversionRateOfSpec.BTC.BTC.Ratio.fromRatio.produces valid conversion rates (6 mutations)
[2m[really-safe-money-gen] [mcoverage (941/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn quantisation factor 50 into DecimalLiteral Nothing 2 2 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (930/1610): Money\.QuantisationFactorSpec.digits.works on 100 (0 mutations)
[2m[really-safe-money-gen] [mcoverage (923/1610): Money\.ConversionRateOfSpec.BTC.BTC.DecimalLiteral.fromDecimalLiteral.roundtrips with toDecimalLiteral (53 mutations)
[2m[really-safe-money-gen] [mcoverage (924/1610): Money\.ConversionRateOfSpec.BTC.BTC.Ratio.fromRatio.roundtrips with toRatio (6 mutations)
[2m[really-safe-money-gen] [mcoverage (962/1610): Money\.MultiAccountSpec.Eq (MultiAccount Currency).(==) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is reflexive for "valid (MultiAccount Currency)"s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (961/1610): Money\.MultiAccountSpec.GenValid (MultiAccount Currency).genValid   \:\: Gen (MultiAccount Currency).only generates valid '(MultiAccount Currency)'s (15 mutations)
[2m[really-safe-money-gen] [mcoverage (963/1610): Money\.MultiAccountSpec.Eq (MultiAccount Currency).(==) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is symmetric for "valid (MultiAccount Currency)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (964/1610): Money\.MultiAccountSpec.Eq (MultiAccount Currency).(==) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is transitive for "valid (MultiAccount Currency)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (965/1610): Money\.MultiAccountSpec.Eq (MultiAccount Currency).(==) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (MultiAccount Currency)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (966/1610): Money\.MultiAccountSpec.Eq (MultiAccount Currency).(/=) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (MultiAccount Currency)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (940/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn quantisation factor 100 into DecimalLiteral Nothing 1 2 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (943/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn quantisation factor 10 into DecimalLiteral Nothing 1 1 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (958/1610): Money\.MultiAccountSpec.add.produces valid amounts (44 mutations)
[2m[really-safe-money-gen] [mcoverage (960/1610): Money\.MultiAccountSpec.add.has a left-identity\: zero (6 mutations)
[2m[really-safe-money-gen] [mcoverage (942/1610): Money\.QuantisationFactorSpec.DecimalLiteral.can turn DecimalLiteral Nothing 1 3 into quantisation factor 1000 (31 mutations)
[2m[really-safe-money-gen] [mcoverage (956/1610): Money\.MultiAccountSpec.add.has a right-identity\: zero (4 mutations)
[2m[really-safe-money-gen] [mcoverage (957/1610): Money\.MultiAccountSpec.add.is commutative (33 mutations)
[2m[really-safe-money-gen] [mcoverage (967/1610): Money\.MultiAccountSpec.Eq (MultiAccount Currency).(/=) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is antireflexive for "valid (MultiAccount Currency)"s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (971/1610): Money\.MultiAccountSpec.fromAccount.produces valid amounts (18 mutations)
[2m[really-safe-money-gen] [mcoverage (968/1610): Money\.MultiAccountSpec.sum.produces valid amounts (44 mutations)
[2m[really-safe-money-gen] [mcoverage (969/1610): Money\.MultiAccountSpec.Show (MultiAccount Currency) and Read (MultiAccount Currency).are implemented such that read \. show == id for valid values (4 mutations)
[2m[really-safe-money-gen] [mcoverage (959/1610): Money\.MultiAccountSpec.add.is associative when both succeed (33 mutations)
[2m[really-safe-money-gen] [mcoverage (973/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(>=) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is reflexive for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (975/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(>=) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is antisymmetric for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (974/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(>=) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is transitive for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (976/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(>=) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (978/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(>) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (977/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency)."min \:\: (MultiAccount Currency -> MultiAccount Currency -> MultiAccount Currency)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (979/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(>) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is antireflexive for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (980/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(>) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is transitive for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (981/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(<=) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (982/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(<=) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is reflexive for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (984/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(<=) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is transitive for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (983/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(<=) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is antisymmetric for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (985/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(<) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is transitive for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (986/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(<) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is antireflexive for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (987/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency).(<) \:\: (MultiAccount Currency) -> (MultiAccount Currency) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (990/1610): Money\.MultiAccountSpec.subtract.has a right-identity\: zero (4 mutations)
[2m[really-safe-money-gen] [mcoverage (989/1610): Money\.MultiAccountSpec.subtract.produces valid amounts (44 mutations)
[2m[really-safe-money-gen] [mcoverage (993/1610): Money\.MultiAccountSpec.addAmount.adds a non zero amount (5 mutations)
[2m[really-safe-money-gen] [mcoverage (988/1610): Money\.MultiAccountSpec.Ord (MultiAccount Currency)."max \:\: (MultiAccount Currency -> MultiAccount Currency -> MultiAccount Currency)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (MultiAccount Currency)"'s (4 mutations)
[2m[really-safe-money-gen] [mcoverage (992/1610): Money\.MultiAccountSpec.addAmount.computes this example correctly (18 mutations)
[2m[really-safe-money-gen] [mcoverage (991/1610): Money\.MultiAccountSpec.addAmount.produces valid amounts (45 mutations)
[2m[really-safe-money-gen] [mcoverage (972/1610): Money\.MultiAccountSpec.addAccount.produces valid amounts (46 mutations)
[2m[really-safe-money-gen] [mcoverage (955/1610): Money\.MultiAccountSpec.subtractAmount.removes a zero amount (24 mutations)
[2m[really-safe-money-gen] [mcoverage (970/1610): Money\.MultiAccountSpec.zero.is valid (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1000/1610): Money\.AmountOfSpec.USD.toMinimalQuantisations.produces valid Int64s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (908/1610): Money\.ConversionRateOfSpec.BTC.CHF.invert.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (903/1610): Money\.ConversionRateOfSpec.BTC.CHF.compose.produces valid rates (8 mutations)
[2m[really-safe-money-gen] [mcoverage (997/1610): Money\.MultiAccountSpec.lookupAccount.produces valid amounts (4 mutations)
[2m[really-safe-money-gen] [mcoverage (999/1610): Money\.MultiAccountSpec.convertAll.produces the right result in this example (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1005/1610): Money\.AmountOfSpec.USD.fromRatio.roundtrips with toRatio (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1007/1610): Money\.AmountOfSpec.USD.fromRatio.succeeds on 77 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1008/1610): Money\.AmountOfSpec.USD.fromRatio.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1006/1610): Money\.AmountOfSpec.USD.fromRatio.produces valid AmountOfs (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1009/1610): Money\.AmountOfSpec.USD.fromRatio.succeeds on 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (1010/1610): Money\.AmountOfSpec.USD.fromRatio.fails on 7\.123 (13 mutations)
[2m[really-safe-money-gen] [mcoverage (1011/1610): Money\.AmountOfSpec.USD.fromRatio.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1012/1610): Money\.AmountOfSpec.USD.add.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1013/1610): Money\.AmountOfSpec.USD.add.has a right-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1014/1610): Money\.AmountOfSpec.USD.add.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1015/1610): Money\.AmountOfSpec.USD.add.has a left-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1016/1610): Money\.AmountOfSpec.USD.add.is commutative (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1017/1610): Money\.AmountOfSpec.USD.add.is associative when both succeed (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1019/1610): Money\.AmountOfSpec.USD.fromRational.roundtrips with toRational (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1021/1610): Money\.AmountOfSpec.USD.fromRational.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1020/1610): Money\.AmountOfSpec.USD.fromRational.fails on -1 (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1022/1610): Money\.AmountOfSpec.USD.fromRational.produces valid Amounts (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1018/1610): Money\.AmountOfSpec.USD.fromMinimalQuantisations.produces valid amounts (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1023/1610): Money\.AmountOfSpec.USD.fromRational.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1024/1610): Money\.AmountOfSpec.USD.fromRational.fails on -Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1025/1610): Money\.AmountOfSpec.USD.fromRational.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1003/1610): Money\.AmountOfSpec.USD.CHF.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1027/1610): Money\.AmountOfSpec.USD.toRational.produces valid Rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (995/1610): Money\.MultiAccountSpec.subtractAccount.produces valid amounts (46 mutations)
[2m[really-safe-money-gen] [mcoverage (1002/1610): Money\.AmountOfSpec.USD.CHF.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1028/1610): Money\.AmountOfSpec.USD.GenValid (AmountOf * USD).genValid   \:\: Gen (AmountOf * USD).only generates valid '(AmountOf * USD)'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1030/1610): Money\.AmountOfSpec.USD.Show (AmountOf * USD) and Read (AmountOf * USD).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1032/1610): Money\.AmountOfSpec.USD.BTC.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1031/1610): Money\.AmountOfSpec.USD.BTC.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (937/1610): Money\.QuantisationFactorSpec.DecimalLiteral.toDecimalLiteral.roundtrips with fromDecimalLiteral (70 mutations)
[2m[really-safe-money-gen] [mcoverage (938/1610): Money\.QuantisationFactorSpec.DecimalLiteral.toDecimalLiteral.produces valid literals (40 mutations)
[2m[really-safe-money-gen] [mcoverage (1034/1610): Money\.AmountOfSpec.USD.fromDouble.succeeds on 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1033/1610): Money\.AmountOfSpec.USD.fromDouble.produces valid amounts (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1035/1610): Money\.AmountOfSpec.USD.fromDouble.succeeds on 1 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1036/1610): Money\.AmountOfSpec.USD.fromDouble.fails on +Infinity (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1037/1610): Money\.AmountOfSpec.USD.fromDouble.fails on -Infinity (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1038/1610): Money\.AmountOfSpec.USD.fromDouble.fails on NaN (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1039/1610): Money\.AmountOfSpec.USD.fromDouble.fails on -1 (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1041/1610): Money\.AmountOfSpec.USD.INR.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (998/1610): Money\.MultiAccountSpec.convertAll.produces valid results when converting two currencies to one (28 mutations)
[2m[really-safe-money-gen] [mcoverage (1044/1610): Money\.AmountOfSpec.USD.USD.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1029/1610): Money\.AmountOfSpec.USD.zero.is valid (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1042/1610): Money\.AmountOfSpec.USD.INR.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1043/1610): Money\.AmountOfSpec.USD.USD.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (994/1610): Money\.MultiAccountSpec.addAmount.removes a zero amount (24 mutations)
[2m[really-safe-money-gen] [mcoverage (1040/1610): Money\.AmountOfSpec.USD.fraction.produces valid amounts (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1026/1610): Money\.AmountOfSpec.USD.fromRational.succeeds on 0 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1045/1610): Money\.AmountOfSpec.USD.sum.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1001/1610): Money\.AmountOfSpec.USD.toMinimalQuantisations.roundtrips with fromMinimalQuantisations (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1047/1610): Money\.AmountOfSpec.USD.subtract.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1046/1610): Money\.AmountOfSpec.USD.sum.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1053/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(>) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (996/1610): Money\.MultiAccountSpec.lookupAccount.can find an added amount (7 mutations)
[2m[really-safe-money-gen] [mcoverage (1055/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(<=) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is reflexive for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1057/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(<=) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1052/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(>) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is transitive for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1056/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(<=) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is antisymmetric for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1050/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(<) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1048/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(<) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is antireflexive for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1049/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(<) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is transitive for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1051/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(>) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is antireflexive for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1061/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(>=) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is antisymmetric for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1063/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(>=) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is transitive for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1064/1610): Money\.AmountOfSpec.USD.toRatio.produces valid Rationals when the quantisation factor is nonzero (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1065/1610): Money\.AmountOfSpec.USD.format.produces valid strings (3 mutations)
[2m[really-safe-money-gen] [mcoverage (1066/1610): Money\.AmountOfSpec.USD.multiply.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1068/1610): Money\.AmountOfSpec.USD.multiply.is distributive with add when both succeed (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1058/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD)."min \:\: (AmountOf * USD -> AmountOf * USD -> AmountOf * USD)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1059/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD)."max \:\: (AmountOf * USD -> AmountOf * USD -> AmountOf * USD)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1004/1610): Money\.AmountOfSpec.USD.fromRatio.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1072/1610): Money\.AmountOfSpec.USD.distribute.Show (Distribution (AmountOf * USD)) and Read (Distribution (AmountOf * USD)).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1077/1610): Money\.AmountOfSpec.USD.distribute.Eq (Distribution (AmountOf * USD)).(==) \:\: (Distribution (AmountOf * USD)) -> (Distribution (AmountOf * USD)) -> Bool.is transitive for "valid (Distribution (AmountOf * USD))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1060/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(>=) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1075/1610): Money\.AmountOfSpec.USD.distribute.Eq (Distribution (AmountOf * USD)).(/=) \:\: (Distribution (AmountOf * USD)) -> (Distribution (AmountOf * USD)) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution (AmountOf * USD))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1079/1610): Money\.AmountOfSpec.USD.distribute.Eq (Distribution (AmountOf * USD)).(==) \:\: (Distribution (AmountOf * USD)) -> (Distribution (AmountOf * USD)) -> Bool.is symmetric for "valid (Distribution (AmountOf * USD))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1081/1610): Money\.AmountOfSpec.USD.ADA.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1082/1610): Money\.AmountOfSpec.USD.ADA.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1083/1610): Money\.AmountOfSpec.USD.Eq (AmountOf * USD).(==) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (AmountOf * USD)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1084/1610): Money\.AmountOfSpec.USD.Eq (AmountOf * USD).(==) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is symmetric for "valid (AmountOf * USD)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1085/1610): Money\.AmountOfSpec.USD.Eq (AmountOf * USD).(==) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is reflexive for "valid (AmountOf * USD)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1089/1610): Money\.AmountOfSpec.ADA.BTC.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1087/1610): Money\.AmountOfSpec.USD.Eq (AmountOf * USD).(/=) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (AmountOf * USD)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1086/1610): Money\.AmountOfSpec.USD.Eq (AmountOf * USD).(==) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is transitive for "valid (AmountOf * USD)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1088/1610): Money\.AmountOfSpec.USD.Eq (AmountOf * USD).(/=) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is antireflexive for "valid (AmountOf * USD)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1091/1610): Money\.AmountOfSpec.ADA.Eq (AmountOf * ADA).(==) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is transitive for "valid (AmountOf * ADA)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1090/1610): Money\.AmountOfSpec.ADA.BTC.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1092/1610): Money\.AmountOfSpec.ADA.Eq (AmountOf * ADA).(==) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is symmetric for "valid (AmountOf * ADA)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1093/1610): Money\.AmountOfSpec.ADA.Eq (AmountOf * ADA).(==) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (AmountOf * ADA)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1074/1610): Money\.AmountOfSpec.USD.distribute.produces results that sum up to the greater whole (29 mutations)
[2m[really-safe-money-gen] [mcoverage (1096/1610): Money\.AmountOfSpec.ADA.Eq (AmountOf * ADA).(/=) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (AmountOf * ADA)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1067/1610): Money\.AmountOfSpec.USD.multiply.is absorbed by 0 (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1073/1610): Money\.AmountOfSpec.USD.distribute.produces valid amounts (21 mutations)
[2m[really-safe-money-gen] [mcoverage (1078/1610): Money\.AmountOfSpec.USD.distribute.Eq (Distribution (AmountOf * USD)).(==) \:\: (Distribution (AmountOf * USD)) -> (Distribution (AmountOf * USD)) -> Bool.is reflexive for "valid (Distribution (AmountOf * USD))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1076/1610): Money\.AmountOfSpec.USD.distribute.Eq (Distribution (AmountOf * USD)).(/=) \:\: (Distribution (AmountOf * USD)) -> (Distribution (AmountOf * USD)) -> Bool.is antireflexive for "valid (Distribution (AmountOf * USD))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1069/1610): Money\.AmountOfSpec.USD.multiply.has an identity\: 1 (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1054/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(<=) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is transitive for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1062/1610): Money\.AmountOfSpec.USD.Ord (AmountOf * USD).(>=) \:\: (AmountOf * USD) -> (AmountOf * USD) -> Bool.is reflexive for "valid (AmountOf * USD)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1080/1610): Money\.AmountOfSpec.USD.distribute.Eq (Distribution (AmountOf * USD)).(==) \:\: (Distribution (AmountOf * USD)) -> (Distribution (AmountOf * USD)) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution (AmountOf * USD))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1101/1610): Money\.AmountOfSpec.ADA.fromRatio.produces valid AmountOfs (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1071/1610): Money\.AmountOfSpec.USD.toDouble.produces valid Doubles (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1070/1610): Money\.AmountOfSpec.USD.multiply.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1102/1610): Money\.AmountOfSpec.ADA.fromRatio.roundtrips with toRatio (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1104/1610): Money\.AmountOfSpec.ADA.fromRatio.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1098/1610): Money\.AmountOfSpec.ADA.Show (AmountOf * ADA) and Read (AmountOf * ADA).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1095/1610): Money\.AmountOfSpec.ADA.Eq (AmountOf * ADA).(/=) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is antireflexive for "valid (AmountOf * ADA)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1097/1610): Money\.AmountOfSpec.ADA.zero.is valid (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1103/1610): Money\.AmountOfSpec.ADA.fromRatio.succeeds on 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (1099/1610): Money\.AmountOfSpec.ADA.toRatio.produces valid Rationals when the quantisation factor is nonzero (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1107/1610): Money\.AmountOfSpec.ADA.fromRatio.succeeds on 77 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1105/1610): Money\.AmountOfSpec.ADA.fromRatio.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1094/1610): Money\.AmountOfSpec.ADA.Eq (AmountOf * ADA).(==) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is reflexive for "valid (AmountOf * ADA)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1108/1610): Money\.AmountOfSpec.ADA.fromRatio.fails on 7\.123 (13 mutations)
[2m[really-safe-money-gen] [mcoverage (1111/1610): Money\.AmountOfSpec.ADA.fromRational.roundtrips with toRational (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1110/1610): Money\.AmountOfSpec.ADA.fromRational.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1112/1610): Money\.AmountOfSpec.ADA.fromRational.fails on -1 (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1113/1610): Money\.AmountOfSpec.ADA.fromRational.fails on -Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1116/1610): Money\.AmountOfSpec.ADA.fromRational.succeeds on 0 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1114/1610): Money\.AmountOfSpec.ADA.fromRational.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1115/1610): Money\.AmountOfSpec.ADA.fromRational.produces valid Amounts (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1106/1610): Money\.AmountOfSpec.ADA.fromRatio.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1127/1610): Money\.AmountOfSpec.ADA.USD.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1129/1610): Money\.AmountOfSpec.ADA.distribute.Show (Distribution (AmountOf * ADA)) and Read (Distribution (AmountOf * ADA)).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1130/1610): Money\.AmountOfSpec.ADA.distribute.produces results that sum up to the greater whole (29 mutations)
[2m[really-safe-money-gen] [mcoverage (1120/1610): Money\.AmountOfSpec.ADA.add.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1131/1610): Money\.AmountOfSpec.ADA.distribute.Eq (Distribution (AmountOf * ADA)).(/=) \:\: (Distribution (AmountOf * ADA)) -> (Distribution (AmountOf * ADA)) -> Bool.is antireflexive for "valid (Distribution (AmountOf * ADA))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1133/1610): Money\.AmountOfSpec.ADA.distribute.Eq (Distribution (AmountOf * ADA)).(==) \:\: (Distribution (AmountOf * ADA)) -> (Distribution (AmountOf * ADA)) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution (AmountOf * ADA))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1135/1610): Money\.AmountOfSpec.ADA.distribute.Eq (Distribution (AmountOf * ADA)).(==) \:\: (Distribution (AmountOf * ADA)) -> (Distribution (AmountOf * ADA)) -> Bool.is transitive for "valid (Distribution (AmountOf * ADA))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1138/1610): Money\.AmountOfSpec.ADA.toMinimalQuantisations.roundtrips with fromMinimalQuantisations (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1137/1610): Money\.AmountOfSpec.ADA.distribute.produces valid amounts (21 mutations)
[2m[really-safe-money-gen] [mcoverage (1136/1610): Money\.AmountOfSpec.ADA.distribute.Eq (Distribution (AmountOf * ADA)).(==) \:\: (Distribution (AmountOf * ADA)) -> (Distribution (AmountOf * ADA)) -> Bool.is symmetric for "valid (Distribution (AmountOf * ADA))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1139/1610): Money\.AmountOfSpec.ADA.toMinimalQuantisations.produces valid Int64s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1140/1610): Money\.AmountOfSpec.ADA.CHF.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1141/1610): Money\.AmountOfSpec.ADA.CHF.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1100/1610): Money\.AmountOfSpec.ADA.toRational.produces valid Rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1142/1610): Money\.AmountOfSpec.ADA.format.produces valid strings (3 mutations)
[2m[really-safe-money-gen] [mcoverage (1145/1610): Money\.AmountOfSpec.ADA.ADA.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1147/1610): Money\.AmountOfSpec.ADA.INR.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1149/1610): Money\.AmountOfSpec.ADA.multiply.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1155/1610): Money\.AmountOfSpec.ADA.fromDouble.fails on +Infinity (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1151/1610): Money\.AmountOfSpec.ADA.multiply.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1150/1610): Money\.AmountOfSpec.ADA.multiply.is absorbed by 0 (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1157/1610): Money\.AmountOfSpec.ADA.fromDouble.fails on NaN (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1143/1610): Money\.AmountOfSpec.ADA.GenValid (AmountOf * ADA).genValid   \:\: Gen (AmountOf * ADA).only generates valid '(AmountOf * ADA)'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1119/1610): Money\.AmountOfSpec.ADA.toDouble.produces valid Doubles (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1168/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(<=) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is transitive for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1164/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(>) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1146/1610): Money\.AmountOfSpec.ADA.fraction.produces valid amounts (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1169/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(<=) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is reflexive for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1167/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(<=) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1170/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(<=) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is antisymmetric for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1171/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(>=) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1148/1610): Money\.AmountOfSpec.ADA.INR.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1172/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(>=) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is reflexive for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1173/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(>=) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is transitive for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1175/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(<) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1176/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(<) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is transitive for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1178/1610): Money\.AmountOfSpec.INR.subtract.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1180/1610): Money\.AmountOfSpec.INR.distribute.produces results that sum up to the greater whole (29 mutations)
[2m[really-safe-money-gen] [mcoverage (1179/1610): Money\.AmountOfSpec.INR.toDouble.produces valid Doubles (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1181/1610): Money\.AmountOfSpec.INR.distribute.produces valid amounts (21 mutations)
[2m[really-safe-money-gen] [mcoverage (1177/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(<) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is antireflexive for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1182/1610): Money\.AmountOfSpec.INR.distribute.Show (Distribution (AmountOf * INR)) and Read (Distribution (AmountOf * INR)).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1183/1610): Money\.AmountOfSpec.INR.distribute.Eq (Distribution (AmountOf * INR)).(==) \:\: (Distribution (AmountOf * INR)) -> (Distribution (AmountOf * INR)) -> Bool.is reflexive for "valid (Distribution (AmountOf * INR))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1126/1610): Money\.AmountOfSpec.ADA.USD.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1184/1610): Money\.AmountOfSpec.INR.distribute.Eq (Distribution (AmountOf * INR)).(==) \:\: (Distribution (AmountOf * INR)) -> (Distribution (AmountOf * INR)) -> Bool.is symmetric for "valid (Distribution (AmountOf * INR))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1185/1610): Money\.AmountOfSpec.INR.distribute.Eq (Distribution (AmountOf * INR)).(==) \:\: (Distribution (AmountOf * INR)) -> (Distribution (AmountOf * INR)) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution (AmountOf * INR))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1186/1610): Money\.AmountOfSpec.INR.distribute.Eq (Distribution (AmountOf * INR)).(==) \:\: (Distribution (AmountOf * INR)) -> (Distribution (AmountOf * INR)) -> Bool.is transitive for "valid (Distribution (AmountOf * INR))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1189/1610): Money\.AmountOfSpec.INR.zero.is valid (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1187/1610): Money\.AmountOfSpec.INR.distribute.Eq (Distribution (AmountOf * INR)).(/=) \:\: (Distribution (AmountOf * INR)) -> (Distribution (AmountOf * INR)) -> Bool.is antireflexive for "valid (Distribution (AmountOf * INR))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1188/1610): Money\.AmountOfSpec.INR.distribute.Eq (Distribution (AmountOf * INR)).(/=) \:\: (Distribution (AmountOf * INR)) -> (Distribution (AmountOf * INR)) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution (AmountOf * INR))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1191/1610): Money\.AmountOfSpec.INR.fraction.produces valid amounts (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1193/1610): Money\.AmountOfSpec.INR.ADA.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1194/1610): Money\.AmountOfSpec.INR.fromDouble.fails on -Infinity (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1195/1610): Money\.AmountOfSpec.INR.fromDouble.succeeds on 1 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1190/1610): Money\.AmountOfSpec.INR.fromMinimalQuantisations.produces valid amounts (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1197/1610): Money\.AmountOfSpec.INR.fromDouble.fails on +Infinity (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1196/1610): Money\.AmountOfSpec.INR.fromDouble.fails on NaN (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1198/1610): Money\.AmountOfSpec.INR.fromDouble.fails on -1 (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1199/1610): Money\.AmountOfSpec.INR.fromDouble.succeeds on 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1200/1610): Money\.AmountOfSpec.INR.fromDouble.produces valid amounts (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1118/1610): Money\.AmountOfSpec.ADA.sum.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1134/1610): Money\.AmountOfSpec.ADA.distribute.Eq (Distribution (AmountOf * ADA)).(==) \:\: (Distribution (AmountOf * ADA)) -> (Distribution (AmountOf * ADA)) -> Bool.is reflexive for "valid (Distribution (AmountOf * ADA))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1125/1610): Money\.AmountOfSpec.ADA.add.is commutative (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1121/1610): Money\.AmountOfSpec.ADA.add.has a left-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1192/1610): Money\.AmountOfSpec.INR.ADA.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1201/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR)."max \:\: (AmountOf * INR -> AmountOf * INR -> AmountOf * INR)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1202/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(>) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is transitive for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1124/1610): Money\.AmountOfSpec.ADA.add.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1128/1610): Money\.AmountOfSpec.ADA.fromMinimalQuantisations.produces valid amounts (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1122/1610): Money\.AmountOfSpec.ADA.add.has a right-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1203/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(>) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1204/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(>) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is antireflexive for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1205/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(<=) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is transitive for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1206/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(<=) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1123/1610): Money\.AmountOfSpec.ADA.add.is associative when both succeed (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1207/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(<=) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is reflexive for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1209/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(>=) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1210/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(>=) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is reflexive for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1211/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(>=) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is transitive for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1213/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(<) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is transitive for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1212/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(>=) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is antisymmetric for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1214/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(<) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1215/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(<) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is antireflexive for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1216/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR)."min \:\: (AmountOf * INR -> AmountOf * INR -> AmountOf * INR)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1217/1610): Money\.AmountOfSpec.INR.CHF.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1219/1610): Money\.AmountOfSpec.INR.multiply.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1218/1610): Money\.AmountOfSpec.INR.CHF.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1220/1610): Money\.AmountOfSpec.INR.multiply.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1221/1610): Money\.AmountOfSpec.INR.multiply.is absorbed by 0 (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1222/1610): Money\.AmountOfSpec.INR.multiply.has an identity\: 1 (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1223/1610): Money\.AmountOfSpec.INR.multiply.is distributive with add when both succeed (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1224/1610): Money\.AmountOfSpec.INR.toMinimalQuantisations.roundtrips with fromMinimalQuantisations (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1227/1610): Money\.AmountOfSpec.INR.fromRational.fails on -Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1226/1610): Money\.AmountOfSpec.INR.fromRational.succeeds on 0 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1225/1610): Money\.AmountOfSpec.INR.toMinimalQuantisations.produces valid Int64s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1229/1610): Money\.AmountOfSpec.INR.fromRational.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1228/1610): Money\.AmountOfSpec.INR.fromRational.roundtrips with toRational (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1166/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA)."min \:\: (AmountOf * ADA -> AmountOf * ADA -> AmountOf * ADA)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1230/1610): Money\.AmountOfSpec.INR.fromRational.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1153/1610): Money\.AmountOfSpec.ADA.multiply.has an identity\: 1 (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1231/1610): Money\.AmountOfSpec.INR.fromRational.produces valid Amounts (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1233/1610): Money\.AmountOfSpec.INR.fromRational.fails on -1 (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1117/1610): Money\.AmountOfSpec.ADA.sum.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1154/1610): Money\.AmountOfSpec.ADA.fromDouble.succeeds on 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1158/1610): Money\.AmountOfSpec.ADA.fromDouble.fails on -Infinity (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1234/1610): Money\.AmountOfSpec.INR.add.is commutative (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1235/1610): Money\.AmountOfSpec.INR.add.is associative when both succeed (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1237/1610): Money\.AmountOfSpec.INR.add.has a left-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1161/1610): Money\.AmountOfSpec.ADA.subtract.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1174/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(>=) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is antisymmetric for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1236/1610): Money\.AmountOfSpec.INR.add.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1238/1610): Money\.AmountOfSpec.INR.add.has a right-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1152/1610): Money\.AmountOfSpec.ADA.multiply.is distributive with add when both succeed (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1239/1610): Money\.AmountOfSpec.INR.add.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1144/1610): Money\.AmountOfSpec.ADA.ADA.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1242/1610): Money\.AmountOfSpec.INR.toRational.produces valid Rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1250/1610): Money\.AmountOfSpec.INR.fromRatio.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1257/1610): Money\.AmountOfSpec.INR.fromRatio.succeeds on 77 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1258/1610): Money\.AmountOfSpec.INR.GenValid (AmountOf * INR).genValid   \:\: Gen (AmountOf * INR).only generates valid '(AmountOf * INR)'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1254/1610): Money\.AmountOfSpec.INR.fromRatio.roundtrips with toRatio (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1260/1610): Money\.AmountOfSpec.INR.Eq (AmountOf * INR).(==) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is transitive for "valid (AmountOf * INR)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1256/1610): Money\.AmountOfSpec.INR.fromRatio.fails on 7\.123 (13 mutations)
[2m[really-safe-money-gen] [mcoverage (1259/1610): Money\.AmountOfSpec.INR.Eq (AmountOf * INR).(==) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is symmetric for "valid (AmountOf * INR)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1261/1610): Money\.AmountOfSpec.INR.Eq (AmountOf * INR).(==) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is reflexive for "valid (AmountOf * INR)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1262/1610): Money\.AmountOfSpec.INR.Eq (AmountOf * INR).(==) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (AmountOf * INR)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1246/1610): Money\.AmountOfSpec.INR.INR.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1241/1610): Money\.AmountOfSpec.INR.Show (AmountOf * INR) and Read (AmountOf * INR).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1255/1610): Money\.AmountOfSpec.INR.fromRatio.produces valid AmountOfs (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1247/1610): Money\.AmountOfSpec.INR.INR.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1249/1610): Money\.AmountOfSpec.INR.BTC.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1253/1610): Money\.AmountOfSpec.INR.fromRatio.succeeds on 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (1252/1610): Money\.AmountOfSpec.INR.fromRatio.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1244/1610): Money\.AmountOfSpec.INR.sum.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1245/1610): Money\.AmountOfSpec.INR.format.produces valid strings (3 mutations)
[2m[really-safe-money-gen] [mcoverage (1248/1610): Money\.AmountOfSpec.INR.BTC.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1251/1610): Money\.AmountOfSpec.INR.fromRatio.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1263/1610): Money\.AmountOfSpec.INR.Eq (AmountOf * INR).(/=) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (AmountOf * INR)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1243/1610): Money\.AmountOfSpec.INR.sum.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1240/1610): Money\.AmountOfSpec.INR.toRatio.produces valid Rationals when the quantisation factor is nonzero (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1264/1610): Money\.AmountOfSpec.INR.Eq (AmountOf * INR).(/=) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is antireflexive for "valid (AmountOf * INR)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1265/1610): Money\.AmountOfSpec.INR.USD.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1156/1610): Money\.AmountOfSpec.ADA.fromDouble.succeeds on 1 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1162/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(>) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is antireflexive for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1266/1610): Money\.AmountOfSpec.INR.USD.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1165/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA)."max \:\: (AmountOf * ADA -> AmountOf * ADA -> AmountOf * ADA)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1267/1610): Money\.AmountOfSpec.BTC.format.produces valid strings (3 mutations)
[2m[really-safe-money-gen] [mcoverage (1132/1610): Money\.AmountOfSpec.ADA.distribute.Eq (Distribution (AmountOf * ADA)).(/=) \:\: (Distribution (AmountOf * ADA)) -> (Distribution (AmountOf * ADA)) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution (AmountOf * ADA))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1163/1610): Money\.AmountOfSpec.ADA.Ord (AmountOf * ADA).(>) \:\: (AmountOf * ADA) -> (AmountOf * ADA) -> Bool.is transitive for "valid (AmountOf * ADA)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1159/1610): Money\.AmountOfSpec.ADA.fromDouble.produces valid amounts (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1268/1610): Money\.AmountOfSpec.BTC.toMinimalQuantisations.roundtrips with fromMinimalQuantisations (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1208/1610): Money\.AmountOfSpec.INR.Ord (AmountOf * INR).(<=) \:\: (AmountOf * INR) -> (AmountOf * INR) -> Bool.is antisymmetric for "valid (AmountOf * INR)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1269/1610): Money\.AmountOfSpec.BTC.toMinimalQuantisations.produces valid Int64s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1160/1610): Money\.AmountOfSpec.ADA.fromDouble.fails on -1 (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1270/1610): Money\.AmountOfSpec.BTC.INR.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1275/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(<=) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is antisymmetric for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1271/1610): Money\.AmountOfSpec.BTC.INR.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1276/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC)."min \:\: (AmountOf * BTC -> AmountOf * BTC -> AmountOf * BTC)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1274/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(<=) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is reflexive for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1277/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(>=) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is antisymmetric for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1272/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(<=) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1278/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(>=) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is reflexive for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1273/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(<=) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is transitive for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1232/1610): Money\.AmountOfSpec.INR.fromRational.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1280/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(>=) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is transitive for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1279/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(>=) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1288/1610): Money\.AmountOfSpec.BTC.fromRatio.roundtrips with toRatio (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1109/1610): Money\.AmountOfSpec.ADA.fromRational.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1292/1610): Money\.AmountOfSpec.BTC.fromRatio.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1296/1610): Money\.AmountOfSpec.BTC.CHF.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1294/1610): Money\.AmountOfSpec.BTC.fromRatio.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1298/1610): Money\.AmountOfSpec.BTC.fromRational.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1299/1610): Money\.AmountOfSpec.BTC.fromRational.produces valid Amounts (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1301/1610): Money\.AmountOfSpec.BTC.fromRational.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1306/1610): Money\.AmountOfSpec.BTC.fromDouble.fails on +Infinity (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1303/1610): Money\.AmountOfSpec.BTC.fromRational.fails on -Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1305/1610): Money\.AmountOfSpec.BTC.fromRational.roundtrips with toRational (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1307/1610): Money\.AmountOfSpec.BTC.fromDouble.succeeds on 1 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1311/1610): Money\.AmountOfSpec.BTC.fromDouble.fails on -Infinity (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1309/1610): Money\.AmountOfSpec.BTC.fromDouble.fails on -1 (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1293/1610): Money\.AmountOfSpec.BTC.fromRatio.produces valid AmountOfs (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1313/1610): Money\.AmountOfSpec.BTC.GenValid (AmountOf * BTC).genValid   \:\: Gen (AmountOf * BTC).only generates valid '(AmountOf * BTC)'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1315/1610): Money\.AmountOfSpec.BTC.USD.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1318/1610): Money\.AmountOfSpec.BTC.Eq (AmountOf * BTC).(==) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (AmountOf * BTC)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1316/1610): Money\.AmountOfSpec.BTC.Eq (AmountOf * BTC).(==) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is reflexive for "valid (AmountOf * BTC)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1310/1610): Money\.AmountOfSpec.BTC.fromDouble.succeeds on 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1287/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(>) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1300/1610): Money\.AmountOfSpec.BTC.fromRational.fails on -1 (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1302/1610): Money\.AmountOfSpec.BTC.fromRational.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1295/1610): Money\.AmountOfSpec.BTC.fromRatio.fails on 7\.123 (13 mutations)
[2m[really-safe-money-gen] [mcoverage (1304/1610): Money\.AmountOfSpec.BTC.fromRational.succeeds on 0 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1284/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(<) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is transitive for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1297/1610): Money\.AmountOfSpec.BTC.CHF.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1289/1610): Money\.AmountOfSpec.BTC.fromRatio.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1291/1610): Money\.AmountOfSpec.BTC.fromRatio.succeeds on 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (1286/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(>) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is transitive for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1308/1610): Money\.AmountOfSpec.BTC.fromDouble.produces valid amounts (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1312/1610): Money\.AmountOfSpec.BTC.fromDouble.fails on NaN (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1314/1610): Money\.AmountOfSpec.BTC.USD.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1290/1610): Money\.AmountOfSpec.BTC.fromRatio.succeeds on 77 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1285/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(>) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is antireflexive for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1282/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(<) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1317/1610): Money\.AmountOfSpec.BTC.Eq (AmountOf * BTC).(==) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is transitive for "valid (AmountOf * BTC)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1283/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC).(<) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is antireflexive for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1322/1610): Money\.AmountOfSpec.BTC.add.has a right-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1324/1610): Money\.AmountOfSpec.BTC.add.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1323/1610): Money\.AmountOfSpec.BTC.add.has a left-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1320/1610): Money\.AmountOfSpec.BTC.Eq (AmountOf * BTC).(/=) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (AmountOf * BTC)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1327/1610): Money\.AmountOfSpec.BTC.add.is associative when both succeed (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1321/1610): Money\.AmountOfSpec.BTC.Eq (AmountOf * BTC).(/=) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is antireflexive for "valid (AmountOf * BTC)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1340/1610): Money\.AmountOfSpec.BTC.distribute.Eq (Distribution (AmountOf * BTC)).(/=) \:\: (Distribution (AmountOf * BTC)) -> (Distribution (AmountOf * BTC)) -> Bool.is antireflexive for "valid (Distribution (AmountOf * BTC))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1281/1610): Money\.AmountOfSpec.BTC.Ord (AmountOf * BTC)."max \:\: (AmountOf * BTC -> AmountOf * BTC -> AmountOf * BTC)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (AmountOf * BTC)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1344/1610): Money\.AmountOfSpec.BTC.distribute.Eq (Distribution (AmountOf * BTC)).(==) \:\: (Distribution (AmountOf * BTC)) -> (Distribution (AmountOf * BTC)) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution (AmountOf * BTC))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1319/1610): Money\.AmountOfSpec.BTC.Eq (AmountOf * BTC).(==) \:\: (AmountOf * BTC) -> (AmountOf * BTC) -> Bool.is symmetric for "valid (AmountOf * BTC)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1347/1610): Money\.AmountOfSpec.BTC.distribute.produces results that sum up to the greater whole (29 mutations)
[2m[really-safe-money-gen] [mcoverage (1351/1610): Money\.AmountOfSpec.BTC.multiply.is absorbed by 0 (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1353/1610): Money\.AmountOfSpec.BTC.multiply.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1342/1610): Money\.AmountOfSpec.BTC.distribute.Eq (Distribution (AmountOf * BTC)).(==) \:\: (Distribution (AmountOf * BTC)) -> (Distribution (AmountOf * BTC)) -> Bool.is reflexive for "valid (Distribution (AmountOf * BTC))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1357/1610): Money\.AmountOfSpec.CHF.INR.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1360/1610): Money\.AmountOfSpec.CHF.fromMinimalQuantisations.produces valid amounts (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1363/1610): Money\.AmountOfSpec.CHF.fromRatio.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1361/1610): Money\.AmountOfSpec.CHF.fromRatio.succeeds on 0 (20 mutations)
[2m[really-safe-money-gen] [mcoverage (1355/1610): Money\.AmountOfSpec.BTC.multiply.is distributive with add when both succeed (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1341/1610): Money\.AmountOfSpec.BTC.distribute.Eq (Distribution (AmountOf * BTC)).(/=) \:\: (Distribution (AmountOf * BTC)) -> (Distribution (AmountOf * BTC)) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution (AmountOf * BTC))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1362/1610): Money\.AmountOfSpec.CHF.fromRatio.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1358/1610): Money\.AmountOfSpec.CHF.USD.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1352/1610): Money\.AmountOfSpec.BTC.multiply.has an identity\: 1 (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1359/1610): Money\.AmountOfSpec.CHF.USD.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1350/1610): Money\.AmountOfSpec.BTC.fraction.produces valid amounts (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1348/1610): Money\.AmountOfSpec.BTC.distribute.Show (Distribution (AmountOf * BTC)) and Read (Distribution (AmountOf * BTC)).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1346/1610): Money\.AmountOfSpec.BTC.distribute.produces valid amounts (21 mutations)
[2m[really-safe-money-gen] [mcoverage (1343/1610): Money\.AmountOfSpec.BTC.distribute.Eq (Distribution (AmountOf * BTC)).(==) \:\: (Distribution (AmountOf * BTC)) -> (Distribution (AmountOf * BTC)) -> Bool.is symmetric for "valid (Distribution (AmountOf * BTC))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1349/1610): Money\.AmountOfSpec.BTC.toRational.produces valid Rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1338/1610): Money\.AmountOfSpec.BTC.sum.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1339/1610): Money\.AmountOfSpec.BTC.sum.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1337/1610): Money\.AmountOfSpec.BTC.toRatio.produces valid Rationals when the quantisation factor is nonzero (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1354/1610): Money\.AmountOfSpec.BTC.multiply.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1336/1610): Money\.AmountOfSpec.BTC.fromMinimalQuantisations.produces valid amounts (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1334/1610): Money\.AmountOfSpec.BTC.Show (AmountOf * BTC) and Read (AmountOf * BTC).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1335/1610): Money\.AmountOfSpec.BTC.subtract.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1365/1610): Money\.AmountOfSpec.CHF.fromRatio.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1331/1610): Money\.AmountOfSpec.BTC.BTC.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1356/1610): Money\.AmountOfSpec.CHF.INR.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1332/1610): Money\.AmountOfSpec.BTC.BTC.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1366/1610): Money\.AmountOfSpec.CHF.fromRatio.fails on 7\.123 (13 mutations)
[2m[really-safe-money-gen] [mcoverage (1330/1610): Money\.AmountOfSpec.BTC.zero.is valid (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1345/1610): Money\.AmountOfSpec.BTC.distribute.Eq (Distribution (AmountOf * BTC)).(==) \:\: (Distribution (AmountOf * BTC)) -> (Distribution (AmountOf * BTC)) -> Bool.is transitive for "valid (Distribution (AmountOf * BTC))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1326/1610): Money\.AmountOfSpec.BTC.add.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1325/1610): Money\.AmountOfSpec.BTC.add.is commutative (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1329/1610): Money\.AmountOfSpec.BTC.ADA.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1368/1610): Money\.AmountOfSpec.CHF.fromRatio.produces valid AmountOfs (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1367/1610): Money\.AmountOfSpec.CHF.fromRatio.succeeds on 77 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1369/1610): Money\.AmountOfSpec.CHF.fraction.produces valid amounts (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1333/1610): Money\.AmountOfSpec.BTC.toDouble.produces valid Doubles (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1328/1610): Money\.AmountOfSpec.BTC.ADA.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1375/1610): Money\.AmountOfSpec.CHF.toRatio.produces valid Rationals when the quantisation factor is nonzero (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1376/1610): Money\.AmountOfSpec.CHF.fromRational.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1378/1610): Money\.AmountOfSpec.CHF.fromRational.succeeds on 0 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1373/1610): Money\.AmountOfSpec.CHF.multiply.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1374/1610): Money\.AmountOfSpec.CHF.multiply.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1383/1610): Money\.AmountOfSpec.CHF.fromRational.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1380/1610): Money\.AmountOfSpec.CHF.fromRational.fails on -1 (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1377/1610): Money\.AmountOfSpec.CHF.fromRational.produces valid Amounts (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1379/1610): Money\.AmountOfSpec.CHF.fromRational.fails on -Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1372/1610): Money\.AmountOfSpec.CHF.multiply.is distributive with add when both succeed (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1371/1610): Money\.AmountOfSpec.CHF.multiply.is absorbed by 0 (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1370/1610): Money\.AmountOfSpec.CHF.multiply.has an identity\: 1 (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1385/1610): Money\.AmountOfSpec.CHF.Eq (AmountOf * CHF).(==) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is symmetric for "valid (AmountOf * CHF)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1386/1610): Money\.AmountOfSpec.CHF.Eq (AmountOf * CHF).(==) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is reflexive for "valid (AmountOf * CHF)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1388/1610): Money\.AmountOfSpec.CHF.Eq (AmountOf * CHF).(/=) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is antireflexive for "valid (AmountOf * CHF)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1393/1610): Money\.AmountOfSpec.CHF.BTC.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1392/1610): Money\.AmountOfSpec.CHF.BTC.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1391/1610): Money\.AmountOfSpec.CHF.sum.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1389/1610): Money\.AmountOfSpec.CHF.Eq (AmountOf * CHF).(/=) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (AmountOf * CHF)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1390/1610): Money\.AmountOfSpec.CHF.sum.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1382/1610): Money\.AmountOfSpec.CHF.fromRational.roundtrips with toRational (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1364/1610): Money\.AmountOfSpec.CHF.fromRatio.roundtrips with toRatio (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1387/1610): Money\.AmountOfSpec.CHF.Eq (AmountOf * CHF).(==) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is transitive for "valid (AmountOf * CHF)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1381/1610): Money\.AmountOfSpec.CHF.fromRational.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1384/1610): Money\.AmountOfSpec.CHF.Eq (AmountOf * CHF).(==) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (AmountOf * CHF)"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1406/1610): Money\.AmountOfSpec.CHF.fromDouble.fails on -1 (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1403/1610): Money\.AmountOfSpec.CHF.fromDouble.produces valid amounts (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1407/1610): Money\.AmountOfSpec.CHF.fromDouble.fails on NaN (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1404/1610): Money\.AmountOfSpec.CHF.fromDouble.fails on +Infinity (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1408/1610): Money\.AmountOfSpec.CHF.fromDouble.fails on -Infinity (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1409/1610): Money\.AmountOfSpec.CHF.ADA.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1421/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(>=) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is reflexive for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1422/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(<) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is antireflexive for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1426/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(<=) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1427/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(<=) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is reflexive for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1429/1610): Money\.AmountOfSpec.CHF.GenValid (AmountOf * CHF).genValid   \:\: Gen (AmountOf * CHF).only generates valid '(AmountOf * CHF)'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1432/1610): Money\.AmountOfSpec.CHF.distribute.produces results that sum up to the greater whole (29 mutations)
