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Build log

> /tmp/stackage-build2453$ stack unpack vinyl-0.10.0@sha256:13cdce85bac671a09a52e10beb8f2d5ee494991352888179e6d8e4ae4c281302
Unpacked vinyl-0.10.0 to /tmp/stackage-build2453/vinyl-0.10.0/
> /tmp/stackage-build2453/vinyl-0.10.0$ ghc -clear-package-db -global-package-db -package-db=/home/circleci/project/builds/nightly/pkgdb Setup
[1 of 1] Compiling Main             ( Setup.hs, Setup.o )
Linking Setup ...
> /tmp/stackage-build2453/vinyl-0.10.0$ ./Setup configure --package-db=clear --package-db=global --package-db=/home/circleci/project/builds/nightly/pkgdb --libdir=/home/circleci/project/builds/nightly/lib --bindir=/home/circleci/project/builds/nightly/bin --datadir=/home/circleci/project/builds/nightly/share --libexecdir=/home/circleci/project/builds/nightly/libexec --sysconfdir=/home/circleci/project/builds/nightly/etc --docdir=/home/circleci/project/builds/nightly/doc/vinyl-0.10.0 --htmldir=/home/circleci/project/builds/nightly/doc/vinyl-0.10.0 --haddockdir=/home/circleci/project/builds/nightly/doc/vinyl-0.10.0
Configuring vinyl-0.10.0...
> /