[2m[really-safe-money-gen] [mcoverage (1434/1610): Money\.AmountOfSpec.CHF.distribute.Eq (Distribution (AmountOf * CHF)).(/=) \:\: (Distribution (AmountOf * CHF)) -> (Distribution (AmountOf * CHF)) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution (AmountOf * CHF))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1430/1610): Money\.AmountOfSpec.CHF.distribute.Show (Distribution (AmountOf * CHF)) and Read (Distribution (AmountOf * CHF)).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1435/1610): Money\.AmountOfSpec.CHF.distribute.Eq (Distribution (AmountOf * CHF)).(==) \:\: (Distribution (AmountOf * CHF)) -> (Distribution (AmountOf * CHF)) -> Bool.is symmetric for "valid (Distribution (AmountOf * CHF))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1438/1610): Money\.AmountOfSpec.CHF.distribute.Eq (Distribution (AmountOf * CHF)).(==) \:\: (Distribution (AmountOf * CHF)) -> (Distribution (AmountOf * CHF)) -> Bool.is transitive for "valid (Distribution (AmountOf * CHF))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1433/1610): Money\.AmountOfSpec.CHF.distribute.Eq (Distribution (AmountOf * CHF)).(/=) \:\: (Distribution (AmountOf * CHF)) -> (Distribution (AmountOf * CHF)) -> Bool.is antireflexive for "valid (Distribution (AmountOf * CHF))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1436/1610): Money\.AmountOfSpec.CHF.distribute.Eq (Distribution (AmountOf * CHF)).(==) \:\: (Distribution (AmountOf * CHF)) -> (Distribution (AmountOf * CHF)) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution (AmountOf * CHF))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1439/1610): Money\.AmountOfSpec.CHF.add.is commutative (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1440/1610): Money\.AmountOfSpec.CHF.add.has a left-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1437/1610): Money\.AmountOfSpec.CHF.distribute.Eq (Distribution (AmountOf * CHF)).(==) \:\: (Distribution (AmountOf * CHF)) -> (Distribution (AmountOf * CHF)) -> Bool.is reflexive for "valid (Distribution (AmountOf * CHF))"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1428/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(<=) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is antisymmetric for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1431/1610): Money\.AmountOfSpec.CHF.distribute.produces valid amounts (21 mutations)
[2m[really-safe-money-gen] [mcoverage (1423/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(<) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1442/1610): Money\.AmountOfSpec.CHF.add.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1443/1610): Money\.AmountOfSpec.CHF.add.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1444/1610): Money\.AmountOfSpec.CHF.add.has a right-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1424/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(<) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is transitive for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1419/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(>=) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1425/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(<=) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is transitive for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1416/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(>) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is antireflexive for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1415/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(>) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1441/1610): Money\.AmountOfSpec.CHF.add.is associative when both succeed (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1418/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(>=) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is transitive for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1417/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(>) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is transitive for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1412/1610): Money\.AmountOfSpec.CHF.toMinimalQuantisations.roundtrips with fromMinimalQuantisations (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1413/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF)."max \:\: (AmountOf * CHF -> AmountOf * CHF -> AmountOf * CHF)".is equivalent to (\\a b -> if a >= b then a else b) for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1445/1610): Money\.AmountSpec.fraction.Produces a result that has been rounded in the right direction when using RoundDown (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1411/1610): Money\.AmountOfSpec.CHF.toMinimalQuantisations.produces valid Int64s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1420/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF).(>=) \:\: (AmountOf * CHF) -> (AmountOf * CHF) -> Bool.is antisymmetric for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1395/1610): Money\.AmountOfSpec.CHF.subtract.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1452/1610): Money\.AmountSpec.format.formats 1 correctly with quantisation factor 10 (3 mutations)
[2m[really-safe-money-gen] [mcoverage (1453/1610): Money\.AmountSpec.format.produces valid strings (3 mutations)
[2m[really-safe-money-gen] [mcoverage (1400/1610): Money\.AmountOfSpec.CHF.Show (AmountOf * CHF) and Read (AmountOf * CHF).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1401/1610): Money\.AmountOfSpec.CHF.format.produces valid strings (3 mutations)
[2m[really-safe-money-gen] [mcoverage (1454/1610): Money\.AmountSpec.fromRatio.produces valid Amounts (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1451/1610): Money\.AmountSpec.format.formats 1 correctly with quantisation factor 1 (3 mutations)
[2m[really-safe-money-gen] [mcoverage (1456/1610): Money\.AmountSpec.fromRatio.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1396/1610): Money\.AmountOfSpec.CHF.toDouble.produces valid Doubles (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1399/1610): Money\.AmountOfSpec.CHF.CHF.rate.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1455/1610): Money\.AmountSpec.fromRatio.roundtrips with toRatio (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1457/1610): Money\.AmountSpec.fromRatio.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1458/1610): Money\.AmountSpec.fromRatio.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1459/1610): Money\.AmountSpec.fromRatio.succeeds on 77\.02 with quantisation factor 100 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1397/1610): Money\.AmountOfSpec.CHF.toRational.produces valid Rationals (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1398/1610): Money\.AmountOfSpec.CHF.CHF.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1461/1610): Money\.AmountSpec.fromRatio.fails on 7\.123 with quantisation factor 10 (13 mutations)
[2m[really-safe-money-gen] [mcoverage (1460/1610): Money\.AmountSpec.fromRatio.succeeds on 0 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1394/1610): Money\.AmountOfSpec.CHF.zero.is valid (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1462/1610): Money\.AmountSpec.distribute.correctly distributes 3 into 3 (5 mutations)
[2m[really-safe-money-gen] [mcoverage (1463/1610): Money\.AmountSpec.distribute.produces results that sum up to the greater whole (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1402/1610): Money\.AmountOfSpec.CHF.fromDouble.succeeds on 1 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1464/1610): Money\.AmountSpec.distribute.Show (Distribution Amount) and Read (Distribution Amount).are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1405/1610): Money\.AmountOfSpec.CHF.fromDouble.succeeds on 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1414/1610): Money\.AmountOfSpec.CHF.Ord (AmountOf * CHF)."min \:\: (AmountOf * CHF -> AmountOf * CHF -> AmountOf * CHF)".is equivalent to (\\a b -> if a <= b then a else b) for "valid (AmountOf * CHF)"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1450/1610): Money\.AmountSpec.fraction.Produces a result that has been rounded in the right direction when using RoundUp (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1410/1610): Money\.AmountOfSpec.CHF.ADA.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1474/1610): Money\.AmountSpec.distribute.produces valid amounts (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1477/1610): Money\.AmountSpec.sum.fails to sum above maxBound (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1480/1610): Money\.AmountSpec.multiply.fails for 2 * maxbound (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1479/1610): Money\.AmountSpec.multiply.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1476/1610): Money\.AmountSpec.sum.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1470/1610): Money\.AmountSpec.distribute.Eq (Distribution Amount).(==) \:\: (Distribution Amount) -> (Distribution Amount) -> Bool.is reflexive for "valid (Distribution Amount)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1473/1610): Money\.AmountSpec.distribute.Eq (Distribution Amount).(/=) \:\: (Distribution Amount) -> (Distribution Amount) -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid (Distribution Amount)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1472/1610): Money\.AmountSpec.distribute.Eq (Distribution Amount).(/=) \:\: (Distribution Amount) -> (Distribution Amount) -> Bool.is antireflexive for "valid (Distribution Amount)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1471/1610): Money\.AmountSpec.distribute.Eq (Distribution Amount).(==) \:\: (Distribution Amount) -> (Distribution Amount) -> Bool.is transitive for "valid (Distribution Amount)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1467/1610): Money\.AmountSpec.distribute.correctly distributes 5 into 3 (7 mutations)
[2m[really-safe-money-gen] [mcoverage (1469/1610): Money\.AmountSpec.distribute.Eq (Distribution Amount).(==) \:\: (Distribution Amount) -> (Distribution Amount) -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid (Distribution Amount)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1478/1610): Money\.AmountSpec.sum.correctly sums [1,2,3] to 6 (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1468/1610): Money\.AmountSpec.distribute.Eq (Distribution Amount).(==) \:\: (Distribution Amount) -> (Distribution Amount) -> Bool.is symmetric for "valid (Distribution Amount)"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1481/1610): Money\.AmountSpec.multiply.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1475/1610): Money\.AmountSpec.sum.produces valid amounts (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1484/1610): Money\.AmountSpec.multiply.has an identity\: 1 (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1494/1610): Money\.AmountSpec.fromDouble.fails on 7\.123 with quantisation factor 10 (24 mutations)
[2m[really-safe-money-gen] [mcoverage (1493/1610): Money\.AmountSpec.fromDouble.fails on -1 (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1483/1610): Money\.AmountSpec.multiply.is distributive with add when both succeed (18 mutations)
[2m[really-safe-money-gen] [mcoverage (1486/1610): Money\.AmountSpec.Show Amount and Read Amount.are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1495/1610): Money\.AmountSpec.fromDouble.fails on -Infinity (6 mutations)
[2m[really-safe-money-gen] [mcoverage (1496/1610): Money\.AmountSpec.fromDouble.fails on +Infinity (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1501/1610): Money\.AmountSpec.Ord Amount.(<=) \:\: Amount -> Amount -> Bool.is antisymmetric for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1498/1610): Money\.AmountSpec.fromDouble.succeeds on 0 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1499/1610): Money\.AmountSpec.Ord Amount.(<=) \:\: Amount -> Amount -> Bool.is reflexive for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1497/1610): Money\.AmountSpec.fromDouble.succeeds on 1 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1502/1610): Money\.AmountSpec.Ord Amount.(<=) \:\: Amount -> Amount -> Bool.is transitive for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1503/1610): Money\.AmountSpec.Ord Amount.(>=) \:\: Amount -> Amount -> Bool.is transitive for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1511/1610): Money\.AmountSpec.Ord Amount."min \:\: (Amount -> Amount -> Amount)".is equivalent to (\\a b -> if a <= b then a else b) for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1512/1610): Money\.AmountSpec.Ord Amount.(>) \:\: Amount -> Amount -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1514/1610): Money\.AmountSpec.Ord Amount.(>) \:\: Amount -> Amount -> Bool.is transitive for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1513/1610): Money\.AmountSpec.Ord Amount.(>) \:\: Amount -> Amount -> Bool.is antireflexive for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1515/1610): Money\.AmountSpec.toRational.produces valid Rationals when the quantisation factor is nonzero (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1516/1610): Money\.AmountSpec.toRational.produces an invalid Rational with quantisation factor 0 (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1519/1610): Money\.AmountSpec.fromRational.fails on really large numbers (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1517/1610): Money\.AmountSpec.fromRational.roundtrips with toRational (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1520/1610): Money\.AmountSpec.fromRational.fails on -Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1518/1610): Money\.AmountSpec.fromRational.succeeds on 0 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1509/1610): Money\.AmountSpec.Ord Amount.(<) \:\: Amount -> Amount -> Bool.is transitive for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1506/1610): Money\.AmountSpec.Ord Amount.(>=) \:\: Amount -> Amount -> Bool.is reflexive for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1521/1610): Money\.AmountSpec.fromRational.succeeds on 1 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1505/1610): Money\.AmountSpec.Ord Amount.(>=) \:\: Amount -> Amount -> Bool.is antisymmetric for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1522/1610): Money\.AmountSpec.fromRational.succeeds on 77\.02 with quantisation factor 100 (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1507/1610): Money\.AmountSpec.Ord Amount."max \:\: (Amount -> Amount -> Amount)".is equivalent to (\\a b -> if a >= b then a else b) for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1510/1610): Money\.AmountSpec.Ord Amount.(<) \:\: Amount -> Amount -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1532/1610): Money\.AmountSpec.add.has a right-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1530/1610): Money\.AmountSpec.add.fails for maxBound + 1 (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1531/1610): Money\.AmountSpec.add.matches what you would get with Integer, if nothing fails (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1533/1610): Money\.AmountSpec.add.produces valid amounts (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1534/1610): Money\.AmountSpec.add.fails for maxBound + maxBound (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1535/1610): Money\.AmountSpec.add.has a left-identity\: zero (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1536/1610): Money\.AmountSpec.toMinimalQuantisations.roundtrips with fromMinimalQuantisations (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1537/1610): Money\.AmountSpec.toMinimalQuantisations.produces valid Int64s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1538/1610): Money\.AmountSpec.Eq Amount.(/=) \:\: Amount -> Amount -> Bool.is antireflexive for "valid Amount"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1539/1610): Money\.AmountSpec.Eq Amount.(/=) \:\: Amount -> Amount -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid Amount"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1540/1610): Money\.AmountSpec.Eq Amount.(==) \:\: Amount -> Amount -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid Amount"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1542/1610): Money\.AmountSpec.Eq Amount.(==) \:\: Amount -> Amount -> Bool.is reflexive for "valid Amount"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1541/1610): Money\.AmountSpec.Eq Amount.(==) \:\: Amount -> Amount -> Bool.is transitive for "valid Amount"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1543/1610): Money\.AmountSpec.Eq Amount.(==) \:\: Amount -> Amount -> Bool.is symmetric for "valid Amount"s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1544/1610): Money\.AmountSpec.GenValid Amount.genValid   \:\: Gen Amount.only generates valid 'Amount's (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1545/1610): Money\.AmountSpec.toDouble.produces valid Doubles (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1548/1610): Money\.AmountSpec.rate.produces valid conversion rates (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1547/1610): Money\.AmountSpec.toDouble.produces an infinite Double with quantisation factor 0 (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1546/1610): Money\.AmountSpec.toDouble.succeeds on 7702 with quantisation factor 100 (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1550/1610): Money\.AmountSpec.rate.computes this USD to CHF rate correctly (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1553/1610): Money\.AmountSpec.convert.converts this USD to CHF correctly (22 mutations)
[2m[really-safe-money-gen] [mcoverage (1551/1610): Money\.AmountSpec.zero.is valid (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1552/1610): Money\.AmountSpec.convert.succeeds in converting 1\:1 without rounding if the quantisation factor is the same (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1555/1610): Money\.AmountSpec.toRatio.produces an invalid Rational with quantisation factor 0 (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1558/1610): Money\.AmountSpec.subtract.fails for 0 - 1 (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1557/1610): Money\.AmountSpec.subtract.fails for 0 - maxBound (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1556/1610): Money\.AmountSpec.toRatio.produces valid Rationals when the quantisation factor is nonzero (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1559/1610): Money\.AmountSpec.subtract.matches what you would get with Integer, if nothing fails (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1549/1610): Money\.AmountSpec.rate.computes a rate that can be used to do a conversion without rounding (27 mutations)
[2m[really-safe-money-gen] [mcoverage (1554/1610): Money\.AmountSpec.convert.produces valid amounts (25 mutations)
[2m[really-safe-money-gen] [mcoverage (1560/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 600 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 20} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1562/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 2 0 into decimalLiteral QuantisationFactor {unQuantisationFactor = 1} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1561/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 100000000} into DecimalLiteral (Just True) 500 8 (50 mutations)
[2m[really-safe-money-gen] [mcoverage (1565/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 500 8 into decimalLiteral QuantisationFactor {unQuantisationFactor = 100000000} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1564/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 20 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 20} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1504/1610): Money\.AmountSpec.Ord Amount.(>=) \:\: Amount -> Amount -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1563/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 20} into DecimalLiteral (Just True) 600 2 (44 mutations)
[2m[really-safe-money-gen] [mcoverage (1529/1610): Money\.AmountSpec.add.is commutative (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1526/1610): Money\.AmountSpec.fromRational.fails on NaN (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1527/1610): Money\.AmountSpec.fromRational.produces valid Amounts (19 mutations)
[2m[really-safe-money-gen] [mcoverage (1523/1610): Money\.AmountSpec.fromRational.fails on 7\.123 with quantisation factor 10 (13 mutations)
[2m[really-safe-money-gen] [mcoverage (1525/1610): Money\.AmountSpec.fromRational.fails on -1 (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1524/1610): Money\.AmountSpec.fromRational.fails on +Infinity (2 mutations)
[2m[really-safe-money-gen] [mcoverage (1449/1610): Money\.AmountSpec.fraction.Correctly fractions 100 with 1 % 100 (12 mutations)
[2m[really-safe-money-gen] [mcoverage (1446/1610): Money\.AmountSpec.fraction.Correctly fractions 101 with 1 % 100 (12 mutations)
[2m[really-safe-money-gen] [mcoverage (1448/1610): Money\.AmountSpec.fraction.produces valid amounts (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1568/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 500 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 20} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1570/1610): Money\.AmountSpec.DecimalLiteral.Amount\.fromDecimalLiteral.fails on this amount that is too precise (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1487/1610): Money\.AmountSpec.fromDouble.fails on really large numbers (21 mutations)
[2m[really-safe-money-gen] [mcoverage (1500/1610): Money\.AmountSpec.Ord Amount.(<=) \:\: Amount -> Amount -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1447/1610): Money\.AmountSpec.fraction.Produces a result that can be multiplied back (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1567/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 20} into DecimalLiteral (Just True) 10 2 (50 mutations)
[2m[really-safe-money-gen] [mcoverage (1566/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 200 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 100} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1508/1610): Money\.AmountSpec.Ord Amount.(<) \:\: Amount -> Amount -> Bool.is antireflexive for "valid Amount"'s (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1489/1610): Money\.AmountSpec.fromDouble.succeeds on 77\.02 with quantisation factor 100 (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1492/1610): Money\.AmountSpec.fromDouble.fails on NaN (8 mutations)
[2m[really-safe-money-gen] [mcoverage (1490/1610): Money\.AmountSpec.fromDouble.produces valid amounts (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1491/1610): Money\.AmountSpec.fromDouble.fails on really large numbers:1 (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1528/1610): Money\.AmountSpec.add.is associative when both succeed (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1485/1610): Money\.AmountSpec.multiply.succeeds for 3 * 6 (9 mutations)
[2m[really-safe-money-gen] [mcoverage (1466/1610): Money\.AmountSpec.distribute.GenValid (Distribution Amount).genValid   \:\: Gen (Distribution Amount).only generates valid '(Distribution Amount)'s (11 mutations)
[2m[really-safe-money-gen] [mcoverage (1465/1610): Money\.AmountSpec.distribute.correctly distributes 10 into 4 (7 mutations)
[2m[really-safe-money-gen] [mcoverage (1579/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 4 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 100} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1488/1610): Money\.AmountSpec.fromDouble.roundtrips with toDouble, back to double (30 mutations)
[2m[really-safe-money-gen] [mcoverage (1580/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 100} into DecimalLiteral (Just True) 100 2 (44 mutations)
[2m[really-safe-money-gen] [mcoverage (1571/1610): Money\.AmountSpec.DecimalLiteral.Amount\.fromDecimalLiteral.fails on this amount that is too precise:1 (17 mutations)
[2m[really-safe-money-gen] [mcoverage (1569/1610): Money\.AmountSpec.DecimalLiteral.Amount\.fromDecimalLiteral.produces valid factors (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1578/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 100} into DecimalLiteral (Just True) 200 2 (44 mutations)
[2m[really-safe-money-gen] [mcoverage (1572/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 1} into DecimalLiteral (Just True) 2 0 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (1575/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 100 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 100} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1573/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 1} into DecimalLiteral (Just True) 1 0 (38 mutations)
[2m[really-safe-money-gen] [mcoverage (1577/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 3 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 100} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1598/1610): Money\.CurrencySpec.Ord Currency.(<=) \:\: Currency -> Currency -> Bool.is antisymmetric for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1602/1610): Money\.CurrencySpec.Ord Currency.(>) \:\: Currency -> Currency -> Bool.is equivalent to (\\a b -> compare a b == GT) for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1600/1610): Money\.CurrencySpec.Ord Currency.(<=) \:\: Currency -> Currency -> Bool.is reflexive for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1599/1610): Money\.CurrencySpec.Ord Currency.(<=) \:\: Currency -> Currency -> Bool.is equivalent to (\\a b -> compare a b /= GT) for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1601/1610): Money\.CurrencySpec.Ord Currency.(>) \:\: Currency -> Currency -> Bool.is transitive for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1604/1610): Money\.CurrencySpec.Ord Currency.(>=) \:\: Currency -> Currency -> Bool.is transitive for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1603/1610): Money\.CurrencySpec.Ord Currency.(>) \:\: Currency -> Currency -> Bool.is antireflexive for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1592/1610): Money\.CurrencySpec.Eq Currency.(==) \:\: Currency -> Currency -> Bool.is transitive for "valid Currency"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1607/1610): Money\.CurrencySpec.Ord Currency.(>=) \:\: Currency -> Currency -> Bool.is equivalent to (\\a b -> compare a b /= LT) for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1605/1610): Money\.CurrencySpec.Ord Currency.(>=) \:\: Currency -> Currency -> Bool.is antisymmetric for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1594/1610): Money\.CurrencySpec.Show Currency and Read Currency.are implemented such that read \. show == id for valid values (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1597/1610): Money\.CurrencySpec.Ord Currency.(<=) \:\: Currency -> Currency -> Bool.is transitive for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1596/1610): Money\.CurrencySpec.Ord Currency."min \:\: (Currency -> Currency -> Currency)".is equivalent to (\\a b -> if a <= b then a else b) for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1595/1610): Money\.CurrencySpec.Ord Currency."max \:\: (Currency -> Currency -> Currency)".is equivalent to (\\a b -> if a >= b then a else b) for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1591/1610): Money\.CurrencySpec.Eq Currency.(==) \:\: Currency -> Currency -> Bool.is symmetric for "valid Currency"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1590/1610): Money\.CurrencySpec.Eq Currency.(==) \:\: Currency -> Currency -> Bool.is equivalent to (\\a b -> not $ a /= b) for "valid Currency"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1589/1610): Money\.CurrencySpec.Eq Currency.(/=) \:\: Currency -> Currency -> Bool.is equivalent to (\\a b -> not $ a == b) for "valid Currency"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1608/1610): Money\.CurrencySpec.Ord Currency.(<) \:\: Currency -> Currency -> Bool.is equivalent to (\\a b -> compare a b == LT) for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1588/1610): Money\.CurrencySpec.Eq Currency.(/=) \:\: Currency -> Currency -> Bool.is antireflexive for "valid Currency"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1609/1610): Money\.CurrencySpec.Ord Currency.(<) \:\: Currency -> Currency -> Bool.is transitive for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1587/1610): Money\.AmountSpec.fromMinimalQuantisations.produces valid amounts (0 mutations)
[2m[really-safe-money-gen] [mcoverage (1593/1610): Money\.CurrencySpec.Eq Currency.(==) \:\: Currency -> Currency -> Bool.is reflexive for "valid Currency"s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1585/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 1 0 into decimalLiteral QuantisationFactor {unQuantisationFactor = 1} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1586/1610): Money\.AmountSpec.DecimalLiteral.can turn DecimalLiteral (Just True) 10 2 into decimalLiteral QuantisationFactor {unQuantisationFactor = 20} (23 mutations)
[2m[really-safe-money-gen] [mcoverage (1610/1610): Money\.CurrencySpec.Ord Currency.(<) \:\: Currency -> Currency -> Bool.is antireflexive for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1606/1610): Money\.CurrencySpec.Ord Currency.(>=) \:\: Currency -> Currency -> Bool.is reflexive for "valid Currency"'s (1 mutations)
[2m[really-safe-money-gen] [mcoverage (1584/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 20} into DecimalLiteral (Just True) 20 2 (50 mutations)
[2m[really-safe-money-gen] [mcoverage (1581/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 100} into DecimalLiteral (Just True) 4 2 (44 mutations)
[2m[really-safe-money-gen] [mcoverage (1574/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 100} into DecimalLiteral (Just True) 3 2 (44 mutations)
[2m[really-safe-money-gen] [mcoverage (1576/1610): Money\.AmountSpec.DecimalLiteral.can turn decimalLiteral QuantisationFactor {unQuantisationFactor = 20} into DecimalLiteral (Just True) 500 2 (44 mutations)
[2m[really-safe-money-gen] [mcoverage (1482/1610): Money\.AmountSpec.multiply.is absorbed by 0 (10 mutations)
[2m[really-safe-money-gen] [mcoverage (1582/1610): Money\.AmountSpec.DecimalLiteral.Amount\.toDecimalLiteral.produces valid decimal literals (52 mutations)
[2m[really-safe-money-gen] [mcoverage (1583/1610): Money\.AmountSpec.DecimalLiteral.Amount\.toDecimalLiteral.roundtrips with Amount\.fromDecimalLiteral (74 mutations)
[2m[really-safe-money-gen] [mmutation-nix: running mutations
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money-gen] [m[36m@@ -550,11 +550,10 @@[m
[2m[really-safe-money-gen] [m   let aa1 = abs a1
[2m[really-safe-money-gen] [m       aa2 = abs a2
[2m[really-safe-money-gen] [m       mr = Amount.rate qf1 aa1 qf2 aa2
[2m[really-safe-money-gen] [m    in case (a1, a2) of
[2m[really-safe-money-gen] [m[31m-        (Positive _, Positive _) -> mr[m
[2m[really-safe-money-gen] [m         (Positive _, Negative _) -> Nothing
[2m[really-safe-money-gen] [m         (Negative _, Positive _) -> Nothing
[2m[really-safe-money-gen] [m         (Negative _, Negative _) -> mr
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Convert an amount of money of one currency into an amount of money of
[2m[really-safe-money-gen] [m -- another currency using a conversion rate.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money-gen] [m[36m@@ -550,11 +550,10 @@[m
[2m[really-safe-money-gen] [m   let aa1 = abs a1
[2m[really-safe-money-gen] [m       aa2 = abs a2
[2m[really-safe-money-gen] [m       mr = Amount.rate qf1 aa1 qf2 aa2
[2m[really-safe-money-gen] [m    in case (a1, a2) of
[2m[really-safe-money-gen] [m         (Positive _, Positive _) -> mr
[2m[really-safe-money-gen] [m         (Positive _, Negative _) -> Nothing
[2m[really-safe-money-gen] [m         (Negative _, Positive _) -> Nothing
[2m[really-safe-money-gen] [m[31m-        (Negative _, Negative _) -> mr[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Convert an amount of money of one currency into an amount of money of
[2m[really-safe-money-gen] [m -- another currency using a conversion rate.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money-gen] [m[36m@@ -550,11 +550,10 @@[m
[2m[really-safe-money-gen] [m   let aa1 = abs a1
[2m[really-safe-money-gen] [m       aa2 = abs a2
[2m[really-safe-money-gen] [m       mr = Amount.rate qf1 aa1 qf2 aa2
[2m[really-safe-money-gen] [m    in case (a1, a2) of
[2m[really-safe-money-gen] [m         (Positive _, Positive _) -> mr
[2m[really-safe-money-gen] [m         (Positive _, Negative _) -> Nothing
[2m[really-safe-money-gen] [m[31m-        (Negative _, Positive _) -> Nothing[m
[2m[really-safe-money-gen] [m         (Negative _, Negative _) -> mr
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Convert an amount of money of one currency into an amount of money of
[2m[really-safe-money-gen] [m -- another currency using a conversion rate.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:591:7-44
[2m[really-safe-money-gen] [m[36m@@ -588,9 +588,8 @@[m
[2m[really-safe-money-gen] [m   (Maybe Account, Maybe ConversionRate)
[2m[really-safe-money-gen] [m convert r qf1 a cr qf2 =
[2m[really-safe-money-gen] [m   let (ma, mr) = Amount.convert r qf1 (abs a) cr qf2
[2m[really-safe-money-gen] [m    in case a of
[2m[really-safe-money-gen] [m         Positive _ -> (Positive <$> ma, mr)
[2m[really-safe-money-gen] [m[31m-        Negative _ -> (Negative <$> ma, mr)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Format an account of money without a symbol.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money-gen] [m[36m@@ -418,13 +418,12 @@[m
[2m[really-safe-money-gen] [m multiply :: Int32 -> Account -> Maybe Account
[2m[really-safe-money-gen] [m multiply factor account =
[2m[really-safe-money-gen] [m   let af = (fromIntegral :: Int32 -> Word32) ((Prelude.abs :: Int32 -> Int32) factor)
[2m[really-safe-money-gen] [m       f = case (compare factor 0, compare account zero) of
[2m[really-safe-money-gen] [m[31m-        (EQ, _) -> const zero[m
[2m[really-safe-money-gen] [m         (_, EQ) -> const zero
[2m[really-safe-money-gen] [m         (GT, GT) -> Positive
[2m[really-safe-money-gen] [m         (GT, LT) -> Negative
[2m[really-safe-money-gen] [m         (LT, GT) -> Negative
[2m[really-safe-money-gen] [m         (LT, LT) -> Positive
[2m[really-safe-money-gen] [m    in f <$> Amount.multiply af (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Distribute an amount of money into chunks that are as evenly distributed as possible.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money-gen] [m[36m@@ -418,13 +418,12 @@[m
[2m[really-safe-money-gen] [m multiply :: Int32 -> Account -> Maybe Account
[2m[really-safe-money-gen] [m multiply factor account =
[2m[really-safe-money-gen] [m   let af = (fromIntegral :: Int32 -> Word32) ((Prelude.abs :: Int32 -> Int32) factor)
[2m[really-safe-money-gen] [m       f = case (compare factor 0, compare account zero) of
[2m[really-safe-money-gen] [m         (EQ, _) -> const zero
[2m[really-safe-money-gen] [m         (_, EQ) -> const zero
[2m[really-safe-money-gen] [m         (GT, GT) -> Positive
[2m[really-safe-money-gen] [m[31m-        (GT, LT) -> Negative[m
[2m[really-safe-money-gen] [m         (LT, GT) -> Negative
[2m[really-safe-money-gen] [m         (LT, LT) -> Positive
[2m[really-safe-money-gen] [m    in f <$> Amount.multiply af (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Distribute an amount of money into chunks that are as evenly distributed as possible.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money-gen] [m[36m@@ -418,13 +418,12 @@[m
[2m[really-safe-money-gen] [m multiply :: Int32 -> Account -> Maybe Account
[2m[really-safe-money-gen] [m multiply factor account =
[2m[really-safe-money-gen] [m   let af = (fromIntegral :: Int32 -> Word32) ((Prelude.abs :: Int32 -> Int32) factor)
[2m[really-safe-money-gen] [m       f = case (compare factor 0, compare account zero) of
[2m[really-safe-money-gen] [m         (EQ, _) -> const zero
[2m[really-safe-money-gen] [m[31m-        (_, EQ) -> const zero[m
[2m[really-safe-money-gen] [m         (GT, GT) -> Positive
[2m[really-safe-money-gen] [m         (GT, LT) -> Negative
[2m[really-safe-money-gen] [m         (LT, GT) -> Negative
[2m[really-safe-money-gen] [m         (LT, LT) -> Positive
[2m[really-safe-money-gen] [m    in f <$> Amount.multiply af (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Distribute an amount of money into chunks that are as evenly distributed as possible.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money-gen] [m[36m@@ -418,13 +418,12 @@[m
[2m[really-safe-money-gen] [m multiply :: Int32 -> Account -> Maybe Account
[2m[really-safe-money-gen] [m multiply factor account =
[2m[really-safe-money-gen] [m   let af = (fromIntegral :: Int32 -> Word32) ((Prelude.abs :: Int32 -> Int32) factor)
[2m[really-safe-money-gen] [m       f = case (compare factor 0, compare account zero) of
[2m[really-safe-money-gen] [m         (EQ, _) -> const zero
[2m[really-safe-money-gen] [m         (_, EQ) -> const zero
[2m[really-safe-money-gen] [m[31m-        (GT, GT) -> Positive[m
[2m[really-safe-money-gen] [m         (GT, LT) -> Negative
[2m[really-safe-money-gen] [m         (LT, GT) -> Negative
[2m[really-safe-money-gen] [m         (LT, LT) -> Positive
[2m[really-safe-money-gen] [m    in f <$> Amount.multiply af (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Distribute an amount of money into chunks that are as evenly distributed as possible.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money-gen] [m[36m@@ -418,13 +418,12 @@[m
[2m[really-safe-money-gen] [m multiply :: Int32 -> Account -> Maybe Account
[2m[really-safe-money-gen] [m multiply factor account =
[2m[really-safe-money-gen] [m   let af = (fromIntegral :: Int32 -> Word32) ((Prelude.abs :: Int32 -> Int32) factor)
[2m[really-safe-money-gen] [m       f = case (compare factor 0, compare account zero) of
[2m[really-safe-money-gen] [m         (EQ, _) -> const zero
[2m[really-safe-money-gen] [m         (_, EQ) -> const zero
[2m[really-safe-money-gen] [m         (GT, GT) -> Positive
[2m[really-safe-money-gen] [m         (GT, LT) -> Negative
[2m[really-safe-money-gen] [m         (LT, GT) -> Negative
[2m[really-safe-money-gen] [m[31m-        (LT, LT) -> Positive[m
[2m[really-safe-money-gen] [m    in f <$> Amount.multiply af (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Distribute an amount of money into chunks that are as evenly distributed as possible.
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:451:14-23
[2m[really-safe-money-gen] [m[36m@@ -448,7 +448,7 @@[m
[2m[really-safe-money-gen] [m         DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m         DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m         DistributedIntoEqualChunks numberOfChunks chunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if [m[31ma[m[41m [m[41m>[m[41m= [m[41mz[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if [m[42mF[m[32ma[m[42mls[m[32me[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:451:14-23
[2m[really-safe-money-gen] [m[36m@@ -448,7 +448,7 @@[m
[2m[really-safe-money-gen] [m         DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m         DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m         DistributedIntoEqualChunks numberOfChunks chunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if a [m[41m>[m[31m= zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if a [m[42m<[m[32m= zero[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Account.hs:421:32-33
[2m[really-safe-money-gen] [m[36m@@ -418,7 +418,7 @@[m
[2m[really-safe-money-gen] [m multiply :: Int32 -> Account -> Maybe Account
[2m[really-safe-money-gen] [m multiply factor account =
[2m[really-safe-money-gen] [m   let af = (fromIntegral :: Int32 -> Word32) ((Prelude.abs :: Int32 -> Int32) factor)
[2m[really-safe-money-gen] [m[31m-[m[31m      f = case (compare factor [m[41m0[m[31m, compare account zero) of[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = case (compare factor [m[42m1[m[32m, compare account zero) of[m
[2m[really-safe-money-gen] [m         (EQ, _) -> const zero
[2m[really-safe-money-gen] [m         (_, EQ) -> const zero
[2m[really-safe-money-gen] [m         (GT, GT) -> Positive
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:591:7-44
[2m[really-safe-money-gen] [m[36m@@ -588,9 +588,8 @@[m
[2m[really-safe-money-gen] [m   (Maybe Account, Maybe ConversionRate)
[2m[really-safe-money-gen] [m convert r qf1 a cr qf2 =
[2m[really-safe-money-gen] [m   let (ma, mr) = Amount.convert r qf1 (abs a) cr qf2
[2m[really-safe-money-gen] [m    in case a of
[2m[really-safe-money-gen] [m[31m-        Positive _ -> (Positive <$> ma, mr)[m
[2m[really-safe-money-gen] [m         Negative _ -> (Negative <$> ma, mr)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Format an account of money without a symbol.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:455:14-23
[2m[really-safe-money-gen] [m[36m@@ -452,7 +452,7 @@[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if a [m[41m>[m[31m= zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if a [m[42m<[m[32m= zero[m
[2m[really-safe-money-gen] [m             then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)
[2m[really-safe-money-gen] [m             else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:455:14-23
[2m[really-safe-money-gen] [m[36m@@ -452,7 +452,7 @@[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if a [m[41m>[m[41m=[m[31m zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if a [m[42m<[m[32m zero[m
[2m[really-safe-money-gen] [m             then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)
[2m[really-safe-money-gen] [m             else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:451:14-23
[2m[really-safe-money-gen] [m[36m@@ -448,7 +448,7 @@[m
[2m[really-safe-money-gen] [m         DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m         DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m         DistributedIntoEqualChunks numberOfChunks chunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if a >[m[41m=[m[31m zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if a >[m[32m zero[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:553:7-39
[2m[really-safe-money-gen] [m[36m@@ -550,11 +550,10 @@[m
[2m[really-safe-money-gen] [m   let aa1 = abs a1
[2m[really-safe-money-gen] [m       aa2 = abs a2
[2m[really-safe-money-gen] [m       mr = Amount.rate qf1 aa1 qf2 aa2
[2m[really-safe-money-gen] [m    in case (a1, a2) of
[2m[really-safe-money-gen] [m         (Positive _, Positive _) -> mr
[2m[really-safe-money-gen] [m[31m-        (Positive _, Negative _) -> Nothing[m
[2m[really-safe-money-gen] [m         (Negative _, Positive _) -> Nothing
[2m[really-safe-money-gen] [m         (Negative _, Negative _) -> mr
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Convert an amount of money of one currency into an amount of money of
[2m[really-safe-money-gen] [m -- another currency using a conversion rate.
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Account.hs:451:14-23
[2m[really-safe-money-gen] [m[36m@@ -448,7 +448,7 @@[m
[2m[really-safe-money-gen] [m         DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m         DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m         DistributedIntoEqualChunks numberOfChunks chunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if[m[31m [m[31ma >= zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32ma >= zero[m[42m)[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:421:11-29
[2m[really-safe-money-gen] [m[36m@@ -418,13 +418,12 @@[m
[2m[really-safe-money-gen] [m multiply :: Int32 -> Account -> Maybe Account
[2m[really-safe-money-gen] [m multiply factor account =
[2m[really-safe-money-gen] [m   let af = (fromIntegral :: Int32 -> Word32) ((Prelude.abs :: Int32 -> Int32) factor)
[2m[really-safe-money-gen] [m       f = case (compare factor 0, compare account zero) of
[2m[really-safe-money-gen] [m         (EQ, _) -> const zero
[2m[really-safe-money-gen] [m         (_, EQ) -> const zero
[2m[really-safe-money-gen] [m         (GT, GT) -> Positive
[2m[really-safe-money-gen] [m         (GT, LT) -> Negative
[2m[really-safe-money-gen] [m[31m-        (LT, GT) -> Negative[m
[2m[really-safe-money-gen] [m         (LT, LT) -> Positive
[2m[really-safe-money-gen] [m    in f <$> Amount.multiply af (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Distribute an amount of money into chunks that are as evenly distributed as possible.
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:455:14-23
[2m[really-safe-money-gen] [m[36m@@ -452,7 +452,7 @@[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if a >[m[41m=[m[31m zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if a >[m[32m zero[m
[2m[really-safe-money-gen] [m             then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)
[2m[really-safe-money-gen] [m             else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:451:14-23
[2m[really-safe-money-gen] [m[36m@@ -448,7 +448,7 @@[m
[2m[really-safe-money-gen] [m         DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m         DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m         DistributedIntoEqualChunks numberOfChunks chunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if a [m[41m>[m[41m=[m[31m zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if a [m[42m<[m[32m zero[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:522:19-35
[2m[really-safe-money-gen] [m[36m@@ -519,10 +519,9 @@[m
[2m[really-safe-money-gen] [m   let aa = abs account
[2m[really-safe-money-gen] [m       (amount, actualFraction) = Amount.fraction ro aa af
[2m[really-safe-money-gen] [m       func :: Maybe Amount -> Ratio Natural -> (Maybe Account, Ratio Natural)
[2m[really-safe-money-gen] [m       func ma r = case compare account zero of
[2m[really-safe-money-gen] [m         EQ -> (Just zero, r)
[2m[really-safe-money-gen] [m         GT -> (Positive <$> ma, r)
[2m[really-safe-money-gen] [m[31m-        LT -> (Negative <$> ma, r)[m
[2m[really-safe-money-gen] [m    in func amount actualFraction
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Compute the currency conversion rate between two accounts of money of
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:451:14-23
[2m[really-safe-money-gen] [m[36m@@ -448,7 +448,7 @@[m
[2m[really-safe-money-gen] [m         DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m         DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m         DistributedIntoEqualChunks numberOfChunks chunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if[m[41m [m[41ma[m[31m [m[41m>[m[41m= z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if[m[32m [m[42mTru[m[32me[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money-gen] [m[36m@@ -444,17 +444,16 @@[m
[2m[really-safe-money-gen] [m distribute a f =
[2m[really-safe-money-gen] [m   let aa = abs a
[2m[really-safe-money-gen] [m       af = (fromIntegral :: Word16 -> Word32) (Prelude.abs f)
[2m[really-safe-money-gen] [m    in case Amount.distribute aa af of
[2m[really-safe-money-gen] [m[31m-        DistributedIntoZeroChunks -> DistributedIntoZeroChunks[m
[2m[really-safe-money-gen] [m         DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m         DistributedIntoEqualChunks numberOfChunks chunk ->
[2m[really-safe-money-gen] [m           if a >= zero
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [m           if a >= zero
[2m[really-safe-money-gen] [m             then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)
[2m[really-safe-money-gen] [m             else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m type AccountDistribution = Amount.Distribution Account
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:522:19-35
[2m[really-safe-money-gen] [m[36m@@ -519,10 +519,9 @@[m
[2m[really-safe-money-gen] [m   let aa = abs account
[2m[really-safe-money-gen] [m       (amount, actualFraction) = Amount.fraction ro aa af
[2m[really-safe-money-gen] [m       func :: Maybe Amount -> Ratio Natural -> (Maybe Account, Ratio Natural)
[2m[really-safe-money-gen] [m       func ma r = case compare account zero of
[2m[really-safe-money-gen] [m         EQ -> (Just zero, r)
[2m[really-safe-money-gen] [m[31m-        GT -> (Positive <$> ma, r)[m
[2m[really-safe-money-gen] [m         LT -> (Negative <$> ma, r)
[2m[really-safe-money-gen] [m    in func amount actualFraction
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Compute the currency conversion rate between two accounts of money of
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:455:14-23
[2m[really-safe-money-gen] [m[36m@@ -452,7 +452,7 @@[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if[m[41m [m[41ma[m[31m [m[41m>[m[41m= z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if[m[32m [m[42mTru[m[32me[m
[2m[really-safe-money-gen] [m             then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)
[2m[really-safe-money-gen] [m             else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money-gen] [m[36m@@ -444,17 +444,13 @@[m
[2m[really-safe-money-gen] [m distribute a f =
[2m[really-safe-money-gen] [m   let aa = abs a
[2m[really-safe-money-gen] [m       af = (fromIntegral :: Word16 -> Word32) (Prelude.abs f)
[2m[really-safe-money-gen] [m    in case Amount.distribute aa af of
[2m[really-safe-money-gen] [m         DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m         DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m[31m-        DistributedIntoEqualChunks numberOfChunks chunk ->[m
[2m[really-safe-money-gen] [m[31m-          if a >= zero[m
[2m[really-safe-money-gen] [m[31m-            then DistributedIntoEqualChunks numberOfChunks (Positive chunk)[m
[2m[really-safe-money-gen] [m[31m-            else DistributedIntoEqualChunks numberOfChunks (Negative chunk)[m
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [m           if a >= zero
[2m[really-safe-money-gen] [m             then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)
[2m[really-safe-money-gen] [m             else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m type AccountDistribution = Amount.Distribution Account
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/Account.hs:523:16-25
[2m[really-safe-money-gen] [m[36m@@ -520,7 +520,7 @@[m
[2m[really-safe-money-gen] [m       (amount, actualFraction) = Amount.fraction ro aa af
[2m[really-safe-money-gen] [m       func :: Maybe Amount -> Ratio Natural -> (Maybe Account, Ratio Natural)
[2m[really-safe-money-gen] [m       func ma r = case compare account zero of
[2m[really-safe-money-gen] [m[31m-[m[31m        EQ -> ([m[41mJ[m[41mu[m[41mst[m[41m ze[m[41mr[m[31mo[m[31m, r)[m
[2m[really-safe-money-gen] [m[32m+[m[32m        EQ -> ([m[42mN[m[32mo[m[42mth[m[42min[m[42mg[m[32m, r)[m
[2m[really-safe-money-gen] [m         GT -> (Positive <$> ma, r)
[2m[really-safe-money-gen] [m         LT -> (Negative <$> ma, r)
[2m[really-safe-money-gen] [m    in func amount actualFraction
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:495:12-18
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m fraction rounding account f =
[2m[really-safe-money-gen] [m   let af = (realToFrac :: Rational -> Ratio Natural) ((Prelude.abs :: Rational -> Rational) f)
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m[31m-[m[31m        if f [m[41m>[m[31m= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if f [m[42m<[m[32m= 0[m
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m             RoundUp -> RoundDown
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:495:12-18
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m fraction rounding account f =
[2m[really-safe-money-gen] [m   let af = (realToFrac :: Rational -> Ratio Natural) ((Prelude.abs :: Rational -> Rational) f)
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m[31m-[m[31m        if f >[m[41m=[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if f >[m[32m 0[m
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m             RoundUp -> RoundDown
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:495:12-18
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m fraction rounding account f =
[2m[really-safe-money-gen] [m   let af = (realToFrac :: Rational -> Ratio Natural) ((Prelude.abs :: Rational -> Rational) f)
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m[31m-[m[31m        i[m[41mf[m[41m [m[31mf[m[41m [m[41m>=[m[31m [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        i[m[32mf[m[32m [m[42mTru[m[42me[m
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m             RoundUp -> RoundDown
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Account.hs:455:14-23
[2m[really-safe-money-gen] [m[36m@@ -452,7 +452,7 @@[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if[m[31m [m[31ma >= zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32ma >= zero[m[42m)[m
[2m[really-safe-money-gen] [m             then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)
[2m[really-safe-money-gen] [m             else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money-gen] [m[36m@@ -444,17 +444,16 @@[m
[2m[really-safe-money-gen] [m distribute a f =
[2m[really-safe-money-gen] [m   let aa = abs a
[2m[really-safe-money-gen] [m       af = (fromIntegral :: Word16 -> Word32) (Prelude.abs f)
[2m[really-safe-money-gen] [m    in case Amount.distribute aa af of
[2m[really-safe-money-gen] [m         DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m[31m-        DistributedZero -> DistributedZero[m
[2m[really-safe-money-gen] [m         DistributedIntoEqualChunks numberOfChunks chunk ->
[2m[really-safe-money-gen] [m           if a >= zero
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [m           if a >= zero
[2m[really-safe-money-gen] [m             then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)
[2m[really-safe-money-gen] [m             else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m type AccountDistribution = Amount.Distribution Account
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:497:16-41
[2m[really-safe-money-gen] [m[36m@@ -494,10 +494,9 @@[m
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m         if f >= 0
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m             RoundUp -> RoundDown
[2m[really-safe-money-gen] [m[31m-            RoundDown -> RoundUp[m
[2m[really-safe-money-gen] [m             RoundNearest -> RoundNearest
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m    in if f >= 0
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:495:12-18
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m fraction rounding account f =
[2m[really-safe-money-gen] [m   let af = (realToFrac :: Rational -> Ratio Natural) ((Prelude.abs :: Rational -> Rational) f)
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m[31m-[m[31m        if f [m[41m>[m[41m=[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if f [m[42m<[m[32m 0[m
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m             RoundUp -> RoundDown
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:522:19-35
[2m[really-safe-money-gen] [m[36m@@ -519,10 +519,9 @@[m
[2m[really-safe-money-gen] [m   let aa = abs account
[2m[really-safe-money-gen] [m       (amount, actualFraction) = Amount.fraction ro aa af
[2m[really-safe-money-gen] [m       func :: Maybe Amount -> Ratio Natural -> (Maybe Account, Ratio Natural)
[2m[really-safe-money-gen] [m       func ma r = case compare account zero of
[2m[really-safe-money-gen] [m[31m-        EQ -> (Just zero, r)[m
[2m[really-safe-money-gen] [m         GT -> (Positive <$> ma, r)
[2m[really-safe-money-gen] [m         LT -> (Negative <$> ma, r)
[2m[really-safe-money-gen] [m    in func amount actualFraction
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Compute the currency conversion rate between two accounts of money of
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:497:16-41
[2m[really-safe-money-gen] [m[36m@@ -494,10 +494,9 @@[m
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m         if f >= 0
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m             RoundUp -> RoundDown
[2m[really-safe-money-gen] [m             RoundDown -> RoundUp
[2m[really-safe-money-gen] [m[31m-            RoundNearest -> RoundNearest[m
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m    in if f >= 0
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:455:14-23
[2m[really-safe-money-gen] [m[36m@@ -452,7 +452,7 @@[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if [m[31ma[m[41m [m[41m>[m[41m= [m[41mz[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if [m[42mF[m[32ma[m[42mls[m[32me[m
[2m[really-safe-money-gen] [m             then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)
[2m[really-safe-money-gen] [m             else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:447:7-136
[2m[really-safe-money-gen] [m[36m@@ -444,17 +444,13 @@[m
[2m[really-safe-money-gen] [m distribute a f =
[2m[really-safe-money-gen] [m   let aa = abs a
[2m[really-safe-money-gen] [m       af = (fromIntegral :: Word16 -> Word32) (Prelude.abs f)
[2m[really-safe-money-gen] [m    in case Amount.distribute aa af of
[2m[really-safe-money-gen] [m         DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m         DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m         DistributedIntoEqualChunks numberOfChunks chunk ->
[2m[really-safe-money-gen] [m           if a >= zero
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m[31m-        DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->[m
[2m[really-safe-money-gen] [m[31m-          if a >= zero[m
[2m[really-safe-money-gen] [m[31m-            then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)[m
[2m[really-safe-money-gen] [m[31m-            else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m type AccountDistribution = Amount.Distribution Account
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Account.hs:495:17-18
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m fraction rounding account f =
[2m[really-safe-money-gen] [m   let af = (realToFrac :: Rational -> Ratio Natural) ((Prelude.abs :: Rational -> Rational) f)
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m[31m-[m[31m        if f >= [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if f >= [m[42m1[m
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m             RoundUp -> RoundDown
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Account.hs:495:12-18
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m fraction rounding account f =
[2m[really-safe-money-gen] [m   let af = (realToFrac :: Rational -> Ratio Natural) ((Prelude.abs :: Rational -> Rational) f)
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[31m [m[31mf >= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mf >= 0[m[42m)[m
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m             RoundUp -> RoundDown
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:503:10-16
[2m[really-safe-money-gen] [m[36m@@ -500,7 +500,7 @@[m
[2m[really-safe-money-gen] [m             RoundNearest -> RoundNearest
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m[31m-[m[31m   in i[m[41mf[m[41m [m[31mf[m[41m [m[41m>=[m[31m [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in i[m[32mf[m[32m [m[42mTru[m[42me[m
[2m[really-safe-money-gen] [m         then (ma, r)
[2m[really-safe-money-gen] [m         else (negate <$> ma, -r)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:503:10-16
[2m[really-safe-money-gen] [m[36m@@ -500,7 +500,7 @@[m
[2m[really-safe-money-gen] [m             RoundNearest -> RoundNearest
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m[31m-[m[31m   in if f [m[41m>[m[31m= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if f [m[42m<[m[32m= 0[m
[2m[really-safe-money-gen] [m         then (ma, r)
[2m[really-safe-money-gen] [m         else (negate <$> ma, -r)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:503:10-16
[2m[really-safe-money-gen] [m[36m@@ -500,7 +500,7 @@[m
[2m[really-safe-money-gen] [m             RoundNearest -> RoundNearest
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m[31m-[m[31m   in if f >[m[41m=[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if f >[m[32m 0[m
[2m[really-safe-money-gen] [m         then (ma, r)
[2m[really-safe-money-gen] [m         else (negate <$> ma, -r)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:233:14-20
[2m[really-safe-money-gen] [m[36m@@ -230,7 +230,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Account
[2m[really-safe-money-gen] [m fromRational quantisationFactor r =
[2m[really-safe-money-gen] [m   let r' = Prelude.abs r
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if r >[m[41m=[m[31m 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if r >[m[32m 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromRational quantisationFactor r'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Rational' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Account.hs:233:19-20
[2m[really-safe-money-gen] [m[36m@@ -230,7 +230,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Account
[2m[really-safe-money-gen] [m fromRational quantisationFactor r =
[2m[really-safe-money-gen] [m   let r' = Prelude.abs r
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if r >= [m[41m0[m[31m then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if r >= [m[42m1[m[32m then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromRational quantisationFactor r'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Rational' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:495:12-18
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m fraction rounding account f =
[2m[really-safe-money-gen] [m   let af = (realToFrac :: Rational -> Ratio Natural) ((Prelude.abs :: Rational -> Rational) f)
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m[31m-[m[31m        if [m[41mf[m[41m >= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if [m[42mF[m[42ma[m[42mlse[m
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m             RoundUp -> RoundDown
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:197:14-20
[2m[really-safe-money-gen] [m[36m@@ -194,7 +194,7 @@[m
[2m[really-safe-money-gen] [m fromDouble :: QuantisationFactor -> Double -> Maybe Account
[2m[really-safe-money-gen] [m fromDouble quantisationFactor d =
[2m[really-safe-money-gen] [m   let d' = Prelude.abs d
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if d >[m[41m=[m[31m 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if d >[m[32m 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromDouble quantisationFactor d'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount of money into a 'Rational'.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:497:16-41
[2m[really-safe-money-gen] [m[36m@@ -494,10 +494,9 @@[m
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m         if f >= 0
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m[31m-            RoundUp -> RoundDown[m
[2m[really-safe-money-gen] [m             RoundDown -> RoundUp
[2m[really-safe-money-gen] [m             RoundNearest -> RoundNearest
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m    in if f >= 0
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:503:10-16
[2m[really-safe-money-gen] [m[36m@@ -500,7 +500,7 @@[m
[2m[really-safe-money-gen] [m             RoundNearest -> RoundNearest
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m[31m-[m[31m   in if [m[41mf[m[41m >= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if [m[42mF[m[42ma[m[42mlse[m
[2m[really-safe-money-gen] [m         then (ma, r)
[2m[really-safe-money-gen] [m         else (negate <$> ma, -r)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:197:14-20
[2m[really-safe-money-gen] [m[36m@@ -194,7 +194,7 @@[m
[2m[really-safe-money-gen] [m fromDouble :: QuantisationFactor -> Double -> Maybe Account
[2m[really-safe-money-gen] [m fromDouble quantisationFactor d =
[2m[really-safe-money-gen] [m   let d' = Prelude.abs d
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if d [m[41m>[m[31m= 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if d [m[42m<[m[32m= 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromDouble quantisationFactor d'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount of money into a 'Rational'.
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:197:14-20
[2m[really-safe-money-gen] [m[36m@@ -194,7 +194,7 @@[m
[2m[really-safe-money-gen] [m fromDouble :: QuantisationFactor -> Double -> Maybe Account
[2m[really-safe-money-gen] [m fromDouble quantisationFactor d =
[2m[really-safe-money-gen] [m   let d' = Prelude.abs d
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if d [m[41m>[m[41m=[m[31m 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if d [m[42m<[m[32m 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromDouble quantisationFactor d'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount of money into a 'Rational'.
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:503:10-16
[2m[really-safe-money-gen] [m[36m@@ -500,7 +500,7 @@[m
[2m[really-safe-money-gen] [m             RoundNearest -> RoundNearest
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m[31m-[m[31m   in if f [m[41m>[m[41m=[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if f [m[42m<[m[32m 0[m
[2m[really-safe-money-gen] [m         then (ma, r)
[2m[really-safe-money-gen] [m         else (negate <$> ma, -r)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Account.hs:197:19-20
[2m[really-safe-money-gen] [m[36m@@ -194,7 +194,7 @@[m
[2m[really-safe-money-gen] [m fromDouble :: QuantisationFactor -> Double -> Maybe Account
[2m[really-safe-money-gen] [m fromDouble quantisationFactor d =
[2m[really-safe-money-gen] [m   let d' = Prelude.abs d
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if d >= [m[41m0[m[31m then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if d >= [m[42m1[m[32m then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromDouble quantisationFactor d'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount of money into a 'Rational'.
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Account.hs:503:15-16
[2m[really-safe-money-gen] [m[36m@@ -500,7 +500,7 @@[m
[2m[really-safe-money-gen] [m             RoundNearest -> RoundNearest
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m[31m-[m[31m   in if f >= [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if f >= [m[42m1[m
[2m[really-safe-money-gen] [m         then (ma, r)
[2m[really-safe-money-gen] [m         else (negate <$> ma, -r)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:233:14-20
[2m[really-safe-money-gen] [m[36m@@ -230,7 +230,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Account
[2m[really-safe-money-gen] [m fromRational quantisationFactor r =
[2m[really-safe-money-gen] [m   let r' = Prelude.abs r
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if [m[41mr[m[31m [m[41m>= [m[41m0[m[41m [m[31mthen Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if [m[42mF[m[42ma[m[42mlse[m[32m [m[32mthen Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromRational quantisationFactor r'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Rational' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Account.hs:503:10-16
[2m[really-safe-money-gen] [m[36m@@ -500,7 +500,7 @@[m
[2m[really-safe-money-gen] [m             RoundNearest -> RoundNearest
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[31m [m[31mf >= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mf >= 0[m[42m)[m
[2m[really-safe-money-gen] [m         then (ma, r)
[2m[really-safe-money-gen] [m         else (negate <$> ma, -r)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:197:14-20
[2m[really-safe-money-gen] [m[36m@@ -194,7 +194,7 @@[m
[2m[really-safe-money-gen] [m fromDouble :: QuantisationFactor -> Double -> Maybe Account
[2m[really-safe-money-gen] [m fromDouble quantisationFactor d =
[2m[really-safe-money-gen] [m   let d' = Prelude.abs d
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if[m[41m [m[41md[m[41m [m[41m>=[m[31m [m[41m0[m[31m then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if[m[32m [m[42mTru[m[42me[m[32m then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromDouble quantisationFactor d'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount of money into a 'Rational'.
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Account.hs:233:14-20
[2m[really-safe-money-gen] [m[36m@@ -230,7 +230,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Account
[2m[really-safe-money-gen] [m fromRational quantisationFactor r =
[2m[really-safe-money-gen] [m   let r' = Prelude.abs r
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if[m[31m [m[31mr >= 0[m[31m then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr >= 0[m[42m)[m[32m then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromRational quantisationFactor r'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Rational' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:211:11-37
[2m[really-safe-money-gen] [m[36m@@ -208,9 +208,8 @@[m
[2m[really-safe-money-gen] [m -- (-3) % 20
[2m[really-safe-money-gen] [m toRational :: QuantisationFactor -> Account -> Rational
[2m[really-safe-money-gen] [m toRational quantisationFactor account =
[2m[really-safe-money-gen] [m   let f = case account of
[2m[really-safe-money-gen] [m[31m-        Positive _ -> id[m
[2m[really-safe-money-gen] [m         Negative _ -> Prelude.negate
[2m[really-safe-money-gen] [m    in f $ Amount.toRational quantisationFactor (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Rational' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:233:14-20
[2m[really-safe-money-gen] [m[36m@@ -230,7 +230,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Account
[2m[really-safe-money-gen] [m fromRational quantisationFactor r =
[2m[really-safe-money-gen] [m   let r' = Prelude.abs r
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if r [m[41m>[m[41m=[m[31m 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if r [m[42m<[m[32m 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromRational quantisationFactor r'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Rational' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:211:11-37
[2m[really-safe-money-gen] [m[36m@@ -208,9 +208,8 @@[m
[2m[really-safe-money-gen] [m -- (-3) % 20
[2m[really-safe-money-gen] [m toRational :: QuantisationFactor -> Account -> Rational
[2m[really-safe-money-gen] [m toRational quantisationFactor account =
[2m[really-safe-money-gen] [m   let f = case account of
[2m[really-safe-money-gen] [m         Positive _ -> id
[2m[really-safe-money-gen] [m[31m-        Negative _ -> Prelude.negate[m
[2m[really-safe-money-gen] [m    in f $ Amount.toRational quantisationFactor (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Rational' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:233:14-20
[2m[really-safe-money-gen] [m[36m@@ -230,7 +230,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Account
[2m[really-safe-money-gen] [m fromRational quantisationFactor r =
[2m[really-safe-money-gen] [m   let r' = Prelude.abs r
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if r [m[41m>[m[31m= 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if r [m[42m<[m[32m= 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromRational quantisationFactor r'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Rational' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:233:14-20
[2m[really-safe-money-gen] [m[36m@@ -230,7 +230,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Account
[2m[really-safe-money-gen] [m fromRational quantisationFactor r =
[2m[really-safe-money-gen] [m   let r' = Prelude.abs r
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if [m[31mr[m[41m [m[41m>=[m[41m 0[m[31m then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if [m[42mT[m[32mr[m[42mu[m[42me[m[32m then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromRational quantisationFactor r'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Rational' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Account.hs:197:14-20
[2m[really-safe-money-gen] [m[36m@@ -194,7 +194,7 @@[m
[2m[really-safe-money-gen] [m fromDouble :: QuantisationFactor -> Double -> Maybe Account
[2m[really-safe-money-gen] [m fromDouble quantisationFactor d =
[2m[really-safe-money-gen] [m   let d' = Prelude.abs d
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if[m[31m [m[31md >= 0[m[31m then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32md >= 0[m[42m)[m[32m then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromDouble quantisationFactor d'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount of money into a 'Rational'.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:171:11-37
[2m[really-safe-money-gen] [m[36m@@ -168,9 +168,8 @@[m
[2m[really-safe-money-gen] [m -- -0.25
[2m[really-safe-money-gen] [m toDouble :: QuantisationFactor -> Account -> Double
[2m[really-safe-money-gen] [m toDouble quantisationFactor account =
[2m[really-safe-money-gen] [m   let f = case account of
[2m[really-safe-money-gen] [m[31m-        Positive _ -> id[m
[2m[really-safe-money-gen] [m         Negative _ -> Prelude.negate
[2m[really-safe-money-gen] [m    in f $ Amount.toDouble quantisationFactor (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Double' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:155:11-37
[2m[really-safe-money-gen] [m[36m@@ -152,9 +152,8 @@[m
[2m[really-safe-money-gen] [m -- We return 'Integer' because the result does not fit into a 'Word64'
[2m[really-safe-money-gen] [m toMinimalQuantisations :: Account -> Integer
[2m[really-safe-money-gen] [m toMinimalQuantisations account =
[2m[really-safe-money-gen] [m   let f = case account of
[2m[really-safe-money-gen] [m[31m-        Positive _ -> id[m
[2m[really-safe-money-gen] [m         Negative _ -> Prelude.negate
[2m[really-safe-money-gen] [m    in f $ (fromIntegral :: Word64 -> Integer) $ Amount.toMinimalQuantisations (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount of money into a 'Double'.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:155:11-37
[2m[really-safe-money-gen] [m[36m@@ -152,9 +152,8 @@[m
[2m[really-safe-money-gen] [m -- We return 'Integer' because the result does not fit into a 'Word64'
[2m[really-safe-money-gen] [m toMinimalQuantisations :: Account -> Integer
[2m[really-safe-money-gen] [m toMinimalQuantisations account =
[2m[really-safe-money-gen] [m   let f = case account of
[2m[really-safe-money-gen] [m         Positive _ -> id
[2m[really-safe-money-gen] [m[31m-        Negative _ -> Prelude.negate[m
[2m[really-safe-money-gen] [m    in f $ (fromIntegral :: Word64 -> Integer) $ Amount.toMinimalQuantisations (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount of money into a 'Double'.
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:123:10-23
[2m[really-safe-money-gen] [m[36m@@ -120,7 +120,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (toInteger :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       a :: Integer
[2m[really-safe-money-gen] [m       a = (Prelude.abs :: Integer -> Integer) i
[2m[really-safe-money-gen] [m[31m-[m[31m   in if a [m[41m>[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if a [m[42m<[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let w :: Word64
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:123:10-23
[2m[really-safe-money-gen] [m[36m@@ -120,7 +120,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (toInteger :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       a :: Integer
[2m[really-safe-money-gen] [m       a = (Prelude.abs :: Integer -> Integer) i
[2m[really-safe-money-gen] [m[31m-[m[31m   in if a [m[41m>[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if a [m[42m<[m[42m=[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let w :: Word64
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:123:10-23
[2m[really-safe-money-gen] [m[36m@@ -120,7 +120,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (toInteger :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       a :: Integer
[2m[really-safe-money-gen] [m       a = (Prelude.abs :: Integer -> Integer) i
[2m[really-safe-money-gen] [m[31m-[m[31m   in if a >[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if a >[m[42m=[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let w :: Word64
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:123:10-23
[2m[really-safe-money-gen] [m[36m@@ -120,7 +120,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (toInteger :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       a :: Integer
[2m[really-safe-money-gen] [m       a = (Prelude.abs :: Integer -> Integer) i
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[41m [m[41ma[m[41m >[m[31m [m[41mma[m[41mxB[m[41mo[m[31mu[m[41mndI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[32m [m[42mTr[m[32mu[m[42me[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let w :: Word64
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:197:14-20
[2m[really-safe-money-gen] [m[36m@@ -194,7 +194,7 @@[m
[2m[really-safe-money-gen] [m fromDouble :: QuantisationFactor -> Double -> Maybe Account
[2m[really-safe-money-gen] [m fromDouble quantisationFactor d =
[2m[really-safe-money-gen] [m   let d' = Prelude.abs d
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if [m[41md[m[31m [m[41m>= [m[41m0[m[41m [m[31mthen Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if [m[42mF[m[42ma[m[42mlse[m[32m [m[32mthen Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromDouble quantisationFactor d'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount of money into a 'Rational'.
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account.hs:171:11-37
[2m[really-safe-money-gen] [m[36m@@ -168,9 +168,8 @@[m
[2m[really-safe-money-gen] [m -- -0.25
[2m[really-safe-money-gen] [m toDouble :: QuantisationFactor -> Account -> Double
[2m[really-safe-money-gen] [m toDouble quantisationFactor account =
[2m[really-safe-money-gen] [m   let f = case account of
[2m[really-safe-money-gen] [m         Positive _ -> id
[2m[really-safe-money-gen] [m[31m-        Negative _ -> Prelude.negate[m
[2m[really-safe-money-gen] [m    in f $ Amount.toDouble quantisationFactor (abs account)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'Double' into an amount of money.
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:123:10-23
[2m[really-safe-money-gen] [m[36m@@ -120,7 +120,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (toInteger :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       a :: Integer
[2m[really-safe-money-gen] [m       a = (Prelude.abs :: Integer -> Integer) i
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[41m [m[41ma[m[41m >[m[31m [m[41mm[m[31ma[m[41mxB[m[41mound[m[41mI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[32m [m[42mF[m[32ma[m[42ml[m[42mse[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let w :: Word64
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:131:20-26
[2m[really-safe-money-gen] [m[36m@@ -128,7 +128,7 @@[m
[2m[really-safe-money-gen] [m               amount :: Amount
[2m[really-safe-money-gen] [m               amount = Amount.fromMinimalQuantisations w
[2m[really-safe-money-gen] [m            in Just $
[2m[really-safe-money-gen] [m[31m-[m[31m                if [m[41mi[m[41m >= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if [m[42mF[m[42ma[m[42mlse[m
[2m[really-safe-money-gen] [m                   then Positive amount
[2m[really-safe-money-gen] [m                   else Negative amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Account.hs:341:11-18
[2m[really-safe-money-gen] [m[36m@@ -338,7 +338,7 @@[m
[2m[really-safe-money-gen] [m       i2 :: Integer
[2m[really-safe-money-gen] [m       i2 = toMinimalQuantisations a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = i1 [m[41m+[m[31m i2[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = i1 [m[42m*[m[32m i2[m
[2m[really-safe-money-gen] [m    in fromMinimalQuantisations r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Add a number of accounts of money together.
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Account.hs:378:11-18
[2m[really-safe-money-gen] [m[36m@@ -375,7 +375,7 @@[m
[2m[really-safe-money-gen] [m       i2 :: Integer
[2m[really-safe-money-gen] [m       i2 = toMinimalQuantisations a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = i1 [m[41m-[m[31m i2[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = i1 [m[42m+[m[32m i2[m
[2m[really-safe-money-gen] [m    in fromMinimalQuantisations r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | The absolute value of the account
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:131:20-26
[2m[really-safe-money-gen] [m[36m@@ -128,7 +128,7 @@[m
[2m[really-safe-money-gen] [m               amount :: Amount
[2m[really-safe-money-gen] [m               amount = Amount.fromMinimalQuantisations w
[2m[really-safe-money-gen] [m            in Just $
[2m[really-safe-money-gen] [m[31m-[m[31m                if i >[m[41m=[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if i >[m[32m 0[m
[2m[really-safe-money-gen] [m                   then Positive amount
[2m[really-safe-money-gen] [m                   else Negative amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Account.hs:378:11-18
[2m[really-safe-money-gen] [m[36m@@ -375,7 +375,7 @@[m
[2m[really-safe-money-gen] [m       i2 :: Integer
[2m[really-safe-money-gen] [m       i2 = toMinimalQuantisations a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = i1 [m[41m-[m[31m i2[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = i1 [m[42m*[m[32m i2[m
[2m[really-safe-money-gen] [m    in fromMinimalQuantisations r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | The absolute value of the account
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money-gen] [m[36m@@ -365,7 +365,7 @@[m
[2m[really-safe-money-gen] [m setMinimumDigits wantedDigits dl =
[2m[really-safe-money-gen] [m   let currentDigits :: Word8
[2m[really-safe-money-gen] [m       currentDigits = digits dl
[2m[really-safe-money-gen] [m[31m-[m[31m   in if wantedDigits [m[41m<[m[41m=[m[31m currentDigits[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if wantedDigits [m[42m>[m[32m currentDigits[m
[2m[really-safe-money-gen] [m         then dl
[2m[really-safe-money-gen] [m         else increaseDigits (wantedDigits - currentDigits) dl
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Account.hs:131:20-26
[2m[really-safe-money-gen] [m[36m@@ -128,7 +128,7 @@[m
[2m[really-safe-money-gen] [m               amount :: Amount
[2m[really-safe-money-gen] [m               amount = Amount.fromMinimalQuantisations w
[2m[really-safe-money-gen] [m            in Just $
[2m[really-safe-money-gen] [m[31m-[m[31m                if[m[41m [m[41mi[m[41m [m[41m>=[m[31m [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if[m[32m [m[42mTru[m[42me[m
[2m[really-safe-money-gen] [m                   then Positive amount
[2m[really-safe-money-gen] [m                   else Negative amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money-gen] [m[36m@@ -365,7 +365,7 @@[m
[2m[really-safe-money-gen] [m setMinimumDigits wantedDigits dl =
[2m[really-safe-money-gen] [m   let currentDigits :: Word8
[2m[really-safe-money-gen] [m       currentDigits = digits dl
[2m[really-safe-money-gen] [m[31m-[m[31m   in if wantedDigits [m[41m<[m[31m= currentDigits[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if wantedDigits [m[42m>[m[32m= currentDigits[m
[2m[really-safe-money-gen] [m         then dl
[2m[really-safe-money-gen] [m         else increaseDigits (wantedDigits - currentDigits) dl
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money-gen] [m[36m@@ -365,7 +365,7 @@[m
[2m[really-safe-money-gen] [m setMinimumDigits wantedDigits dl =
[2m[really-safe-money-gen] [m   let currentDigits :: Word8
[2m[really-safe-money-gen] [m       currentDigits = digits dl
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[31m [m[31mwantedDigits <= currentDigits[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mwantedDigits <= currentDigits[m[42m)[m
[2m[really-safe-money-gen] [m         then dl
[2m[really-safe-money-gen] [m         else increaseDigits (wantedDigits - currentDigits) dl
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:375:80-82
[2m[really-safe-money-gen] [m[36m@@ -372,7 +372,7 @@[m
[2m[really-safe-money-gen] [m     increaseDigits :: Word8 -> DecimalLiteral -> DecimalLiteral
[2m[really-safe-money-gen] [m     increaseDigits 0 = id
[2m[really-safe-money-gen] [m     increaseDigits w = \case
[2m[really-safe-money-gen] [m[31m-[m[31m      DecimalLiteral mS m e -> increaseDigits (pred w) (DecimalLiteral mS (m * [m[41m1[m[31m0) (succ e))[m
[2m[really-safe-money-gen] [m[32m+[m[32m      DecimalLiteral mS m e -> increaseDigits (pred w) (DecimalLiteral mS (m * [m[32m0) (succ e))[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Ensures that a positive literal has no sign
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:375:80-82
[2m[really-safe-money-gen] [m[36m@@ -372,7 +372,7 @@[m
[2m[really-safe-money-gen] [m     increaseDigits :: Word8 -> DecimalLiteral -> DecimalLiteral
[2m[really-safe-money-gen] [m     increaseDigits 0 = id
[2m[really-safe-money-gen] [m     increaseDigits w = \case
[2m[really-safe-money-gen] [m[31m-[m[31m      DecimalLiteral mS m e -> increaseDigits (pred w) (DecimalLiteral mS (m * 1[m[41m0[m[31m) (succ e))[m
[2m[really-safe-money-gen] [m[32m+[m[32m      DecimalLiteral mS m e -> increaseDigits (pred w) (DecimalLiteral mS (m * 1[m[32m) (succ e))[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Ensures that a positive literal has no sign
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:375:76-82
[2m[really-safe-money-gen] [m[36m@@ -372,7 +372,7 @@[m
[2m[really-safe-money-gen] [m     increaseDigits :: Word8 -> DecimalLiteral -> DecimalLiteral
[2m[really-safe-money-gen] [m     increaseDigits 0 = id
[2m[really-safe-money-gen] [m     increaseDigits w = \case
[2m[really-safe-money-gen] [m[31m-[m[31m      DecimalLiteral mS m e -> increaseDigits (pred w) (DecimalLiteral mS (m [m[41m*[m[31m 10) (succ e))[m
[2m[really-safe-money-gen] [m[32m+[m[32m      DecimalLiteral mS m e -> increaseDigits (pred w) (DecimalLiteral mS (m [m[42m+[m[32m 10) (succ e))[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Ensures that a positive literal has no sign
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:375:76-82
[2m[really-safe-money-gen] [m[36m@@ -372,7 +372,7 @@[m
[2m[really-safe-money-gen] [m     increaseDigits :: Word8 -> DecimalLiteral -> DecimalLiteral
[2m[really-safe-money-gen] [m     increaseDigits 0 = id
[2m[really-safe-money-gen] [m     increaseDigits w = \case
[2m[really-safe-money-gen] [m[31m-[m[31m      DecimalLiteral mS m e -> increaseDigits (pred w) (DecimalLiteral mS (m [m[41m*[m[31m 10) (succ e))[m
[2m[really-safe-money-gen] [m[32m+[m[32m      DecimalLiteral mS m e -> increaseDigits (pred w) (DecimalLiteral mS (m [m[42m-[m[32m 10) (succ e))[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Ensures that a positive literal has no sign
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:337:21-22
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if a >= [m[41m0[m[31m then Nothing else Just False[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if a >= [m[42m1[m[32m then Nothing else Just False[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if a [m[41m>[m[41m=[m[31m 0 then Nothing else Just False[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if a [m[42m<[m[32m 0 then Nothing else Just False[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if a [m[41m>[m[31m= 0 then Nothing else Just False[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if a [m[42m<[m[32m= 0 then Nothing else Just False[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if a >[m[41m=[m[31m 0 then Nothing else Just False[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if a >[m[32m 0 then Nothing else Just False[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if[m[41m [m[41ma[m[41m [m[41m>=[m[31m [m[41m0[m[31m then Nothing else Just False[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if[m[32m [m[42mTru[m[42me[m[32m then Nothing else Just False[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if [m[31ma[m[31m [m[41m>[m[41m= [m[41m0[m[41m [m[31mthen Nothing else Just False[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if [m[42mF[m[32ma[m[42ml[m[42ms[m[42me[m[32m [m[32mthen Nothing else Just False[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if[m[31m [m[31ma >= 0[m[31m then Nothing else Just False[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32ma >= 0[m[42m)[m[32m then Nothing else Just False[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [mTesting mutation BoolLit at src/Numeric/DecimalLiteral.hs:337:46-51
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if a >= 0 then Nothing else Just [m[41mF[m[41mal[m[41ms[m[31me[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if a >= 0 then Nothing else Just [m[42mT[m[42mru[m[32me[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Numeric/DecimalLiteral.hs:337:41-51
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if a >= 0 then Nothing else [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m F[m[41ma[m[41mlse[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if a >= 0 then Nothing else [m[42mN[m[42mo[m[32mt[m[42mh[m[42min[m[42mg[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m toInt :: DecimalLiteral -> Maybe Int
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ n <[m[41m=[m[31m fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ n <[m[32m fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m   guard $ n >= fromIntegral (minBound :: Int)
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m toInt :: DecimalLiteral -> Maybe Int
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ n [m[41m<[m[41m=[m[31m fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ n [m[42m>[m[32m fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m   guard $ n >= fromIntegral (minBound :: Int)
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:131:20-26
[2m[really-safe-money-gen] [m[36m@@ -128,7 +128,7 @@[m
[2m[really-safe-money-gen] [m               amount :: Amount
[2m[really-safe-money-gen] [m               amount = Amount.fromMinimalQuantisations w
[2m[really-safe-money-gen] [m            in Just $
[2m[really-safe-money-gen] [m[31m-[m[31m                if i [m[41m>[m[31m= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if i [m[42m<[m[32m= 0[m
[2m[really-safe-money-gen] [m                   then Positive amount
[2m[really-safe-money-gen] [m                   else Negative amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Account.hs:131:20-26
[2m[really-safe-money-gen] [m[36m@@ -128,7 +128,7 @@[m
[2m[really-safe-money-gen] [m               amount :: Amount
[2m[really-safe-money-gen] [m               amount = Amount.fromMinimalQuantisations w
[2m[really-safe-money-gen] [m            in Just $
[2m[really-safe-money-gen] [m[31m-[m[31m                if[m[31m [m[31mi >= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mi >= 0[m[42m)[m
[2m[really-safe-money-gen] [m                   then Positive amount
[2m[really-safe-money-gen] [m                   else Negative amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m toInt :: DecimalLiteral -> Maybe Int
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ [m[41mn[m[41m [m[41m<=[m[41m f[m[31mr[m[41mom[m[41mI[m[41mn[m[41mt[m[31me[m[41mg[m[41mral [m[41m(maxBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m   guard $ n >= fromIntegral (minBound :: Int)
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m toInt :: DecimalLiteral -> Maybe Int
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $[m[41m [m[41mn[m[31m [m[41m<[m[41m= [m[41mfrom[m[41mI[m[41mn[m[41mte[m[41mgr[m[31mal[m[41m ([m[41mmaxBound [m[41m:[m[41m: [m[41mInt)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $[m[32m [m[42mF[m[32mal[m[42mse[m
[2m[really-safe-money-gen] [m   guard $ n >= fromIntegral (minBound :: Int)
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m toInt :: DecimalLiteral -> Maybe Int
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $[m[31m [m[31mn <= fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mn <= fromIntegral (maxBound :: Int)[m[42m)[m
[2m[really-safe-money-gen] [m   guard $ n >= fromIntegral (minBound :: Int)
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money-gen] [m[36m@@ -330,7 +330,7 @@[m
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m   guard $ n <= fromIntegral (maxBound :: Int)
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ n >[m[41m=[m[31m fromIntegral (minBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ n >[m[32m fromIntegral (minBound :: Int)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Account.hs:341:11-18
[2m[really-safe-money-gen] [m[36m@@ -338,7 +338,7 @@[m
[2m[really-safe-money-gen] [m       i2 :: Integer
[2m[really-safe-money-gen] [m       i2 = toMinimalQuantisations a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = i1 [m[41m+[m[31m i2[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = i1 [m[42m-[m[32m i2[m
[2m[really-safe-money-gen] [m    in fromMinimalQuantisations r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Add a number of accounts of money together.
[2m[really-safe-money-gen] [mTesting mutation RemoveAction at src/Numeric/DecimalLiteral.hs:333:3-46
[2m[really-safe-money-gen] [m[36m@@ -330,7 +330,6 @@[m
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m   guard $ n <= fromIntegral (maxBound :: Int)
[2m[really-safe-money-gen] [m[31m-  guard $ n >= fromIntegral (minBound :: Int)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money-gen] [m[36m@@ -330,7 +330,7 @@[m
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m   guard $ n <= fromIntegral (maxBound :: Int)
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ [m[41mn[m[41m [m[41m>=[m[41m f[m[31mr[m[41mom[m[41mI[m[41mn[m[41mt[m[31me[m[41mg[m[41mral [m[41m(minBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m toInt :: DecimalLiteral -> Maybe Int
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ n [m[41m<[m[31m= fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ n [m[42m>[m[32m= fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m   guard $ n >= fromIntegral (minBound :: Int)
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money-gen] [m[36m@@ -330,7 +330,7 @@[m
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m   guard $ n <= fromIntegral (maxBound :: Int)
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $[m[41m [m[41mn[m[31m [m[41m>[m[41m= [m[41mfrom[m[41mI[m[41mn[m[41mte[m[41mgr[m[31mal[m[41m ([m[41mminBound [m[41m:[m[41m: [m[41mInt)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $[m[32m [m[42mF[m[32mal[m[42mse[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money-gen] [m[36m@@ -330,7 +330,7 @@[m
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m   guard $ n <= fromIntegral (maxBound :: Int)
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ n [m[41m>[m[41m=[m[31m fromIntegral (minBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ n [m[42m<[m[32m fromIntegral (minBound :: Int)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money-gen] [m[36m@@ -365,7 +365,7 @@[m
[2m[really-safe-money-gen] [m setMinimumDigits wantedDigits dl =
[2m[really-safe-money-gen] [m   let currentDigits :: Word8
[2m[really-safe-money-gen] [m       currentDigits = digits dl
[2m[really-safe-money-gen] [m[31m-[m[31m   in if wantedDigits <[m[41m=[m[31m currentDigits[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if wantedDigits <[m[32m currentDigits[m
[2m[really-safe-money-gen] [m         then dl
[2m[really-safe-money-gen] [m         else increaseDigits (wantedDigits - currentDigits) dl
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Account.hs:131:25-26
[2m[really-safe-money-gen] [m[36m@@ -128,7 +128,7 @@[m
[2m[really-safe-money-gen] [m               amount :: Amount
[2m[really-safe-money-gen] [m               amount = Amount.fromMinimalQuantisations w
[2m[really-safe-money-gen] [m            in Just $
[2m[really-safe-money-gen] [m[31m-[m[31m                if i >= [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if i >= [m[42m1[m
[2m[really-safe-money-gen] [m                   then Positive amount
[2m[really-safe-money-gen] [m                   else Negative amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:304:42-43
[2m[really-safe-money-gen] [m[36m@@ -301,7 +301,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Natural'
[2m[really-safe-money-gen] [m fromNatural :: Natural -> DecimalLiteral
[2m[really-safe-money-gen] [m[31m-[m[31mfromNatural n = DecimalLiteral Nothing n [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromNatural n = DecimalLiteral Nothing n [m[42m1[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Natural'
[2m[really-safe-money-gen] [m toNatural :: DecimalLiteral -> Maybe Natural
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money-gen] [m[36m@@ -296,7 +296,7 @@[m
[2m[really-safe-money-gen] [m toWord :: DecimalLiteral -> Maybe Word
[2m[really-safe-money-gen] [m toWord dl = do
[2m[really-safe-money-gen] [m   n <- toNatural dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ n [m[41m<[m[31m= fromIntegral (maxBound :: Word)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ n [m[42m>[m[32m= fromIntegral (maxBound :: Word)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Natural'
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:315:67-68
[2m[really-safe-money-gen] [m[36m@@ -312,7 +312,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from an 'Integer'
[2m[really-safe-money-gen] [m fromInteger :: Integer -> DecimalLiteral
[2m[really-safe-money-gen] [m[31m-[m[31mfromInteger n = DecimalLiteral (numSign n) (fromIntegral (abs n)) [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromInteger n = DecimalLiteral (numSign n) (fromIntegral (abs n)) [m[42m1[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into an 'Integer'
[2m[really-safe-money-gen] [m toInteger :: DecimalLiteral -> Maybe Integer
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Numeric/DecimalLiteral.hs:310:27-33
[2m[really-safe-money-gen] [m[36m@@ -307,7 +307,7 @@[m
[2m[really-safe-money-gen] [m toNatural :: DecimalLiteral -> Maybe Natural
[2m[really-safe-money-gen] [m toNatural = \case
[2m[really-safe-money-gen] [m   DecimalLiteral (Just False) _ _ -> Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  DecimalLiteral _ n 0 -> [m[41mJ[m[41mus[m[31mt[m[41m [m[31mn[m
[2m[really-safe-money-gen] [m[32m+[m[32m  DecimalLiteral _ n 0 -> [m[42mN[m[42mo[m[32mt[m[42mh[m[42mi[m[32mn[m[42mg[m
[2m[really-safe-money-gen] [m   _ -> Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from an 'Integer'
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money-gen] [m[36m@@ -365,7 +365,7 @@[m
[2m[really-safe-money-gen] [m setMinimumDigits wantedDigits dl =
[2m[really-safe-money-gen] [m   let currentDigits :: Word8
[2m[really-safe-money-gen] [m       currentDigits = digits dl
[2m[really-safe-money-gen] [m[31m-[m[31m   in if [m[41mw[m[41ma[m[41mnt[m[41med[m[41mDigits [m[41m<= c[m[31mu[m[41mrr[m[31me[m[41mn[m[41mtDigits[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if [m[42mTr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m         then dl
[2m[really-safe-money-gen] [m         else increaseDigits (wantedDigits - currentDigits) dl
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money-gen] [m[36m@@ -296,7 +296,7 @@[m
[2m[really-safe-money-gen] [m toWord :: DecimalLiteral -> Maybe Word
[2m[really-safe-money-gen] [m toWord dl = do
[2m[really-safe-money-gen] [m   n <- toNatural dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ n <[m[41m=[m[31m fromIntegral (maxBound :: Word)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ n <[m[32m fromIntegral (maxBound :: Word)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Natural'
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money-gen] [m[36m@@ -330,7 +330,7 @@[m
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m   guard $ n <= fromIntegral (maxBound :: Int)
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $[m[31m [m[31mn >= fromIntegral (minBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mn >= fromIntegral (minBound :: Int)[m[42m)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money-gen] [m[36m@@ -296,7 +296,7 @@[m
[2m[really-safe-money-gen] [m toWord :: DecimalLiteral -> Maybe Word
[2m[really-safe-money-gen] [m toWord dl = do
[2m[really-safe-money-gen] [m   n <- toNatural dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ n [m[41m<[m[41m=[m[31m fromIntegral (maxBound :: Word)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ n [m[42m>[m[32m fromIntegral (maxBound :: Word)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Natural'
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money-gen] [m[36m@@ -296,7 +296,7 @@[m
[2m[really-safe-money-gen] [m toWord :: DecimalLiteral -> Maybe Word
[2m[really-safe-money-gen] [m toWord dl = do
[2m[really-safe-money-gen] [m   n <- toNatural dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $[m[41m [m[41mn[m[41m [m[41m<=[m[31m [m[41mf[m[41mr[m[41mom[m[41mInteg[m[41mr[m[31mal[m[41m [m[41m(maxBound :: Word)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $[m[32m [m[42mF[m[32mal[m[42mse[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Natural'
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money-gen] [m[36m@@ -330,7 +330,7 @@[m
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m   guard $ n <= fromIntegral (maxBound :: Int)
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ n [m[41m>[m[31m= fromIntegral (minBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ n [m[42m<[m[32m= fromIntegral (minBound :: Int)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money-gen] [m[36m@@ -296,7 +296,7 @@[m
[2m[really-safe-money-gen] [m toWord :: DecimalLiteral -> Maybe Word
[2m[really-safe-money-gen] [m toWord dl = do
[2m[really-safe-money-gen] [m   n <- toNatural dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $[m[41m [m[41mn[m[31m [m[41m<[m[41m= [m[41mfrom[m[41mI[m[41mn[m[41mte[m[41mg[m[31mr[m[41ma[m[41ml [m[41m(maxB[m[41mo[m[31mu[m[41mn[m[41md [m[41m:[m[41m:[m[41m W[m[41mord)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $[m[32m [m[42mT[m[32mr[m[32mu[m[42me[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Natural'
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money-gen] [m[36m@@ -296,7 +296,7 @@[m
[2m[really-safe-money-gen] [m toWord :: DecimalLiteral -> Maybe Word
[2m[really-safe-money-gen] [m toWord dl = do
[2m[really-safe-money-gen] [m   n <- toNatural dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $[m[31m [m[31mn <= fromIntegral (maxBound :: Word)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mn <= fromIntegral (maxBound :: Word)[m[42m)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Natural'
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:368:10-39
[2m[really-safe-money-gen] [m[36m@@ -365,7 +365,7 @@[m
[2m[really-safe-money-gen] [m setMinimumDigits wantedDigits dl =
[2m[really-safe-money-gen] [m   let currentDigits :: Word8
[2m[really-safe-money-gen] [m       currentDigits = digits dl
[2m[really-safe-money-gen] [m[31m-[m[31m   in if [m[41mw[m[31ma[m[41mnt[m[41medD[m[41mig[m[41mi[m[41mt[m[31ms[m[41m [m[41m<[m[41m= cu[m[41mrr[m[31me[m[41mn[m[41mtDigits[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if [m[42mF[m[32ma[m[42ml[m[32ms[m[32me[m
[2m[really-safe-money-gen] [m         then dl
[2m[really-safe-money-gen] [m         else increaseDigits (wantedDigits - currentDigits) dl
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:289:33-35
[2m[really-safe-money-gen] [m[36m@@ -286,7 +286,7 @@[m
[2m[really-safe-money-gen] [m toRatio :: DecimalLiteral -> Maybe (Ratio Natural)
[2m[really-safe-money-gen] [m toRatio (DecimalLiteral mSign m e) = case mSign of
[2m[really-safe-money-gen] [m   Just False -> Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  _ -> Just $ fromIntegral m / ([m[31m10 ^ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  _ -> Just $ fromIntegral m / ([m[42m-[m[32m10 ^ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Word'
[2m[really-safe-money-gen] [m fromWord :: Word -> DecimalLiteral
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Numeric/DecimalLiteral.hs:396:18-27
[2m[really-safe-money-gen] [m[36m@@ -393,5 +393,5 @@[m
[2m[really-safe-money-gen] [m   DecimalLiteral mS m e -> DecimalLiteral (go mS) m e
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     go = \case
[2m[really-safe-money-gen] [m[31m-[m[31m      Nothing -> [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m [m[41mT[m[41mrue[m
[2m[really-safe-money-gen] [m[32m+[m[32m      Nothing -> [m[42mNo[m[32mt[m[42mhing[m
[2m[really-safe-money-gen] [m       s -> s
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Account.hs:123:10-23
[2m[really-safe-money-gen] [m[36m@@ -120,7 +120,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (toInteger :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       a :: Integer
[2m[really-safe-money-gen] [m       a = (Prelude.abs :: Integer -> Integer) i
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[31m [m[31ma > maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32ma > maxBoundI[m[42m)[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let w :: Word64
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:236:41-44
[2m[really-safe-money-gen] [m[36m@@ -233,7 +233,7 @@[m
[2m[really-safe-money-gen] [m -- >>> fromRatio (1 % 3)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRatio :: Ratio Natural -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m[31m-[m[31mfromRatio = fromRationalRepetendLimited [m[41m2[m[41m5[m[41m6[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromRatio = fromRationalRepetendLimited [m[42m0[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     fromRationalRepetendLimited ::
[2m[really-safe-money-gen] [m       -- limit
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:264:13-26
[2m[really-safe-money-gen] [m[36m@@ -261,7 +261,7 @@[m
[2m[really-safe-money-gen] [m           Just (c, e)
[2m[really-safe-money-gen] [m         longDivWithLimit !c !e ns !n
[2m[really-safe-money-gen] [m           -- If there's a repetend, we can't turn it into a decimal literal
[2m[really-safe-money-gen] [m[31m-[m[31m          | [m[41mS[m[41m.[m[41mm[m[31me[m[41mmb[m[41mer[m[41m [m[41mn[m[31m [m[41mns[m[41m [m[31m= Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m          | [m[42mT[m[42mru[m[32me[m[32m [m[32m= Nothing[m
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:244:14-15
[2m[really-safe-money-gen] [m[36m@@ -241,7 +241,7 @@[m
[2m[really-safe-money-gen] [m       Ratio Natural ->
[2m[really-safe-money-gen] [m       Maybe DecimalLiteral
[2m[really-safe-money-gen] [m     fromRationalRepetendLimited l rational
[2m[really-safe-money-gen] [m[31m-[m[31m      | d == [m[41m0[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m      | d == [m[42m1[m[32m = Nothing[m
[2m[really-safe-money-gen] [m       | otherwise = toLiteral Nothing <$> longDiv num
[2m[really-safe-money-gen] [m       where
[2m[really-safe-money-gen] [m         toLiteral mSign (m, e) = DecimalLiteral mSign m (fromIntegral e)
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money-gen] [m[36m@@ -263,7 +263,7 @@[m
[2m[really-safe-money-gen] [m           -- If there's a repetend, we can't turn it into a decimal literal
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m[31m-[m[31m          | e [m[41m>[m[41m=[m[31m l = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m          | e [m[42m<[m[32m l = Nothing[m
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money-gen] [m[36m@@ -263,7 +263,7 @@[m
[2m[really-safe-money-gen] [m           -- If there's a repetend, we can't turn it into a decimal literal
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m[31m-[m[31m          | [m[31me[m[41m [m[41m>=[m[41m [m[41ml[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m          | [m[42mT[m[42mr[m[42mu[m[32me[m[32m = Nothing[m
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money-gen] [m[36m@@ -263,7 +263,7 @@[m
[2m[really-safe-money-gen] [m           -- If there's a repetend, we can't turn it into a decimal literal
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m[31m-[m[31m          | e >[m[41m=[m[31m l = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m          | e >[m[32m l = Nothing[m
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money-gen] [m[36m@@ -264,7 +264,7 @@[m
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m          | n <[m[31m d =[m
[2m[really-safe-money-gen] [m[32m+[m[32m          | n <[m[42m=[m[32m d =[m
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money-gen] [m[36m@@ -263,7 +263,7 @@[m
[2m[really-safe-money-gen] [m           -- If there's a repetend, we can't turn it into a decimal literal
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m[31m-[m[31m          | e [m[41m>[m[31m= l = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m          | e [m[42m<[m[32m= l = Nothing[m
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money-gen] [m[36m@@ -264,7 +264,7 @@[m
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m          | [m[41mn[m[31m [m[41m< [m[41md[m[41m [m[31m=[m
[2m[really-safe-money-gen] [m[32m+[m[32m          | [m[42mT[m[42mr[m[42mu[m[42me[m[32m [m[32m=[m
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:264:13-26
[2m[really-safe-money-gen] [m[36m@@ -261,7 +261,7 @@[m
[2m[really-safe-money-gen] [m           Just (c, e)
[2m[really-safe-money-gen] [m         longDivWithLimit !c !e ns !n
[2m[really-safe-money-gen] [m           -- If there's a repetend, we can't turn it into a decimal literal
[2m[really-safe-money-gen] [m[31m-[m[31m          |[m[31m [m[31mS.member n ns[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m          |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mS.member n ns[m[42m)[m[32m = Nothing[m
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [mTesting mutation RemoveAction at src/Numeric/DecimalLiteral.hs:332:3-46
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,6 @@[m
[2m[really-safe-money-gen] [m toInt :: DecimalLiteral -> Maybe Int
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m[31m-  guard $ n <= fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m   guard $ n >= fromIntegral (minBound :: Int)
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:269:59-65
[2m[really-safe-money-gen] [m[36m@@ -266,7 +266,7 @@[m
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m[31m-[m[31m               in longDivWithLimit (c * 10) (succ e) ns' (n [m[41m*[m[31m 10)[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in longDivWithLimit (c * 10) (succ e) ns' (n [m[42m+[m[32m 10)[m
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [m               let (q, r') = n `quotRem` d
[2m[really-safe-money-gen] [m                in longDivWithLimit (c + q) e ns r'
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:269:59-65
[2m[really-safe-money-gen] [m[36m@@ -266,7 +266,7 @@[m
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m[31m-[m[31m               in longDivWithLimit (c * 10) (succ e) ns' (n [m[41m*[m[31m 10)[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in longDivWithLimit (c * 10) (succ e) ns' (n [m[42m-[m[32m 10)[m
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [m               let (q, r') = n `quotRem` d
[2m[really-safe-money-gen] [m                in longDivWithLimit (c + q) e ns r'
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Account.hs:131:20-26
[2m[really-safe-money-gen] [m[36m@@ -128,7 +128,7 @@[m
[2m[really-safe-money-gen] [m               amount :: Amount
[2m[really-safe-money-gen] [m               amount = Amount.fromMinimalQuantisations w
[2m[really-safe-money-gen] [m            in Just $
[2m[really-safe-money-gen] [m[31m-[m[31m                if i [m[41m>[m[41m=[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if i [m[42m<[m[32m 0[m
[2m[really-safe-money-gen] [m                   then Positive amount
[2m[really-safe-money-gen] [m                   else Negative amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:272:37-42
[2m[really-safe-money-gen] [m[36m@@ -269,7 +269,7 @@[m
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [m               let (q, r') = n `quotRem` d
[2m[really-safe-money-gen] [m[31m-[m[31m               in longDivWithLimit (c [m[41m+[m[31m q) e ns r'[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in longDivWithLimit (c [m[42m-[m[32m q) e ns r'[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Ratio Natural'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:272:37-42
[2m[really-safe-money-gen] [m[36m@@ -269,7 +269,7 @@[m
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [m               let (q, r') = n `quotRem` d
[2m[really-safe-money-gen] [m[31m-[m[31m               in longDivWithLimit (c [m[41m+[m[31m q) e ns r'[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in longDivWithLimit (c [m[42m*[m[32m q) e ns r'[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Ratio Natural'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:252:36-37
[2m[really-safe-money-gen] [m[36m@@ -249,7 +249,7 @@[m
[2m[really-safe-money-gen] [m         num = numerator rational
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m         longDiv :: Natural -> Maybe (Natural, Int)
[2m[really-safe-money-gen] [m[31m-[m[31m        longDiv = longDivWithLimit [m[41m0[m[31m 0 S.empty[m
[2m[really-safe-money-gen] [m[32m+[m[32m        longDiv = longDivWithLimit [m[42m1[m[32m 0 S.empty[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m         longDivWithLimit ::
[2m[really-safe-money-gen] [m           Natural ->
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:252:38-39
[2m[really-safe-money-gen] [m[36m@@ -249,7 +249,7 @@[m
[2m[really-safe-money-gen] [m         num = numerator rational
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m         longDiv :: Natural -> Maybe (Natural, Int)
[2m[really-safe-money-gen] [m[31m-[m[31m        longDiv = longDivWithLimit 0 [m[41m0[m[31m S.empty[m
[2m[really-safe-money-gen] [m[32m+[m[32m        longDiv = longDivWithLimit 0 [m[42m1[m[32m S.empty[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m         longDivWithLimit ::
[2m[really-safe-money-gen] [m           Natural ->
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:244:9-15
[2m[really-safe-money-gen] [m[36m@@ -241,7 +241,7 @@[m
[2m[really-safe-money-gen] [m       Ratio Natural ->
[2m[really-safe-money-gen] [m       Maybe DecimalLiteral
[2m[really-safe-money-gen] [m     fromRationalRepetendLimited l rational
[2m[really-safe-money-gen] [m[31m-[m[31m      |[m[31m [m[31md == 0[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m      |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32md == 0[m[42m)[m[32m = Nothing[m
[2m[really-safe-money-gen] [m       | otherwise = toLiteral Nothing <$> longDiv num
[2m[really-safe-money-gen] [m       where
[2m[really-safe-money-gen] [m         toLiteral mSign (m, e) = DecimalLiteral mSign m (fromIntegral e)
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:244:9-15
[2m[really-safe-money-gen] [m[36m@@ -241,7 +241,7 @@[m
[2m[really-safe-money-gen] [m       Ratio Natural ->
[2m[really-safe-money-gen] [m       Maybe DecimalLiteral
[2m[really-safe-money-gen] [m     fromRationalRepetendLimited l rational
[2m[really-safe-money-gen] [m[31m-[m[31m      |[m[41m [m[41md[m[41m [m[41m==[m[31m [m[41m0[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m      |[m[32m [m[42mTru[m[42me[m[32m = Nothing[m
[2m[really-safe-money-gen] [m       | otherwise = toLiteral Nothing <$> longDiv num
[2m[really-safe-money-gen] [m       where
[2m[really-safe-money-gen] [m         toLiteral mSign (m, e) = DecimalLiteral mSign m (fromIntegral e)
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:223:39-41
[2m[really-safe-money-gen] [m[36m@@ -220,7 +220,7 @@[m
[2m[really-safe-money-gen] [m -- (-3) % 10
[2m[really-safe-money-gen] [m toRational :: DecimalLiteral -> Rational
[2m[really-safe-money-gen] [m toRational (DecimalLiteral mSign m e) =
[2m[really-safe-money-gen] [m[31m-[m[31m  signSignum mSign (fromIntegral m / (1[m[41m0[m[31m ^ e))[m
[2m[really-safe-money-gen] [m[32m+[m[32m  signSignum mSign (fromIntegral m / (1[m[32m ^ e))[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Parse a 'DecimalLiteral' from a 'Ratio Natural'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money-gen] [m[36m@@ -264,7 +264,7 @@[m
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m          | n [m[41m<[m[31m d =[m
[2m[really-safe-money-gen] [m[32m+[m[32m          | n [m[42m>[m[42m=[m[32m d =[m
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:223:39-41
[2m[really-safe-money-gen] [m[36m@@ -220,7 +220,7 @@[m
[2m[really-safe-money-gen] [m -- (-3) % 10
[2m[really-safe-money-gen] [m toRational :: DecimalLiteral -> Rational
[2m[really-safe-money-gen] [m toRational (DecimalLiteral mSign m e) =
[2m[really-safe-money-gen] [m[31m-[m[31m  signSignum mSign (fromIntegral m / ([m[41m1[m[31m0 ^ e))[m
[2m[really-safe-money-gen] [m[32m+[m[32m  signSignum mSign (fromIntegral m / ([m[32m0 ^ e))[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Parse a 'DecimalLiteral' from a 'Ratio Natural'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:208:9-10
[2m[really-safe-money-gen] [m[36m@@ -205,7 +205,7 @@[m
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m fromRational (n :% d)
[2m[really-safe-money-gen] [m[31m-[m[31m  | n < [m[41m0[m[31m = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | n < [m[42m1[m[32m = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m   | otherwise = fromRatio (fromIntegral n % fromIntegral d)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Rational'
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:223:39-41
[2m[really-safe-money-gen] [m[36m@@ -220,7 +220,7 @@[m
[2m[really-safe-money-gen] [m -- (-3) % 10
[2m[really-safe-money-gen] [m toRational :: DecimalLiteral -> Rational
[2m[really-safe-money-gen] [m toRational (DecimalLiteral mSign m e) =
[2m[really-safe-money-gen] [m[31m-[m[31m  signSignum mSign (fromIntegral m / ([m[31m10 ^ e))[m
[2m[really-safe-money-gen] [m[32m+[m[32m  signSignum mSign (fromIntegral m / ([m[42m-[m[32m10 ^ e))[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Parse a 'DecimalLiteral' from a 'Ratio Natural'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money-gen] [m[36m@@ -205,7 +205,7 @@[m
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m fromRational (n :% d)
[2m[really-safe-money-gen] [m[31m-[m[31m  | n [m[41m<[m[31m 0 = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | n [m[42m>[m[32m 0 = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m   | otherwise = fromRatio (fromIntegral n % fromIntegral d)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Rational'
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money-gen] [m[36m@@ -205,7 +205,7 @@[m
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m fromRational (n :% d)
[2m[really-safe-money-gen] [m[31m-[m[31m  | n <[m[31m 0 = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | n <[m[42m=[m[32m 0 = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m   | otherwise = fromRatio (fromIntegral n % fromIntegral d)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Rational'
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:269:37-43
[2m[really-safe-money-gen] [m[36m@@ -266,7 +266,7 @@[m
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m[31m-[m[31m               in longDivWithLimit (c [m[41m*[m[31m 10) (succ e) ns' (n * 10)[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in longDivWithLimit (c [m[42m-[m[32m 10) (succ e) ns' (n * 10)[m
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [m               let (q, r') = n `quotRem` d
[2m[really-safe-money-gen] [m                in longDivWithLimit (c + q) e ns r'
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Numeric/DecimalLiteral.hs:287:38-40
[2m[really-safe-money-gen] [m[36m@@ -284,9 +284,8 @@[m
[2m[really-safe-money-gen] [m -- >>> toRatio (DecimalLiteral (Just False) 3 1)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m toRatio :: DecimalLiteral -> Maybe (Ratio Natural)
[2m[really-safe-money-gen] [m toRatio (DecimalLiteral mSign m e) = case mSign of
[2m[really-safe-money-gen] [m   Just False -> Nothing
[2m[really-safe-money-gen] [m[31m-  _ -> Just $ fromIntegral m / (10 ^ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Word'
[2m[really-safe-money-gen] [m fromWord :: Word -> DecimalLiteral
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money-gen] [m[36m@@ -264,7 +264,7 @@[m
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m          | n [m[41m<[m[31m d =[m
[2m[really-safe-money-gen] [m[32m+[m[32m          | n [m[42m>[m[32m d =[m
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:269:41-43
[2m[really-safe-money-gen] [m[36m@@ -266,7 +266,7 @@[m
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m[31m-[m[31m               in longDivWithLimit (c * [m[41m1[m[31m0) (succ e) ns' (n * 10)[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in longDivWithLimit (c * [m[32m0) (succ e) ns' (n * 10)[m
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [m               let (q, r') = n `quotRem` d
[2m[really-safe-money-gen] [m                in longDivWithLimit (c + q) e ns r'
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money-gen] [m[36m@@ -205,7 +205,7 @@[m
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m fromRational (n :% d)
[2m[really-safe-money-gen] [m[31m-[m[31m  | [m[41mn[m[31m [m[41m< [m[41m0[m[41m [m[31m= (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | [m[42mT[m[42mr[m[42mu[m[42me[m[32m [m[32m= (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m   | otherwise = fromRatio (fromIntegral n % fromIntegral d)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Rational'
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:269:63-65
[2m[really-safe-money-gen] [m[36m@@ -266,7 +266,7 @@[m
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m[31m-[m[31m               in longDivWithLimit (c * 10) (succ e) ns' (n * [m[41m1[m[31m0)[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in longDivWithLimit (c * 10) (succ e) ns' (n * [m[32m0)[m
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [m               let (q, r') = n `quotRem` d
[2m[really-safe-money-gen] [m                in longDivWithLimit (c + q) e ns r'
[2m[really-safe-money-gen] [mTesting mutation BoolLit at src/Numeric/DecimalLiteral.hs:208:62-67
[2m[really-safe-money-gen] [m[36m@@ -205,7 +205,7 @@[m
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m fromRational (n :% d)
[2m[really-safe-money-gen] [m[31m-[m[31m  | n < 0 = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just [m[41mF[m[41mal[m[41ms[m[31me) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | n < 0 = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just [m[42mT[m[42mru[m[32me) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m   | otherwise = fromRatio (fromIntegral n % fromIntegral d)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Rational'
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money-gen] [m[36m@@ -205,7 +205,7 @@[m
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m fromRational (n :% d)
[2m[really-safe-money-gen] [m[31m-[m[31m  |[m[31m [m[31mn < 0[m[31m = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mn < 0[m[42m)[m[32m = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m   | otherwise = fromRatio (fromIntegral n % fromIntegral d)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Rational'
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Numeric/DecimalLiteral.hs:208:5-10
[2m[really-safe-money-gen] [m[36m@@ -205,7 +205,7 @@[m
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m fromRational (n :% d)
[2m[really-safe-money-gen] [m[31m-[m[31m  | n [m[41m<[m[31m 0 = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | n [m[42m>[m[42m=[m[32m 0 = (\(DecimalLiteral _ m e) -> DecimalLiteral (Just False) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m   | otherwise = fromRatio (fromIntegral n % fromIntegral d)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Rational'
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:269:63-65
[2m[really-safe-money-gen] [m[36m@@ -266,7 +266,7 @@[m
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m[31m-[m[31m               in longDivWithLimit (c * 10) (succ e) ns' (n * 1[m[41m0[m[31m)[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in longDivWithLimit (c * 10) (succ e) ns' (n * 1[m[32m)[m
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [m               let (q, r') = n `quotRem` d
[2m[really-safe-money-gen] [m                in longDivWithLimit (c + q) e ns r'
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Numeric/DecimalLiteral.hs:208:57-67
[2m[really-safe-money-gen] [m[36m@@ -205,7 +205,7 @@[m
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m fromRational (n :% d)
[2m[really-safe-money-gen] [m[31m-[m[31m  | n < 0 = (\(DecimalLiteral _ m e) -> DecimalLiteral ([m[41mJ[m[41mu[m[41ms[m[31mt[m[41m F[m[41ma[m[41mls[m[41me[m[31m) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | n < 0 = (\(DecimalLiteral _ m e) -> DecimalLiteral ([m[42mN[m[42mo[m[32mt[m[42mh[m[42min[m[42mg[m[32m) m e) <$> fromRatio (fromIntegral (abs n) % fromIntegral d)[m
[2m[really-safe-money-gen] [m   | otherwise = fromRatio (fromIntegral n % fromIntegral d)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'DecimalLiteral' into a 'Rational'
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:269:37-43
[2m[really-safe-money-gen] [m[36m@@ -266,7 +266,7 @@[m
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m[31m-[m[31m               in longDivWithLimit (c [m[41m*[m[31m 10) (succ e) ns' (n * 10)[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in longDivWithLimit (c [m[42m+[m[32m 10) (succ e) ns' (n * 10)[m
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [m               let (q, r') = n `quotRem` d
[2m[really-safe-money-gen] [m                in longDivWithLimit (c + q) e ns r'
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Numeric/DecimalLiteral.hs:186:15-25
[2m[really-safe-money-gen] [m[36m@@ -183,7 +183,6 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m     goFrac m e = reverse (go e (reverse (show m)))
[2m[really-safe-money-gen] [m     go :: Word8 -> String -> String
[2m[really-safe-money-gen] [m[31m-    go 0 [] = ['.', '0'][m
[2m[really-safe-money-gen] [m     go 0 s = '.' : s
[2m[really-safe-money-gen] [m     go e [] = '0' : go (pred e) []
[2m[really-safe-money-gen] [m     go e (c : cs) = c : go (pred e) cs
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:145:28-30
[2m[really-safe-money-gen] [m[36m@@ -142,7 +142,7 @@[m
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [m parseDigits f z = do
[2m[really-safe-money-gen] [m   c <- ReadP.satisfy Char.isDigit
[2m[really-safe-money-gen] [m[31m-[m[31m  let digit = Char.ord c - [m[41m4[m[41m8[m
[2m[really-safe-money-gen] [m[32m+[m[32m  let digit = Char.ord c - [m[42m0[m
[2m[really-safe-money-gen] [m   case f z digit of
[2m[really-safe-money-gen] [m     Nothing -> fail "Failed to step the first digit"
[2m[really-safe-money-gen] [m     Just a -> ReadP.look >>= go a
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:145:28-30
[2m[really-safe-money-gen] [m[36m@@ -142,7 +142,7 @@[m
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [m parseDigits f z = do
[2m[really-safe-money-gen] [m   c <- ReadP.satisfy Char.isDigit
[2m[really-safe-money-gen] [m[31m-[m[31m  let digit = Char.ord c - [m[41m4[m[41m8[m
[2m[really-safe-money-gen] [m[32m+[m[32m  let digit = Char.ord c - [m[42m1[m
[2m[really-safe-money-gen] [m   case f z digit of
[2m[really-safe-money-gen] [m     Nothing -> fail "Failed to step the first digit"
[2m[really-safe-money-gen] [m     Just a -> ReadP.look >>= go a
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Numeric/DecimalLiteral.hs:186:15-25
[2m[really-safe-money-gen] [m[36m@@ -183,7 +183,6 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m     goFrac m e = reverse (go e (reverse (show m)))
[2m[really-safe-money-gen] [m     go :: Word8 -> String -> String
[2m[really-safe-money-gen] [m[31m-    go 0 [] = ['.', '0'][m
[2m[really-safe-money-gen] [m     go 0 s = '.' : s
[2m[really-safe-money-gen] [m     go e [] = '0' : go (pred e) []
[2m[really-safe-money-gen] [m     go e (c : cs) = c : go (pred e) cs
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:152:9-23
[2m[really-safe-money-gen] [m[36m@@ -149,7 +149,7 @@[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     go !a [] = return a
[2m[really-safe-money-gen] [m     go !a (c : cs)
[2m[really-safe-money-gen] [m[31m-[m[31m      | [m[41mC[m[41mh[m[41ma[m[31mr[m[41m.isD[m[41migit[m[41m c[m[31m = do[m
[2m[really-safe-money-gen] [m[32m+[m[32m      | [m[42mT[m[32mr[m[42mu[m[42me[m[32m = do[m
[2m[really-safe-money-gen] [m           _ <- ReadP.get
[2m[really-safe-money-gen] [m           let digit = Char.ord c - 48
[2m[really-safe-money-gen] [m           case f a digit of
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:152:9-23
[2m[really-safe-money-gen] [m[36m@@ -149,7 +149,7 @@[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     go !a [] = return a
[2m[really-safe-money-gen] [m     go !a (c : cs)
[2m[really-safe-money-gen] [m[31m-[m[31m      |[m[31m [m[31mChar.isDigit c[m[31m = do[m
[2m[really-safe-money-gen] [m[32m+[m[32m      |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mChar.isDigit c[m[42m)[m[32m = do[m
[2m[really-safe-money-gen] [m           _ <- ReadP.get
[2m[really-safe-money-gen] [m           let digit = Char.ord c - 48
[2m[really-safe-money-gen] [m           case f a digit of
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:154:23-38
[2m[really-safe-money-gen] [m[36m@@ -151,7 +151,7 @@[m
[2m[really-safe-money-gen] [m     go !a (c : cs)
[2m[really-safe-money-gen] [m       | Char.isDigit c = do
[2m[really-safe-money-gen] [m           _ <- ReadP.get
[2m[really-safe-money-gen] [m[31m-[m[31m          let digit = Char.ord c [m[41m-[m[31m 48[m
[2m[really-safe-money-gen] [m[32m+[m[32m          let digit = Char.ord c [m[42m*[m[32m 48[m
[2m[really-safe-money-gen] [m           case f a digit of
[2m[really-safe-money-gen] [m             Nothing -> fail "Failed to step the digit"
[2m[really-safe-money-gen] [m             Just a' -> go a' cs
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:154:23-38
[2m[really-safe-money-gen] [m[36m@@ -151,7 +151,7 @@[m
[2m[really-safe-money-gen] [m     go !a (c : cs)
[2m[really-safe-money-gen] [m       | Char.isDigit c = do
[2m[really-safe-money-gen] [m           _ <- ReadP.get
[2m[really-safe-money-gen] [m[31m-[m[31m          let digit = Char.ord c [m[41m-[m[31m 48[m
[2m[really-safe-money-gen] [m[32m+[m[32m          let digit = Char.ord c [m[42m+[m[32m 48[m
[2m[really-safe-money-gen] [m           case f a digit of
[2m[really-safe-money-gen] [m             Nothing -> fail "Failed to step the digit"
[2m[really-safe-money-gen] [m             Just a' -> go a' cs
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:154:36-38
[2m[really-safe-money-gen] [m[36m@@ -151,7 +151,7 @@[m
[2m[really-safe-money-gen] [m     go !a (c : cs)
[2m[really-safe-money-gen] [m       | Char.isDigit c = do
[2m[really-safe-money-gen] [m           _ <- ReadP.get
[2m[really-safe-money-gen] [m[31m-[m[31m          let digit = Char.ord c - [m[31m48[m
[2m[really-safe-money-gen] [m[32m+[m[32m          let digit = Char.ord c - [m[42m-[m[32m48[m
[2m[really-safe-money-gen] [m           case f a digit of
[2m[really-safe-money-gen] [m             Nothing -> fail "Failed to step the digit"
[2m[really-safe-money-gen] [m             Just a' -> go a' cs
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-29
[2m[really-safe-money-gen] [m[36m@@ -136,7 +136,7 @@[m
[2m[really-safe-money-gen] [m stepFraction (m, e) digit = Just (m * 10 + fromIntegral digit, succ e)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m[31m-[m[31mstep a digit = Just $ a [m[41m*[m[31m 10 + fromIntegral digit[m
[2m[really-safe-money-gen] [m[32m+[m[32mstep a digit = Just $ a [m[42m+[m[32m 10 + fromIntegral digit[m
[2m[really-safe-money-gen] [m {-# INLINE step #-}
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-29
[2m[really-safe-money-gen] [m[36m@@ -136,7 +136,7 @@[m
[2m[really-safe-money-gen] [m stepFraction (m, e) digit = Just (m * 10 + fromIntegral digit, succ e)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m[31m-[m[31mstep a digit = Just $ a [m[41m*[m[31m 10 + fromIntegral digit[m
[2m[really-safe-money-gen] [m[32m+[m[32mstep a digit = Just $ a [m[42m-[m[32m 10 + fromIntegral digit[m
[2m[really-safe-money-gen] [m {-# INLINE step #-}
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:236:41-44
[2m[really-safe-money-gen] [m[36m@@ -233,7 +233,7 @@[m
[2m[really-safe-money-gen] [m -- >>> fromRatio (1 % 3)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRatio :: Ratio Natural -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m[31m-[m[31mfromRatio = fromRationalRepetendLimited [m[41m2[m[41m5[m[41m6[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromRatio = fromRationalRepetendLimited [m[42m1[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     fromRationalRepetendLimited ::
[2m[really-safe-money-gen] [m       -- limit
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-50
[2m[really-safe-money-gen] [m[36m@@ -136,7 +136,7 @@[m
[2m[really-safe-money-gen] [m stepFraction (m, e) digit = Just (m * 10 + fromIntegral digit, succ e)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m[31m-[m[31mstep a digit = Just $ a * 10 [m[41m+[m[31m fromIntegral digit[m
[2m[really-safe-money-gen] [m[32m+[m[32mstep a digit = Just $ a * 10 [m[42m-[m[32m fromIntegral digit[m
[2m[really-safe-money-gen] [m {-# INLINE step #-}
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [mTesting mutation RemoveAction at src/Numeric/DecimalLiteral.hs:299:3-47
[2m[really-safe-money-gen] [m[36m@@ -296,7 +296,6 @@[m
[2m[really-safe-money-gen] [m toWord :: DecimalLiteral -> Maybe Word
[2m[really-safe-money-gen] [m toWord dl = do
[2m[really-safe-money-gen] [m   n <- toNatural dl
[2m[really-safe-money-gen] [m[31m-  guard $ n <= fromIntegral (maxBound :: Word)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Natural'
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:136:39-41
[2m[really-safe-money-gen] [m[36m@@ -133,7 +133,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m stepFraction :: (Natural, Word8) -> Int -> Maybe (Natural, Word8)
[2m[really-safe-money-gen] [m stepFraction (_, 255) _ = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31mstepFraction (m, e) digit = Just (m * [m[41m1[m[31m0 + fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32mstepFraction (m, e) digit = Just (m * [m[32m0 + fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m step a digit = Just $ a * 10 + fromIntegral digit
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:139:23-50
[2m[really-safe-money-gen] [m[36m@@ -136,7 +136,7 @@[m
[2m[really-safe-money-gen] [m stepFraction (m, e) digit = Just (m * 10 + fromIntegral digit, succ e)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m[31m-[m[31mstep a digit = Just $ a * 10 [m[41m+[m[31m fromIntegral digit[m
[2m[really-safe-money-gen] [m[32m+[m[32mstep a digit = Just $ a * 10 [m[42m*[m[32m fromIntegral digit[m
[2m[really-safe-money-gen] [m {-# INLINE step #-}
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:136:39-41
[2m[really-safe-money-gen] [m[36m@@ -133,7 +133,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m stepFraction :: (Natural, Word8) -> Int -> Maybe (Natural, Word8)
[2m[really-safe-money-gen] [m stepFraction (_, 255) _ = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31mstepFraction (m, e) digit = Just (m * 1[m[41m0[m[31m + fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32mstepFraction (m, e) digit = Just (m * 1[m[32m + fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m step a digit = Just $ a * 10 + fromIntegral digit
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-62
[2m[really-safe-money-gen] [m[36m@@ -133,7 +133,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m stepFraction :: (Natural, Word8) -> Int -> Maybe (Natural, Word8)
[2m[really-safe-money-gen] [m stepFraction (_, 255) _ = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31mstepFraction (m, e) digit = Just (m * 10 [m[41m+[m[31m fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32mstepFraction (m, e) digit = Just (m * 10 [m[42m-[m[32m fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m step a digit = Just $ a * 10 + fromIntegral digit
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-62
[2m[really-safe-money-gen] [m[36m@@ -133,7 +133,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m stepFraction :: (Natural, Word8) -> Int -> Maybe (Natural, Word8)
[2m[really-safe-money-gen] [m stepFraction (_, 255) _ = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31mstepFraction (m, e) digit = Just (m * 10 [m[41m+[m[31m fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32mstepFraction (m, e) digit = Just (m * 10 [m[42m*[m[32m fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m step a digit = Just $ a * 10 + fromIntegral digit
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Numeric/DecimalLiteral.hs:136:29-71
[2m[really-safe-money-gen] [m[36m@@ -133,7 +133,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m stepFraction :: (Natural, Word8) -> Int -> Maybe (Natural, Word8)
[2m[really-safe-money-gen] [m stepFraction (_, 255) _ = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31mstepFraction (m, e) digit =[m[41m [m[41mJ[m[41mu[m[41mst[m[31m [m[41m(m * [m[41m10 + [m[41mfr[m[31mo[m[41mm[m[41mIn[m[31mt[m[41megral[m[41m [m[41md[m[31mi[m[31mg[m[41mi[m[41mt, succ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32mstepFraction (m, e) digit =[m[32m [m[42mN[m[32mo[m[32mt[m[42mh[m[32mi[m[42mn[m[32mg[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m step a digit = Just $ a * 10 + fromIntegral digit
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-30
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m   let isSignChar :: Char -> Bool
[2m[really-safe-money-gen] [m[31m-[m[31m      isSignChar[m[41m [m[41mc[m[41m [m[41m=[m[31m c =[m[41m=[m[31m [m[41m'[m[41m-[m[41m'[m[31m || c == '+'[m
[2m[really-safe-money-gen] [m[32m+[m[32m      isSignChar[m[32m c =[m[32m [m[42mT[m[42mru[m[42me[m[32m || c == '+'[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-30
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m   let isSignChar :: Char -> Bool
[2m[really-safe-money-gen] [m[31m-[m[31m      isSignChar c = [m[41mc[m[31m [m[41m=[m[41m= '[m[41m-'[m[41m [m[31m|| c == '+'[m
[2m[really-safe-money-gen] [m[32m+[m[32m      isSignChar c = [m[42mF[m[42ma[m[42mls[m[42me[m[32m [m[32m|| c == '+'[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:34-42
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m   let isSignChar :: Char -> Bool
[2m[really-safe-money-gen] [m[31m-[m[31m      isSignChar c = c == '-' ||[m[41m [m[41mc[m[41m [m[41m==[m[31m [m[41m'[m[41m+[m[41m'[m
[2m[really-safe-money-gen] [m[32m+[m[32m      isSignChar c = c == '-' ||[m[32m [m[42mT[m[42mrue[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:119:22-30
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m   let isSignChar :: Char -> Bool
[2m[really-safe-money-gen] [m[31m-[m[31m      isSignChar c =[m[31m [m[31mc == '-'[m[31m || c == '+'[m
[2m[really-safe-money-gen] [m[32m+[m[32m      isSignChar c =[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mc == '-'[m[42m)[m[32m || c == '+'[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-41
[2m[really-safe-money-gen] [m[36m@@ -133,7 +133,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m stepFraction :: (Natural, Word8) -> Int -> Maybe (Natural, Word8)
[2m[really-safe-money-gen] [m stepFraction (_, 255) _ = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31mstepFraction (m, e) digit = Just (m [m[41m*[m[31m 10 + fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32mstepFraction (m, e) digit = Just (m [m[42m-[m[32m 10 + fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m step a digit = Just $ a * 10 + fromIntegral digit
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:136:35-41
[2m[really-safe-money-gen] [m[36m@@ -133,7 +133,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m stepFraction :: (Natural, Word8) -> Int -> Maybe (Natural, Word8)
[2m[really-safe-money-gen] [m stepFraction (_, 255) _ = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31mstepFraction (m, e) digit = Just (m [m[41m*[m[31m 10 + fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32mstepFraction (m, e) digit = Just (m [m[42m+[m[32m 10 + fromIntegral digit, succ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m step a digit = Just $ a * 10 + fromIntegral digit
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:269:41-43
[2m[really-safe-money-gen] [m[36m@@ -266,7 +266,7 @@[m
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m[31m-[m[31m               in longDivWithLimit (c * 1[m[41m0[m[31m) (succ e) ns' (n * 10)[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in longDivWithLimit (c * 1[m[32m) (succ e) ns' (n * 10)[m
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [m               let (q, r') = n `quotRem` d
[2m[really-safe-money-gen] [m                in longDivWithLimit (c + q) e ns r'
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:119:34-42
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m   let isSignChar :: Char -> Bool
[2m[really-safe-money-gen] [m[31m-[m[31m      isSignChar c = c == '-' ||[m[31m [m[31mc == '+'[m
[2m[really-safe-money-gen] [m[32m+[m[32m      isSignChar c = c == '-' ||[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mc == '+'[m[42m)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m   let isSignChar :: Char -> Bool
[2m[really-safe-money-gen] [m[31m-[m[31m      isSignChar c = [m[41mc[m[41m [m[41m== '-'[m[41m || c == '+'[m
[2m[really-safe-money-gen] [m[32m+[m[32m      isSignChar c = [m[42mF[m[42ma[m[42mls[m[42me[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [mTesting mutation LogicOp at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m   let isSignChar :: Char -> Bool
[2m[really-safe-money-gen] [m[31m-[m[31m      isSignChar c = c == '-' [m[41m|[m[41m|[m[31m c == '+'[m
[2m[really-safe-money-gen] [m[32m+[m[32m      isSignChar c = c == '-' [m[42m&[m[42m&[m[32m c == '+'[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m   let isSignChar :: Char -> Bool
[2m[really-safe-money-gen] [m[31m-[m[31m      isSignChar c =[m[31m [m[31mc == '-' || c == '+'[m
[2m[really-safe-money-gen] [m[32m+[m[32m      isSignChar c =[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mc == '-' || c == '+'[m[42m)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:266:13-19
[2m[really-safe-money-gen] [m[36m@@ -263,7 +263,7 @@[m
[2m[really-safe-money-gen] [m           -- If there's a repetend, we can't turn it into a decimal literal
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m[31m-[m[31m          |[m[31m [m[31me >= l[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m          |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32me >= l[m[42m)[m[32m = Nothing[m
[2m[really-safe-money-gen] [m           | n < d =
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:267:13-18
[2m[really-safe-money-gen] [m[36m@@ -264,7 +264,7 @@[m
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [m           -- Over the limit, stop trying
[2m[really-safe-money-gen] [m           | e >= l = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m          |[m[31m [m[31mn < d[m[31m =[m
[2m[really-safe-money-gen] [m[32m+[m[32m          |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mn < d[m[42m)[m[32m =[m
[2m[really-safe-money-gen] [m               let !ns' = S.insert n ns
[2m[really-safe-money-gen] [m                in longDivWithLimit (c * 10) (succ e) ns' (n * 10)
[2m[really-safe-money-gen] [m           | otherwise =
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:289:33-35
[2m[really-safe-money-gen] [m[36m@@ -286,7 +286,7 @@[m
[2m[really-safe-money-gen] [m toRatio :: DecimalLiteral -> Maybe (Ratio Natural)
[2m[really-safe-money-gen] [m toRatio (DecimalLiteral mSign m e) = case mSign of
[2m[really-safe-money-gen] [m   Just False -> Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  _ -> Just $ fromIntegral m / ([m[41m1[m[31m0 ^ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  _ -> Just $ fromIntegral m / ([m[32m0 ^ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Word'
[2m[really-safe-money-gen] [m fromWord :: Word -> DecimalLiteral
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:370:30-58
[2m[really-safe-money-gen] [m[36m@@ -367,7 +367,7 @@[m
[2m[really-safe-money-gen] [m       currentDigits = digits dl
[2m[really-safe-money-gen] [m    in if wantedDigits <= currentDigits
[2m[really-safe-money-gen] [m         then dl
[2m[really-safe-money-gen] [m[31m-[m[31m        else increaseDigits (wantedDigits [m[41m-[m[31m currentDigits) dl[m
[2m[really-safe-money-gen] [m[32m+[m[32m        else increaseDigits (wantedDigits [m[42m*[m[32m currentDigits) dl[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     increaseDigits :: Word8 -> DecimalLiteral -> DecimalLiteral
[2m[really-safe-money-gen] [m     increaseDigits 0 = id
[2m[really-safe-money-gen] [mTesting mutation BoolLit at src/Numeric/DecimalLiteral.hs:396:23-27
[2m[really-safe-money-gen] [m[36m@@ -393,5 +393,5 @@[m
[2m[really-safe-money-gen] [m   DecimalLiteral mS m e -> DecimalLiteral (go mS) m e
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     go = \case
[2m[really-safe-money-gen] [m[31m-[m[31m      Nothing -> Just [m[41mTr[m[41mu[m[31me[m
[2m[really-safe-money-gen] [m[32m+[m[32m      Nothing -> Just [m[42mF[m[42ma[m[42mls[m[32me[m
[2m[really-safe-money-gen] [m       s -> s
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Numeric/DecimalLiteral.hs:261:11-22
[2m[really-safe-money-gen] [m[36m@@ -258,7 +258,7 @@[m
[2m[really-safe-money-gen] [m           Natural ->
[2m[really-safe-money-gen] [m           Maybe (Natural, Int)
[2m[really-safe-money-gen] [m         longDivWithLimit !c !e _ns 0 =
[2m[really-safe-money-gen] [m[31m-[m[31m          [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m [m[41m(c[m[41m, e)[m
[2m[really-safe-money-gen] [m[32m+[m[32m          [m[42mN[m[42mo[m[32mt[m[42mhing[m
[2m[really-safe-money-gen] [m         longDivWithLimit !c !e ns !n
[2m[really-safe-money-gen] [m           -- If there's a repetend, we can't turn it into a decimal literal
[2m[really-safe-money-gen] [m           | S.member n ns = Nothing
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:370:30-58
[2m[really-safe-money-gen] [m[36m@@ -367,7 +367,7 @@[m
[2m[really-safe-money-gen] [m       currentDigits = digits dl
[2m[really-safe-money-gen] [m    in if wantedDigits <= currentDigits
[2m[really-safe-money-gen] [m         then dl
[2m[really-safe-money-gen] [m[31m-[m[31m        else increaseDigits (wantedDigits [m[41m-[m[31m currentDigits) dl[m
[2m[really-safe-money-gen] [m[32m+[m[32m        else increaseDigits (wantedDigits [m[42m+[m[32m currentDigits) dl[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     increaseDigits :: Word8 -> DecimalLiteral -> DecimalLiteral
[2m[really-safe-money-gen] [m     increaseDigits 0 = id
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:139:27-29
[2m[really-safe-money-gen] [m[36m@@ -136,7 +136,7 @@[m
[2m[really-safe-money-gen] [m stepFraction (m, e) digit = Just (m * 10 + fromIntegral digit, succ e)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m[31m-[m[31mstep a digit = Just $ a * [m[41m1[m[31m0 + fromIntegral digit[m
[2m[really-safe-money-gen] [m[32m+[m[32mstep a digit = Just $ a * [m[32m0 + fromIntegral digit[m
[2m[really-safe-money-gen] [m {-# INLINE step #-}
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:139:27-29
[2m[really-safe-money-gen] [m[36m@@ -136,7 +136,7 @@[m
[2m[really-safe-money-gen] [m stepFraction (m, e) digit = Just (m * 10 + fromIntegral digit, succ e)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m step :: Natural -> Int -> Maybe Natural
[2m[really-safe-money-gen] [m[31m-[m[31mstep a digit = Just $ a * 1[m[41m0[m[31m + fromIntegral digit[m
[2m[really-safe-money-gen] [m[32m+[m[32mstep a digit = Just $ a * 1[m[32m + fromIntegral digit[m
[2m[really-safe-money-gen] [m {-# INLINE step #-}
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:145:28-30
[2m[really-safe-money-gen] [m[36m@@ -142,7 +142,7 @@[m
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [m parseDigits f z = do
[2m[really-safe-money-gen] [m   c <- ReadP.satisfy Char.isDigit
[2m[really-safe-money-gen] [m[31m-[m[31m  let digit = Char.ord c - [m[31m48[m
[2m[really-safe-money-gen] [m[32m+[m[32m  let digit = Char.ord c - [m[42m-[m[32m48[m
[2m[really-safe-money-gen] [m   case f z digit of
[2m[really-safe-money-gen] [m     Nothing -> fail "Failed to step the first digit"
[2m[really-safe-money-gen] [m     Just a -> ReadP.look >>= go a
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:130:48-49
[2m[really-safe-money-gen] [m[36m@@ -127,7 +127,7 @@[m
[2m[really-safe-money-gen] [m   ReadP.option (DecimalLiteral mSign units 0) $ do
[2m[really-safe-money-gen] [m     _ <- ReadP.satisfy (== '.')
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m[31m-[m[31m    (m, e) <- parseDigits stepFraction (units, [m[41m0[m[31m)[m
[2m[really-safe-money-gen] [m[32m+[m[32m    (m, e) <- parseDigits stepFraction (units, [m[42m1[m[32m)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m     pure $ DecimalLiteral mSign m e
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:125:29-30
[2m[really-safe-money-gen] [m[36m@@ -122,7 +122,7 @@[m
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [m     pure $ Just $ signChar == '+'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m[31m-[m[31m  units <- parseDigits step [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m  units <- parseDigits step [m[42m1[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   ReadP.option (DecimalLiteral mSign units 0) $ do
[2m[really-safe-money-gen] [m     _ <- ReadP.satisfy (== '.')
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Numeric/DecimalLiteral.hs:112:17-21
[2m[really-safe-money-gen] [m[36m@@ -109,9 +109,8 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Like 'fromString' but in a 'MonadFail'
[2m[really-safe-money-gen] [m fromStringM :: (MonadFail m) => String -> m DecimalLiteral
[2m[really-safe-money-gen] [m fromStringM s = case Numeric.DecimalLiteral.fromString s of
[2m[really-safe-money-gen] [m[31m-  Nothing -> fail $ "Failed to parse decimal literal from: " <> show s[m
[2m[really-safe-money-gen] [m   Just dl -> pure dl
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Numeric/DecimalLiteral.hs:112:17-21
[2m[really-safe-money-gen] [m[36m@@ -109,9 +109,8 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Like 'fromString' but in a 'MonadFail'
[2m[really-safe-money-gen] [m fromStringM :: (MonadFail m) => String -> m DecimalLiteral
[2m[really-safe-money-gen] [m fromStringM s = case Numeric.DecimalLiteral.fromString s of
[2m[really-safe-money-gen] [m   Nothing -> fail $ "Failed to parse decimal literal from: " <> show s
[2m[really-safe-money-gen] [m[31m-  Just dl -> pure dl[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:123:19-34
[2m[really-safe-money-gen] [m[36m@@ -120,7 +120,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [m[31m-[m[31m    pure $ Just $ [m[41ms[m[41mi[m[41mgn[m[41mCh[m[41ma[m[31mr[m[41m == [m[41m'+[m[41m'[m
[2m[really-safe-money-gen] [m[32m+[m[32m    pure $ Just $ [m[42mT[m[32mr[m[42mu[m[42me[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   units <- parseDigits step 0
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Numeric/DecimalLiteral.hs:86:18-18
[2m[really-safe-money-gen] [m[36m@@ -83,9 +83,8 @@[m
[2m[really-safe-money-gen] [m instance NFData DecimalLiteral
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance IsString DecimalLiteral where
[2m[really-safe-money-gen] [m   fromString s = case Numeric.DecimalLiteral.fromString s of
[2m[really-safe-money-gen] [m[31m-    Nothing -> error $ "Invalid DecimalLiteral: " <> show s[m
[2m[really-safe-money-gen] [m     Just dl -> dl
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Parse a decimal literal from a string
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Numeric/DecimalLiteral.hs:86:18-18
[2m[really-safe-money-gen] [m[36m@@ -83,9 +83,8 @@[m
[2m[really-safe-money-gen] [m instance NFData DecimalLiteral
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance IsString DecimalLiteral where
[2m[really-safe-money-gen] [m   fromString s = case Numeric.DecimalLiteral.fromString s of
[2m[really-safe-money-gen] [m     Nothing -> error $ "Invalid DecimalLiteral: " <> show s
[2m[really-safe-money-gen] [m[31m-    Just dl -> dl[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Parse a decimal literal from a string
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:22-42
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m   let isSignChar :: Char -> Bool
[2m[really-safe-money-gen] [m[31m-[m[31m      isSignChar[m[41m [m[41mc[m[41m [m[41m= c[m[41m == '-[m[41m' |[m[41m|[m[31m c =[m[41m=[m[31m [m[41m'[m[41m+[m[41m'[m
[2m[really-safe-money-gen] [m[32m+[m[32m      isSignChar[m[32m c =[m[32m [m[42mT[m[42mrue[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money-gen] [m[36m@@ -177,11 +177,10 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | See 'Account.distribute'
[2m[really-safe-money-gen] [m distribute :: AccountOf currency -> Word16 -> AccountDistributionOf currency
[2m[really-safe-money-gen] [m distribute (AccountOf a) w = case Account.distribute a w of
[2m[really-safe-money-gen] [m[31m-  DistributedIntoZeroChunks -> DistributedIntoZeroChunks[m
[2m[really-safe-money-gen] [m   DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m   DistributedIntoEqualChunks w' a' -> DistributedIntoEqualChunks w' (fromAccount a')
[2m[really-safe-money-gen] [m   DistributedIntoUnequalChunks w1 a1 w2 a2 -> DistributedIntoUnequalChunks w1 (fromAccount a1) w2 (fromAccount a2)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | The result of 'distribute'
[2m[really-safe-money-gen] [m type AccountDistributionOf (currency :: k) = Distribution (AccountOf currency)
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:119:34-42
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m   let isSignChar :: Char -> Bool
[2m[really-safe-money-gen] [m[31m-[m[31m      isSignChar c = c == '-' || [m[41mc[m[41m [m[41m== '+'[m
[2m[really-safe-money-gen] [m[32m+[m[32m      isSignChar c = c == '-' || [m[42mF[m[42ma[m[42mls[m[42me[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money-gen] [m[36m@@ -177,11 +177,10 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | See 'Account.distribute'
[2m[really-safe-money-gen] [m distribute :: AccountOf currency -> Word16 -> AccountDistributionOf currency
[2m[really-safe-money-gen] [m distribute (AccountOf a) w = case Account.distribute a w of
[2m[really-safe-money-gen] [m   DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m[31m-  DistributedZero -> DistributedZero[m
[2m[really-safe-money-gen] [m   DistributedIntoEqualChunks w' a' -> DistributedIntoEqualChunks w' (fromAccount a')
[2m[really-safe-money-gen] [m   DistributedIntoUnequalChunks w1 a1 w2 a2 -> DistributedIntoUnequalChunks w1 (fromAccount a1) w2 (fromAccount a2)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | The result of 'distribute'
[2m[really-safe-money-gen] [m type AccountDistributionOf (currency :: k) = Distribution (AccountOf currency)
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Numeric/DecimalLiteral.hs:123:19-34
[2m[really-safe-money-gen] [m[36m@@ -120,7 +120,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [m[31m-[m[31m    pure $ Just $[m[31m [m[31msignChar == '+'[m
[2m[really-safe-money-gen] [m[32m+[m[32m    pure $ Just $[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32msignChar == '+'[m[42m)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   units <- parseDigits step 0
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:154:36-38
[2m[really-safe-money-gen] [m[36m@@ -151,7 +151,7 @@[m
[2m[really-safe-money-gen] [m     go !a (c : cs)
[2m[really-safe-money-gen] [m       | Char.isDigit c = do
[2m[really-safe-money-gen] [m           _ <- ReadP.get
[2m[really-safe-money-gen] [m[31m-[m[31m          let digit = Char.ord c - [m[41m4[m[41m8[m
[2m[really-safe-money-gen] [m[32m+[m[32m          let digit = Char.ord c - [m[42m1[m
[2m[really-safe-money-gen] [m           case f a digit of
[2m[really-safe-money-gen] [m             Nothing -> fail "Failed to step the digit"
[2m[really-safe-money-gen] [m             Just a' -> go a' cs
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:236:41-44
[2m[really-safe-money-gen] [m[36m@@ -233,7 +233,7 @@[m
[2m[really-safe-money-gen] [m -- >>> fromRatio (1 % 3)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRatio :: Ratio Natural -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m[31m-[m[31mfromRatio = fromRationalRepetendLimited [m[31m256[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromRatio = fromRationalRepetendLimited [m[42m-[m[32m256[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     fromRationalRepetendLimited ::
[2m[really-safe-money-gen] [m       -- limit
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Numeric/DecimalLiteral.hs:287:38-40
[2m[really-safe-money-gen] [m[36m@@ -284,9 +284,8 @@[m
[2m[really-safe-money-gen] [m -- >>> toRatio (DecimalLiteral (Just False) 3 1)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m toRatio :: DecimalLiteral -> Maybe (Ratio Natural)
[2m[really-safe-money-gen] [m toRatio (DecimalLiteral mSign m e) = case mSign of
[2m[really-safe-money-gen] [m[31m-  Just False -> Nothing[m
[2m[really-safe-money-gen] [m   _ -> Just $ fromIntegral m / (10 ^ e)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Word'
[2m[really-safe-money-gen] [m fromWord :: Word -> DecimalLiteral
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:154:36-38
[2m[really-safe-money-gen] [m[36m@@ -151,7 +151,7 @@[m
[2m[really-safe-money-gen] [m     go !a (c : cs)
[2m[really-safe-money-gen] [m       | Char.isDigit c = do
[2m[really-safe-money-gen] [m           _ <- ReadP.get
[2m[really-safe-money-gen] [m[31m-[m[31m          let digit = Char.ord c - [m[41m4[m[41m8[m
[2m[really-safe-money-gen] [m[32m+[m[32m          let digit = Char.ord c - [m[42m0[m
[2m[really-safe-money-gen] [m           case f a digit of
[2m[really-safe-money-gen] [m             Nothing -> fail "Failed to step the digit"
[2m[really-safe-money-gen] [m             Just a' -> go a' cs
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:145:15-30
[2m[really-safe-money-gen] [m[36m@@ -142,7 +142,7 @@[m
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [m parseDigits f z = do
[2m[really-safe-money-gen] [m   c <- ReadP.satisfy Char.isDigit
[2m[really-safe-money-gen] [m[31m-[m[31m  let digit = Char.ord c [m[41m-[m[31m 48[m
[2m[really-safe-money-gen] [m[32m+[m[32m  let digit = Char.ord c [m[42m+[m[32m 48[m
[2m[really-safe-money-gen] [m   case f z digit of
[2m[really-safe-money-gen] [m     Nothing -> fail "Failed to step the first digit"
[2m[really-safe-money-gen] [m     Just a -> ReadP.look >>= go a
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Numeric/DecimalLiteral.hs:145:15-30
[2m[really-safe-money-gen] [m[36m@@ -142,7 +142,7 @@[m
[2m[really-safe-money-gen] [m parseDigits :: (a -> Int -> Maybe a) -> a -> ReadP a
[2m[really-safe-money-gen] [m parseDigits f z = do
[2m[really-safe-money-gen] [m   c <- ReadP.satisfy Char.isDigit
[2m[really-safe-money-gen] [m[31m-[m[31m  let digit = Char.ord c [m[41m-[m[31m 48[m
[2m[really-safe-money-gen] [m[32m+[m[32m  let digit = Char.ord c [m[42m*[m[32m 48[m
[2m[really-safe-money-gen] [m   case f z digit of
[2m[really-safe-money-gen] [m     Nothing -> fail "Failed to step the first digit"
[2m[really-safe-money-gen] [m     Just a -> ReadP.look >>= go a
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/ConversionRate.hs:127:70-79
[2m[really-safe-money-gen] [m[36m@@ -124,7 +124,7 @@[m
[2m[really-safe-money-gen] [m -- >>> compose (ConversionRate (2 % 1)) (ConversionRate (1 % 2))
[2m[really-safe-money-gen] [m -- ConversionRate {unConversionRate = 1 % 1}
[2m[really-safe-money-gen] [m compose :: ConversionRate -> ConversionRate -> ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31mcompose (ConversionRate cr1) (ConversionRate cr2) = ConversionRate $ cr1 [m[41m*[m[31m cr2[m
[2m[really-safe-money-gen] [m[32m+[m[32mcompose (ConversionRate cr1) (ConversionRate cr2) = ConversionRate $ cr1 [m[42m+[m[32m cr2[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | The factor to multiply by when converting currencies.
[2m[really-safe-money-gen] [m conversionFactor :: QuantisationFactor -> ConversionRate -> QuantisationFactor -> Ratio Natural
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/ConversionRate.hs:127:70-79
[2m[really-safe-money-gen] [m[36m@@ -124,7 +124,7 @@[m
[2m[really-safe-money-gen] [m -- >>> compose (ConversionRate (2 % 1)) (ConversionRate (1 % 2))
[2m[really-safe-money-gen] [m -- ConversionRate {unConversionRate = 1 % 1}
[2m[really-safe-money-gen] [m compose :: ConversionRate -> ConversionRate -> ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31mcompose (ConversionRate cr1) (ConversionRate cr2) = ConversionRate $ cr1 [m[41m*[m[31m cr2[m
[2m[really-safe-money-gen] [m[32m+[m[32mcompose (ConversionRate cr1) (ConversionRate cr2) = ConversionRate $ cr1 [m[42m-[m[32m cr2[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | The factor to multiply by when converting currencies.
[2m[really-safe-money-gen] [m conversionFactor :: QuantisationFactor -> ConversionRate -> QuantisationFactor -> Ratio Natural
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/ConversionRate.hs:116:45-46
[2m[really-safe-money-gen] [m[36m@@ -113,7 +113,7 @@[m
[2m[really-safe-money-gen] [m -- >>> invert (ConversionRate (1 % 2))
[2m[really-safe-money-gen] [m -- ConversionRate {unConversionRate = 2 % 1}
[2m[really-safe-money-gen] [m invert :: ConversionRate -> ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31minvert (ConversionRate r) = ConversionRate ([m[31m1 / r)[m
[2m[really-safe-money-gen] [m[32m+[m[32minvert (ConversionRate r) = ConversionRate ([m[42m-[m[32m1 / r)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Compose two conversion rates
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Numeric/DecimalLiteral.hs:123:19-34
[2m[really-safe-money-gen] [m[36m@@ -120,7 +120,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   mSign <- ReadP.option Nothing $ do
[2m[really-safe-money-gen] [m     signChar <- ReadP.satisfy isSignChar
[2m[really-safe-money-gen] [m[31m-[m[31m    pure $ Just $ [m[41ms[m[41mi[m[41mgn[m[41mCh[m[31ma[m[41mr [m[41m==[m[41m '+'[m
[2m[really-safe-money-gen] [m[32m+[m[32m    pure $ Just $ [m[42mF[m[32ma[m[42mlse[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   units <- parseDigits step 0
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/ConversionRate.hs:109:27-28
[2m[really-safe-money-gen] [m[36m@@ -106,7 +106,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | One-to-one conversion rate
[2m[really-safe-money-gen] [m oneToOne :: ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31moneToOne = ConversionRate [m[31m1[m
[2m[really-safe-money-gen] [m[32m+[m[32moneToOne = ConversionRate [m[42m-[m[32m1[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Invert a 'ConversionRate', to convert in the other direction.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/ConversionRate.hs:109:27-28
[2m[really-safe-money-gen] [m[36m@@ -106,7 +106,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | One-to-one conversion rate
[2m[really-safe-money-gen] [m oneToOne :: ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31moneToOne = ConversionRate [m[41m1[m
[2m[really-safe-money-gen] [m[32m+[m[32moneToOne = ConversionRate [m[42m0[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Invert a 'ConversionRate', to convert in the other direction.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money-gen] [m[36m@@ -69,7 +69,7 @@[m
[2m[really-safe-money-gen] [m -- >>> fromRational (0 % 1)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31mfromRational r = if r <[m[31m 0 then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromRational r = if r <[m[42m=[m[32m 0 then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'ConversionRate' back into a 'Rational'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money-gen] [m[36m@@ -69,7 +69,7 @@[m
[2m[really-safe-money-gen] [m -- >>> fromRational (0 % 1)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31mfromRational r = if r [m[41m<[m[31m 0 then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromRational r = if r [m[42m>[m[32m 0 then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'ConversionRate' back into a 'Rational'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money-gen] [m[36m@@ -177,11 +177,10 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | See 'Account.distribute'
[2m[really-safe-money-gen] [m distribute :: AccountOf currency -> Word16 -> AccountDistributionOf currency
[2m[really-safe-money-gen] [m distribute (AccountOf a) w = case Account.distribute a w of
[2m[really-safe-money-gen] [m   DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m   DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m   DistributedIntoEqualChunks w' a' -> DistributedIntoEqualChunks w' (fromAccount a')
[2m[really-safe-money-gen] [m[31m-  DistributedIntoUnequalChunks w1 a1 w2 a2 -> DistributedIntoUnequalChunks w1 (fromAccount a1) w2 (fromAccount a2)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | The result of 'distribute'
[2m[really-safe-money-gen] [m type AccountDistributionOf (currency :: k) = Distribution (AccountOf currency)
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/ConversionRate.hs:116:45-46
[2m[really-safe-money-gen] [m[36m@@ -113,7 +113,7 @@[m
[2m[really-safe-money-gen] [m -- >>> invert (ConversionRate (1 % 2))
[2m[really-safe-money-gen] [m -- ConversionRate {unConversionRate = 2 % 1}
[2m[really-safe-money-gen] [m invert :: ConversionRate -> ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31minvert (ConversionRate r) = ConversionRate ([m[41m1[m[31m / r)[m
[2m[really-safe-money-gen] [m[32m+[m[32minvert (ConversionRate r) = ConversionRate ([m[42m0[m[32m / r)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Compose two conversion rates
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money-gen] [m[36m@@ -69,7 +69,7 @@[m
[2m[really-safe-money-gen] [m -- >>> fromRational (0 % 1)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31mfromRational r = if[m[31m [m[31mr < 0[m[31m then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromRational r = if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr < 0[m[42m)[m[32m then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'ConversionRate' back into a 'Rational'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/ConversionRate.hs:38:56-57
[2m[really-safe-money-gen] [m[36m@@ -35,7 +35,7 @@[m
[2m[really-safe-money-gen] [m   validate cr@(ConversionRate r) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate cr,
[2m[really-safe-money-gen] [m[31m-[m[31m        declare "The rate is nonzero" $ numerator r /= [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        declare "The rate is nonzero" $ numerator r /= [m[42m1[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData ConversionRate
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/ConversionRate.hs:38:41-57
[2m[really-safe-money-gen] [m[36m@@ -35,7 +35,7 @@[m
[2m[really-safe-money-gen] [m   validate cr@(ConversionRate r) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate cr,
[2m[really-safe-money-gen] [m[31m-[m[31m        declare "The rate is nonzero" $ [m[41mn[m[41mu[m[41mm[m[41mer[m[31ma[m[41mt[m[41mor r /= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        declare "The rate is nonzero" $ [m[42mF[m[32ma[m[42ml[m[42ms[m[42me[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData ConversionRate
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/AccountOf.hs:180:30-115
[2m[really-safe-money-gen] [m[36m@@ -177,11 +177,10 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | See 'Account.distribute'
[2m[really-safe-money-gen] [m distribute :: AccountOf currency -> Word16 -> AccountDistributionOf currency
[2m[really-safe-money-gen] [m distribute (AccountOf a) w = case Account.distribute a w of
[2m[really-safe-money-gen] [m   DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m   DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m[31m-  DistributedIntoEqualChunks w' a' -> DistributedIntoEqualChunks w' (fromAccount a')[m
[2m[really-safe-money-gen] [m   DistributedIntoUnequalChunks w1 a1 w2 a2 -> DistributedIntoUnequalChunks w1 (fromAccount a1) w2 (fromAccount a2)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | The result of 'distribute'
[2m[really-safe-money-gen] [m type AccountDistributionOf (currency :: k) = Distribution (AccountOf currency)
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/ConversionRate.hs:38:41-57
[2m[really-safe-money-gen] [m[36m@@ -35,7 +35,7 @@[m
[2m[really-safe-money-gen] [m   validate cr@(ConversionRate r) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate cr,
[2m[really-safe-money-gen] [m[31m-[m[31m        declare "The rate is nonzero" $[m[31m [m[31mnumerator r /= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        declare "The rate is nonzero" $[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mnumerator r /= 0[m[42m)[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData ConversionRate
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money-gen] [m[36m@@ -69,7 +69,7 @@[m
[2m[really-safe-money-gen] [m -- >>> fromRational (0 % 1)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31mfromRational r = if[m[41m [m[41mr[m[31m [m[41m<[m[41m 0[m[31m then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromRational r = if[m[32m [m[42mFal[m[42ms[m[42me[m[32m then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'ConversionRate' back into a 'Rational'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/ConversionRate.hs:38:41-57
[2m[really-safe-money-gen] [m[36m@@ -35,7 +35,7 @@[m
[2m[really-safe-money-gen] [m   validate cr@(ConversionRate r) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate cr,
[2m[really-safe-money-gen] [m[31m-[m[31m        declare "The rate is nonzero" $ [m[41mn[m[31mu[m[41mm[m[31me[m[41mrato[m[41mr r /= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        declare "The rate is nonzero" $ [m[42mT[m[42mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData ConversionRate
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/ConversionRate.hs:132:3-24
[2m[really-safe-money-gen] [m[36m@@ -129,4 +129,4 @@[m
[2m[really-safe-money-gen] [m -- | The factor to multiply by when converting currencies.
[2m[really-safe-money-gen] [m conversionFactor :: QuantisationFactor -> ConversionRate -> QuantisationFactor -> Ratio Natural
[2m[really-safe-money-gen] [m conversionFactor (QuantisationFactor qf1) (ConversionRate cr) (QuantisationFactor qf2) =
[2m[really-safe-money-gen] [m[31m-[m[31m  cr [m[41m*[m[31m fromIntegral qf2 / fromIntegral qf1[m
[2m[really-safe-money-gen] [m[32m+[m[32m  cr [m[42m-[m[32m fromIntegral qf2 / fromIntegral qf1[m
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money-gen] [m[36m@@ -69,7 +69,7 @@[m
[2m[really-safe-money-gen] [m -- >>> fromRational (0 % 1)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31mfromRational r = if [m[31mr[m[31m [m[41m<[m[41m 0[m[41m [m[31mthen Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromRational r = if [m[42mT[m[32mr[m[42mu[m[42me[m[32m [m[32mthen Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'ConversionRate' back into a 'Rational'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:127:44-45
[2m[really-safe-money-gen] [m[36m@@ -124,7 +124,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   units <- parseDigits step 0
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m[31m-[m[31m  ReadP.option (DecimalLiteral mSign units [m[41m0[m[31m) $ do[m
[2m[really-safe-money-gen] [m[32m+[m[32m  ReadP.option (DecimalLiteral mSign units [m[42m1[m[32m) $ do[m
[2m[really-safe-money-gen] [m     _ <- ReadP.satisfy (== '.')
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m     (m, e) <- parseDigits stepFraction (units, 0)
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/ConversionRate.hs:132:3-24
[2m[really-safe-money-gen] [m[36m@@ -129,4 +129,4 @@[m
[2m[really-safe-money-gen] [m -- | The factor to multiply by when converting currencies.
[2m[really-safe-money-gen] [m conversionFactor :: QuantisationFactor -> ConversionRate -> QuantisationFactor -> Ratio Natural
[2m[really-safe-money-gen] [m conversionFactor (QuantisationFactor qf1) (ConversionRate cr) (QuantisationFactor qf2) =
[2m[really-safe-money-gen] [m[31m-[m[31m  cr [m[41m*[m[31m fromIntegral qf2 / fromIntegral qf1[m
[2m[really-safe-money-gen] [m[32m+[m[32m  cr [m[42m+[m[32m fromIntegral qf2 / fromIntegral qf1[m
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/ConversionRate.hs:72:25-26
[2m[really-safe-money-gen] [m[36m@@ -69,7 +69,7 @@[m
[2m[really-safe-money-gen] [m -- >>> fromRational (0 % 1)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31mfromRational r = if r < [m[41m0[m[31m then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromRational r = if r < [m[42m1[m[32m then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'ConversionRate' back into a 'Rational'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/QuantisationFactor.hs:92:13-14
[2m[really-safe-money-gen] [m[36m@@ -89,7 +89,7 @@[m
[2m[really-safe-money-gen] [m           else pure r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   rat <-
[2m[really-safe-money-gen] [m[31m-[m[31m    let r = [m[31m1 / irat[m
[2m[really-safe-money-gen] [m[32m+[m[32m    let r = [m[42m-[m[32m1 / irat[m
[2m[really-safe-money-gen] [m      in if r < 0
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money-gen] [m[36m@@ -90,7 +90,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   rat <-
[2m[really-safe-money-gen] [m     let r = 1 / irat
[2m[really-safe-money-gen] [m[31m-[m[31m     in if r [m[41m<[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if r [m[42m>[m[32m 0[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money-gen] [m[36m@@ -90,7 +90,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   rat <-
[2m[really-safe-money-gen] [m     let r = 1 / irat
[2m[really-safe-money-gen] [m[31m-[m[31m     in if r [m[41m<[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if r [m[42m>[m[42m=[m[32m 0[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Numeric/DecimalLiteral.hs:289:33-35
[2m[really-safe-money-gen] [m[36m@@ -286,7 +286,7 @@[m
[2m[really-safe-money-gen] [m toRatio :: DecimalLiteral -> Maybe (Ratio Natural)
[2m[really-safe-money-gen] [m toRatio (DecimalLiteral mSign m e) = case mSign of
[2m[really-safe-money-gen] [m   Just False -> Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  _ -> Just $ fromIntegral m / (1[m[41m0[m[31m ^ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  _ -> Just $ fromIntegral m / (1[m[32m ^ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Word'
[2m[really-safe-money-gen] [m fromWord :: Word -> DecimalLiteral
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money-gen] [m[36m@@ -90,7 +90,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   rat <-
[2m[really-safe-money-gen] [m     let r = 1 / irat
[2m[really-safe-money-gen] [m[31m-[m[31m     in if r <[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if r <[m[42m=[m[32m 0[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/QuantisationFactor.hs:87:12-28
[2m[really-safe-money-gen] [m[36m@@ -84,7 +84,7 @@[m
[2m[really-safe-money-gen] [m fromDecimalLiteral dl = do
[2m[really-safe-money-gen] [m   irat <-
[2m[really-safe-money-gen] [m     let r = DecimalLiteral.toRational dl
[2m[really-safe-money-gen] [m[31m-[m[31m     in if [m[41mn[m[31mu[m[41mm[m[31me[m[41mrato[m[41mr r == 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if [m[42mT[m[42mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else pure r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/QuantisationFactor.hs:87:12-28
[2m[really-safe-money-gen] [m[36m@@ -84,7 +84,7 @@[m
[2m[really-safe-money-gen] [m fromDecimalLiteral dl = do
[2m[really-safe-money-gen] [m   irat <-
[2m[really-safe-money-gen] [m     let r = DecimalLiteral.toRational dl
[2m[really-safe-money-gen] [m[31m-[m[31m     in if [m[41mn[m[41mu[m[41mm[m[41mer[m[31ma[m[41mt[m[41mor r == 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if [m[42mF[m[32ma[m[42ml[m[42ms[m[42me[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else pure r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/QuantisationFactor.hs:87:12-28
[2m[really-safe-money-gen] [m[36m@@ -84,7 +84,7 @@[m
[2m[really-safe-money-gen] [m fromDecimalLiteral dl = do
[2m[really-safe-money-gen] [m   irat <-
[2m[really-safe-money-gen] [m     let r = DecimalLiteral.toRational dl
[2m[really-safe-money-gen] [m[31m-[m[31m     in if[m[31m [m[31mnumerator r == 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mnumerator r == 0[m[42m)[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else pure r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/ConversionRate.hs:72:21-26
[2m[really-safe-money-gen] [m[36m@@ -69,7 +69,7 @@[m
[2m[really-safe-money-gen] [m -- >>> fromRational (0 % 1)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: Rational -> Maybe ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31mfromRational r = if r [m[41m<[m[31m 0 then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfromRational r = if r [m[42m>[m[42m=[m[32m 0 then Nothing else fromRatio (realToFrac r)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn a 'ConversionRate' back into a 'Rational'
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/QuantisationFactor.hs:87:27-28
[2m[really-safe-money-gen] [m[36m@@ -84,7 +84,7 @@[m
[2m[really-safe-money-gen] [m fromDecimalLiteral dl = do
[2m[really-safe-money-gen] [m   irat <-
[2m[really-safe-money-gen] [m     let r = DecimalLiteral.toRational dl
[2m[really-safe-money-gen] [m[31m-[m[31m     in if numerator r == [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if numerator r == [m[42m1[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else pure r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money-gen] [m[36m@@ -90,7 +90,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   rat <-
[2m[really-safe-money-gen] [m     let r = 1 / irat
[2m[really-safe-money-gen] [m[31m-[m[31m     in if [m[31mr[m[41m [m[41m< 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if [m[42mT[m[32mr[m[42mue[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/QuantisationFactor.hs:98:8-28
[2m[really-safe-money-gen] [m[36m@@ -95,7 +95,7 @@[m
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   fac <-
[2m[really-safe-money-gen] [m[31m-[m[31m    if[m[31m [m[31mdenominator rat == 1[m
[2m[really-safe-money-gen] [m[32m+[m[32m    if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mdenominator rat == 1[m[42m)[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/QuantisationFactor.hs:98:8-28
[2m[really-safe-money-gen] [m[36m@@ -95,7 +95,7 @@[m
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   fac <-
[2m[really-safe-money-gen] [m[31m-[m[31m    if[m[41m [m[41md[m[41me[m[41mnom[m[41minato[m[41mr[m[31m [m[31mr[m[41ma[m[41mt[m[41m == 1[m
[2m[really-safe-money-gen] [m[32m+[m[32m    if[m[32m [m[42mT[m[32mr[m[42mue[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/QuantisationFactor.hs:98:27-28
[2m[really-safe-money-gen] [m[36m@@ -95,7 +95,7 @@[m
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   fac <-
[2m[really-safe-money-gen] [m[31m-[m[31m    if denominator rat == [m[31m1[m
[2m[really-safe-money-gen] [m[32m+[m[32m    if denominator rat == [m[42m-[m[32m1[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/QuantisationFactor.hs:98:27-28
[2m[really-safe-money-gen] [m[36m@@ -95,7 +95,7 @@[m
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   fac <-
[2m[really-safe-money-gen] [m[31m-[m[31m    if denominator rat == [m[41m1[m
[2m[really-safe-money-gen] [m[32m+[m[32m    if denominator rat == [m[42m0[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/QuantisationFactor.hs:93:16-17
[2m[really-safe-money-gen] [m[36m@@ -90,7 +90,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   rat <-
[2m[really-safe-money-gen] [m     let r = 1 / irat
[2m[really-safe-money-gen] [m[31m-[m[31m     in if r < [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if r < [m[42m1[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money-gen] [m[36m@@ -90,7 +90,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   rat <-
[2m[really-safe-money-gen] [m     let r = 1 / irat
[2m[really-safe-money-gen] [m[31m-[m[31m     in if[m[41m [m[41mr[m[31m [m[41m<[m[41m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if[m[32m [m[42mFalse[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/QuantisationFactor.hs:95:16-22
[2m[really-safe-money-gen] [m[36m@@ -92,7 +92,7 @@[m
[2m[really-safe-money-gen] [m     let r = 1 / irat
[2m[really-safe-money-gen] [m      in if r < 0
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m          else [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m r[m
[2m[really-safe-money-gen] [m[32m+[m[32m          else [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   fac <-
[2m[really-safe-money-gen] [m     if denominator rat == 1
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/QuantisationFactor.hs:98:8-28
[2m[really-safe-money-gen] [m[36m@@ -95,7 +95,7 @@[m
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   fac <-
[2m[really-safe-money-gen] [m[31m-[m[31m    if [m[41md[m[41me[m[41mn[m[41momi[m[41mn[m[31ma[m[41mt[m[41mor rat == 1[m
[2m[really-safe-money-gen] [m[32m+[m[32m    if [m[42mF[m[32ma[m[42mlse[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money-gen] [m[36m@@ -99,6 +99,6 @@[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m[31m-[m[31m  if fac <[m[41m=[m[31m fromIntegral (maxBound :: Word32)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if fac <[m[32m fromIntegral (maxBound :: Word32)[m
[2m[really-safe-money-gen] [m     then Just (QuantisationFactor (fromIntegral fac))
[2m[really-safe-money-gen] [m     else Nothing
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/QuantisationFactor.hs:99:12-32
[2m[really-safe-money-gen] [m[36m@@ -96,7 +96,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   fac <-
[2m[really-safe-money-gen] [m     if denominator rat == 1
[2m[really-safe-money-gen] [m[31m-[m[31m      then [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m [m[41m([m[31mn[m[41mu[m[41mm[m[41merator rat)[m
[2m[really-safe-money-gen] [m[32m+[m[32m      then [m[42mNo[m[32mt[m[42mhi[m[32mn[m[42mg[m
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   if fac <= fromIntegral (maxBound :: Word32)
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/QuantisationFactor.hs:93:12-17
[2m[really-safe-money-gen] [m[36m@@ -90,7 +90,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   rat <-
[2m[really-safe-money-gen] [m     let r = 1 / irat
[2m[really-safe-money-gen] [m[31m-[m[31m     in if[m[31m [m[31mr < 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr < 0[m[42m)[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money-gen] [m[36m@@ -99,6 +99,6 @@[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m[31m-[m[31m  if[m[31m [m[31mfac <= fromIntegral (maxBound :: Word32)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mfac <= fromIntegral (maxBound :: Word32)[m[42m)[m
[2m[really-safe-money-gen] [m     then Just (QuantisationFactor (fromIntegral fac))
[2m[really-safe-money-gen] [m     else Nothing
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money-gen] [m[36m@@ -99,6 +99,6 @@[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m[31m-[m[31m  if [m[41mf[m[31ma[m[41mc[m[41m [m[41m<= fr[m[41momInt[m[31me[m[41mgral [m[41m(maxBound :: Word32)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if [m[42mF[m[32ma[m[42mls[m[32me[m
[2m[really-safe-money-gen] [m     then Just (QuantisationFactor (fromIntegral fac))
[2m[really-safe-money-gen] [m     else Nothing
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money-gen] [m[36m@@ -99,6 +99,6 @@[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m[31m-[m[31m  if fac [m[41m<[m[31m= fromIntegral (maxBound :: Word32)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if fac [m[42m>[m[32m= fromIntegral (maxBound :: Word32)[m
[2m[really-safe-money-gen] [m     then Just (QuantisationFactor (fromIntegral fac))
[2m[really-safe-money-gen] [m     else Nothing
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money-gen] [m[36m@@ -99,6 +99,6 @@[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m[31m-[m[31m  if fac [m[41m<[m[41m=[m[31m fromIntegral (maxBound :: Word32)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if fac [m[42m>[m[32m fromIntegral (maxBound :: Word32)[m
[2m[really-safe-money-gen] [m     then Just (QuantisationFactor (fromIntegral fac))
[2m[really-safe-money-gen] [m     else Nothing
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/QuantisationFactor.hs:103:10-54
[2m[really-safe-money-gen] [m[36m@@ -100,5 +100,5 @@[m
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   if fac <= fromIntegral (maxBound :: Word32)
[2m[really-safe-money-gen] [m[31m-[m[31m    then[m[41m [m[41mJ[m[41mu[m[41mst[m[31m [m[41m([m[41mQuant[m[41misa[m[31mt[m[31mi[m[41mo[m[31mn[m[41mF[m[41ma[m[41mct[m[41mor (fromInt[m[41me[m[31mg[m[41mr[m[41ma[m[41ml [m[41mfac))[m
[2m[really-safe-money-gen] [m[32m+[m[32m    then[m[32m [m[42mNo[m[32mt[m[42mh[m[32mi[m[32mn[m[32mg[m
[2m[really-safe-money-gen] [m     else Nothing
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/QuantisationFactor.hs:92:13-14
[2m[really-safe-money-gen] [m[36m@@ -89,7 +89,7 @@[m
[2m[really-safe-money-gen] [m           else pure r
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m   rat <-
[2m[really-safe-money-gen] [m[31m-[m[31m    let r = [m[41m1[m[31m / irat[m
[2m[really-safe-money-gen] [m[32m+[m[32m    let r = [m[42m0[m[32m / irat[m
[2m[really-safe-money-gen] [m      in if r < 0
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just r
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/ConversionRate.hs:37:7-8
[2m[really-safe-money-gen] [m[36m@@ -34,9 +34,8 @@[m
[2m[really-safe-money-gen] [m instance Validity ConversionRate where
[2m[really-safe-money-gen] [m   validate cr@(ConversionRate r) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate cr,[m
[2m[really-safe-money-gen] [m         declare "The rate is nonzero" $ numerator r /= 0
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData ConversionRate
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/ConversionRate.hs:37:7-8
[2m[really-safe-money-gen] [m[36m@@ -34,9 +34,7 @@[m
[2m[really-safe-money-gen] [m instance Validity ConversionRate where
[2m[really-safe-money-gen] [m   validate cr@(ConversionRate r) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate cr,[m
[2m[really-safe-money-gen] [m[31m-        declare "The rate is nonzero" $ numerator r /= 0[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData ConversionRate
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/QuantisationFactor.hs:102:6-46
[2m[really-safe-money-gen] [m[36m@@ -99,6 +99,6 @@[m
[2m[really-safe-money-gen] [m       then Just (numerator rat)
[2m[really-safe-money-gen] [m       else Nothing
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m[31m-[m[31m  i[m[41mf[m[41m [m[31mf[m[41ma[m[41mc [m[41m<=[m[31m [m[41mf[m[41mro[m[41mmInte[m[41mg[m[31mr[m[41ma[m[41ml [m[41m(maxB[m[41mo[m[31mu[m[41mn[m[41md[m[41m :[m[41m: Wor[m[41md[m[41m3[m[41m2)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  i[m[32mf[m[32m [m[42mT[m[32mr[m[32mu[m[42me[m
[2m[really-safe-money-gen] [m     then Just (QuantisationFactor (fromIntegral fac))
[2m[really-safe-money-gen] [m     else Nothing
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/QuantisationFactor.hs:40:57-63
[2m[really-safe-money-gen] [m[36m@@ -37,7 +37,7 @@[m
[2m[really-safe-money-gen] [m   validate qf@(QuantisationFactor w) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate qf,
[2m[really-safe-money-gen] [m[31m-[m[31m        declare "The quantisation factor is not zero" $[m[41m [m[41mw[m[41m [m[41m/=[m[31m [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        declare "The quantisation factor is not zero" $[m[32m [m[42mTru[m[42me[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData QuantisationFactor
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/QuantisationFactor.hs:40:57-63
[2m[really-safe-money-gen] [m[36m@@ -37,7 +37,7 @@[m
[2m[really-safe-money-gen] [m   validate qf@(QuantisationFactor w) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate qf,
[2m[really-safe-money-gen] [m[31m-[m[31m        declare "The quantisation factor is not zero" $ [m[41mw[m[41m /= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        declare "The quantisation factor is not zero" $ [m[42mF[m[42ma[m[42mlse[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData QuantisationFactor
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:801:36-38
[2m[really-safe-money-gen] [m[36m@@ -798,7 +798,7 @@[m
[2m[really-safe-money-gen] [m quantisationFactorFormatString (QuantisationFactor 0) = "%f"
[2m[really-safe-money-gen] [m quantisationFactorFormatString (QuantisationFactor qf) =
[2m[really-safe-money-gen] [m   let decimals :: Int
[2m[really-safe-money-gen] [m[31m-[m[31m      decimals = ceiling $ logBase [m[41m1[m[31m0 (fromIntegral qf :: Float)[m
[2m[really-safe-money-gen] [m[32m+[m[32m      decimals = ceiling $ logBase [m[32m0 (fromIntegral qf :: Float)[m
[2m[really-safe-money-gen] [m    in printf "%%0.%df" decimals
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Validate that an 'Amount' is strictly positive. I.e. not 'zero'.
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/QuantisationFactor.hs:40:57-63
[2m[really-safe-money-gen] [m[36m@@ -37,7 +37,7 @@[m
[2m[really-safe-money-gen] [m   validate qf@(QuantisationFactor w) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate qf,
[2m[really-safe-money-gen] [m[31m-[m[31m        declare "The quantisation factor is not zero" $[m[31m [m[31mw /= 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        declare "The quantisation factor is not zero" $[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mw /= 0[m[42m)[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData QuantisationFactor
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/QuantisationFactor.hs:67:67-68
[2m[really-safe-money-gen] [m[36m@@ -64,7 +64,7 @@[m
[2m[really-safe-money-gen] [m -- Just (DecimalLiteral Nothing 1 0)
[2m[really-safe-money-gen] [m toDecimalLiteral :: QuantisationFactor -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m toDecimalLiteral (QuantisationFactor qfw) =
[2m[really-safe-money-gen] [m[31m-[m[31m  DecimalLiteral.setSignOptional <$> DecimalLiteral.fromRational ([m[41m1[m[31m % fromIntegral qfw)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  DecimalLiteral.setSignOptional <$> DecimalLiteral.fromRational ([m[42m0[m[32m % fromIntegral qfw)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Parse a 'QuantisationFactor' from a 'DecimalLiteral' that represents the smallest unit
[2m[really-safe-money-gen] [m -- TODO explain that it's the inverse.
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/QuantisationFactor.hs:39:7-8
[2m[really-safe-money-gen] [m[36m@@ -36,9 +36,7 @@[m
[2m[really-safe-money-gen] [m instance Validity QuantisationFactor where
[2m[really-safe-money-gen] [m   validate qf@(QuantisationFactor w) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate qf,[m
[2m[really-safe-money-gen] [m[31m-        declare "The quantisation factor is not zero" $ w /= 0[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData QuantisationFactor
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:801:36-38
[2m[really-safe-money-gen] [m[36m@@ -798,7 +798,7 @@[m
[2m[really-safe-money-gen] [m quantisationFactorFormatString (QuantisationFactor 0) = "%f"
[2m[really-safe-money-gen] [m quantisationFactorFormatString (QuantisationFactor qf) =
[2m[really-safe-money-gen] [m   let decimals :: Int
[2m[really-safe-money-gen] [m[31m-[m[31m      decimals = ceiling $ logBase [m[31m10 (fromIntegral qf :: Float)[m
[2m[really-safe-money-gen] [m[32m+[m[32m      decimals = ceiling $ logBase [m[42m-[m[32m10 (fromIntegral qf :: Float)[m
[2m[really-safe-money-gen] [m    in printf "%%0.%df" decimals
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Validate that an 'Amount' is strictly positive. I.e. not 'zero'.
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:721:10-44
[2m[really-safe-money-gen] [m[36m@@ -718,7 +718,7 @@[m
[2m[really-safe-money-gen] [m rate (QuantisationFactor qf1) (Amount a1) (QuantisationFactor qf2) (Amount a2) =
[2m[really-safe-money-gen] [m   ConversionRate.fromRatio $
[2m[really-safe-money-gen] [m     (fromIntegral a2 * fromIntegral qf1)
[2m[really-safe-money-gen] [m[31m-[m[31m      % (fromIntegral a1 [m[41m*[m[31m fromIntegral qf2)[m
[2m[really-safe-money-gen] [m[32m+[m[32m      % (fromIntegral a1 [m[42m+[m[32m fromIntegral qf2)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Convert an amount of money of one currency into an amount of money of
[2m[really-safe-money-gen] [m -- another currency using a conversion rate.
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/QuantisationFactor.hs:39:7-8
[2m[really-safe-money-gen] [m[36m@@ -36,9 +36,8 @@[m
[2m[really-safe-money-gen] [m instance Validity QuantisationFactor where
[2m[really-safe-money-gen] [m   validate qf@(QuantisationFactor w) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate qf,[m
[2m[really-safe-money-gen] [m         declare "The quantisation factor is not zero" $ w /= 0
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData QuantisationFactor
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:577:39-63
[2m[really-safe-money-gen] [m[36m@@ -574,7 +574,7 @@[m
[2m[really-safe-money-gen] [m               numberOfLargerChunks :: Word32
[2m[really-safe-money-gen] [m               numberOfLargerChunks = (fromIntegral :: Word64 -> Word32) rest
[2m[really-safe-money-gen] [m               numberOfSmallerChunks :: Word32
[2m[really-safe-money-gen] [m[31m-[m[31m              numberOfSmallerChunks = f [m[41m-[m[31m numberOfLargerChunks[m
[2m[really-safe-money-gen] [m[32m+[m[32m              numberOfSmallerChunks = f [m[42m+[m[32m numberOfLargerChunks[m
[2m[really-safe-money-gen] [m               largerChunk :: Amount
[2m[really-safe-money-gen] [m               largerChunk = Amount $ succ smallerChunkSize
[2m[really-safe-money-gen] [m            in DistributedIntoUnequalChunks
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:720:6-40
[2m[really-safe-money-gen] [m[36m@@ -717,7 +717,7 @@[m
[2m[really-safe-money-gen] [m rate _ _ _ (Amount 0) = Nothing
[2m[really-safe-money-gen] [m rate (QuantisationFactor qf1) (Amount a1) (QuantisationFactor qf2) (Amount a2) =
[2m[really-safe-money-gen] [m   ConversionRate.fromRatio $
[2m[really-safe-money-gen] [m[31m-[m[31m    (fromIntegral a2 [m[41m*[m[31m fromIntegral qf1)[m
[2m[really-safe-money-gen] [m[32m+[m[32m    (fromIntegral a2 [m[42m+[m[32m fromIntegral qf1)[m
[2m[really-safe-money-gen] [m       % (fromIntegral a1 * fromIntegral qf2)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Convert an amount of money of one currency into an amount of money of
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:569:10-19
[2m[really-safe-money-gen] [m[36m@@ -566,7 +566,7 @@[m
[2m[really-safe-money-gen] [m       (smallerChunkSize, rest) = divMod a ((fromIntegral :: Word32 -> Word64) f)
[2m[really-safe-money-gen] [m       smallerChunk :: Amount
[2m[really-safe-money-gen] [m       smallerChunk = Amount smallerChunkSize
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[31m [m[31mrest == 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mrest == 0[m[42m)[m
[2m[really-safe-money-gen] [m         then DistributedIntoEqualChunks f smallerChunk
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let -- This 'fromIntegral' is theoretically not safe, but it's
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:543:11-88
[2m[really-safe-money-gen] [m[36m@@ -540,7 +540,7 @@[m
[2m[really-safe-money-gen] [m   let maxBoundI :: Integer
[2m[really-safe-money-gen] [m       maxBoundI = (fromIntegral :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = (fromIntegral :: Word32 -> Integer) f [m[41m*[m[31m (fromIntegral :: Word64 -> Integer) a[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = (fromIntegral :: Word32 -> Integer) f [m[42m+[m[32m (fromIntegral :: Word64 -> Integer) a[m
[2m[really-safe-money-gen] [m    in if r > maxBoundI
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:544:10-23
[2m[really-safe-money-gen] [m[36m@@ -541,7 +541,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (fromIntegral :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = (fromIntegral :: Word32 -> Integer) f * (fromIntegral :: Word64 -> Integer) a
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r [m[41m>[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r [m[42m<[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:543:11-88
[2m[really-safe-money-gen] [m[36m@@ -540,7 +540,7 @@[m
[2m[really-safe-money-gen] [m   let maxBoundI :: Integer
[2m[really-safe-money-gen] [m       maxBoundI = (fromIntegral :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = (fromIntegral :: Word32 -> Integer) f [m[41m*[m[31m (fromIntegral :: Word64 -> Integer) a[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = (fromIntegral :: Word32 -> Integer) f [m[42m-[m[32m (fromIntegral :: Word64 -> Integer) a[m
[2m[really-safe-money-gen] [m    in if r > maxBoundI
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:544:10-23
[2m[really-safe-money-gen] [m[36m@@ -541,7 +541,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (fromIntegral :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = (fromIntegral :: Word32 -> Integer) f * (fromIntegral :: Word64 -> Integer) a
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r >[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r >[m[42m=[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:544:10-23
[2m[really-safe-money-gen] [m[36m@@ -541,7 +541,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (fromIntegral :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = (fromIntegral :: Word32 -> Integer) f * (fromIntegral :: Word64 -> Integer) a
[2m[really-safe-money-gen] [m[31m-[m[31m   in if [m[31mr[m[41m [m[41m> [m[41mmax[m[41mBo[m[31mu[m[41mn[m[41md[m[41mI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if [m[42mT[m[32mr[m[32mu[m[42me[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:544:10-23
[2m[really-safe-money-gen] [m[36m@@ -541,7 +541,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (fromIntegral :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = (fromIntegral :: Word32 -> Integer) f * (fromIntegral :: Word64 -> Integer) a
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[41m [m[41mr[m[41m >[m[31m [m[41mm[m[31ma[m[41mxB[m[41mound[m[41mI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[32m [m[42mF[m[32ma[m[42ml[m[42mse[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:544:10-23
[2m[really-safe-money-gen] [m[36m@@ -541,7 +541,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (fromIntegral :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = (fromIntegral :: Word32 -> Integer) f * (fromIntegral :: Word64 -> Integer) a
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r [m[41m>[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r [m[42m<[m[42m=[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:544:10-23
[2m[really-safe-money-gen] [m[36m@@ -541,7 +541,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (fromIntegral :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = (fromIntegral :: Word32 -> Integer) f * (fromIntegral :: Word64 -> Integer) a
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[31m [m[31mr > maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr > maxBoundI[m[42m)[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/Amount.hs:546:14-66
[2m[really-safe-money-gen] [m[36m@@ -543,7 +543,7 @@[m
[2m[really-safe-money-gen] [m       r = (fromIntegral :: Word32 -> Integer) f * (fromIntegral :: Word64 -> Integer) a
[2m[really-safe-money-gen] [m    in if r > maxBoundI
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m        else [m[41mJ[m[41mu[m[41ms[m[41mt ([m[41mAm[m[31mo[m[41mu[m[41mn[m[31mt[m[41m [m[41m([m[41m(f[m[41mrom[m[41mI[m[31mn[m[41mt[m[41me[m[31mg[m[41mer [m[41m:: Integer -> Word64) r))[m
[2m[really-safe-money-gen] [m[32m+[m[32m        else [m[42mN[m[32mo[m[32mt[m[42mhi[m[32mn[m[32mg[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Distribute an amount of money into chunks that are as evenly distributed as possible.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:577:39-63
[2m[really-safe-money-gen] [m[36m@@ -574,7 +574,7 @@[m
[2m[really-safe-money-gen] [m               numberOfLargerChunks :: Word32
[2m[really-safe-money-gen] [m               numberOfLargerChunks = (fromIntegral :: Word64 -> Word32) rest
[2m[really-safe-money-gen] [m               numberOfSmallerChunks :: Word32
[2m[really-safe-money-gen] [m[31m-[m[31m              numberOfSmallerChunks = f [m[41m-[m[31m numberOfLargerChunks[m
[2m[really-safe-money-gen] [m[32m+[m[32m              numberOfSmallerChunks = f [m[42m*[m[32m numberOfLargerChunks[m
[2m[really-safe-money-gen] [m               largerChunk :: Amount
[2m[really-safe-money-gen] [m               largerChunk = Amount $ succ smallerChunkSize
[2m[really-safe-money-gen] [m            in DistributedIntoUnequalChunks
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:517:11-18
[2m[really-safe-money-gen] [m[36m@@ -514,7 +514,7 @@[m
[2m[really-safe-money-gen] [m       i2 :: Integer
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = i1 [m[41m-[m[31m i2[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = i1 [m[42m+[m[32m i2[m
[2m[really-safe-money-gen] [m    in if r < 0
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:518:14-15
[2m[really-safe-money-gen] [m[36m@@ -515,7 +515,7 @@[m
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r < [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r < [m[42m1[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:517:11-18
[2m[really-safe-money-gen] [m[36m@@ -514,7 +514,7 @@[m
[2m[really-safe-money-gen] [m       i2 :: Integer
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = i1 [m[41m-[m[31m i2[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = i1 [m[42m*[m[32m i2[m
[2m[really-safe-money-gen] [m    in if r < 0
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/QuantisationFactor.hs:40:62-63
[2m[really-safe-money-gen] [m[36m@@ -37,7 +37,7 @@[m
[2m[really-safe-money-gen] [m   validate qf@(QuantisationFactor w) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate qf,
[2m[really-safe-money-gen] [m[31m-[m[31m        declare "The quantisation factor is not zero" $ w /= [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        declare "The quantisation factor is not zero" $ w /= [m[42m1[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData QuantisationFactor
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:518:10-15
[2m[really-safe-money-gen] [m[36m@@ -515,7 +515,7 @@[m
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[31m [m[31mr < 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr < 0[m[42m)[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/Amount.hs:520:14-66
[2m[really-safe-money-gen] [m[36m@@ -517,7 +517,7 @@[m
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m    in if r < 0
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m        else [m[41mJ[m[41mu[m[41ms[m[41mt ([m[41mAm[m[31mo[m[41mu[m[41mn[m[31mt[m[41m [m[41m([m[41m(f[m[41mrom[m[41mI[m[31mn[m[41mt[m[41me[m[31mg[m[41mer [m[41m:: Integer -> Word64) r))[m
[2m[really-safe-money-gen] [m[32m+[m[32m        else [m[42mN[m[32mo[m[32mt[m[42mhi[m[32mn[m[32mg[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Multiply an amount of money by an integer scalar
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:720:6-40
[2m[really-safe-money-gen] [m[36m@@ -717,7 +717,7 @@[m
[2m[really-safe-money-gen] [m rate _ _ _ (Amount 0) = Nothing
[2m[really-safe-money-gen] [m rate (QuantisationFactor qf1) (Amount a1) (QuantisationFactor qf2) (Amount a2) =
[2m[really-safe-money-gen] [m   ConversionRate.fromRatio $
[2m[really-safe-money-gen] [m[31m-[m[31m    (fromIntegral a2 [m[41m*[m[31m fromIntegral qf1)[m
[2m[really-safe-money-gen] [m[32m+[m[32m    (fromIntegral a2 [m[42m-[m[32m fromIntegral qf1)[m
[2m[really-safe-money-gen] [m       % (fromIntegral a1 * fromIntegral qf2)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Convert an amount of money of one currency into an amount of money of
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:569:10-19
[2m[really-safe-money-gen] [m[36m@@ -566,7 +566,7 @@[m
[2m[really-safe-money-gen] [m       (smallerChunkSize, rest) = divMod a ((fromIntegral :: Word32 -> Word64) f)
[2m[really-safe-money-gen] [m       smallerChunk :: Amount
[2m[really-safe-money-gen] [m       smallerChunk = Amount smallerChunkSize
[2m[really-safe-money-gen] [m[31m-[m[31m   in if [m[41mr[m[41me[m[31ms[m[41mt[m[41m ==[m[41m [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if [m[42mF[m[42mal[m[32ms[m[42me[m
[2m[really-safe-money-gen] [m         then DistributedIntoEqualChunks f smallerChunk
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let -- This 'fromIntegral' is theoretically not safe, but it's
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:476:10-23
[2m[really-safe-money-gen] [m[36m@@ -473,7 +473,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 + i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r [m[41m>[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r [m[42m<[m[42m=[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:518:10-15
[2m[really-safe-money-gen] [m[36m@@ -515,7 +515,7 @@[m
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r [m[41m<[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r [m[42m>[m[42m=[m[32m 0[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:476:10-23
[2m[really-safe-money-gen] [m[36m@@ -473,7 +473,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 + i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r >[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r >[m[42m=[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:518:10-15
[2m[really-safe-money-gen] [m[36m@@ -515,7 +515,7 @@[m
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r <[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r <[m[42m=[m[32m 0[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:476:10-23
[2m[really-safe-money-gen] [m[36m@@ -473,7 +473,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 + i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if [m[31mr[m[41m [m[41m> [m[41mmax[m[41mBo[m[31mu[m[41mn[m[41md[m[41mI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if [m[42mT[m[32mr[m[32mu[m[42me[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:476:10-23
[2m[really-safe-money-gen] [m[36m@@ -473,7 +473,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 + i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[41m [m[41mr[m[41m >[m[31m [m[41mm[m[31ma[m[41mxB[m[41mound[m[41mI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[32m [m[42mF[m[32ma[m[42ml[m[42mse[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:476:10-23
[2m[really-safe-money-gen] [m[36m@@ -473,7 +473,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 + i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[31m [m[31mr > maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr > maxBoundI[m[42m)[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:475:11-18
[2m[really-safe-money-gen] [m[36m@@ -472,7 +472,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI :: Integer
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = i1 [m[41m+[m[31m i2[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = i1 [m[42m*[m[32m i2[m
[2m[really-safe-money-gen] [m    in if r > maxBoundI
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/Amount.hs:478:14-66
[2m[really-safe-money-gen] [m[36m@@ -475,7 +475,7 @@[m
[2m[really-safe-money-gen] [m       r = i1 + i2
[2m[really-safe-money-gen] [m    in if r > maxBoundI
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m        else [m[41mJ[m[41mu[m[41ms[m[41mt ([m[41mAm[m[31mo[m[41mu[m[41mn[m[31mt[m[41m [m[41m([m[41m(f[m[41mrom[m[41mI[m[31mn[m[41mt[m[41me[m[31mg[m[41mer [m[41m:: Integer -> Word64) r))[m
[2m[really-safe-money-gen] [m[32m+[m[32m        else [m[42mN[m[32mo[m[32mt[m[42mhi[m[32mn[m[32mg[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Add a number of amounts of money together.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:476:10-23
[2m[really-safe-money-gen] [m[36m@@ -473,7 +473,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 + i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r [m[41m>[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r [m[42m<[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:388:5-16
[2m[really-safe-money-gen] [m[36m@@ -385,7 +385,7 @@[m
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Amount
[2m[really-safe-money-gen] [m fromRational (QuantisationFactor qf) r
[2m[really-safe-money-gen] [m[31m-[m[31m  | [m[41mi[m[41ms[m[41mI[m[41mnva[m[41mlid[m[41m [m[31mr[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | [m[42mT[m[32mr[m[42mu[m[42me[m[32m = Nothing[m
[2m[really-safe-money-gen] [m   | r < 0 = Nothing
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultRational :: Rational
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:475:11-18
[2m[really-safe-money-gen] [m[36m@@ -472,7 +472,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI :: Integer
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = i1 [m[41m+[m[31m i2[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = i1 [m[42m-[m[32m i2[m
[2m[really-safe-money-gen] [m    in if r > maxBoundI
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:388:5-16
[2m[really-safe-money-gen] [m[36m@@ -385,7 +385,7 @@[m
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Amount
[2m[really-safe-money-gen] [m fromRational (QuantisationFactor qf) r
[2m[really-safe-money-gen] [m[31m-[m[31m  |[m[31m [m[31misInvalid r[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32misInvalid r[m[42m)[m[32m = Nothing[m
[2m[really-safe-money-gen] [m   | r < 0 = Nothing
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultRational :: Rational
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:389:9-10
[2m[really-safe-money-gen] [m[36m@@ -386,7 +386,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Amount
[2m[really-safe-money-gen] [m fromRational (QuantisationFactor qf) r
[2m[really-safe-money-gen] [m   | isInvalid r = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  | r < [m[41m0[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | r < [m[42m1[m[32m = Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultRational :: Rational
[2m[really-safe-money-gen] [m           resultRational = r * (fromIntegral :: Word32 -> Rational) qf
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:389:5-10
[2m[really-safe-money-gen] [m[36m@@ -386,7 +386,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Amount
[2m[really-safe-money-gen] [m fromRational (QuantisationFactor qf) r
[2m[really-safe-money-gen] [m   | isInvalid r = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  | [m[31mr[m[31m [m[41m<[m[41m 0[m[41m [m[31m= Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | [m[42mT[m[32mr[m[42mu[m[42me[m[32m [m[32m= Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultRational :: Rational
[2m[really-safe-money-gen] [m           resultRational = r * (fromIntegral :: Word32 -> Rational) qf
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:389:5-10
[2m[really-safe-money-gen] [m[36m@@ -386,7 +386,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Amount
[2m[really-safe-money-gen] [m fromRational (QuantisationFactor qf) r
[2m[really-safe-money-gen] [m   | isInvalid r = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  | r [m[41m<[m[31m 0 = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | r [m[42m>[m[42m=[m[32m 0 = Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultRational :: Rational
[2m[really-safe-money-gen] [m           resultRational = r * (fromIntegral :: Word32 -> Rational) qf
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:392:28-71
[2m[really-safe-money-gen] [m[36m@@ -389,7 +389,7 @@[m
[2m[really-safe-money-gen] [m   | r < 0 = Nothing
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultRational :: Rational
[2m[really-safe-money-gen] [m[31m-[m[31m          resultRational = r [m[41m*[m[31m (fromIntegral :: Word32 -> Rational) qf[m
[2m[really-safe-money-gen] [m[32m+[m[32m          resultRational = r [m[42m+[m[32m (fromIntegral :: Word32 -> Rational) qf[m
[2m[really-safe-money-gen] [m           ceiled :: Natural
[2m[really-safe-money-gen] [m           ceiled = (ceiling :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m           floored :: Natural
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:721:10-44
[2m[really-safe-money-gen] [m[36m@@ -718,7 +718,7 @@[m
[2m[really-safe-money-gen] [m rate (QuantisationFactor qf1) (Amount a1) (QuantisationFactor qf2) (Amount a2) =
[2m[really-safe-money-gen] [m   ConversionRate.fromRatio $
[2m[really-safe-money-gen] [m     (fromIntegral a2 * fromIntegral qf1)
[2m[really-safe-money-gen] [m[31m-[m[31m      % (fromIntegral a1 [m[41m*[m[31m fromIntegral qf2)[m
[2m[really-safe-money-gen] [m[32m+[m[32m      % (fromIntegral a1 [m[42m-[m[32m fromIntegral qf2)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Convert an amount of money of one currency into an amount of money of
[2m[really-safe-money-gen] [m -- another currency using a conversion rate.
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:518:10-15
[2m[really-safe-money-gen] [m[36m@@ -515,7 +515,7 @@[m
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r [m[41m<[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r [m[42m>[m[32m 0[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:569:10-19
[2m[really-safe-money-gen] [m[36m@@ -566,7 +566,7 @@[m
[2m[really-safe-money-gen] [m       (smallerChunkSize, rest) = divMod a ((fromIntegral :: Word32 -> Word64) f)
[2m[really-safe-money-gen] [m       smallerChunk :: Amount
[2m[really-safe-money-gen] [m       smallerChunk = Amount smallerChunkSize
[2m[really-safe-money-gen] [m[31m-[m[31m   in if [m[31mr[m[31me[m[41ms[m[41mt [m[41m== 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m         then DistributedIntoEqualChunks f smallerChunk
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let -- This 'fromIntegral' is theoretically not safe, but it's
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:397:14-31
[2m[really-safe-money-gen] [m[36m@@ -394,7 +394,7 @@[m
[2m[really-safe-money-gen] [m           ceiled = (ceiling :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m           floored :: Natural
[2m[really-safe-money-gen] [m           floored = (floor :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m[31m-[m[31m       in if [m[41mc[m[41me[m[41mil[m[41med =[m[41m= fl[m[41moo[m[31mr[m[31me[m[41md[m
[2m[really-safe-money-gen] [m[32m+[m[32m       in if [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m             then
[2m[really-safe-money-gen] [m               if ceiled > (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)
[2m[really-safe-money-gen] [m                 then Nothing
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:397:14-31
[2m[really-safe-money-gen] [m[36m@@ -394,7 +394,7 @@[m
[2m[really-safe-money-gen] [m           ceiled = (ceiling :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m           floored :: Natural
[2m[really-safe-money-gen] [m           floored = (floor :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m[31m-[m[31m       in if[m[31m [m[31mceiled == floored[m
[2m[really-safe-money-gen] [m[32m+[m[32m       in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mceiled == floored[m[42m)[m
[2m[really-safe-money-gen] [m             then
[2m[really-safe-money-gen] [m               if ceiled > (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)
[2m[really-safe-money-gen] [m                 then Nothing
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:389:5-10
[2m[really-safe-money-gen] [m[36m@@ -386,7 +386,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Amount
[2m[really-safe-money-gen] [m fromRational (QuantisationFactor qf) r
[2m[really-safe-money-gen] [m   | isInvalid r = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  | r [m[41m<[m[31m 0 = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | r [m[42m>[m[32m 0 = Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultRational :: Rational
[2m[really-safe-money-gen] [m           resultRational = r * (fromIntegral :: Word32 -> Rational) qf
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:397:14-31
[2m[really-safe-money-gen] [m[36m@@ -394,7 +394,7 @@[m
[2m[really-safe-money-gen] [m           ceiled = (ceiling :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m           floored :: Natural
[2m[really-safe-money-gen] [m           floored = (floor :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m[31m-[m[31m       in if[m[41m [m[41mc[m[41me[m[41mil[m[41med =[m[41m=[m[31m [m[41mf[m[31ml[m[41moo[m[41mr[m[31me[m[41md[m
[2m[really-safe-money-gen] [m[32m+[m[32m       in if[m[32m [m[42mF[m[42ma[m[32ml[m[42ms[m[32me[m
[2m[really-safe-money-gen] [m             then
[2m[really-safe-money-gen] [m               if ceiled > (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)
[2m[really-safe-money-gen] [m                 then Nothing
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:399:18-83
[2m[really-safe-money-gen] [m[36m@@ -396,7 +396,7 @@[m
[2m[really-safe-money-gen] [m           floored = (floor :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m        in if ceiled == floored
[2m[really-safe-money-gen] [m             then
[2m[really-safe-money-gen] [m[31m-[m[31m              if ceiled [m[41m>[m[31m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m              if ceiled [m[42m<[m[32m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m                 then Nothing
[2m[really-safe-money-gen] [m                 else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m             else Nothing
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:389:5-10
[2m[really-safe-money-gen] [m[36m@@ -386,7 +386,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Amount
[2m[really-safe-money-gen] [m fromRational (QuantisationFactor qf) r
[2m[really-safe-money-gen] [m   | isInvalid r = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  | r <[m[31m 0 = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | r <[m[42m=[m[32m 0 = Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultRational :: Rational
[2m[really-safe-money-gen] [m           resultRational = r * (fromIntegral :: Word32 -> Rational) qf
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:518:10-15
[2m[really-safe-money-gen] [m[36m@@ -515,7 +515,7 @@[m
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if [m[31mr[m[41m [m[41m< 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if [m[42mT[m[32mr[m[42mue[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:399:18-83
[2m[really-safe-money-gen] [m[36m@@ -396,7 +396,7 @@[m
[2m[really-safe-money-gen] [m           floored = (floor :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m        in if ceiled == floored
[2m[really-safe-money-gen] [m             then
[2m[really-safe-money-gen] [m[31m-[m[31m              if [m[41mc[m[41me[m[41mil[m[41med >[m[41m ([m[41mf[m[31mr[m[41mo[m[41mmI[m[41mn[m[41mt[m[31me[m[41mg[m[41mra[m[41ml ::[m[41m Word64 [m[41m-> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m              if [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m                 then Nothing
[2m[really-safe-money-gen] [m                 else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m             else Nothing
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:399:18-83
[2m[really-safe-money-gen] [m[36m@@ -396,7 +396,7 @@[m
[2m[really-safe-money-gen] [m           floored = (floor :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m        in if ceiled == floored
[2m[really-safe-money-gen] [m             then
[2m[really-safe-money-gen] [m[31m-[m[31m              if[m[41m [m[41mc[m[41me[m[41mil[m[41med >[m[41m (fromIn[m[41mtegral :: Word64[m[31m [m[41m-[m[41m>[m[41m N[m[31ma[m[41mtura[m[31ml[m[41m) (m[m[41max[m[41mBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m              if[m[32m [m[42mF[m[32ma[m[32ml[m[42mse[m
[2m[really-safe-money-gen] [m                 then Nothing
[2m[really-safe-money-gen] [m                 else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m             else Nothing
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:399:18-83
[2m[really-safe-money-gen] [m[36m@@ -396,7 +396,7 @@[m
[2m[really-safe-money-gen] [m           floored = (floor :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m        in if ceiled == floored
[2m[really-safe-money-gen] [m             then
[2m[really-safe-money-gen] [m[31m-[m[31m              if[m[31m [m[31mceiled > (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m              if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mceiled > (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m[42m)[m
[2m[really-safe-money-gen] [m                 then Nothing
[2m[really-safe-money-gen] [m                 else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m             else Nothing
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:320:9-10
[2m[really-safe-money-gen] [m[36m@@ -317,7 +317,7 @@[m
[2m[really-safe-money-gen] [m   Double ->
[2m[really-safe-money-gen] [m   Maybe Amount
[2m[really-safe-money-gen] [m fromDouble (QuantisationFactor qf) d
[2m[really-safe-money-gen] [m[31m-[m[31m  | d < [m[41m0[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | d < [m[42m1[m[32m = Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultDouble :: Double
[2m[really-safe-money-gen] [m           resultDouble = d * (fromIntegral :: Word32 -> Double) qf
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:320:5-10
[2m[really-safe-money-gen] [m[36m@@ -317,7 +317,7 @@[m
[2m[really-safe-money-gen] [m   Double ->
[2m[really-safe-money-gen] [m   Maybe Amount
[2m[really-safe-money-gen] [m fromDouble (QuantisationFactor qf) d
[2m[really-safe-money-gen] [m[31m-[m[31m  | d <[m[31m 0 = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | d <[m[42m=[m[32m 0 = Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultDouble :: Double
[2m[really-safe-money-gen] [m           resultDouble = d * (fromIntegral :: Word32 -> Double) qf
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:392:28-71
[2m[really-safe-money-gen] [m[36m@@ -389,7 +389,7 @@[m
[2m[really-safe-money-gen] [m   | r < 0 = Nothing
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultRational :: Rational
[2m[really-safe-money-gen] [m[31m-[m[31m          resultRational = r [m[41m*[m[31m (fromIntegral :: Word32 -> Rational) qf[m
[2m[really-safe-money-gen] [m[32m+[m[32m          resultRational = r [m[42m-[m[32m (fromIntegral :: Word32 -> Rational) qf[m
[2m[really-safe-money-gen] [m           ceiled :: Natural
[2m[really-safe-money-gen] [m           ceiled = (ceiling :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m           floored :: Natural
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:320:5-10
[2m[really-safe-money-gen] [m[36m@@ -317,7 +317,7 @@[m
[2m[really-safe-money-gen] [m   Double ->
[2m[really-safe-money-gen] [m   Maybe Amount
[2m[really-safe-money-gen] [m fromDouble (QuantisationFactor qf) d
[2m[really-safe-money-gen] [m[31m-[m[31m  | d [m[41m<[m[31m 0 = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | d [m[42m>[m[32m 0 = Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultDouble :: Double
[2m[really-safe-money-gen] [m           resultDouble = d * (fromIntegral :: Word32 -> Double) qf
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:399:18-83
[2m[really-safe-money-gen] [m[36m@@ -396,7 +396,7 @@[m
[2m[really-safe-money-gen] [m           floored = (floor :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m        in if ceiled == floored
[2m[really-safe-money-gen] [m             then
[2m[really-safe-money-gen] [m[31m-[m[31m              if ceiled >[m[31m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m              if ceiled >[m[42m=[m[32m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m                 then Nothing
[2m[really-safe-money-gen] [m                 else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m             else Nothing
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:320:5-10
[2m[really-safe-money-gen] [m[36m@@ -317,7 +317,7 @@[m
[2m[really-safe-money-gen] [m   Double ->
[2m[really-safe-money-gen] [m   Maybe Amount
[2m[really-safe-money-gen] [m fromDouble (QuantisationFactor qf) d
[2m[really-safe-money-gen] [m[31m-[m[31m  | d [m[41m<[m[31m 0 = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | d [m[42m>[m[42m=[m[32m 0 = Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultDouble :: Double
[2m[really-safe-money-gen] [m           resultDouble = d * (fromIntegral :: Word32 -> Double) qf
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:320:5-10
[2m[really-safe-money-gen] [m[36m@@ -317,7 +317,7 @@[m
[2m[really-safe-money-gen] [m   Double ->
[2m[really-safe-money-gen] [m   Maybe Amount
[2m[really-safe-money-gen] [m fromDouble (QuantisationFactor qf) d
[2m[really-safe-money-gen] [m[31m-[m[31m  | [m[41md[m[31m [m[41m< [m[41m0[m[41m [m[31m= Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  | [m[42mT[m[42mr[m[42mu[m[42me[m[32m [m[32m= Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultDouble :: Double
[2m[really-safe-money-gen] [m           resultDouble = d * (fromIntegral :: Word32 -> Double) qf
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:320:5-10
[2m[really-safe-money-gen] [m[36m@@ -317,7 +317,7 @@[m
[2m[really-safe-money-gen] [m   Double ->
[2m[really-safe-money-gen] [m   Maybe Amount
[2m[really-safe-money-gen] [m fromDouble (QuantisationFactor qf) d
[2m[really-safe-money-gen] [m[31m-[m[31m  |[m[31m [m[31md < 0[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32md < 0[m[42m)[m[32m = Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultDouble :: Double
[2m[really-safe-money-gen] [m           resultDouble = d * (fromIntegral :: Word32 -> Double) qf
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:323:26-67
[2m[really-safe-money-gen] [m[36m@@ -320,7 +320,7 @@[m
[2m[really-safe-money-gen] [m   | d < 0 = Nothing
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultDouble :: Double
[2m[really-safe-money-gen] [m[31m-[m[31m          resultDouble = d [m[41m*[m[31m (fromIntegral :: Word32 -> Double) qf[m
[2m[really-safe-money-gen] [m[32m+[m[32m          resultDouble = d [m[42m+[m[32m (fromIntegral :: Word32 -> Double) qf[m
[2m[really-safe-money-gen] [m        in go resultDouble
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     go resultDouble
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:327:9-16
[2m[really-safe-money-gen] [m[36m@@ -324,7 +324,7 @@[m
[2m[really-safe-money-gen] [m        in go resultDouble
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     go resultDouble
[2m[really-safe-money-gen] [m[31m-[m[31m      | [m[41mi[m[41ms[m[41mNaN[m[31m [m[41md[m[41m [m[31m= Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m      | [m[42mT[m[42mrue[m[32m [m[32m= Nothing[m
[2m[really-safe-money-gen] [m       | isInfinite d = Nothing
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/QuantisationFactor.hs:67:67-68
[2m[really-safe-money-gen] [m[36m@@ -64,7 +64,7 @@[m
[2m[really-safe-money-gen] [m -- Just (DecimalLiteral Nothing 1 0)
[2m[really-safe-money-gen] [m toDecimalLiteral :: QuantisationFactor -> Maybe DecimalLiteral
[2m[really-safe-money-gen] [m toDecimalLiteral (QuantisationFactor qfw) =
[2m[really-safe-money-gen] [m[31m-[m[31m  DecimalLiteral.setSignOptional <$> DecimalLiteral.fromRational ([m[31m1 % fromIntegral qfw)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  DecimalLiteral.setSignOptional <$> DecimalLiteral.fromRational ([m[42m-[m[32m1 % fromIntegral qfw)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Parse a 'QuantisationFactor' from a 'DecimalLiteral' that represents the smallest unit
[2m[really-safe-money-gen] [m -- TODO explain that it's the inverse.
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:327:9-16
[2m[really-safe-money-gen] [m[36m@@ -324,7 +324,7 @@[m
[2m[really-safe-money-gen] [m        in go resultDouble
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     go resultDouble
[2m[really-safe-money-gen] [m[31m-[m[31m      |[m[31m [m[31misNaN d[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m      |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32misNaN d[m[42m)[m[32m = Nothing[m
[2m[really-safe-money-gen] [m       | isInfinite d = Nothing
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:569:18-19
[2m[really-safe-money-gen] [m[36m@@ -566,7 +566,7 @@[m
[2m[really-safe-money-gen] [m       (smallerChunkSize, rest) = divMod a ((fromIntegral :: Word32 -> Word64) f)
[2m[really-safe-money-gen] [m       smallerChunk :: Amount
[2m[really-safe-money-gen] [m       smallerChunk = Amount smallerChunkSize
[2m[really-safe-money-gen] [m[31m-[m[31m   in if rest == [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if rest == [m[42m1[m
[2m[really-safe-money-gen] [m         then DistributedIntoEqualChunks f smallerChunk
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let -- This 'fromIntegral' is theoretically not safe, but it's
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:518:10-15
[2m[really-safe-money-gen] [m[36m@@ -515,7 +515,7 @@[m
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[41m [m[41mr[m[31m [m[41m<[m[41m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[32m [m[42mFalse[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:801:36-38
[2m[really-safe-money-gen] [m[36m@@ -798,7 +798,7 @@[m
[2m[really-safe-money-gen] [m quantisationFactorFormatString (QuantisationFactor 0) = "%f"
[2m[really-safe-money-gen] [m quantisationFactorFormatString (QuantisationFactor qf) =
[2m[really-safe-money-gen] [m   let decimals :: Int
[2m[really-safe-money-gen] [m[31m-[m[31m      decimals = ceiling $ logBase 1[m[41m0[m[31m (fromIntegral qf :: Float)[m
[2m[really-safe-money-gen] [m[32m+[m[32m      decimals = ceiling $ logBase 1[m[32m (fromIntegral qf :: Float)[m
[2m[really-safe-money-gen] [m    in printf "%%0.%df" decimals
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Validate that an 'Amount' is strictly positive. I.e. not 'zero'.
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:389:5-10
[2m[really-safe-money-gen] [m[36m@@ -386,7 +386,7 @@[m
[2m[really-safe-money-gen] [m fromRational :: QuantisationFactor -> Rational -> Maybe Amount
[2m[really-safe-money-gen] [m fromRational (QuantisationFactor qf) r
[2m[really-safe-money-gen] [m   | isInvalid r = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  |[m[31m [m[31mr < 0[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m  |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr < 0[m[42m)[m[32m = Nothing[m
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultRational :: Rational
[2m[really-safe-money-gen] [m           resultRational = r * (fromIntegral :: Word32 -> Rational) qf
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:399:18-83
[2m[really-safe-money-gen] [m[36m@@ -396,7 +396,7 @@[m
[2m[really-safe-money-gen] [m           floored = (floor :: Rational -> Natural) resultRational
[2m[really-safe-money-gen] [m        in if ceiled == floored
[2m[really-safe-money-gen] [m             then
[2m[really-safe-money-gen] [m[31m-[m[31m              if ceiled [m[41m>[m[31m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m              if ceiled [m[42m<[m[42m=[m[32m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m                 then Nothing
[2m[really-safe-money-gen] [m                 else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m             else Nothing
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:323:26-67
[2m[really-safe-money-gen] [m[36m@@ -320,7 +320,7 @@[m
[2m[really-safe-money-gen] [m   | d < 0 = Nothing
[2m[really-safe-money-gen] [m   | otherwise =
[2m[really-safe-money-gen] [m       let resultDouble :: Double
[2m[really-safe-money-gen] [m[31m-[m[31m          resultDouble = d [m[41m*[m[31m (fromIntegral :: Word32 -> Double) qf[m
[2m[really-safe-money-gen] [m[32m+[m[32m          resultDouble = d [m[42m-[m[32m (fromIntegral :: Word32 -> Double) qf[m
[2m[really-safe-money-gen] [m        in go resultDouble
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     go resultDouble
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:332:14-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if exponent resultDouble [m[41m>[m[31m 65[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if exponent resultDouble [m[42m<[m[42m=[m[32m 65[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:332:38-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if exponent resultDouble > [m[41m6[m[41m5[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if exponent resultDouble > [m[42m0[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:332:14-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if[m[41m [m[41me[m[41mx[m[41mpon[m[41ment[m[31m [m[31mr[m[41me[m[41ms[m[41mult[m[41mDo[m[31mu[m[41mb[m[41ml[m[31me[m[41m [m[41m>[m[41m 65[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if[m[32m [m[42mT[m[32mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:339:22-39
[2m[really-safe-money-gen] [m[36m@@ -336,7 +336,7 @@[m
[2m[really-safe-money-gen] [m                   ceiled = (ceiling :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m                   floored :: Natural
[2m[really-safe-money-gen] [m                   floored = (floor :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m[31m-[m[31m               in if [m[41mc[m[41me[m[41mil[m[41med =[m[41m= fl[m[41moo[m[31mr[m[31me[m[41md[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in if [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m                     then
[2m[really-safe-money-gen] [m                       if ceiled > (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)
[2m[really-safe-money-gen] [m                         then Nothing
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:339:22-39
[2m[really-safe-money-gen] [m[36m@@ -336,7 +336,7 @@[m
[2m[really-safe-money-gen] [m                   ceiled = (ceiling :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m                   floored :: Natural
[2m[really-safe-money-gen] [m                   floored = (floor :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m[31m-[m[31m               in if[m[41m [m[41mc[m[41me[m[41mil[m[41med =[m[41m=[m[31m [m[41mf[m[31ml[m[41moo[m[41mr[m[31me[m[41md[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in if[m[32m [m[42mF[m[42ma[m[32ml[m[42ms[m[32me[m
[2m[really-safe-money-gen] [m                     then
[2m[really-safe-money-gen] [m                       if ceiled > (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)
[2m[really-safe-money-gen] [m                         then Nothing
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:328:9-21
[2m[really-safe-money-gen] [m[36m@@ -325,7 +325,7 @@[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     go resultDouble
[2m[really-safe-money-gen] [m       | isNaN d = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m      | [m[41mi[m[41ms[m[41mIn[m[41mfin[m[41mi[m[41mt[m[31me [m[41md[m[41m [m[31m= Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m      | [m[42mT[m[42mru[m[32me [m[32m= Nothing[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:341:26-91
[2m[really-safe-money-gen] [m[36m@@ -338,7 +338,7 @@[m
[2m[really-safe-money-gen] [m                   floored = (floor :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m                in if ceiled == floored
[2m[really-safe-money-gen] [m                     then
[2m[really-safe-money-gen] [m[31m-[m[31m                      if ceiled [m[41m>[m[31m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m                      if ceiled [m[42m<[m[32m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m                         then Nothing
[2m[really-safe-money-gen] [m                         else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m                     else Nothing
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:339:22-39
[2m[really-safe-money-gen] [m[36m@@ -336,7 +336,7 @@[m
[2m[really-safe-money-gen] [m                   ceiled = (ceiling :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m                   floored :: Natural
[2m[really-safe-money-gen] [m                   floored = (floor :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m[31m-[m[31m               in if[m[31m [m[31mceiled == floored[m
[2m[really-safe-money-gen] [m[32m+[m[32m               in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mceiled == floored[m[42m)[m
[2m[really-safe-money-gen] [m                     then
[2m[really-safe-money-gen] [m                       if ceiled > (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)
[2m[really-safe-money-gen] [m                         then Nothing
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:341:26-91
[2m[really-safe-money-gen] [m[36m@@ -338,7 +338,7 @@[m
[2m[really-safe-money-gen] [m                   floored = (floor :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m                in if ceiled == floored
[2m[really-safe-money-gen] [m                     then
[2m[really-safe-money-gen] [m[31m-[m[31m                      if ceiled [m[41m>[m[31m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m                      if ceiled [m[42m<[m[42m=[m[32m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m                         then Nothing
[2m[really-safe-money-gen] [m                         else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m                     else Nothing
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:341:26-91
[2m[really-safe-money-gen] [m[36m@@ -338,7 +338,7 @@[m
[2m[really-safe-money-gen] [m                   floored = (floor :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m                in if ceiled == floored
[2m[really-safe-money-gen] [m                     then
[2m[really-safe-money-gen] [m[31m-[m[31m                      if[m[41m [m[41mc[m[41me[m[41mil[m[41med >[m[41m (fromIn[m[41mtegral :: Word64[m[31m [m[41m-[m[41m>[m[41m N[m[31ma[m[41mtura[m[31ml[m[41m) (m[m[41max[m[41mBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m                      if[m[32m [m[42mF[m[32ma[m[32ml[m[42mse[m
[2m[really-safe-money-gen] [m                         then Nothing
[2m[really-safe-money-gen] [m                         else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m                     else Nothing
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:341:26-91
[2m[really-safe-money-gen] [m[36m@@ -338,7 +338,7 @@[m
[2m[really-safe-money-gen] [m                   floored = (floor :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m                in if ceiled == floored
[2m[really-safe-money-gen] [m                     then
[2m[really-safe-money-gen] [m[31m-[m[31m                      if [m[41mc[m[41me[m[41mil[m[41med >[m[41m ([m[41mf[m[31mr[m[41mo[m[41mmI[m[41mn[m[41mt[m[31me[m[41mg[m[41mra[m[41ml ::[m[41m Word64 [m[41m-> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m                      if [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m                         then Nothing
[2m[really-safe-money-gen] [m                         else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m                     else Nothing
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:290:79-80
[2m[really-safe-money-gen] [m[36m@@ -287,7 +287,7 @@[m
[2m[really-safe-money-gen] [m -- >>> toRatio (QuantisationFactor 100) (Amount 1)
[2m[really-safe-money-gen] [m -- 1 % 100
[2m[really-safe-money-gen] [m toRatio :: QuantisationFactor -> Amount -> Ratio Natural
[2m[really-safe-money-gen] [m[31m-[m[31mtoRatio (QuantisationFactor 0) a = fromIntegral (toMinimalQuantisations a) :% [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32mtoRatio (QuantisationFactor 0) a = fromIntegral (toMinimalQuantisations a) :% [m[42m1[m
[2m[really-safe-money-gen] [m toRatio (QuantisationFactor quantisationFactor) a =
[2m[really-safe-money-gen] [m   (fromIntegral :: Word64 -> Natural) (toMinimalQuantisations a)
[2m[really-safe-money-gen] [m     % (fromIntegral :: Word32 -> Natural) quantisationFactor
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:341:26-91
[2m[really-safe-money-gen] [m[36m@@ -338,7 +338,7 @@[m
[2m[really-safe-money-gen] [m                   floored = (floor :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m                in if ceiled == floored
[2m[really-safe-money-gen] [m                     then
[2m[really-safe-money-gen] [m[31m-[m[31m                      if[m[31m [m[31mceiled > (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m                      if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mceiled > (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m[42m)[m
[2m[really-safe-money-gen] [m                         then Nothing
[2m[really-safe-money-gen] [m                         else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m                     else Nothing
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:494:29-94
[2m[really-safe-money-gen] [m[36m@@ -491,7 +491,7 @@[m
[2m[really-safe-money-gen] [m   let maxBoundI :: Integer
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) [m[41m+[m[31m acc) 0 l[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) [m[42m-[m[32m acc) 0 l[m
[2m[really-safe-money-gen] [m    in if r > maxBoundI
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:328:9-21
[2m[really-safe-money-gen] [m[36m@@ -325,7 +325,7 @@[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     go resultDouble
[2m[really-safe-money-gen] [m       | isNaN d = Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m      |[m[31m [m[31misInfinite d[m[31m = Nothing[m
[2m[really-safe-money-gen] [m[32m+[m[32m      |[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32misInfinite d[m[42m)[m[32m = Nothing[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:332:14-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if exponent resultDouble >[m[31m 65[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if exponent resultDouble >[m[42m=[m[32m 65[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:332:14-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if[m[41m [m[41me[m[41mxp[m[41mone[m[41mnt[m[31m [m[41mr[m[41me[m[31ms[m[41multDoub[m[41ml[m[31me[m[41m [m[41m>[m[41m 65[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if[m[32m [m[42mFa[m[42ml[m[32ms[m[32me[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:332:14-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if exponent resultDouble [m[41m>[m[31m 65[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if exponent resultDouble [m[42m<[m[32m 65[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:341:26-91
[2m[really-safe-money-gen] [m[36m@@ -338,7 +338,7 @@[m
[2m[really-safe-money-gen] [m                   floored = (floor :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m                in if ceiled == floored
[2m[really-safe-money-gen] [m                     then
[2m[really-safe-money-gen] [m[31m-[m[31m                      if ceiled >[m[31m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m                      if ceiled >[m[42m=[m[32m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m                         then Nothing
[2m[really-safe-money-gen] [m                         else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m                     else Nothing
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:332:38-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if exponent resultDouble > [m[41m6[m[41m5[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if exponent resultDouble > [m[42m1[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:495:10-23
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) + acc) 0 l
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r [m[41m>[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r [m[42m<[m[42m=[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:495:10-23
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) + acc) 0 l
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r >[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r >[m[42m=[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:495:10-23
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) + acc) 0 l
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r [m[41m>[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r [m[42m<[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:494:96-97
[2m[really-safe-money-gen] [m[36m@@ -491,7 +491,7 @@[m
[2m[really-safe-money-gen] [m   let maxBoundI :: Integer
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) + acc) [m[41m0[m[31m l[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) + acc) [m[42m1[m[32m l[m
[2m[really-safe-money-gen] [m    in if r > maxBoundI
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:332:38-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if exponent resultDouble > [m[31m65[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if exponent resultDouble > [m[42m-[m[32m65[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:661:30-31
[2m[really-safe-money-gen] [m[36m@@ -658,7 +658,7 @@[m
[2m[really-safe-money-gen] [m   -- | The amount and the real rate that was used, considering the 'Rounding'
[2m[really-safe-money-gen] [m   (Maybe Amount, Ratio Natural)
[2m[really-safe-money-gen] [m fraction _ (Amount 0) f = (Just zero, f)
[2m[really-safe-money-gen] [m[31m-[m[31mfraction _ _ 0 = (Just zero, [m[41m0[m[31m)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfraction _ _ 0 = (Just zero, [m[42m1[m[32m)[m
[2m[really-safe-money-gen] [m fraction r (Amount a) f =
[2m[really-safe-money-gen] [m   let amountAsRatio :: Ratio Natural
[2m[really-safe-money-gen] [m       amountAsRatio = (fromIntegral :: Word64 -> Ratio Natural) a
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:495:10-23
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) + acc) 0 l
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[31m [m[31mr > maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr > maxBoundI[m[42m)[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation IntLit at src/Money/Amount.hs:250:15-16
[2m[really-safe-money-gen] [m[36m@@ -247,7 +247,7 @@[m
[2m[really-safe-money-gen] [m -- >>> zero
[2m[really-safe-money-gen] [m -- Amount 0
[2m[really-safe-money-gen] [m zero :: Amount
[2m[really-safe-money-gen] [m[31m-[m[31mzero = Amount [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32mzero = Amount [m[42m1[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount into a number of minimal quantisations.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Amount.hs:668:17-30
[2m[really-safe-money-gen] [m[36m@@ -665,10 +665,9 @@[m
[2m[really-safe-money-gen] [m       theoreticalResult :: Ratio Natural
[2m[really-safe-money-gen] [m       theoreticalResult = amountAsRatio * f
[2m[really-safe-money-gen] [m       rounder :: Ratio Natural -> Natural
[2m[really-safe-money-gen] [m       rounder = case r of
[2m[really-safe-money-gen] [m[31m-        RoundUp -> ceiling[m
[2m[really-safe-money-gen] [m         RoundDown -> floor
[2m[really-safe-money-gen] [m         RoundNearest -> round
[2m[really-safe-money-gen] [m       roundedResult :: Natural
[2m[really-safe-money-gen] [m       roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m       actualRate :: Ratio Natural
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:495:10-23
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) + acc) 0 l
[2m[really-safe-money-gen] [m[31m-[m[31m   in if [m[31mr[m[41m [m[41m> [m[41mmax[m[41mBo[m[31mu[m[41mn[m[41md[m[41mI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if [m[42mT[m[32mr[m[32mu[m[42me[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/Amount.hs:497:14-66
[2m[really-safe-money-gen] [m[36m@@ -494,7 +494,7 @@[m
[2m[really-safe-money-gen] [m       r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) + acc) 0 l
[2m[really-safe-money-gen] [m    in if r > maxBoundI
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m        else [m[41mJ[m[41mu[m[41ms[m[41mt ([m[41mAm[m[31mo[m[41mu[m[41mn[m[31mt[m[41m [m[41m([m[41m(f[m[41mrom[m[41mI[m[31mn[m[41mt[m[41me[m[31mg[m[41mer [m[41m:: Integer -> Word64) r))[m
[2m[really-safe-money-gen] [m[32m+[m[32m        else [m[42mN[m[32mo[m[32mt[m[42mhi[m[32mn[m[32mg[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Add two amounts of money.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/Amount.hs:660:28-37
[2m[really-safe-money-gen] [m[36m@@ -657,7 +657,7 @@[m
[2m[really-safe-money-gen] [m   Ratio Natural ->
[2m[really-safe-money-gen] [m   -- | The amount and the real rate that was used, considering the 'Rounding'
[2m[really-safe-money-gen] [m   (Maybe Amount, Ratio Natural)
[2m[really-safe-money-gen] [m[31m-[m[31mfraction _ (Amount 0) f = ([m[41mJ[m[41mu[m[41mst[m[41m ze[m[41mr[m[31mo[m[31m, f)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfraction _ (Amount 0) f = ([m[42mN[m[32mo[m[42mth[m[42min[m[42mg[m[32m, f)[m
[2m[really-safe-money-gen] [m fraction _ _ 0 = (Just zero, 0)
[2m[really-safe-money-gen] [m fraction r (Amount a) f =
[2m[really-safe-money-gen] [m   let amountAsRatio :: Ratio Natural
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Amount.hs:668:17-30
[2m[really-safe-money-gen] [m[36m@@ -665,10 +665,9 @@[m
[2m[really-safe-money-gen] [m       theoreticalResult :: Ratio Natural
[2m[really-safe-money-gen] [m       theoreticalResult = amountAsRatio * f
[2m[really-safe-money-gen] [m       rounder :: Ratio Natural -> Natural
[2m[really-safe-money-gen] [m       rounder = case r of
[2m[really-safe-money-gen] [m         RoundUp -> ceiling
[2m[really-safe-money-gen] [m         RoundDown -> floor
[2m[really-safe-money-gen] [m[31m-        RoundNearest -> round[m
[2m[really-safe-money-gen] [m       roundedResult :: Natural
[2m[really-safe-money-gen] [m       roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m       actualRate :: Ratio Natural
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:666:27-44
[2m[really-safe-money-gen] [m[36m@@ -663,7 +663,7 @@[m
[2m[really-safe-money-gen] [m   let amountAsRatio :: Ratio Natural
[2m[really-safe-money-gen] [m       amountAsRatio = (fromIntegral :: Word64 -> Ratio Natural) a
[2m[really-safe-money-gen] [m       theoreticalResult :: Ratio Natural
[2m[really-safe-money-gen] [m[31m-[m[31m      theoreticalResult = amountAsRatio [m[41m*[m[31m f[m
[2m[really-safe-money-gen] [m[32m+[m[32m      theoreticalResult = amountAsRatio [m[42m-[m[32m f[m
[2m[really-safe-money-gen] [m       rounder :: Ratio Natural -> Natural
[2m[really-safe-money-gen] [m       rounder = case r of
[2m[really-safe-money-gen] [m         RoundUp -> ceiling
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:762:40-49
[2m[really-safe-money-gen] [m[36m@@ -759,7 +759,7 @@[m
[2m[really-safe-money-gen] [m     let qf1r = Prelude.fromIntegral (QuantisationFactor.unQuantisationFactor qf1)
[2m[really-safe-money-gen] [m         qf2r = Prelude.fromIntegral (QuantisationFactor.unQuantisationFactor qf2)
[2m[really-safe-money-gen] [m         (ma, ar) = fraction rounding a (ConversionRate.conversionFactor qf1 cr qf2)
[2m[really-safe-money-gen] [m[31m-[m[31m     in (ma, ConversionRate.fromRatio (ar [m[41m*[m[31m qf1r / qf2r))[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in (ma, ConversionRate.fromRatio (ar [m[42m+[m[32m qf1r / qf2r))[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Format an amount of money without a symbol.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/Amount.hs:683:16-27
[2m[really-safe-money-gen] [m[36m@@ -680,7 +680,7 @@[m
[2m[really-safe-money-gen] [m       result = Amount ((fromIntegral :: Natural -> Word64) roundedResult)
[2m[really-safe-money-gen] [m    in ( if roundedResult > maxBoundN
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m          else[m[41m [m[41mJ[m[41mus[m[41mt[m[31m [m[41mr[m[41mes[m[41mul[m[31mt[m[31m,[m
[2m[really-safe-money-gen] [m[32m+[m[32m          else[m[32m [m[42mNo[m[32mt[m[42mhi[m[42mn[m[42mg[m[32m,[m
[2m[really-safe-money-gen] [m         actualRate
[2m[really-safe-money-gen] [m       )
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:681:12-37
[2m[really-safe-money-gen] [m[36m@@ -678,7 +678,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundN :: Natural
[2m[really-safe-money-gen] [m       maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       result = Amount ((fromIntegral :: Natural -> Word64) roundedResult)
[2m[really-safe-money-gen] [m[31m-[m[31m   in ( if[m[41m [m[41mr[m[41mou[m[41mnde[m[41mdResult[m[41m >[m[31m [m[41mm[m[31ma[m[41mxBo[m[41mu[m[41mndN[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in ( if[m[32m [m[42mF[m[32ma[m[42ml[m[42mse[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just result,
[2m[really-safe-money-gen] [m         actualRate
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:666:27-44
[2m[really-safe-money-gen] [m[36m@@ -663,7 +663,7 @@[m
[2m[really-safe-money-gen] [m   let amountAsRatio :: Ratio Natural
[2m[really-safe-money-gen] [m       amountAsRatio = (fromIntegral :: Word64 -> Ratio Natural) a
[2m[really-safe-money-gen] [m       theoreticalResult :: Ratio Natural
[2m[really-safe-money-gen] [m[31m-[m[31m      theoreticalResult = amountAsRatio [m[41m*[m[31m f[m
[2m[really-safe-money-gen] [m[32m+[m[32m      theoreticalResult = amountAsRatio [m[42m+[m[32m f[m
[2m[really-safe-money-gen] [m       rounder :: Ratio Natural -> Natural
[2m[really-safe-money-gen] [m       rounder = case r of
[2m[really-safe-money-gen] [m         RoundUp -> ceiling
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:681:12-37
[2m[really-safe-money-gen] [m[36m@@ -678,7 +678,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundN :: Natural
[2m[really-safe-money-gen] [m       maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       result = Amount ((fromIntegral :: Natural -> Word64) roundedResult)
[2m[really-safe-money-gen] [m[31m-[m[31m   in ( if roundedResult [m[41m>[m[31m maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in ( if roundedResult [m[42m<[m[42m=[m[32m maxBoundN[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just result,
[2m[really-safe-money-gen] [m         actualRate
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:495:10-23
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) + acc) 0 l
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[41m [m[41mr[m[41m >[m[31m [m[41mm[m[31ma[m[41mxB[m[41mound[m[41mI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[32m [m[42mF[m[32ma[m[42ml[m[42mse[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:681:12-37
[2m[really-safe-money-gen] [m[36m@@ -678,7 +678,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundN :: Natural
[2m[really-safe-money-gen] [m       maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       result = Amount ((fromIntegral :: Natural -> Word64) roundedResult)
[2m[really-safe-money-gen] [m[31m-[m[31m   in ( if [m[31mr[m[41mo[m[31mu[m[41mn[m[41mded[m[41mR[m[31me[m[41ms[m[41mu[m[41mlt [m[41m> maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in ( if [m[42mT[m[32mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just result,
[2m[really-safe-money-gen] [m         actualRate
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:806:79-92
[2m[really-safe-money-gen] [m[36m@@ -803,4 +803,4 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Validate that an 'Amount' is strictly positive. I.e. not 'zero'.
[2m[really-safe-money-gen] [m validateStrictlyPositive :: Amount -> Validation
[2m[really-safe-money-gen] [m[31m-[m[31mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $ amount [m[41m>[m[31m zero[m
[2m[really-safe-money-gen] [m[32m+[m[32mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $ amount [m[42m<[m[42m=[m[32m zero[m
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:806:79-92
[2m[really-safe-money-gen] [m[36m@@ -803,4 +803,4 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Validate that an 'Amount' is strictly positive. I.e. not 'zero'.
[2m[really-safe-money-gen] [m validateStrictlyPositive :: Amount -> Validation
[2m[really-safe-money-gen] [m[31m-[m[31mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $ amount [m[41m>[m[31m zero[m
[2m[really-safe-money-gen] [m[32m+[m[32mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $ amount [m[42m<[m[32m zero[m
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:762:40-49
[2m[really-safe-money-gen] [m[36m@@ -759,7 +759,7 @@[m
[2m[really-safe-money-gen] [m     let qf1r = Prelude.fromIntegral (QuantisationFactor.unQuantisationFactor qf1)
[2m[really-safe-money-gen] [m         qf2r = Prelude.fromIntegral (QuantisationFactor.unQuantisationFactor qf2)
[2m[really-safe-money-gen] [m         (ma, ar) = fraction rounding a (ConversionRate.conversionFactor qf1 cr qf2)
[2m[really-safe-money-gen] [m[31m-[m[31m     in (ma, ConversionRate.fromRatio (ar [m[41m*[m[31m qf1r / qf2r))[m
[2m[really-safe-money-gen] [m[32m+[m[32m     in (ma, ConversionRate.fromRatio (ar [m[42m-[m[32m qf1r / qf2r))[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Format an amount of money without a symbol.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:806:79-92
[2m[really-safe-money-gen] [m[36m@@ -803,4 +803,4 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Validate that an 'Amount' is strictly positive. I.e. not 'zero'.
[2m[really-safe-money-gen] [m validateStrictlyPositive :: Amount -> Validation
[2m[really-safe-money-gen] [m[31m-[m[31mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $ amount >[m[31m zero[m
[2m[really-safe-money-gen] [m[32m+[m[32mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $ amount >[m[42m=[m[32m zero[m
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:806:79-92
[2m[really-safe-money-gen] [m[36m@@ -803,4 +803,4 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Validate that an 'Amount' is strictly positive. I.e. not 'zero'.
[2m[really-safe-money-gen] [m validateStrictlyPositive :: Amount -> Validation
[2m[really-safe-money-gen] [m[31m-[m[31mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $ [m[41ma[m[41mm[m[41mo[m[31mu[m[41mn[m[41mt[m[41m > [m[41mz[m[31me[m[41mr[m[41mo[m
[2m[really-safe-money-gen] [m[32m+[m[32mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $ [m[42mTr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:806:79-92
[2m[really-safe-money-gen] [m[36m@@ -803,4 +803,4 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Validate that an 'Amount' is strictly positive. I.e. not 'zero'.
[2m[really-safe-money-gen] [m validateStrictlyPositive :: Amount -> Validation
[2m[really-safe-money-gen] [m[31m-[m[31mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $[m[31m [m[31mamount > zero[m
[2m[really-safe-money-gen] [m[32m+[m[32mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mamount > zero[m[42m)[m
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:607:15-22
[2m[really-safe-money-gen] [m[36m@@ -604,7 +604,7 @@[m
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m[31m-[m[31m              a1 [m[41m>[m[31m a2[m
[2m[really-safe-money-gen] [m[32m+[m[32m              a1 [m[42m<[m[32m a2[m
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:806:79-92
[2m[really-safe-money-gen] [m[36m@@ -803,4 +803,4 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Validate that an 'Amount' is strictly positive. I.e. not 'zero'.
[2m[really-safe-money-gen] [m validateStrictlyPositive :: Amount -> Validation
[2m[really-safe-money-gen] [m[31m-[m[31mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $ [m[31ma[m[41mm[m[41mou[m[41mnt [m[41m> [m[41mz[m[31me[m[41mr[m[41mo[m
[2m[really-safe-money-gen] [m[32m+[m[32mvalidateStrictlyPositive amount = declare "The Amount is strictly positive" $ [m[42mF[m[32ma[m[42mls[m[32me[m
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:607:15-22
[2m[really-safe-money-gen] [m[36m@@ -604,7 +604,7 @@[m
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m[31m-[m[31m              a1 [m[41m>[m[31m a2[m
[2m[really-safe-money-gen] [m[32m+[m[32m              a1 [m[42m<[m[42m=[m[32m a2[m
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:681:12-37
[2m[really-safe-money-gen] [m[36m@@ -678,7 +678,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundN :: Natural
[2m[really-safe-money-gen] [m       maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       result = Amount ((fromIntegral :: Natural -> Word64) roundedResult)
[2m[really-safe-money-gen] [m[31m-[m[31m   in ( if roundedResult >[m[31m maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in ( if roundedResult >[m[42m=[m[32m maxBoundN[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just result,
[2m[really-safe-money-gen] [m         actualRate
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Amount.hs:604:9-21
[2m[really-safe-money-gen] [m[36m@@ -601,11 +601,10 @@[m
[2m[really-safe-money-gen] [m   validate ad =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate ad,
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m               a1 > a2
[2m[really-safe-money-gen] [m[31m-          _ -> valid[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData amount) => NFData (Distribution amount)
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAmount.hs:159:25-38
[2m[really-safe-money-gen] [m[36m@@ -156,10 +156,9 @@[m
[2m[really-safe-money-gen] [m   fmap
[2m[really-safe-money-gen] [m     ( ( \theoreticalResult ->
[2m[really-safe-money-gen] [m           let rounder :: Ratio Natural -> Natural
[2m[really-safe-money-gen] [m               rounder = case r of
[2m[really-safe-money-gen] [m[31m-                RoundUp -> ceiling[m
[2m[really-safe-money-gen] [m                 RoundDown -> floor
[2m[really-safe-money-gen] [m                 RoundNearest -> round
[2m[really-safe-money-gen] [m               roundedResult :: Natural
[2m[really-safe-money-gen] [m               roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m               maxBoundN :: Natural
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/Amount.hs:603:7-8
[2m[really-safe-money-gen] [m[36m@@ -600,13 +600,12 @@[m
[2m[really-safe-money-gen] [m instance (Validity amount, Ord amount) => Validity (Distribution amount) where
[2m[really-safe-money-gen] [m   validate ad =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ad,[m
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m               a1 > a2
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData amount) => NFData (Distribution amount)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAmount.hs:159:25-38
[2m[really-safe-money-gen] [m[36m@@ -156,10 +156,9 @@[m
[2m[really-safe-money-gen] [m   fmap
[2m[really-safe-money-gen] [m     ( ( \theoreticalResult ->
[2m[really-safe-money-gen] [m           let rounder :: Ratio Natural -> Natural
[2m[really-safe-money-gen] [m               rounder = case r of
[2m[really-safe-money-gen] [m                 RoundUp -> ceiling
[2m[really-safe-money-gen] [m[31m-                RoundDown -> floor[m
[2m[really-safe-money-gen] [m                 RoundNearest -> round
[2m[really-safe-money-gen] [m               roundedResult :: Natural
[2m[really-safe-money-gen] [m               roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m               maxBoundN :: Natural
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:681:12-37
[2m[really-safe-money-gen] [m[36m@@ -678,7 +678,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundN :: Natural
[2m[really-safe-money-gen] [m       maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       result = Amount ((fromIntegral :: Natural -> Word64) roundedResult)
[2m[really-safe-money-gen] [m[31m-[m[31m   in ( if roundedResult [m[41m>[m[31m maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in ( if roundedResult [m[42m<[m[32m maxBoundN[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just result,
[2m[really-safe-money-gen] [m         actualRate
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:607:15-22
[2m[really-safe-money-gen] [m[36m@@ -604,7 +604,7 @@[m
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m[31m-[m[41m [m[31m             [m[41ma[m[41m1[m[41m >[m[31m [m[31ma[m[41m2[m
[2m[really-safe-money-gen] [m[32m+[m[32m             [m[32m [m[42mF[m[32ma[m[42ml[m[42ms[m[42me[m
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Amount.hs:604:9-21
[2m[really-safe-money-gen] [m[36m@@ -601,11 +601,8 @@[m
[2m[really-safe-money-gen] [m   validate ad =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate ad,
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m[31m-          DistributedIntoUnequalChunks _ a1 _ a2 ->[m
[2m[really-safe-money-gen] [m[31m-            declare "The larger chunks are larger" $[m
[2m[really-safe-money-gen] [m[31m-              a1 > a2[m
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData amount) => NFData (Distribution amount)
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount.hs:607:15-22
[2m[really-safe-money-gen] [m[36m@@ -604,7 +604,7 @@[m
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m[31m-[m[31m              a1 >[m[31m a2[m
[2m[really-safe-money-gen] [m[32m+[m[32m              a1 >[m[42m=[m[32m a2[m
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount.hs:607:15-22
[2m[really-safe-money-gen] [m[36m@@ -604,7 +604,7 @@[m
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m[31m-[m[31m              [m[41ma[m[41m1[m[41m > a2[m
[2m[really-safe-money-gen] [m[32m+[m[32m              [m[42mT[m[42mrue[m
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:681:12-37
[2m[really-safe-money-gen] [m[36m@@ -678,7 +678,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundN :: Natural
[2m[really-safe-money-gen] [m       maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       result = Amount ((fromIntegral :: Natural -> Word64) roundedResult)
[2m[really-safe-money-gen] [m[31m-[m[31m   in ( if[m[31m [m[31mroundedResult > maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in ( if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mroundedResult > maxBoundN[m[42m)[m
[2m[really-safe-money-gen] [m           then Nothing
[2m[really-safe-money-gen] [m           else Just result,
[2m[really-safe-money-gen] [m         actualRate
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:332:14-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if[m[31m [m[31mexponent resultDouble > 65[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mexponent resultDouble > 65[m[42m)[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/Amount.hs:494:29-94
[2m[really-safe-money-gen] [m[36m@@ -491,7 +491,7 @@[m
[2m[really-safe-money-gen] [m   let maxBoundI :: Integer
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m[31m-[m[31m      r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) [m[41m+[m[31m acc) 0 l[m
[2m[really-safe-money-gen] [m[32m+[m[32m      r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) [m[42m*[m[32m acc) 0 l[m
[2m[really-safe-money-gen] [m    in if r > maxBoundI
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money-gen] [m[36m@@ -165,7 +165,7 @@[m
[2m[really-safe-money-gen] [m               maxBoundN :: Natural
[2m[really-safe-money-gen] [m               maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m               actualResult =
[2m[really-safe-money-gen] [m[31m-[m[31m                if roundedResult [m[41m>[m[31m maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if roundedResult [m[42m<[m[42m=[m[32m maxBoundN[m
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m                   else Just (fromIntegral roundedResult)
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount.hs:607:15-22
[2m[really-safe-money-gen] [m[36m@@ -604,7 +604,7 @@[m
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m[31m-[m[31m             [m[31m [m[31ma1 > a2[m
[2m[really-safe-money-gen] [m[32m+[m[42m [m[32m             [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32ma1 > a2[m[42m)[m
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money-gen] [m[36m@@ -165,7 +165,7 @@[m
[2m[really-safe-money-gen] [m               maxBoundN :: Natural
[2m[really-safe-money-gen] [m               maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m               actualResult =
[2m[really-safe-money-gen] [m[31m-[m[31m                if[m[41m [m[41mr[m[41mou[m[41mnde[m[41mdResult[m[41m >[m[31m [m[41mm[m[31ma[m[41mxBo[m[41mu[m[41mndN[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if[m[32m [m[42mF[m[32ma[m[42ml[m[42mse[m
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m                   else Just (fromIntegral roundedResult)
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money-gen] [m[36m@@ -165,7 +165,7 @@[m
[2m[really-safe-money-gen] [m               maxBoundN :: Natural
[2m[really-safe-money-gen] [m               maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m               actualResult =
[2m[really-safe-money-gen] [m[31m-[m[31m                if [m[31mr[m[41mo[m[31mu[m[41mn[m[41mded[m[41mR[m[31me[m[41ms[m[41mu[m[41mlt [m[41m> maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if [m[42mT[m[32mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m                   else Just (fromIntegral roundedResult)
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money-gen] [m[36m@@ -165,7 +165,7 @@[m
[2m[really-safe-money-gen] [m               maxBoundN :: Natural
[2m[really-safe-money-gen] [m               maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m               actualResult =
[2m[really-safe-money-gen] [m[31m-[m[31m                if roundedResult >[m[31m maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if roundedResult >[m[42m=[m[32m maxBoundN[m
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m                   else Just (fromIntegral roundedResult)
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money-gen] [m[36m@@ -165,7 +165,7 @@[m
[2m[really-safe-money-gen] [m               maxBoundN :: Natural
[2m[really-safe-money-gen] [m               maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m               actualResult =
[2m[really-safe-money-gen] [m[31m-[m[31m                if[m[31m [m[31mroundedResult > maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mroundedResult > maxBoundN[m[42m)[m
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m                   else Just (fromIntegral roundedResult)
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money-gen] [m[36m@@ -165,7 +165,7 @@[m
[2m[really-safe-money-gen] [m               maxBoundN :: Natural
[2m[really-safe-money-gen] [m               maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m               actualResult =
[2m[really-safe-money-gen] [m[31m-[m[31m                if roundedResult [m[41m>[m[31m maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if roundedResult [m[42m<[m[32m maxBoundN[m
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m                   else Just (fromIntegral roundedResult)
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/MultiAmount.hs:170:24-57
[2m[really-safe-money-gen] [m[36m@@ -167,7 +167,7 @@[m
[2m[really-safe-money-gen] [m               actualResult =
[2m[really-safe-money-gen] [m                 if roundedResult > maxBoundN
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m                  else [m[41mJ[m[41mu[m[41mst[m[41m (fr[m[31mo[m[41mmI[m[41mn[m[31mt[m[41me[m[41mgral[m[41m [m[41mro[m[41mu[m[31mn[m[41md[m[41me[m[41mdResult)[m
[2m[really-safe-money-gen] [m[32m+[m[32m                  else [m[42mN[m[32mo[m[32mt[m[42mhi[m[32mn[m[42mg[m
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [m                 LT -> RoundedDown
[2m[really-safe-money-gen] [m                 EQ -> DidNotRound
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAmount.hs:171:25-32
[2m[really-safe-money-gen] [m[36m@@ -168,10 +168,9 @@[m
[2m[really-safe-money-gen] [m                 if roundedResult > maxBoundN
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m                   else Just (fromIntegral roundedResult)
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [m                 LT -> RoundedDown
[2m[really-safe-money-gen] [m                 EQ -> DidNotRound
[2m[really-safe-money-gen] [m[31m-                GT -> RoundedUp[m
[2m[really-safe-money-gen] [m            in (Amount.fromMinimalQuantisations <$> actualResult, rounded)
[2m[really-safe-money-gen] [m       )
[2m[really-safe-money-gen] [m         . Prelude.sum
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAmount.hs:171:25-32
[2m[really-safe-money-gen] [m[36m@@ -168,10 +168,9 @@[m
[2m[really-safe-money-gen] [m                 if roundedResult > maxBoundN
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m                   else Just (fromIntegral roundedResult)
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [m                 LT -> RoundedDown
[2m[really-safe-money-gen] [m[31m-                EQ -> DidNotRound[m
[2m[really-safe-money-gen] [m                 GT -> RoundedUp
[2m[really-safe-money-gen] [m            in (Amount.fromMinimalQuantisations <$> actualResult, rounded)
[2m[really-safe-money-gen] [m       )
[2m[really-safe-money-gen] [m         . Prelude.sum
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAmount.hs:171:25-32
[2m[really-safe-money-gen] [m[36m@@ -168,10 +168,9 @@[m
[2m[really-safe-money-gen] [m                 if roundedResult > maxBoundN
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m                   else Just (fromIntegral roundedResult)
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [m[31m-                LT -> RoundedDown[m
[2m[really-safe-money-gen] [m                 EQ -> DidNotRound
[2m[really-safe-money-gen] [m                 GT -> RoundedUp
[2m[really-safe-money-gen] [m            in (Amount.fromMinimalQuantisations <$> actualResult, rounded)
[2m[really-safe-money-gen] [m       )
[2m[really-safe-money-gen] [m         . Prelude.sum
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAmount.hs:159:25-38
[2m[really-safe-money-gen] [m[36m@@ -156,10 +156,9 @@[m
[2m[really-safe-money-gen] [m   fmap
[2m[really-safe-money-gen] [m     ( ( \theoreticalResult ->
[2m[really-safe-money-gen] [m           let rounder :: Ratio Natural -> Natural
[2m[really-safe-money-gen] [m               rounder = case r of
[2m[really-safe-money-gen] [m                 RoundUp -> ceiling
[2m[really-safe-money-gen] [m                 RoundDown -> floor
[2m[really-safe-money-gen] [m[31m-                RoundNearest -> round[m
[2m[really-safe-money-gen] [m               roundedResult :: Natural
[2m[really-safe-money-gen] [m               roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m               maxBoundN :: Natural
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/Amount.hs:661:19-28
[2m[really-safe-money-gen] [m[36m@@ -658,7 +658,7 @@[m
[2m[really-safe-money-gen] [m   -- | The amount and the real rate that was used, considering the 'Rounding'
[2m[really-safe-money-gen] [m   (Maybe Amount, Ratio Natural)
[2m[really-safe-money-gen] [m fraction _ (Amount 0) f = (Just zero, f)
[2m[really-safe-money-gen] [m[31m-[m[31mfraction _ _ 0 = ([m[41mJ[m[41mu[m[41mst[m[41m ze[m[41mr[m[31mo[m[31m, 0)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfraction _ _ 0 = ([m[42mN[m[32mo[m[42mth[m[42min[m[42mg[m[32m, 0)[m
[2m[really-safe-money-gen] [m fraction r (Amount a) f =
[2m[really-safe-money-gen] [m   let amountAsRatio :: Ratio Natural
[2m[really-safe-money-gen] [m       amountAsRatio = (fromIntegral :: Word64 -> Ratio Natural) a
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Amount.hs:668:17-30
[2m[really-safe-money-gen] [m[36m@@ -665,10 +665,9 @@[m
[2m[really-safe-money-gen] [m       theoreticalResult :: Ratio Natural
[2m[really-safe-money-gen] [m       theoreticalResult = amountAsRatio * f
[2m[really-safe-money-gen] [m       rounder :: Ratio Natural -> Natural
[2m[really-safe-money-gen] [m       rounder = case r of
[2m[really-safe-money-gen] [m         RoundUp -> ceiling
[2m[really-safe-money-gen] [m[31m-        RoundDown -> floor[m
[2m[really-safe-money-gen] [m         RoundNearest -> round
[2m[really-safe-money-gen] [m       roundedResult :: Natural
[2m[really-safe-money-gen] [m       roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m       actualRate :: Ratio Natural
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.subtract a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if [m[31mr[m[41m [m[41m==[m[41m Am[m[41mo[m[31mu[m[41mn[m[41mt.[m[41mz[m[31me[m[41mr[m[41mo[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if [m[42mT[m[32mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/MultiAmount.hs:112:33-39
[2m[really-safe-money-gen] [m[36m@@ -109,7 +109,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Subtract an 'Amount' from a 'MultiAmount'
[2m[really-safe-money-gen] [m subtractAmount :: (Ord currency) => MultiAmount currency -> currency -> Amount -> Maybe (MultiAmount currency)
[2m[really-safe-money-gen] [m[31m-[m[31msubtractAmount m _ (Amount 0) = [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m m[m
[2m[really-safe-money-gen] [m[32m+[m[32msubtractAmount m _ (Amount 0) = [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m subtractAmount (MultiAmount m) currency amount =
[2m[really-safe-money-gen] [m   fmap MultiAmount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Nothing -- Can't go below zero
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.subtract a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[31m [m[31mr == Amount.zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr == Amount.zero[m[42m)[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAmount.hs:114:22-37
[2m[really-safe-money-gen] [m[36m@@ -111,14 +111,13 @@[m
[2m[really-safe-money-gen] [m subtractAmount :: (Ord currency) => MultiAmount currency -> currency -> Amount -> Maybe (MultiAmount currency)
[2m[really-safe-money-gen] [m subtractAmount m _ (Amount 0) = Just m
[2m[really-safe-money-gen] [m subtractAmount (MultiAmount m) currency amount =
[2m[really-safe-money-gen] [m   fmap MultiAmount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m[31m-    Nothing -> Nothing -- Can't go below zero[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.subtract a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m         if r == Amount.zero
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Try to convert every amount to one currency.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/MultiAmount.hs:182:15-106
[2m[really-safe-money-gen] [m[36m@@ -179,7 +179,7 @@[m
[2m[really-safe-money-gen] [m     . traverse
[2m[really-safe-money-gen] [m       ( \(currency, a) ->
[2m[really-safe-money-gen] [m           ( \(cr, qf2) ->
[2m[really-safe-money-gen] [m[31m-[m[31m              fromIntegral (Amount.toMinimalQuantisations a) [m[41m*[m[31m ConversionRate.conversionFactor qf2 cr qf1[m
[2m[really-safe-money-gen] [m[32m+[m[32m              fromIntegral (Amount.toMinimalQuantisations a) [m[42m+[m[32m ConversionRate.conversionFactor qf2 cr qf1[m
[2m[really-safe-money-gen] [m           )
[2m[really-safe-money-gen] [m             <$> func currency
[2m[really-safe-money-gen] [m       )
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.subtract a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[41m [m[41mr[m[41m [m[41m==[m[31m [m[41mA[m[41mmount[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[32m [m[42mFal[m[42ms[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/MultiAmount.hs:182:15-106
[2m[really-safe-money-gen] [m[36m@@ -179,7 +179,7 @@[m
[2m[really-safe-money-gen] [m     . traverse
[2m[really-safe-money-gen] [m       ( \(currency, a) ->
[2m[really-safe-money-gen] [m           ( \(cr, qf2) ->
[2m[really-safe-money-gen] [m[31m-[m[31m              fromIntegral (Amount.toMinimalQuantisations a) [m[41m*[m[31m ConversionRate.conversionFactor qf2 cr qf1[m
[2m[really-safe-money-gen] [m[32m+[m[32m              fromIntegral (Amount.toMinimalQuantisations a) [m[42m-[m[32m ConversionRate.conversionFactor qf2 cr qf1[m
[2m[really-safe-money-gen] [m           )
[2m[really-safe-money-gen] [m             <$> func currency
[2m[really-safe-money-gen] [m       )
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/MultiAmount.hs:106:12-28
[2m[really-safe-money-gen] [m[36m@@ -103,7 +103,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.add a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[31m [m[31mr == Amount.zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr == Amount.zero[m[42m)[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAmount.hs:106:12-28
[2m[really-safe-money-gen] [m[36m@@ -103,7 +103,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.add a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[41m [m[41mr[m[41m [m[41m==[m[31m [m[41mA[m[41mmount[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[32m [m[42mFal[m[42ms[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAmount.hs:114:22-37
[2m[really-safe-money-gen] [m[36m@@ -111,14 +111,8 @@[m
[2m[really-safe-money-gen] [m subtractAmount :: (Ord currency) => MultiAmount currency -> currency -> Amount -> Maybe (MultiAmount currency)
[2m[really-safe-money-gen] [m subtractAmount m _ (Amount 0) = Just m
[2m[really-safe-money-gen] [m subtractAmount (MultiAmount m) currency amount =
[2m[really-safe-money-gen] [m   fmap MultiAmount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Nothing -- Can't go below zero
[2m[really-safe-money-gen] [m[31m-    Just a -> do[m
[2m[really-safe-money-gen] [m[31m-      r <- Amount.subtract a amount[m
[2m[really-safe-money-gen] [m[31m-      Just $[m
[2m[really-safe-money-gen] [m[31m-        if r == Amount.zero[m
[2m[really-safe-money-gen] [m[31m-          then M.delete currency m[m
[2m[really-safe-money-gen] [m[31m-          else M.insert currency r m[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Try to convert every amount to one currency.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAmount.hs:106:12-28
[2m[really-safe-money-gen] [m[36m@@ -103,7 +103,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.add a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if [m[31mr[m[41m [m[41m==[m[41m Am[m[41mo[m[31mu[m[41mn[m[41mt.[m[41mz[m[31me[m[41mr[m[41mo[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if [m[42mT[m[32mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/MultiAmount.hs:99:28-34
[2m[really-safe-money-gen] [m[36m@@ -96,7 +96,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Add an 'Amount' to a 'MultiAmount'
[2m[really-safe-money-gen] [m addAmount :: (Ord currency) => MultiAmount currency -> currency -> Amount -> Maybe (MultiAmount currency)
[2m[really-safe-money-gen] [m[31m-[m[31maddAmount m _ (Amount 0) = [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m m[m
[2m[really-safe-money-gen] [m[32m+[m[32maddAmount m _ (Amount 0) = [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m addAmount (MultiAmount m) currency amount =
[2m[really-safe-money-gen] [m   fmap MultiAmount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Just $ M.insert currency amount m
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAmount.hs:73:6-27
[2m[really-safe-money-gen] [m[36m@@ -70,7 +70,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m fromAmount :: currency -> Amount -> MultiAmount currency
[2m[really-safe-money-gen] [m fromAmount currency amount =
[2m[really-safe-money-gen] [m[31m-[m[31m  if [m[41ma[m[41mm[m[41mo[m[31mu[m[41mn[m[41mt == [m[41mAmoun[m[41mt.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if [m[42mTr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m     then zero
[2m[really-safe-money-gen] [m     else MultiAmount $ M.singleton currency amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAmount.hs:73:6-27
[2m[really-safe-money-gen] [m[36m@@ -70,7 +70,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m fromAmount :: currency -> Amount -> MultiAmount currency
[2m[really-safe-money-gen] [m fromAmount currency amount =
[2m[really-safe-money-gen] [m[31m-[m[31m  if [m[31ma[m[41mm[m[41mo[m[41munt[m[41m == A[m[41mmou[m[41mn[m[41mt.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if [m[42mF[m[32ma[m[42mls[m[32me[m
[2m[really-safe-money-gen] [m     then zero
[2m[really-safe-money-gen] [m     else MultiAmount $ M.singleton currency amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/MultiAmount.hs:73:6-27
[2m[really-safe-money-gen] [m[36m@@ -70,7 +70,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m fromAmount :: currency -> Amount -> MultiAmount currency
[2m[really-safe-money-gen] [m fromAmount currency amount =
[2m[really-safe-money-gen] [m[31m-[m[31m  if[m[31m [m[31mamount == Amount.zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mamount == Amount.zero[m[42m)[m
[2m[really-safe-money-gen] [m     then zero
[2m[really-safe-money-gen] [m     else MultiAmount $ M.singleton currency amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAmount.hs:66:13-29
[2m[really-safe-money-gen] [m[36m@@ -63,7 +63,7 @@[m
[2m[really-safe-money-gen] [m       [ genericValidate ma,
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The amount is not zero" $
[2m[really-safe-money-gen] [m[31m-[m[31m            [m[31ma[m[41m /[m[41m= Am[m[41mount[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m            [m[42mF[m[32ma[m[42ml[m[42ms[m[32me[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData currency) => NFData (MultiAmount currency)
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/MultiAmount.hs:66:13-29
[2m[really-safe-money-gen] [m[36m@@ -63,7 +63,7 @@[m
[2m[really-safe-money-gen] [m       [ genericValidate ma,
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The amount is not zero" $
[2m[really-safe-money-gen] [m[31m-[m[31m           [m[31m [m[31ma /= Amount.zero[m
[2m[really-safe-money-gen] [m[32m+[m[42m [m[32m           [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32ma /= Amount.zero[m[42m)[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData currency) => NFData (MultiAmount currency)
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/MultiAmount.hs:63:7-8
[2m[really-safe-money-gen] [m[36m@@ -60,11 +60,7 @@[m
[2m[really-safe-money-gen] [m instance (Validity currency, Show currency, Ord currency) => Validity (MultiAmount currency) where
[2m[really-safe-money-gen] [m   validate ma@(MultiAmount m) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ma,[m
[2m[really-safe-money-gen] [m[31m-        decorateMap m $ \_ a ->[m
[2m[really-safe-money-gen] [m[31m-          declare "The amount is not zero" $[m
[2m[really-safe-money-gen] [m[31m-            a /= Amount.zero[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData currency) => NFData (MultiAmount currency)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAmount.hs:66:13-29
[2m[really-safe-money-gen] [m[36m@@ -63,7 +63,7 @@[m
[2m[really-safe-money-gen] [m       [ genericValidate ma,
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The amount is not zero" $
[2m[really-safe-money-gen] [m[31m-[m[41m  [m[31m          [m[41ma[m[31m [m[41m/[m[41m=[m[31m [m[41mA[m[41mmo[m[31mu[m[41mnt[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m          [m[32m [m[32m [m[42mTr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData currency) => NFData (MultiAmount currency)
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/MultiAmount.hs:63:7-8
[2m[really-safe-money-gen] [m[36m@@ -60,11 +60,10 @@[m
[2m[really-safe-money-gen] [m instance (Validity currency, Show currency, Ord currency) => Validity (MultiAmount currency) where
[2m[really-safe-money-gen] [m   validate ma@(MultiAmount m) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ma,[m
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The amount is not zero" $
[2m[really-safe-money-gen] [m             a /= Amount.zero
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData currency) => NFData (MultiAmount currency)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money-gen] [m[36m@@ -212,11 +212,10 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | See 'Amount.distribute'
[2m[really-safe-money-gen] [m distribute :: AmountOf currency -> Word32 -> AmountDistributionOf currency
[2m[really-safe-money-gen] [m distribute (AmountOf a) f = case Amount.distribute a f of
[2m[really-safe-money-gen] [m   DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m[31m-  DistributedZero -> DistributedZero[m
[2m[really-safe-money-gen] [m   DistributedIntoEqualChunks w' a' -> DistributedIntoEqualChunks w' (fromAmount a')
[2m[really-safe-money-gen] [m   DistributedIntoUnequalChunks w1 a1 w2 a2 -> DistributedIntoUnequalChunks w1 (fromAmount a1) w2 (fromAmount a2)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m type AmountDistributionOf (currency :: k) = Distribution (AmountOf currency)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money-gen] [m[36m@@ -212,11 +212,10 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | See 'Amount.distribute'
[2m[really-safe-money-gen] [m distribute :: AmountOf currency -> Word32 -> AmountDistributionOf currency
[2m[really-safe-money-gen] [m distribute (AmountOf a) f = case Amount.distribute a f of
[2m[really-safe-money-gen] [m   DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m   DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m   DistributedIntoEqualChunks w' a' -> DistributedIntoEqualChunks w' (fromAmount a')
[2m[really-safe-money-gen] [m[31m-  DistributedIntoUnequalChunks w1 a1 w2 a2 -> DistributedIntoUnequalChunks w1 (fromAmount a1) w2 (fromAmount a2)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m type AmountDistributionOf (currency :: k) = Distribution (AmountOf currency)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money-gen] [m[36m@@ -212,11 +212,10 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | See 'Amount.distribute'
[2m[really-safe-money-gen] [m distribute :: AmountOf currency -> Word32 -> AmountDistributionOf currency
[2m[really-safe-money-gen] [m distribute (AmountOf a) f = case Amount.distribute a f of
[2m[really-safe-money-gen] [m   DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m   DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m[31m-  DistributedIntoEqualChunks w' a' -> DistributedIntoEqualChunks w' (fromAmount a')[m
[2m[really-safe-money-gen] [m   DistributedIntoUnequalChunks w1 a1 w2 a2 -> DistributedIntoUnequalChunks w1 (fromAmount a1) w2 (fromAmount a2)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m type AmountDistributionOf (currency :: k) = Distribution (AmountOf currency)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAmount.hs:101:22-37
[2m[really-safe-money-gen] [m[36m@@ -98,14 +98,8 @@[m
[2m[really-safe-money-gen] [m addAmount :: (Ord currency) => MultiAmount currency -> currency -> Amount -> Maybe (MultiAmount currency)
[2m[really-safe-money-gen] [m addAmount m _ (Amount 0) = Just m
[2m[really-safe-money-gen] [m addAmount (MultiAmount m) currency amount =
[2m[really-safe-money-gen] [m   fmap MultiAmount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Just $ M.insert currency amount m
[2m[really-safe-money-gen] [m[31m-    Just a -> do[m
[2m[really-safe-money-gen] [m[31m-      r <- Amount.add a amount[m
[2m[really-safe-money-gen] [m[31m-      Just $[m
[2m[really-safe-money-gen] [m[31m-        if r == Amount.zero[m
[2m[really-safe-money-gen] [m[31m-          then M.delete currency m[m
[2m[really-safe-money-gen] [m[31m-          else M.insert currency r m[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Subtract an 'Amount' from a 'MultiAmount'
[2m[really-safe-money-gen] [m subtractAmount :: (Ord currency) => MultiAmount currency -> currency -> Amount -> Maybe (MultiAmount currency)
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAccount.hs:174:25-38
[2m[really-safe-money-gen] [m[36m@@ -171,10 +171,9 @@[m
[2m[really-safe-money-gen] [m   fmap
[2m[really-safe-money-gen] [m     ( ( \theoreticalResult ->
[2m[really-safe-money-gen] [m           let rounder :: Rational -> Integer
[2m[really-safe-money-gen] [m               rounder = case r of
[2m[really-safe-money-gen] [m                 RoundUp -> ceiling
[2m[really-safe-money-gen] [m[31m-                RoundDown -> floor[m
[2m[really-safe-money-gen] [m                 RoundNearest -> round
[2m[really-safe-money-gen] [m               roundedResult :: Integer
[2m[really-safe-money-gen] [m               roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAmount.hs:101:22-37
[2m[really-safe-money-gen] [m[36m@@ -98,14 +98,13 @@[m
[2m[really-safe-money-gen] [m addAmount :: (Ord currency) => MultiAmount currency -> currency -> Amount -> Maybe (MultiAmount currency)
[2m[really-safe-money-gen] [m addAmount m _ (Amount 0) = Just m
[2m[really-safe-money-gen] [m addAmount (MultiAmount m) currency amount =
[2m[really-safe-money-gen] [m   fmap MultiAmount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m[31m-    Nothing -> Just $ M.insert currency amount m[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.add a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m         if r == Amount.zero
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Subtract an 'Amount' from a 'MultiAmount'
[2m[really-safe-money-gen] [m subtractAmount :: (Ord currency) => MultiAmount currency -> currency -> Amount -> Maybe (MultiAmount currency)
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAccount.hs:174:25-38
[2m[really-safe-money-gen] [m[36m@@ -171,10 +171,9 @@[m
[2m[really-safe-money-gen] [m   fmap
[2m[really-safe-money-gen] [m     ( ( \theoreticalResult ->
[2m[really-safe-money-gen] [m           let rounder :: Rational -> Integer
[2m[really-safe-money-gen] [m               rounder = case r of
[2m[really-safe-money-gen] [m[31m-                RoundUp -> ceiling[m
[2m[really-safe-money-gen] [m                 RoundDown -> floor
[2m[really-safe-money-gen] [m                 RoundNearest -> round
[2m[really-safe-money-gen] [m               roundedResult :: Integer
[2m[really-safe-money-gen] [m               roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAccount.hs:180:25-32
[2m[really-safe-money-gen] [m[36m@@ -177,10 +177,9 @@[m
[2m[really-safe-money-gen] [m                 RoundNearest -> round
[2m[really-safe-money-gen] [m               roundedResult :: Integer
[2m[really-safe-money-gen] [m               roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [m[31m-                LT -> RoundedDown[m
[2m[really-safe-money-gen] [m                 EQ -> DidNotRound
[2m[really-safe-money-gen] [m                 GT -> RoundedUp
[2m[really-safe-money-gen] [m            in (Account.fromMinimalQuantisations roundedResult, rounded)
[2m[really-safe-money-gen] [m       )
[2m[really-safe-money-gen] [m         . Prelude.sum
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAccount.hs:174:25-38
[2m[really-safe-money-gen] [m[36m@@ -171,10 +171,9 @@[m
[2m[really-safe-money-gen] [m   fmap
[2m[really-safe-money-gen] [m     ( ( \theoreticalResult ->
[2m[really-safe-money-gen] [m           let rounder :: Rational -> Integer
[2m[really-safe-money-gen] [m               rounder = case r of
[2m[really-safe-money-gen] [m                 RoundUp -> ceiling
[2m[really-safe-money-gen] [m                 RoundDown -> floor
[2m[really-safe-money-gen] [m[31m-                RoundNearest -> round[m
[2m[really-safe-money-gen] [m               roundedResult :: Integer
[2m[really-safe-money-gen] [m               roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAccount.hs:180:25-32
[2m[really-safe-money-gen] [m[36m@@ -177,10 +177,9 @@[m
[2m[really-safe-money-gen] [m                 RoundNearest -> round
[2m[really-safe-money-gen] [m               roundedResult :: Integer
[2m[really-safe-money-gen] [m               roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [m                 LT -> RoundedDown
[2m[really-safe-money-gen] [m[31m-                EQ -> DidNotRound[m
[2m[really-safe-money-gen] [m                 GT -> RoundedUp
[2m[really-safe-money-gen] [m            in (Account.fromMinimalQuantisations roundedResult, rounded)
[2m[really-safe-money-gen] [m       )
[2m[really-safe-money-gen] [m         . Prelude.sum
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAccount.hs:180:25-32
[2m[really-safe-money-gen] [m[36m@@ -177,10 +177,9 @@[m
[2m[really-safe-money-gen] [m                 RoundNearest -> round
[2m[really-safe-money-gen] [m               roundedResult :: Integer
[2m[really-safe-money-gen] [m               roundedResult = rounder theoreticalResult
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [m                 LT -> RoundedDown
[2m[really-safe-money-gen] [m                 EQ -> DidNotRound
[2m[really-safe-money-gen] [m[31m-                GT -> RoundedUp[m
[2m[really-safe-money-gen] [m            in (Account.fromMinimalQuantisations roundedResult, rounded)
[2m[really-safe-money-gen] [m       )
[2m[really-safe-money-gen] [m         . Prelude.sum
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/MultiAccount.hs:192:19-51
[2m[really-safe-money-gen] [m[36m@@ -189,8 +189,8 @@[m
[2m[really-safe-money-gen] [m       ( \(currency, a) ->
[2m[really-safe-money-gen] [m           ( \(cr, qf2) ->
[2m[really-safe-money-gen] [m               let factor = ConversionRate.conversionFactor qf2 cr qf1
[2m[really-safe-money-gen] [m                in Account.toMinimalQuantisations a
[2m[really-safe-money-gen] [m[31m-[m[31m                    [m[41m*[m[31m toInteger (numerator factor)[m
[2m[really-safe-money-gen] [m[32m+[m[32m                    [m[42m+[m[32m toInteger (numerator factor)[m
[2m[really-safe-money-gen] [m                     % toInteger (denominator factor)
[2m[really-safe-money-gen] [m           )
[2m[really-safe-money-gen] [m             <$> func currency
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/MultiAccount.hs:127:45-51
[2m[really-safe-money-gen] [m[36m@@ -124,7 +124,7 @@[m
[2m[really-safe-money-gen] [m -- | Add an 'Account' to a 'MultiAccount'
[2m[really-safe-money-gen] [m subtractAccount :: (Ord currency) => MultiAccount currency -> currency -> Account -> Maybe (MultiAccount currency)
[2m[really-safe-money-gen] [m subtractAccount m _ (Positive (Amount 0)) = Just m
[2m[really-safe-money-gen] [m[31m-[m[31msubtractAccount m _ (Negative (Amount 0)) = [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m m[m
[2m[really-safe-money-gen] [m[32m+[m[32msubtractAccount m _ (Negative (Amount 0)) = [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m subtractAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Just $ M.insert currency (Account.negate account) m
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/MultiAccount.hs:126:45-51
[2m[really-safe-money-gen] [m[36m@@ -123,7 +123,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Add an 'Account' to a 'MultiAccount'
[2m[really-safe-money-gen] [m subtractAccount :: (Ord currency) => MultiAccount currency -> currency -> Account -> Maybe (MultiAccount currency)
[2m[really-safe-money-gen] [m[31m-[m[31msubtractAccount m _ (Positive (Amount 0)) = [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m m[m
[2m[really-safe-money-gen] [m[32m+[m[32msubtractAccount m _ (Positive (Amount 0)) = [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m subtractAccount m _ (Negative (Amount 0)) = Just m
[2m[really-safe-money-gen] [m subtractAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAccount.hs:134:12-29
[2m[really-safe-money-gen] [m[36m@@ -131,7 +131,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Account.subtract a account
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[41m [m[41mr[m[41m [m[41m==[m[31m [m[41mAccou[m[41mn[m[41mt[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[32m [m[42mF[m[42mals[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAccount.hs:134:12-29
[2m[really-safe-money-gen] [m[36m@@ -131,7 +131,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Account.subtract a account
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if [m[31mr[m[41m [m[41m==[m[41m Acc[m[41mo[m[31mu[m[41mn[m[41mt.[m[41mz[m[31me[m[41mr[m[41mo[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if [m[42mT[m[32mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAccount.hs:129:23-37
[2m[really-safe-money-gen] [m[36m@@ -126,14 +126,13 @@[m
[2m[really-safe-money-gen] [m subtractAccount m _ (Positive (Amount 0)) = Just m
[2m[really-safe-money-gen] [m subtractAccount m _ (Negative (Amount 0)) = Just m
[2m[really-safe-money-gen] [m subtractAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m[31m-    Nothing -> Just $ M.insert currency (Account.negate account) m[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Account.subtract a account
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m         if r == Account.zero
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Try to convert every account to one currency.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/MultiAccount.hs:134:12-29
[2m[really-safe-money-gen] [m[36m@@ -131,7 +131,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Account.subtract a account
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[31m [m[31mr == Account.zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr == Account.zero[m[42m)[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/AmountOf.hs:215:29-113
[2m[really-safe-money-gen] [m[36m@@ -212,11 +212,10 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | See 'Amount.distribute'
[2m[really-safe-money-gen] [m distribute :: AmountOf currency -> Word32 -> AmountDistributionOf currency
[2m[really-safe-money-gen] [m distribute (AmountOf a) f = case Amount.distribute a f of
[2m[really-safe-money-gen] [m[31m-  DistributedIntoZeroChunks -> DistributedIntoZeroChunks[m
[2m[really-safe-money-gen] [m   DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m   DistributedIntoEqualChunks w' a' -> DistributedIntoEqualChunks w' (fromAmount a')
[2m[really-safe-money-gen] [m   DistributedIntoUnequalChunks w1 a1 w2 a2 -> DistributedIntoUnequalChunks w1 (fromAmount a1) w2 (fromAmount a2)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m type AmountDistributionOf (currency :: k) = Distribution (AmountOf currency)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/Amount.hs:603:7-8
[2m[really-safe-money-gen] [m[36m@@ -600,13 +600,7 @@[m
[2m[really-safe-money-gen] [m instance (Validity amount, Ord amount) => Validity (Distribution amount) where
[2m[really-safe-money-gen] [m   validate ad =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ad,[m
[2m[really-safe-money-gen] [m[31m-        case ad of[m
[2m[really-safe-money-gen] [m[31m-          DistributedIntoUnequalChunks _ a1 _ a2 ->[m
[2m[really-safe-money-gen] [m[31m-            declare "The larger chunks are larger" $[m
[2m[really-safe-money-gen] [m[31m-              a1 > a2[m
[2m[really-safe-money-gen] [m[31m-          _ -> valid[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData amount) => NFData (Distribution amount)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAccount.hs:129:23-37
[2m[really-safe-money-gen] [m[36m@@ -126,14 +126,8 @@[m
[2m[really-safe-money-gen] [m subtractAccount m _ (Positive (Amount 0)) = Just m
[2m[really-safe-money-gen] [m subtractAccount m _ (Negative (Amount 0)) = Just m
[2m[really-safe-money-gen] [m subtractAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Just $ M.insert currency (Account.negate account) m
[2m[really-safe-money-gen] [m[31m-    Just a -> do[m
[2m[really-safe-money-gen] [m[31m-      r <- Account.subtract a account[m
[2m[really-safe-money-gen] [m[31m-      Just $[m
[2m[really-safe-money-gen] [m[31m-        if r == Account.zero[m
[2m[really-safe-money-gen] [m[31m-          then M.delete currency m[m
[2m[really-safe-money-gen] [m[31m-          else M.insert currency r m[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Try to convert every account to one currency.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/MultiAccount.hs:112:40-46
[2m[really-safe-money-gen] [m[36m@@ -109,7 +109,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Add an 'Account' to a 'MultiAccount'
[2m[really-safe-money-gen] [m addAccount :: (Ord currency) => MultiAccount currency -> currency -> Account -> Maybe (MultiAccount currency)
[2m[really-safe-money-gen] [m[31m-[m[31maddAccount m _ (Positive (Amount 0)) = [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m m[m
[2m[really-safe-money-gen] [m[32m+[m[32maddAccount m _ (Positive (Amount 0)) = [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m addAccount m _ (Negative (Amount 0)) = Just m
[2m[really-safe-money-gen] [m addAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAccount.hs:120:12-29
[2m[really-safe-money-gen] [m[36m@@ -117,7 +117,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Account.add a account
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if [m[31mr[m[41m [m[41m==[m[41m Acc[m[41mo[m[31mu[m[41mn[m[41mt.[m[41mz[m[31me[m[41mr[m[41mo[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if [m[42mT[m[32mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/MultiAccount.hs:120:12-29
[2m[really-safe-money-gen] [m[36m@@ -117,7 +117,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Account.add a account
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[31m [m[31mr == Account.zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr == Account.zero[m[42m)[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAccount.hs:78:6-28
[2m[really-safe-money-gen] [m[36m@@ -75,7 +75,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m fromAccount :: currency -> Account -> MultiAccount currency
[2m[really-safe-money-gen] [m fromAccount currency amount =
[2m[really-safe-money-gen] [m[31m-[m[31m  if [m[41ma[m[41mm[m[41mo[m[41munt[m[41m == A[m[41mcco[m[31mu[m[41mn[m[41mt.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if [m[42mTr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m     then zero
[2m[really-safe-money-gen] [m     else MultiAccount $ M.singleton currency amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAccount.hs:78:6-28
[2m[really-safe-money-gen] [m[36m@@ -75,7 +75,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m fromAccount :: currency -> Account -> MultiAccount currency
[2m[really-safe-money-gen] [m fromAccount currency amount =
[2m[really-safe-money-gen] [m[31m-[m[31m  if [m[31ma[m[41mm[m[41mo[m[41munt[m[41m ==[m[41m [m[41mAccoun[m[41mt.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if [m[42mF[m[32ma[m[42mls[m[32me[m
[2m[really-safe-money-gen] [m     then zero
[2m[really-safe-money-gen] [m     else MultiAccount $ M.singleton currency amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAccount.hs:69:13-30
[2m[really-safe-money-gen] [m[36m@@ -66,7 +66,7 @@[m
[2m[really-safe-money-gen] [m       [ genericValidate ma,
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The account is not zero" $
[2m[really-safe-money-gen] [m[31m-[m[31m            [m[31ma[m[41m [m[41m/[m[41m= [m[41mAcco[m[41mu[m[41mnt[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m            [m[42mF[m[32ma[m[42mls[m[32me[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- TODO no empty currencies
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/MultiAccount.hs:78:6-28
[2m[really-safe-money-gen] [m[36m@@ -75,7 +75,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m fromAccount :: currency -> Account -> MultiAccount currency
[2m[really-safe-money-gen] [m fromAccount currency amount =
[2m[really-safe-money-gen] [m[31m-[m[31m  if[m[31m [m[31mamount == Account.zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mamount == Account.zero[m[42m)[m
[2m[really-safe-money-gen] [m     then zero
[2m[really-safe-money-gen] [m     else MultiAccount $ M.singleton currency amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation MaybeOp at src/Money/MultiAccount.hs:113:40-46
[2m[really-safe-money-gen] [m[36m@@ -110,7 +110,7 @@[m
[2m[really-safe-money-gen] [m -- | Add an 'Account' to a 'MultiAccount'
[2m[really-safe-money-gen] [m addAccount :: (Ord currency) => MultiAccount currency -> currency -> Account -> Maybe (MultiAccount currency)
[2m[really-safe-money-gen] [m addAccount m _ (Positive (Amount 0)) = Just m
[2m[really-safe-money-gen] [m[31m-[m[31maddAccount m _ (Negative (Amount 0)) = [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m m[m
[2m[really-safe-money-gen] [m[32m+[m[32maddAccount m _ (Negative (Amount 0)) = [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m addAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Just $ M.insert currency account m
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAccount.hs:115:23-37
[2m[really-safe-money-gen] [m[36m@@ -112,14 +112,8 @@[m
[2m[really-safe-money-gen] [m addAccount m _ (Positive (Amount 0)) = Just m
[2m[really-safe-money-gen] [m addAccount m _ (Negative (Amount 0)) = Just m
[2m[really-safe-money-gen] [m addAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Just $ M.insert currency account m
[2m[really-safe-money-gen] [m[31m-    Just a -> do[m
[2m[really-safe-money-gen] [m[31m-      r <- Account.add a account[m
[2m[really-safe-money-gen] [m[31m-      Just $[m
[2m[really-safe-money-gen] [m[31m-        if r == Account.zero[m
[2m[really-safe-money-gen] [m[31m-          then M.delete currency m[m
[2m[really-safe-money-gen] [m[31m-          else M.insert currency r m[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Add an 'Account' to a 'MultiAccount'
[2m[really-safe-money-gen] [m subtractAccount :: (Ord currency) => MultiAccount currency -> currency -> Account -> Maybe (MultiAccount currency)
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/MultiAccount.hs:66:7-8
[2m[really-safe-money-gen] [m[36m@@ -63,11 +63,7 @@[m
[2m[really-safe-money-gen] [m instance (Validity currency, Show currency, Ord currency) => Validity (MultiAccount currency) where
[2m[really-safe-money-gen] [m   validate ma@(MultiAccount m) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ma,[m
[2m[really-safe-money-gen] [m[31m-        decorateMap m $ \_ a ->[m
[2m[really-safe-money-gen] [m[31m-          declare "The account is not zero" $[m
[2m[really-safe-money-gen] [m[31m-            a /= Account.zero[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- TODO no empty currencies
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/MultiAccount.hs:69:13-30
[2m[really-safe-money-gen] [m[36m@@ -66,7 +66,7 @@[m
[2m[really-safe-money-gen] [m       [ genericValidate ma,
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The account is not zero" $
[2m[really-safe-money-gen] [m[31m-[m[31m           [m[31m [m[31ma /= Account.zero[m
[2m[really-safe-money-gen] [m[32m+[m[42m [m[32m           [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32ma /= Account.zero[m[42m)[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- TODO no empty currencies
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/MultiAccount.hs:115:23-37
[2m[really-safe-money-gen] [m[36m@@ -112,14 +112,13 @@[m
[2m[really-safe-money-gen] [m addAccount m _ (Positive (Amount 0)) = Just m
[2m[really-safe-money-gen] [m addAccount m _ (Negative (Amount 0)) = Just m
[2m[really-safe-money-gen] [m addAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m[31m-    Nothing -> Just $ M.insert currency account m[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Account.add a account
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m         if r == Account.zero
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Add an 'Account' to a 'MultiAccount'
[2m[really-safe-money-gen] [m subtractAccount :: (Ord currency) => MultiAccount currency -> currency -> Account -> Maybe (MultiAccount currency)
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAccount.hs:69:13-30
[2m[really-safe-money-gen] [m[36m@@ -66,7 +66,7 @@[m
[2m[really-safe-money-gen] [m       [ genericValidate ma,
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The account is not zero" $
[2m[really-safe-money-gen] [m[31m-[m[31m            [m[41ma[m[41m /[m[41m= Ac[m[41mco[m[31mu[m[41mnt[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m            [m[42mT[m[42mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- TODO no empty currencies
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/MultiAccount.hs:120:12-29
[2m[really-safe-money-gen] [m[36m@@ -117,7 +117,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Account.add a account
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[41m [m[41mr[m[41m [m[41m==[m[31m [m[41mAccou[m[41mn[m[41mt[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[32m [m[42mF[m[42mals[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation Arith at src/Money/MultiAccount.hs:192:19-51
[2m[really-safe-money-gen] [m[36m@@ -189,8 +189,8 @@[m
[2m[really-safe-money-gen] [m       ( \(currency, a) ->
[2m[really-safe-money-gen] [m           ( \(cr, qf2) ->
[2m[really-safe-money-gen] [m               let factor = ConversionRate.conversionFactor qf2 cr qf1
[2m[really-safe-money-gen] [m                in Account.toMinimalQuantisations a
[2m[really-safe-money-gen] [m[31m-[m[31m                    [m[41m*[m[31m toInteger (numerator factor)[m
[2m[really-safe-money-gen] [m[32m+[m[32m                    [m[42m-[m[32m toInteger (numerator factor)[m
[2m[really-safe-money-gen] [m                     % toInteger (denominator factor)
[2m[really-safe-money-gen] [m           )
[2m[really-safe-money-gen] [m             <$> func currency
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/MultiAccount.hs:66:7-8
[2m[really-safe-money-gen] [m[36m@@ -63,11 +63,10 @@[m
[2m[really-safe-money-gen] [m instance (Validity currency, Show currency, Ord currency) => Validity (MultiAccount currency) where
[2m[really-safe-money-gen] [m   validate ma@(MultiAccount m) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ma,[m
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The account is not zero" $
[2m[really-safe-money-gen] [m             a /= Account.zero
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- TODO no empty currencies
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/QuantisationFactor/Codec.hs:41:11-26
[2m[really-safe-money-gen] [m[36m@@ -38,6 +38,5 @@[m
[2m[really-safe-money-gen] [m     codec
[2m[really-safe-money-gen] [m     <?> "QuantisationFactor"
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f w = case QuantisationFactor.fromWord32 w of
[2m[really-safe-money-gen] [m       Nothing -> Left $ "Unable to parse as a quantisation factor: " <> show w
[2m[really-safe-money-gen] [m[31m-      Just qf -> Right qf[m
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/Amount/Codec.hs:47:33-75
[2m[really-safe-money-gen] [m[36m@@ -44,7 +44,6 @@[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String Amount
[2m[really-safe-money-gen] [m     f s = case readMaybe s of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ unwords ["Could not read string as an Amount:", s][m
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/QuantisationFactor/Codec.hs:41:11-26
[2m[really-safe-money-gen] [m[36m@@ -38,6 +38,5 @@[m
[2m[really-safe-money-gen] [m     codec
[2m[really-safe-money-gen] [m     <?> "QuantisationFactor"
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f w = case QuantisationFactor.fromWord32 w of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ "Unable to parse as a quantisation factor: " <> show w[m
[2m[really-safe-money-gen] [m       Just qf -> Right qf
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/Amount/Codec.hs:50:31-84
[2m[really-safe-money-gen] [m[36m@@ -47,7 +47,6 @@[m
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as an Amount:", s]
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m[31m-          then Left $ unwords ["Negative number of minimal quantisations:", show i][m
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [m               then Left $ unwords ["Number of minimal quantisations is too big:", show i]
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-gen] [m[36m@@ -46,7 +46,7 @@[m
[2m[really-safe-money-gen] [m     f s = case readMaybe s of
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as an Amount:", s]
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m[31m-[m[31m        if (i :: Integer) <[m[31m toInteger (minBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if (i :: Integer) <[m[42m=[m[32m toInteger (minBound :: Word64)[m
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-gen] [m[36m@@ -49,7 +49,7 @@[m
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m[31m-[m[31m            if (i :: Integer) [m[41m>[m[31m toInteger (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m            if (i :: Integer) [m[42m<[m[42m=[m[32m toInteger (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m               then Left $ unwords ["Number of minimal quantisations is too big:", show i]
[2m[really-safe-money-gen] [m               else Right $ Amount.fromMinimalQuantisations (fromIntegral i :: Word64)
[2m[really-safe-money-gen] [m     g :: Amount -> String
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-gen] [m[36m@@ -46,7 +46,7 @@[m
[2m[really-safe-money-gen] [m     f s = case readMaybe s of
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as an Amount:", s]
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[31m ([m[31mi :: Integer) < toInteger (minBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[42m [m[42mn[m[42mo[m[42mt[m[32m ([m[42m([m[32mi :: Integer) < toInteger (minBound :: Word64)[m[42m)[m
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-gen] [m[36m@@ -46,7 +46,7 @@[m
[2m[really-safe-money-gen] [m     f s = case readMaybe s of
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as an Amount:", s]
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[41m [m[41m([m[41mi[m[31m [m[41m:: [m[41mIntege[m[41mr) < toInteg[m[31me[m[41mr[m[41m (m[m[41minBoun[m[41md :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[32m [m[42mF[m[42mal[m[42ms[m[32me[m
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-gen] [m[36m@@ -49,7 +49,7 @@[m
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m[31m-[m[31m            if (i :: Integer) [m[41m>[m[31m toInteger (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m            if (i :: Integer) [m[42m<[m[32m toInteger (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m               then Left $ unwords ["Number of minimal quantisations is too big:", show i]
[2m[really-safe-money-gen] [m               else Right $ Amount.fromMinimalQuantisations (fromIntegral i :: Word64)
[2m[really-safe-money-gen] [m     g :: Amount -> String
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-gen] [m[36m@@ -49,7 +49,7 @@[m
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m[31m-[m[31m            if[m[41m [m[41m([m[41mi[m[41m ::[m[31m [m[41mIntege[m[31mr[m[41m)[m[41m [m[41m> t[m[41moIn[m[41mt[m[31me[m[41mg[m[41mer (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m            if[m[32m [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m               then Left $ unwords ["Number of minimal quantisations is too big:", show i]
[2m[really-safe-money-gen] [m               else Right $ Amount.fromMinimalQuantisations (fromIntegral i :: Word64)
[2m[really-safe-money-gen] [m     g :: Amount -> String
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-gen] [m[36m@@ -49,7 +49,7 @@[m
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m[31m-[m[31m            if (i :: Integer) >[m[31m toInteger (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m            if (i :: Integer) >[m[42m=[m[32m toInteger (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m               then Left $ unwords ["Number of minimal quantisations is too big:", show i]
[2m[really-safe-money-gen] [m               else Right $ Amount.fromMinimalQuantisations (fromIntegral i :: Word64)
[2m[really-safe-money-gen] [m     g :: Amount -> String
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/Account/Codec.hs:51:33-76
[2m[really-safe-money-gen] [m[36m@@ -48,7 +48,6 @@[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String Account
[2m[really-safe-money-gen] [m     f s = case readMaybe s >>= Account.fromMinimalQuantisations of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ unwords ["Could not read string as an Account:", s][m
[2m[really-safe-money-gen] [m       Just a -> Right a
[2m[really-safe-money-gen] [m     g :: Account -> String
[2m[really-safe-money-gen] [m     g = show . Account.toMinimalQuantisations
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/Account/Codec.hs:51:33-76
[2m[really-safe-money-gen] [m[36m@@ -48,7 +48,6 @@[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String Account
[2m[really-safe-money-gen] [m     f s = case readMaybe s >>= Account.fromMinimalQuantisations of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ unwords ["Could not read string as an Account:", s][m
[2m[really-safe-money-gen] [m       Just a -> Right a
[2m[really-safe-money-gen] [m     g :: Account -> String
[2m[really-safe-money-gen] [m     g = show . Account.toMinimalQuantisations
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account/Codec.hs:79:11-24
[2m[really-safe-money-gen] [m[36m@@ -76,6 +76,5 @@[m
[2m[really-safe-money-gen] [m     <?> "Account"
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: Integer -> Either String Account
[2m[really-safe-money-gen] [m     f i = case Account.fromMinimalQuantisations i of
[2m[really-safe-money-gen] [m       Nothing -> Left $ "Number did not fit into an account value: " <> show i
[2m[really-safe-money-gen] [m[31m-      Just a -> Right a[m
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Numeric/DecimalLiteral/Codec.hs:40:33-82
[2m[really-safe-money-gen] [m[36m@@ -37,5 +37,4 @@[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String DecimalLiteral
[2m[really-safe-money-gen] [m     f s = case DecimalLiteral.fromString s of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ unwords ["Could not read string as a DecimalLiteral:", s][m
[2m[really-safe-money-gen] [m       Just a -> Right a
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account/Codec.hs:50:11-24
[2m[really-safe-money-gen] [m[36m@@ -47,9 +47,8 @@[m
[2m[really-safe-money-gen] [m codecViaString = bimapCodec f g stringCodec <?> "Account"
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String Account
[2m[really-safe-money-gen] [m     f s = case readMaybe s >>= Account.fromMinimalQuantisations of
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as an Account:", s]
[2m[really-safe-money-gen] [m[31m-      Just a -> Right a[m
[2m[really-safe-money-gen] [m     g :: Account -> String
[2m[really-safe-money-gen] [m     g = show . Account.toMinimalQuantisations
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Numeric/DecimalLiteral/Codec.hs:40:33-82
[2m[really-safe-money-gen] [m[36m@@ -37,5 +37,4 @@[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String DecimalLiteral
[2m[really-safe-money-gen] [m     f s = case DecimalLiteral.fromString s of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ unwords ["Could not read string as a DecimalLiteral:", s][m
[2m[really-safe-money-gen] [m       Just a -> Right a
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Numeric/DecimalLiteral/Codec.hs:39:11-24
[2m[really-safe-money-gen] [m[36m@@ -36,6 +36,5 @@[m
[2m[really-safe-money-gen] [m codecViaString = bimapCodec f DecimalLiteral.toString stringCodec <?> "DecimalLiteral"
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String DecimalLiteral
[2m[really-safe-money-gen] [m     f s = case DecimalLiteral.fromString s of
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as a DecimalLiteral:", s]
[2m[really-safe-money-gen] [m[31m-      Just a -> Right a[m
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/Amount/Codec.hs:53:35-90
[2m[really-safe-money-gen] [m[36m@@ -50,7 +50,6 @@[m
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [m[31m-              then Left $ unwords ["Number of minimal quantisations is too big:", show i][m
[2m[really-safe-money-gen] [m               else Right $ Amount.fromMinimalQuantisations (fromIntegral i :: Word64)
[2m[really-safe-money-gen] [m     g :: Amount -> String
[2m[really-safe-money-gen] [m     g = show . Amount.toMinimalQuantisations
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-gen] [m[36m@@ -49,7 +49,7 @@[m
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m[31m-[m[31m            if[m[41m [m[41m([m[41mi [m[41m:: [m[41mIntege[m[41mr) > toInteg[m[41mer[m[31m [m[41m([m[41mm[m[31ma[m[41mxBo[m[41mu[m[41mn[m[41md :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m            if[m[32m [m[42mF[m[32ma[m[42ml[m[42ms[m[42me[m
[2m[really-safe-money-gen] [m               then Left $ unwords ["Number of minimal quantisations is too big:", show i]
[2m[really-safe-money-gen] [m               else Right $ Amount.fromMinimalQuantisations (fromIntegral i :: Word64)
[2m[really-safe-money-gen] [m     g :: Amount -> String
[2m[really-safe-money-gen] [mTesting mutation Negate at src/Money/Amount/Codec.hs:52:16-63
[2m[really-safe-money-gen] [m[36m@@ -49,7 +49,7 @@[m
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m[31m-[m[31m            if[m[31m ([m[31mi :: Integer) > toInteger (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m            if[m[42m [m[42mn[m[42mo[m[42mt[m[32m ([m[42m([m[32mi :: Integer) > toInteger (maxBound :: Word64)[m[42m)[m
[2m[really-safe-money-gen] [m               then Left $ unwords ["Number of minimal quantisations is too big:", show i]
[2m[really-safe-money-gen] [m               else Right $ Amount.fromMinimalQuantisations (fromIntegral i :: Word64)
[2m[really-safe-money-gen] [m     g :: Amount -> String
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account/Codec.hs:50:11-24
[2m[really-safe-money-gen] [m[36m@@ -47,9 +47,8 @@[m
[2m[really-safe-money-gen] [m codecViaString = bimapCodec f g stringCodec <?> "Account"
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String Account
[2m[really-safe-money-gen] [m     f s = case readMaybe s >>= Account.fromMinimalQuantisations of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ unwords ["Could not read string as an Account:", s][m
[2m[really-safe-money-gen] [m       Just a -> Right a
[2m[really-safe-money-gen] [m     g :: Account -> String
[2m[really-safe-money-gen] [m     g = show . Account.toMinimalQuantisations
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Numeric/DecimalLiteral/Codec.hs:39:11-24
[2m[really-safe-money-gen] [m[36m@@ -36,6 +36,5 @@[m
[2m[really-safe-money-gen] [m codecViaString = bimapCodec f DecimalLiteral.toString stringCodec <?> "DecimalLiteral"
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String DecimalLiteral
[2m[really-safe-money-gen] [m     f s = case DecimalLiteral.fromString s of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ unwords ["Could not read string as a DecimalLiteral:", s][m
[2m[really-safe-money-gen] [m       Just a -> Right a
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-gen] [m[36m@@ -46,7 +46,7 @@[m
[2m[really-safe-money-gen] [m     f s = case readMaybe s of
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as an Amount:", s]
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m[31m-[m[31m        if (i :: Integer) [m[41m<[m[31m toInteger (minBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if (i :: Integer) [m[42m>[m[42m=[m[32m toInteger (minBound :: Word64)[m
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Account/Codec.hs:79:11-24
[2m[really-safe-money-gen] [m[36m@@ -76,6 +76,5 @@[m
[2m[really-safe-money-gen] [m     <?> "Account"
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: Integer -> Either String Account
[2m[really-safe-money-gen] [m     f i = case Account.fromMinimalQuantisations i of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ "Number did not fit into an account value: " <> show i[m
[2m[really-safe-money-gen] [m       Just a -> Right a
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Amount/Codec.hs:46:11-86
[2m[really-safe-money-gen] [m[36m@@ -43,15 +43,8 @@[m
[2m[really-safe-money-gen] [m codecViaString = bimapCodec f g stringCodec <?> "Amount"
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String Amount
[2m[really-safe-money-gen] [m     f s = case readMaybe s of
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as an Amount:", s]
[2m[really-safe-money-gen] [m[31m-      Just i ->[m
[2m[really-safe-money-gen] [m[31m-        if (i :: Integer) < toInteger (minBound :: Word64)[m
[2m[really-safe-money-gen] [m[31m-          then Left $ unwords ["Negative number of minimal quantisations:", show i][m
[2m[really-safe-money-gen] [m[31m-          else[m
[2m[really-safe-money-gen] [m[31m-            if (i :: Integer) > toInteger (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[31m-              then Left $ unwords ["Number of minimal quantisations is too big:", show i][m
[2m[really-safe-money-gen] [m[31m-              else Right $ Amount.fromMinimalQuantisations (fromIntegral i :: Word64)[m
[2m[really-safe-money-gen] [m     g :: Amount -> String
[2m[really-safe-money-gen] [m     g = show . Amount.toMinimalQuantisations
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation RemoveCase at src/Money/Amount/Codec.hs:46:11-86
[2m[really-safe-money-gen] [m[36m@@ -43,15 +43,14 @@[m
[2m[really-safe-money-gen] [m codecViaString = bimapCodec f g stringCodec <?> "Amount"
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String Amount
[2m[really-safe-money-gen] [m     f s = case readMaybe s of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ unwords ["Could not read string as an Amount:", s][m
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [m               then Left $ unwords ["Number of minimal quantisations is too big:", show i]
[2m[really-safe-money-gen] [m               else Right $ Amount.fromMinimalQuantisations (fromIntegral i :: Word64)
[2m[really-safe-money-gen] [m     g :: Amount -> String
[2m[really-safe-money-gen] [m     g = show . Amount.toMinimalQuantisations
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [mTesting mutation ConstBool at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-gen] [m[36m@@ -46,7 +46,7 @@[m
[2m[really-safe-money-gen] [m     f s = case readMaybe s of
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as an Amount:", s]
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[41m [m[41m([m[41mi[m[41m ::[m[31m [m[41mIntege[m[31mr[m[41m)[m[41m [m[41m< t[m[41moIn[m[41mt[m[31me[m[41mg[m[41mer (minBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[32m [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/Amount/Codec.hs:53:35-90
[2m[really-safe-money-gen] [m[36m@@ -50,7 +50,6 @@[m
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [m[31m-              then Left $ unwords ["Number of minimal quantisations Killed: [32m426[m
[2m[really-safe-money-gen] [m  (of which timed out: [33m0[m)
[2m[really-safe-money-gen] [mSurvived: [31m58[m
[2m[really-safe-money-gen] [mUncovered: [33m40[m
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mSurviving mutations:
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mListLit at src/Money/MultiAccount.hs:66:7-8
[2m[really-safe-money-gen] [m[36m@@ -63,11 +63,10 @@[m
[2m[really-safe-money-gen] [m instance (Validity currency, Show currency, Ord currency) => Validity (MultiAccount currency) where
[2m[really-safe-money-gen] [m   validate ma@(MultiAccount m) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ma,[m
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The account is not zero" $
[2m[really-safe-money-gen] [m             a /= Account.zero
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- TODO no empty currencies
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mListLit at src/Money/MultiAccount.hs:66:7-8
[2m[really-safe-money-gen] [m[36m@@ -63,11 +63,7 @@[m
[2m[really-safe-money-gen] [m instance (Validity currency, Show currency, Ord currency) => Validity (MultiAccount currency) where
[2m[really-safe-money-gen] [m   validate ma@(MultiAccount m) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ma,[m
[2m[really-safe-money-gen] [m[31m-        decorateMap m $ \_ a ->[m
[2m[really-safe-money-gen] [m[31m-          declare "The account is not zero" $[m
[2m[really-safe-money-gen] [m[31m-            a /= Account.zero[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- TODO no empty currencies
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/MultiAccount.hs:69:13-30
[2m[really-safe-money-gen] [m[36m@@ -66,7 +66,7 @@[m
[2m[really-safe-money-gen] [m       [ genericValidate ma,
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The account is not zero" $
[2m[really-safe-money-gen] [m[31m-[m[31m            [m[41ma[m[41m /[m[41m= Ac[m[41mco[m[31mu[m[41mnt[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m            [m[42mT[m[42mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- TODO no empty currencies
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/MultiAccount.hs:78:6-28
[2m[really-safe-money-gen] [m[36m@@ -75,7 +75,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m fromAccount :: currency -> Account -> MultiAccount currency
[2m[really-safe-money-gen] [m fromAccount currency amount =
[2m[really-safe-money-gen] [m[31m-[m[31m  if [m[41ma[m[41mm[m[41mo[m[41munt[m[41m == A[m[41mcco[m[31mu[m[41mn[m[41mt.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m  if [m[42mTr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m     then zero
[2m[really-safe-money-gen] [m     else MultiAccount $ M.singleton currency amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mMaybeOp at src/Money/MultiAccount.hs:113:40-46
[2m[really-safe-money-gen] [m[36m@@ -110,7 +110,7 @@[m
[2m[really-safe-money-gen] [m -- | Add an 'Account' to a 'MultiAccount'
[2m[really-safe-money-gen] [m addAccount :: (Ord currency) => MultiAccount currency -> currency -> Account -> Maybe (MultiAccount currency)
[2m[really-safe-money-gen] [m addAccount m _ (Positive (Amount 0)) = Just m
[2m[really-safe-money-gen] [m[31m-[m[31maddAccount m _ (Negative (Amount 0)) = [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m m[m
[2m[really-safe-money-gen] [m[32m+[m[32maddAccount m _ (Negative (Amount 0)) = [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m addAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Just $ M.insert currency account m
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mMaybeOp at src/Money/MultiAccount.hs:127:45-51
[2m[really-safe-money-gen] [m[36m@@ -124,7 +124,7 @@[m
[2m[really-safe-money-gen] [m -- | Add an 'Account' to a 'MultiAccount'
[2m[really-safe-money-gen] [m subtractAccount :: (Ord currency) => MultiAccount currency -> currency -> Account -> Maybe (MultiAccount currency)
[2m[really-safe-money-gen] [m subtractAccount m _ (Positive (Amount 0)) = Just m
[2m[really-safe-money-gen] [m[31m-[m[31msubtractAccount m _ (Negative (Amount 0)) = [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m m[m
[2m[really-safe-money-gen] [m[32m+[m[32msubtractAccount m _ (Negative (Amount 0)) = [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m subtractAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Just $ M.insert currency (Account.negate account) m
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mMaybeOp at src/Money/MultiAccount.hs:126:45-51
[2m[really-safe-money-gen] [m[36m@@ -123,7 +123,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Add an 'Account' to a 'MultiAccount'
[2m[really-safe-money-gen] [m subtractAccount :: (Ord currency) => MultiAccount currency -> currency -> Account -> Maybe (MultiAccount currency)
[2m[really-safe-money-gen] [m[31m-[m[31msubtractAccount m _ (Positive (Amount 0)) = [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m m[m
[2m[really-safe-money-gen] [m[32m+[m[32msubtractAccount m _ (Positive (Amount 0)) = [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m subtractAccount m _ (Negative (Amount 0)) = Just m
[2m[really-safe-money-gen] [m subtractAccount (MultiAccount m) currency account =
[2m[really-safe-money-gen] [m   fmap MultiAccount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mListLit at src/Money/MultiAmount.hs:63:7-8
[2m[really-safe-money-gen] [m[36m@@ -60,11 +60,10 @@[m
[2m[really-safe-money-gen] [m instance (Validity currency, Show currency, Ord currency) => Validity (MultiAmount currency) where
[2m[really-safe-money-gen] [m   validate ma@(MultiAmount m) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ma,[m
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The amount is not zero" $
[2m[really-safe-money-gen] [m             a /= Amount.zero
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData currency) => NFData (MultiAmount currency)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mListLit at src/Money/MultiAmount.hs:63:7-8
[2m[really-safe-money-gen] [m[36m@@ -60,11 +60,7 @@[m
[2m[really-safe-money-gen] [m instance (Validity currency, Show currency, Ord currency) => Validity (MultiAmount currency) where
[2m[really-safe-money-gen] [m   validate ma@(MultiAmount m) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ma,[m
[2m[really-safe-money-gen] [m[31m-        decorateMap m $ \_ a ->[m
[2m[really-safe-money-gen] [m[31m-          declare "The amount is not zero" $[m
[2m[really-safe-money-gen] [m[31m-            a /= Amount.zero[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData currency) => NFData (MultiAmount currency)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/MultiAmount.hs:66:13-29
[2m[really-safe-money-gen] [m[36m@@ -63,7 +63,7 @@[m
[2m[really-safe-money-gen] [m       [ genericValidate ma,
[2m[really-safe-money-gen] [m         decorateMap m $ \_ a ->
[2m[really-safe-money-gen] [m           declare "The amount is not zero" $
[2m[really-safe-money-gen] [m[31m-[m[41m  [m[31m          [m[41ma[m[31m [m[41m/[m[41m=[m[31m [m[41mA[m[41mmo[m[31mu[m[41mnt[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m          [m[32m [m[32m [m[42mTr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData currency) => NFData (MultiAmount currency)
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/MultiAmount.hs:106:12-28
[2m[really-safe-money-gen] [m[36m@@ -103,7 +103,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.add a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[41m [m[41mr[m[41m [m[41m==[m[31m [m[41mA[m[41mmount[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[32m [m[42mFal[m[42ms[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mNegate at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.subtract a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[31m [m[31mr == Amount.zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[42m [m[42mn[m[42mo[m[42mt[m[32m [m[42m([m[32mr == Amount.zero[m[42m)[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.subtract a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if[m[41m [m[41mr[m[41m [m[41m==[m[31m [m[41mA[m[41mmount[m[41m.z[m[31me[m[41mro[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if[m[32m [m[42mFal[m[42ms[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/MultiAmount.hs:119:12-28
[2m[really-safe-money-gen] [m[36m@@ -116,7 +116,7 @@[m
[2m[really-safe-money-gen] [m     Just a -> do
[2m[really-safe-money-gen] [m       r <- Amount.subtract a amount
[2m[really-safe-money-gen] [m       Just $
[2m[really-safe-money-gen] [m[31m-[m[31m        if [m[31mr[m[41m [m[41m==[m[41m Am[m[41mo[m[31mu[m[41mn[m[41mt.[m[41mz[m[31me[m[41mr[m[41mo[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if [m[42mT[m[32mr[m[32mu[m[32me[m
[2m[really-safe-money-gen] [m           then M.delete currency m
[2m[really-safe-money-gen] [m           else M.insert currency r m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mMaybeOp at src/Money/MultiAmount.hs:112:33-39
[2m[really-safe-money-gen] [m[36m@@ -109,7 +109,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Subtract an 'Amount' from a 'MultiAmount'
[2m[really-safe-money-gen] [m subtractAmount :: (Ord currency) => MultiAmount currency -> currency -> Amount -> Maybe (MultiAmount currency)
[2m[really-safe-money-gen] [m[31m-[m[31msubtractAmount m _ (Amount 0) = [m[41mJ[m[41mu[m[41ms[m[31mt[m[41m m[m
[2m[really-safe-money-gen] [m[32m+[m[32msubtractAmount m _ (Amount 0) = [m[42mNo[m[32mt[m[42mh[m[42ming[m
[2m[really-safe-money-gen] [m subtractAmount (MultiAmount m) currency amount =
[2m[really-safe-money-gen] [m   fmap MultiAmount $ case M.lookup currency m of
[2m[really-safe-money-gen] [m     Nothing -> Nothing -- Can't go below zero
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/MultiAmount.hs:168:20-45
[2m[really-safe-money-gen] [m[36m@@ -165,7 +165,7 @@[m
[2m[really-safe-money-gen] [m               maxBoundN :: Natural
[2m[really-safe-money-gen] [m               maxBoundN = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m               actualResult =
[2m[really-safe-money-gen] [m[31m-[m[31m                if roundedResult >[m[31m maxBoundN[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if roundedResult >[m[42m=[m[32m maxBoundN[m
[2m[really-safe-money-gen] [m                   then Nothing
[2m[really-safe-money-gen] [m                   else Just (fromIntegral roundedResult)
[2m[really-safe-money-gen] [m               rounded = case compare (fromIntegral roundedResult) theoreticalResult of
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mListLit at src/Money/Amount.hs:603:7-8
[2m[really-safe-money-gen] [m[36m@@ -600,13 +600,12 @@[m
[2m[really-safe-money-gen] [m instance (Validity amount, Ord amount) => Validity (Distribution amount) where
[2m[really-safe-money-gen] [m   validate ad =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ad,[m
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m               a1 > a2
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData amount) => NFData (Distribution amount)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mListLit at src/Money/Amount.hs:603:7-8
[2m[really-safe-money-gen] [m[36m@@ -600,13 +600,7 @@[m
[2m[really-safe-money-gen] [m instance (Validity amount, Ord amount) => Validity (Distribution amount) where
[2m[really-safe-money-gen] [m   validate ad =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate ad,[m
[2m[really-safe-money-gen] [m[31m-        case ad of[m
[2m[really-safe-money-gen] [m[31m-          DistributedIntoUnequalChunks _ a1 _ a2 ->[m
[2m[really-safe-money-gen] [m[31m-            declare "The larger chunks are larger" $[m
[2m[really-safe-money-gen] [m[31m-              a1 > a2[m
[2m[really-safe-money-gen] [m[31m-          _ -> valid[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData amount) => NFData (Distribution amount)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mRemoveCase at src/Money/Amount.hs:604:9-21
[2m[really-safe-money-gen] [m[36m@@ -601,11 +601,8 @@[m
[2m[really-safe-money-gen] [m   validate ad =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate ad,
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m[31m-          DistributedIntoUnequalChunks _ a1 _ a2 ->[m
[2m[really-safe-money-gen] [m[31m-            declare "The larger chunks are larger" $[m
[2m[really-safe-money-gen] [m[31m-              a1 > a2[m
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance (NFData amount) => NFData (Distribution amount)
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/Amount.hs:607:15-22
[2m[really-safe-money-gen] [m[36m@@ -604,7 +604,7 @@[m
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m[31m-[m[31m              [m[41ma[m[41m1[m[41m > a2[m
[2m[really-safe-money-gen] [m[32m+[m[32m              [m[42mT[m[42mrue[m
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Amount.hs:607:15-22
[2m[really-safe-money-gen] [m[36m@@ -604,7 +604,7 @@[m
[2m[really-safe-money-gen] [m         case ad of
[2m[really-safe-money-gen] [m           DistributedIntoUnequalChunks _ a1 _ a2 ->
[2m[really-safe-money-gen] [m             declare "The larger chunks are larger" $
[2m[really-safe-money-gen] [m[31m-[m[31m              a1 >[m[31m a2[m
[2m[really-safe-money-gen] [m[32m+[m[32m              a1 >[m[42m=[m[32m a2[m
[2m[really-safe-money-gen] [m           _ -> valid
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mMaybeOp at src/Money/Amount.hs:661:19-28
[2m[really-safe-money-gen] [m[36m@@ -658,7 +658,7 @@[m
[2m[really-safe-money-gen] [m   -- | The amount and the real rate that was used, considering the 'Rounding'
[2m[really-safe-money-gen] [m   (Maybe Amount, Ratio Natural)
[2m[really-safe-money-gen] [m fraction _ (Amount 0) f = (Just zero, f)
[2m[really-safe-money-gen] [m[31m-[m[31mfraction _ _ 0 = ([m[41mJ[m[41mu[m[41mst[m[41m ze[m[41mr[m[31mo[m[31m, 0)[m
[2m[really-safe-money-gen] [m[32m+[m[32mfraction _ _ 0 = ([m[42mN[m[32mo[m[42mth[m[42min[m[42mg[m[32m, 0)[m
[2m[really-safe-money-gen] [m fraction r (Amount a) f =
[2m[really-safe-money-gen] [m   let amountAsRatio :: Ratio Natural
[2m[really-safe-money-gen] [m       amountAsRatio = (fromIntegral :: Word64 -> Ratio Natural) a
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Amount.hs:495:10-23
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = fromIntegral (maxBound :: Word64)
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = foldl' (\acc a -> (toInteger :: Word64 -> Integer) (toMinimalQuantisations a) + acc) 0 l
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r >[m[31m maxBoundI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r >[m[42m=[m[32m maxBoundI[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Amount.hs:341:26-91
[2m[really-safe-money-gen] [m[36m@@ -338,7 +338,7 @@[m
[2m[really-safe-money-gen] [m                   floored = (floor :: Double -> Natural) resultDouble
[2m[really-safe-money-gen] [m                in if ceiled == floored
[2m[really-safe-money-gen] [m                     then
[2m[really-safe-money-gen] [m[31m-[m[31m                      if ceiled >[m[31m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m                      if ceiled >[m[42m=[m[32m (fromIntegral :: Word64 -> Natural) (maxBound :: Word64)[m
[2m[really-safe-money-gen] [m                         then Nothing
[2m[really-safe-money-gen] [m                         else Just $ Amount (fromIntegral ceiled)
[2m[really-safe-money-gen] [m                     else Nothing
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/Amount.hs:332:14-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if[m[41m [m[41me[m[41mxp[m[41mone[m[41mnt[m[31m [m[41mr[m[41me[m[31ms[m[41multDoub[m[41ml[m[31me[m[41m [m[41m>[m[41m 65[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if[m[32m [m[42mFa[m[42ml[m[32ms[m[32me[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Amount.hs:332:14-40
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m       | otherwise =
[2m[really-safe-money-gen] [m           -- Shortcut for numbers that are way too big anyway
[2m[really-safe-money-gen] [m           -- so that we don't have to compute the according 'Natural' values.
[2m[really-safe-money-gen] [m[31m-[m[31m          if exponent resultDouble >[m[31m 65[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if exponent resultDouble >[m[42m=[m[32m 65[m
[2m[really-safe-money-gen] [m             then Nothing
[2m[really-safe-money-gen] [m             else
[2m[really-safe-money-gen] [m               let ceiled :: Natural
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mMaybeOp at src/Money/Amount.hs:520:14-66
[2m[really-safe-money-gen] [m[36m@@ -517,7 +517,7 @@[m
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m    in if r < 0
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m        else [m[41mJ[m[41mu[m[41ms[m[41mt ([m[41mAm[m[31mo[m[41mu[m[41mn[m[31mt[m[41m [m[41m([m[41m(f[m[41mrom[m[41mI[m[31mn[m[41mt[m[41me[m[31mg[m[41mer [m[41m:: Integer -> Word64) r))[m
[2m[really-safe-money-gen] [m[32m+[m[32m        else [m[42mN[m[32mo[m[32mt[m[42mhi[m[32mn[m[32mg[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Multiply an amount of money by an integer scalar
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/Amount.hs:518:10-15
[2m[really-safe-money-gen] [m[36m@@ -515,7 +515,7 @@[m
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if [m[31mr[m[41m [m[41m< 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if [m[42mT[m[32mr[m[42mue[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Amount.hs:518:10-15
[2m[really-safe-money-gen] [m[36m@@ -515,7 +515,7 @@[m
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r <[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r <[m[42m=[m[32m 0[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mIntLit at src/Money/Amount.hs:518:14-15
[2m[really-safe-money-gen] [m[36m@@ -515,7 +515,7 @@[m
[2m[really-safe-money-gen] [m       i2 = (fromIntegral :: Word64 -> Integer) a2
[2m[really-safe-money-gen] [m       r :: Integer
[2m[really-safe-money-gen] [m       r = i1 - i2
[2m[really-safe-money-gen] [m[31m-[m[31m   in if r < [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if r < [m[42m1[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else Just (Amount ((fromInteger :: Integer -> Word64) r))
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mListLit at src/Money/QuantisationFactor.hs:39:7-8
[2m[really-safe-money-gen] [m[36m@@ -36,9 +36,8 @@[m
[2m[really-safe-money-gen] [m instance Validity QuantisationFactor where
[2m[really-safe-money-gen] [m   validate qf@(QuantisationFactor w) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate qf,[m
[2m[really-safe-money-gen] [m         declare "The quantisation factor is not zero" $ w /= 0
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData QuantisationFactor
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mListLit at src/Money/QuantisationFactor.hs:39:7-8
[2m[really-safe-money-gen] [m[36m@@ -36,9 +36,7 @@[m
[2m[really-safe-money-gen] [m instance Validity QuantisationFactor where
[2m[really-safe-money-gen] [m   validate qf@(QuantisationFactor w) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate qf,[m
[2m[really-safe-money-gen] [m[31m-        declare "The quantisation factor is not zero" $ w /= 0[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData QuantisationFactor
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/QuantisationFactor.hs:40:57-63
[2m[really-safe-money-gen] [m[36m@@ -37,7 +37,7 @@[m
[2m[really-safe-money-gen] [m   validate qf@(QuantisationFactor w) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m       [ genericValidate qf,
[2m[really-safe-money-gen] [m[31m-[m[31m        declare "The quantisation factor is not zero" $[m[41m [m[41mw[m[41m [m[41m/=[m[31m [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        declare "The quantisation factor is not zero" $[m[32m [m[42mTru[m[42me[m
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData QuantisationFactor
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mListLit at src/Money/ConversionRate.hs:37:7-8
[2m[really-safe-money-gen] [m[36m@@ -34,9 +34,8 @@[m
[2m[really-safe-money-gen] [m instance Validity ConversionRate where
[2m[really-safe-money-gen] [m   validate cr@(ConversionRate r) =
[2m[really-safe-money-gen] [m     mconcat
[2m[really-safe-money-gen] [m[31m-      [ genericValidate cr,[m
[2m[really-safe-money-gen] [m         declare "The rate is nonzero" $ numerator r /= 0
[2m[really-safe-money-gen] [m       ]
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m instance NFData ConversionRate
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mIntLit at src/Money/ConversionRate.hs:109:27-28
[2m[really-safe-money-gen] [m[36m@@ -106,7 +106,7 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | One-to-one conversion rate
[2m[really-safe-money-gen] [m oneToOne :: ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31moneToOne = ConversionRate [m[41m1[m
[2m[really-safe-money-gen] [m[32m+[m[32moneToOne = ConversionRate [m[42m0[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Invert a 'ConversionRate', to convert in the other direction.
[2m[really-safe-money-gen] [m --
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mArith at src/Money/ConversionRate.hs:127:70-79
[2m[really-safe-money-gen] [m[36m@@ -124,7 +124,7 @@[m
[2m[really-safe-money-gen] [m -- >>> compose (ConversionRate (2 % 1)) (ConversionRate (1 % 2))
[2m[really-safe-money-gen] [m -- ConversionRate {unConversionRate = 1 % 1}
[2m[really-safe-money-gen] [m compose :: ConversionRate -> ConversionRate -> ConversionRate
[2m[really-safe-money-gen] [m[31m-[m[31mcompose (ConversionRate cr1) (ConversionRate cr2) = ConversionRate $ cr1 [m[41m*[m[31m cr2[m
[2m[really-safe-money-gen] [m[32m+[m[32mcompose (ConversionRate cr1) (ConversionRate cr2) = ConversionRate $ cr1 [m[42m+[m[32m cr2[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | The factor to multiply by when converting currencies.
[2m[really-safe-money-gen] [m conversionFactor :: QuantisationFactor -> ConversionRate -> QuantisationFactor -> Ratio Natural
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mRemoveCase at src/Money/AccountOf.hs:180:30-115is too big:", show i][m
[2m[really-safe-money-gen] [m               else Right $ Amount.fromMinimalQuantisations (fromIntegral i :: Word64)
[2m[really-safe-money-gen] [m     g :: Amount -> String
[2m[really-safe-money-gen] [m     g = show . Amount.toMinimalQuantisations
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/Amount/Codec.hs:50:31-84
[2m[really-safe-money-gen] [m[36m@@ -47,7 +47,6 @@[m
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as an Amount:", s]
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m[31m-          then Left $ unwords ["Negative number of minimal quantisations:", show i][m
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [m               then Left $ unwords ["Number of minimal quantisations is too big:", show i]
[2m[really-safe-money-gen] [mTesting mutation ListLit at src/Money/Amount/Codec.hs:47:33-75
[2m[really-safe-money-gen] [m[36m@@ -44,7 +44,6 @@[m
[2m[really-safe-money-gen] [m   where
[2m[really-safe-money-gen] [m     f :: String -> Either String Amount
[2m[really-safe-money-gen] [m     f s = case readMaybe s of
[2m[really-safe-money-gen] [m[31m-      Nothing -> Left $ unwords ["Could not read string as an Amount:", s][m
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m         if (i :: Integer) < toInteger (minBound :: Word64)
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [mTesting mutation Cmp at src/Money/Amount/Codec.hs:49:12-59
[2m[really-safe-money-gen] [m[36m@@ -46,7 +46,7 @@[m
[2m[really-safe-money-gen] [m     f s = case readMaybe s of
[2m[really-safe-money-gen] [m       Nothing -> Left $ unwords ["Could not read string as an Amount:", s]
[2m[really-safe-money-gen] [m       Just i ->
[2m[really-safe-money-gen] [m[31m-[m[31m        if (i :: Integer) [m[41m<[m[31m toInteger (minBound :: Word64)[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if (i :: Integer) [m[42m>[m[32m toInteger (minBound :: Word64)[m
[2m[really-safe-money-gen] [m           then Left $ unwords ["Negative number of minimal quantisations:", show i]
[2m[really-safe-money-gen] [m           else
[2m[really-safe-money-gen] [m             if (i :: Integer) > toInteger (maxBound :: Word64)
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [m[36m@@ -177,11 +177,10 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | See 'Account.distribute'
[2m[really-safe-money-gen] [m distribute :: AccountOf currency -> Word16 -> AccountDistributionOf currency
[2m[really-safe-money-gen] [m distribute (AccountOf a) w = case Account.distribute a w of
[2m[really-safe-money-gen] [m   DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m   DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m[31m-  DistributedIntoEqualChunks w' a' -> DistributedIntoEqualChunks w' (fromAccount a')[m
[2m[really-safe-money-gen] [m   DistributedIntoUnequalChunks w1 a1 w2 a2 -> DistributedIntoUnequalChunks w1 (fromAccount a1) w2 (fromAccount a2)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | The result of 'distribute'
[2m[really-safe-money-gen] [m type AccountDistributionOf (currency :: k) = Distribution (AccountOf currency)
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mRemoveCase at src/Numeric/DecimalLiteral.hs:112:17-21
[2m[really-safe-money-gen] [m[36m@@ -109,9 +109,8 @@[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Like 'fromString' but in a 'MonadFail'
[2m[really-safe-money-gen] [m fromStringM :: (MonadFail m) => String -> m DecimalLiteral
[2m[really-safe-money-gen] [m fromStringM s = case Numeric.DecimalLiteral.fromString s of
[2m[really-safe-money-gen] [m   Nothing -> fail $ "Failed to parse decimal literal from: " <> show s
[2m[really-safe-money-gen] [m[31m-  Just dl -> pure dl[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m decimalLiteralP :: ReadP DecimalLiteral
[2m[really-safe-money-gen] [m decimalLiteralP = do
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mRemoveCase at src/Numeric/DecimalLiteral.hs:287:38-40
[2m[really-safe-money-gen] [m[36m@@ -284,9 +284,8 @@[m
[2m[really-safe-money-gen] [m -- >>> toRatio (DecimalLiteral (Just False) 3 1)
[2m[really-safe-money-gen] [m -- Nothing
[2m[really-safe-money-gen] [m toRatio :: DecimalLiteral -> Maybe (Ratio Natural)
[2m[really-safe-money-gen] [m toRatio (DecimalLiteral mSign m e) = case mSign of
[2m[really-safe-money-gen] [m[31m-  Just False -> Nothing[m
[2m[really-safe-money-gen] [m   _ -> Just $ fromIntegral m / (10 ^ e)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Word'
[2m[really-safe-money-gen] [m fromWord :: Word -> DecimalLiteral
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mIntLit at src/Numeric/DecimalLiteral.hs:289:33-35
[2m[really-safe-money-gen] [m[36m@@ -286,7 +286,7 @@[m
[2m[really-safe-money-gen] [m toRatio :: DecimalLiteral -> Maybe (Ratio Natural)
[2m[really-safe-money-gen] [m toRatio (DecimalLiteral mSign m e) = case mSign of
[2m[really-safe-money-gen] [m   Just False -> Nothing
[2m[really-safe-money-gen] [m[31m-[m[31m  _ -> Just $ fromIntegral m / (1[m[41m0[m[31m ^ e)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  _ -> Just $ fromIntegral m / (1[m[32m ^ e)[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Word'
[2m[really-safe-money-gen] [m fromWord :: Word -> DecimalLiteral
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mRemoveAction at src/Numeric/DecimalLiteral.hs:299:3-47
[2m[really-safe-money-gen] [m[36m@@ -296,7 +296,6 @@[m
[2m[really-safe-money-gen] [m toWord :: DecimalLiteral -> Maybe Word
[2m[really-safe-money-gen] [m toWord dl = do
[2m[really-safe-money-gen] [m   n <- toNatural dl
[2m[really-safe-money-gen] [m[31m-  guard $ n <= fromIntegral (maxBound :: Word)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Natural'
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Numeric/DecimalLiteral.hs:299:11-47
[2m[really-safe-money-gen] [m[36m@@ -296,7 +296,7 @@[m
[2m[really-safe-money-gen] [m toWord :: DecimalLiteral -> Maybe Word
[2m[really-safe-money-gen] [m toWord dl = do
[2m[really-safe-money-gen] [m   n <- toNatural dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $[m[41m [m[41mn[m[31m [m[41m<[m[41m= [m[41mfrom[m[41mI[m[41mn[m[41mte[m[41mg[m[31mr[m[41ma[m[41ml [m[41m(maxB[m[41mo[m[31mu[m[41mn[m[41md [m[41m:[m[41m:[m[41m W[m[41mord)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $[m[32m [m[42mT[m[32mr[m[32mu[m[42me[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Construct a 'DecimalLiteral' from a 'Natural'
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mRemoveAction at src/Numeric/DecimalLiteral.hs:332:3-46
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,6 @@[m
[2m[really-safe-money-gen] [m toInt :: DecimalLiteral -> Maybe Int
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m[31m-  guard $ n <= fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m   guard $ n >= fromIntegral (minBound :: Int)
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mRemoveAction at src/Numeric/DecimalLiteral.hs:333:3-46
[2m[really-safe-money-gen] [m[36m@@ -330,7 +330,6 @@[m
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m   guard $ n <= fromIntegral (maxBound :: Int)
[2m[really-safe-money-gen] [m[31m-  guard $ n >= fromIntegral (minBound :: Int)[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Numeric/DecimalLiteral.hs:333:11-46
[2m[really-safe-money-gen] [m[36m@@ -330,7 +330,7 @@[m
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m   guard $ n <= fromIntegral (maxBound :: Int)
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ [m[41mn[m[41m [m[41m>=[m[41m f[m[31mr[m[41mom[m[41mI[m[41mn[m[41mt[m[31me[m[41mg[m[41mral [m[41m(minBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m toInt :: DecimalLiteral -> Maybe Int
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ [m[41mn[m[41m [m[41m<=[m[41m f[m[31mr[m[41mom[m[41mI[m[41mn[m[41mt[m[31me[m[41mg[m[41mral [m[41m(maxBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ [m[42mT[m[32mr[m[42mu[m[32me[m
[2m[really-safe-money-gen] [m   guard $ n >= fromIntegral (minBound :: Int)
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Numeric/DecimalLiteral.hs:332:11-46
[2m[really-safe-money-gen] [m[36m@@ -329,7 +329,7 @@[m
[2m[really-safe-money-gen] [m toInt :: DecimalLiteral -> Maybe Int
[2m[really-safe-money-gen] [m toInt dl = do
[2m[really-safe-money-gen] [m   n <- toInteger dl
[2m[really-safe-money-gen] [m[31m-[m[31m  guard $ n <[m[41m=[m[31m fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m[32m+[m[32m  guard $ n <[m[32m fromIntegral (maxBound :: Int)[m
[2m[really-safe-money-gen] [m   guard $ n >= fromIntegral (minBound :: Int)
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Numeric/DecimalLiteral.hs:337:16-22
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if a >[m[41m=[m[31m 0 then Nothing else Just False[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if a >[m[32m 0 then Nothing else Just False[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mIntLit at src/Numeric/DecimalLiteral.hs:337:21-22
[2m[really-safe-money-gen] [m[36m@@ -334,7 +334,7 @@[m
[2m[really-safe-money-gen] [m   pure $ fromIntegral n
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m numSign :: (Ord a, Num a) => a -> Maybe Bool
[2m[really-safe-money-gen] [m[31m-[m[31mnumSign a = if a >= [m[41m0[m[31m then Nothing else Just False[m
[2m[really-safe-money-gen] [m[32m+[m[32mnumSign a = if a >= [m[42m1[m[32m then Nothing else Just False[m
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m signSignum :: (Num a) => Maybe Bool -> (a -> a)
[2m[really-safe-money-gen] [m signSignum = \case
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Account.hs:131:20-26
[2m[really-safe-money-gen] [m[36m@@ -128,7 +128,7 @@[m
[2m[really-safe-money-gen] [m               amount :: Amount
[2m[really-safe-money-gen] [m               amount = Amount.fromMinimalQuantisations w
[2m[really-safe-money-gen] [m            in Just $
[2m[really-safe-money-gen] [m[31m-[m[31m                if i >[m[41m=[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if i >[m[32m 0[m
[2m[really-safe-money-gen] [m                   then Positive amount
[2m[really-safe-money-gen] [m                   else Negative amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mIntLit at src/Money/Account.hs:131:25-26
[2m[really-safe-money-gen] [m[36m@@ -128,7 +128,7 @@[m
[2m[really-safe-money-gen] [m               amount :: Amount
[2m[really-safe-money-gen] [m               amount = Amount.fromMinimalQuantisations w
[2m[really-safe-money-gen] [m            in Just $
[2m[really-safe-money-gen] [m[31m-[m[31m                if i >= [m[41m0[m
[2m[really-safe-money-gen] [m[32m+[m[32m                if i >= [m[42m1[m
[2m[really-safe-money-gen] [m                   then Positive amount
[2m[really-safe-money-gen] [m                   else Negative amount
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mConstBool at src/Money/Account.hs:123:10-23
[2m[really-safe-money-gen] [m[36m@@ -120,7 +120,7 @@[m
[2m[really-safe-money-gen] [m       maxBoundI = (toInteger :: Word64 -> Integer) (maxBound :: Word64)
[2m[really-safe-money-gen] [m       a :: Integer
[2m[really-safe-money-gen] [m       a = (Prelude.abs :: Integer -> Integer) i
[2m[really-safe-money-gen] [m[31m-[m[31m   in if[m[41m [m[41ma[m[41m >[m[31m [m[41mm[m[31ma[m[41mxB[m[41mound[m[41mI[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if[m[32m [m[42mF[m[32ma[m[42ml[m[42mse[m
[2m[really-safe-money-gen] [m         then Nothing
[2m[really-safe-money-gen] [m         else
[2m[really-safe-money-gen] [m           let w :: Word64
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Account.hs:197:14-20
[2m[really-safe-money-gen] [m[36m@@ -194,7 +194,7 @@[m
[2m[really-safe-money-gen] [m fromDouble :: QuantisationFactor -> Double -> Maybe Account
[2m[really-safe-money-gen] [m fromDouble quantisationFactor d =
[2m[really-safe-money-gen] [m   let d' = Prelude.abs d
[2m[really-safe-money-gen] [m[31m-[m[31m      f = if d >[m[41m=[m[31m 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m[32m+[m[32m      f = if d >[m[32m 0 then Positive else Negative[m
[2m[really-safe-money-gen] [m    in f <$> Amount.fromDouble quantisationFactor d'
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m -- | Turn an amount of money into a 'Rational'.
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Account.hs:503:10-16
[2m[really-safe-money-gen] [m[36m@@ -500,7 +500,7 @@[m
[2m[really-safe-money-gen] [m             RoundNearest -> RoundNearest
[2m[really-safe-money-gen] [m       (ma, ar) = fractionRatio ro account af
[2m[really-safe-money-gen] [m       r = (realToFrac :: Ratio Natural -> Rational) ar
[2m[really-safe-money-gen] [m[31m-[m[31m   in if f >[m[41m=[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m   in if f >[m[32m 0[m
[2m[really-safe-money-gen] [m         then (ma, r)
[2m[really-safe-money-gen] [m         else (negate <$> ma, -r)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Account.hs:495:12-18
[2m[really-safe-money-gen] [m[36m@@ -492,7 +492,7 @@[m
[2m[really-safe-money-gen] [m fraction rounding account f =
[2m[really-safe-money-gen] [m   let af = (realToFrac :: Rational -> Ratio Natural) ((Prelude.abs :: Rational -> Rational) f)
[2m[really-safe-money-gen] [m       ro =
[2m[really-safe-money-gen] [m[31m-[m[31m        if f >[m[41m=[m[31m 0[m
[2m[really-safe-money-gen] [m[32m+[m[32m        if f >[m[32m 0[m
[2m[really-safe-money-gen] [m           then rounding
[2m[really-safe-money-gen] [m           else case rounding of
[2m[really-safe-money-gen] [m             RoundUp -> RoundDown
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mMaybeOp at src/Money/Account.hs:523:16-25
[2m[really-safe-money-gen] [m[36m@@ -520,7 +520,7 @@[m
[2m[really-safe-money-gen] [m       (amount, actualFraction) = Amount.fraction ro aa af
[2m[really-safe-money-gen] [m       func :: Maybe Amount -> Ratio Natural -> (Maybe Account, Ratio Natural)
[2m[really-safe-money-gen] [m       func ma r = case compare account zero of
[2m[really-safe-money-gen] [m[31m-[m[31m        EQ -> ([m[41mJ[m[41mu[m[41mst[m[41m ze[m[41mr[m[31mo[m[31m, r)[m
[2m[really-safe-money-gen] [m[32m+[m[32m        EQ -> ([m[42mN[m[32mo[m[42mth[m[42min[m[42mg[m[32m, r)[m
[2m[really-safe-money-gen] [m         GT -> (Positive <$> ma, r)
[2m[really-safe-money-gen] [m         LT -> (Negative <$> ma, r)
[2m[really-safe-money-gen] [m    in func amount actualFraction
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Account.hs:455:14-23
[2m[really-safe-money-gen] [m[36m@@ -452,7 +452,7 @@[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if a >[m[41m=[m[31m zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if a >[m[32m zero[m
[2m[really-safe-money-gen] [m             then DistributedIntoUnequalChunks numberOfLargerChunks (Positive largerChunk) numberOfSmallerChunks (Positive smallerChunk)
[2m[really-safe-money-gen] [m             else DistributedIntoUnequalChunks numberOfSmallerChunks (Negative smallerChunk) numberOfLargerChunks (Negative largerChunk)
[2m[really-safe-money-gen] [m 
[2m[really-safe-money-gen] [m
[2m[really-safe-money-gen] [mCmp at src/Money/Account.hs:451:14-23
[2m[really-safe-money-gen] [m[36m@@ -448,7 +448,7 @@[m
[2m[really-safe-money-gen] [m         DistributedIntoZeroChunks -> DistributedIntoZeroChunks
[2m[really-safe-money-gen] [m         DistributedZero -> DistributedZero
[2m[really-safe-money-gen] [m         DistributedIntoEqualChunks numberOfChunks chunk ->
[2m[really-safe-money-gen] [m[31m-[m[31m          if a >[m[41m=[m[31m zero[m
[2m[really-safe-money-gen] [m[32m+[m[32m          if a >[m[32m zero[m
[2m[really-safe-money-gen] [m             then DistributedIntoEqualChunks numberOfChunks (Positive chunk)
[2m[really-safe-money-gen] [m             else DistributedIntoEqualChunks numberOfChunks (Negative chunk)
[2m[really-safe-money-gen] [m         DistributedIntoUnequalChunks numberOfLargerChunks largerChunk numberOfSmallerChunks smallerChunk ->
[2m[really-safe-money-gen] [mcheckPhase completed in 18 minutes 34 seconds
[2m[really-safe-money-gen] [m[1;36mPhase: haddockPhase[m
[2m[really-safe-money-gen] [mPreprocessing library for really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen] [mRunning Haddock on library for really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen] [mWarning: The documentation for the following packages are not installed. No
[2m[really-safe-money-gen] [mlinks will be generated to these packages: really-safe-money-0.0.0.0
[2m[really-safe-money-gen] [m[ 1 of 13] Compiling Money.Amount.Gen ( src/Money/Amount/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[ 2 of 13] Compiling Money.Account.Gen ( src/Money/Account/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[ 3 of 13] Compiling Money.AccountOf.Gen ( src/Money/AccountOf/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[ 4 of 13] Compiling Money.AmountOf.Gen ( src/Money/AmountOf/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[ 5 of 13] Compiling Money.ConversionRate.Gen ( src/Money/ConversionRate/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[ 6 of 13] Compiling Money.ConversionRateOf.Gen ( src/Money/ConversionRateOf/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[ 7 of 13] Compiling Money.QuantisationFactor.Gen ( src/Money/QuantisationFactor/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[ 8 of 13] Compiling Money.Currency.Gen ( src/Money/Currency/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[ 9 of 13] Compiling Money.MultiAmount.Gen ( src/Money/MultiAmount/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[10 of 13] Compiling Money.MultiAccount.Gen ( src/Money/MultiAccount/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[11 of 13] Compiling Money.Gen        ( src/Money/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[12 of 13] Compiling Numeric.DecimalLiteral.Gen ( src/Numeric/DecimalLiteral/Gen.hs, nothing )
[2m[really-safe-money-gen] [m[13 of 13] Compiling Paths_really_safe_money_gen ( dist/build/autogen/Paths_really_safe_money_gen.hs, nothing )
[2m[really-safe-money-gen] [mHaddock coverage:
[2m[really-safe-money-gen] [m   0% (  0 /  1) in 'Money.Amount.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m   0% (  0 /  1) in 'Money.Account.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m   0% (  0 /  1) in 'Money.AccountOf.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m   0% (  0 /  1) in 'Money.AmountOf.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m   0% (  0 /  1) in 'Money.ConversionRate.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m   0% (  0 /  1) in 'Money.ConversionRateOf.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m   0% (  0 /  1) in 'Money.QuantisationFactor.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m   0% (  0 /  1) in 'Money.Currency.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m   0% (  0 /  1) in 'Money.MultiAmount.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m   0% (  0 /  1) in 'Money.MultiAccount.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [mWarning: Money.Gen: Could not find documentation for exported module: Money.Gen
[2m[really-safe-money-gen] [m  90% ( 10 / 11) in 'Money.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m   0% (  0 /  2) in 'Numeric.DecimalLiteral.Gen'
[2m[really-safe-money-gen] [m  Missing documentation for:
[2m[really-safe-money-gen] [m    Module header
[2m[really-safe-money-gen] [m    shrinkSign (src/Numeric/DecimalLiteral/Gen.hs:16)
[2m[really-safe-money-gen] [mWarning: Money.Amount.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Money.Amount.Amount
[2m[really-safe-money-gen] [m	- Money.Amount.Distribution
[2m[really-safe-money-gen] [m	- Money.Amount.Rounding
[2m[really-safe-money-gen] [mWarning: Money.Account.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Money.Account.Account
[2m[really-safe-money-gen] [mWarning: Money.AccountOf.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Money.AccountOf.AccountOf
[2m[really-safe-money-gen] [mWarning: Money.AmountOf.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Money.AmountOf.AmountOf
[2m[really-safe-money-gen] [mWarning: Money.ConversionRate.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Money.ConversionRate.ConversionRate
[2m[really-safe-money-gen] [mWarning: Money.ConversionRateOf.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Money.ConversionRateOf.ConversionRateOf
[2m[really-safe-money-gen] [mWarning: Money.QuantisationFactor.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Money.QuantisationFactor.QuantisationFactor
[2m[really-safe-money-gen] [mWarning: Money.Currency.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Money.Currency.Currency
[2m[really-safe-money-gen] [mWarning: Money.MultiAmount.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Money.MultiAmount.MultiAmount
[2m[really-safe-money-gen] [mWarning: Money.MultiAccount.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Money.MultiAccount.MultiAccount
[2m[really-safe-money-gen] [mWarning: Numeric.DecimalLiteral.Gen: could not find link destinations for: 
[2m[really-safe-money-gen] [m	- Numeric.DecimalLiteral.DecimalLiteral
[2m[really-safe-money-gen] [mDocumentation created: dist/doc/html/really-safe-money-gen/,
[2m[really-safe-money-gen] [mdist/doc/html/really-safe-money-gen/really-safe-money-gen.txt
[2m[really-safe-money-gen] [mPreprocessing test suite 'really-safe-money-test' for really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen] [m[1;36mPhase: installPhase[m
[2m[really-safe-money-gen] [mInstalling library in /nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/really-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A
[2m[really-safe-money-gen] [m[1;36mPhase: fixupPhase[m
[2m[really-safe-money-gen] [mshrinking RPATHs of ELF executables and libraries in /nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen] [mshrinking /nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0/lib/ghc-9.10.3/lib/x86_64-linux-ghc-9.10.3-05f6/libHSreally-safe-money-gen-0.0.0.0-DUlrgfbYR751gcgZIqRr4A-ghc9.10.3.so
[2m[really-safe-money-gen] [mchecking for references to /build/ in /nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0...
[2m[really-safe-money-gen] [mpatching script interpreter paths in /nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0
[2m[really-safe-money-gen] [mstripping (with command strip and flags -S -p) in  /nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0/lib
[2m[really-safe-money-gen] [mshrinking RPATHs of ELF executables and libraries in /nix/store/hcj2bk6wxsjr44v2k3xq5qq5dnwb09qw-really-safe-money-gen-0.0.0.0-doc
[2m[really-safe-money-gen] [mchecking for references to /build/ in /nix/store/hcj2bk6wxsjr44v2k3xq5qq5dnwb09qw-really-safe-money-gen-0.0.0.0-doc...
[2m[really-safe-money-gen] [mpatching script interpreter paths in /nix/store/hcj2bk6wxsjr44v2k3xq5qq5dnwb09qw-really-safe-money-gen-0.0.0.0-doc
[2m[really-safe-money-gen] [mshrinking RPATHs of ELF executables and libraries in /nix/store/lmgf6r68i0mja2j1zd84pwwfjq9hwlsq-really-safe-money-gen-0.0.0.0-report
[2m[really-safe-money-gen] [mchecking for references to /build/ in /nix/store/lmgf6r68i0mja2j1zd84pwwfjq9hwlsq-really-safe-money-gen-0.0.0.0-report...
[2m[really-safe-money-gen] [mpatching script interpreter paths in /nix/store/lmgf6r68i0mja2j1zd84pwwfjq9hwlsq-really-safe-money-gen-0.0.0.0-report
[2m[post-build-hook] [m[2mUploading to cachix cache "sydtest": /nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0 /nix/store/hcj2bk6wxsjr44v2k3xq5qq5dnwb09qw-really-safe-money-gen-0.0.0.0-doc /nix/store/lmgf6r68i0mja2j1zd84pwwfjq9hwlsq-really-safe-money-gen-0.0.0.0-report[m
[2m[post-build-hook] [m[2mPushing 3 paths (196 are already present) using zstd to cache sydtest ⏳[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mPushing /nix/store/lmgf6r68i0mja2j1zd84pwwfjq9hwlsq-really-safe-money-gen-0.0.0.0-report (423.02 KiB)[m
[2m[post-build-hook] [m[2mPushing /nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0 (1.52 MiB)[m
[2m[post-build-hook] [m[2mPushing /nix/store/hcj2bk6wxsjr44v2k3xq5qq5dnwb09qw-really-safe-money-gen-0.0.0.0-doc (288.17 KiB)[m
[2m[post-build-hook] [m[2m[m
[2m[post-build-hook] [m[2mAll done.[m
[2m[post-build-hook] [m[2mUploading to the NixCI staging cache: /nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0 /nix/store/hcj2bk6wxsjr44v2k3xq5qq5dnwb09qw-really-safe-money-gen-0.0.0.0-doc /nix/store/lmgf6r68i0mja2j1zd84pwwfjq9hwlsq-really-safe-money-gen-0.0.0.0-report[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 3 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/hcj2bk6wxsjr44v2k3xq5qq5dnwb09qw-really-safe-money-gen-0.0.0.0-doc' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/lmgf6r68i0mja2j1zd84pwwfjq9hwlsq-really-safe-money-gen-0.0.0.0-report' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/cdvvxk19mmf25krj1cj1ksb53fsjw64r-really-safe-money-gen-0.0.0.0' to 'https://cache.staging.nix-ci.com'...[m
[2m[post-build-hook] [m[2mwarning: 'warn-short-path-literals' is deprecated, use 'lint-short-path-literals = ignore' instead[m
[2m[post-build-hook] [m[2mcopying 1 paths...[m
[2m[post-build-hook] [m[2mcopying path '/nix/store/k6wpllr0zwnzx7ijvg6z0nkwcap674yn-really-safe-money-gen-0.0.0.0.drv' to 'https://cache.staging.nix-ci.com'...[m
[2mProgress: 7 of 8 built[m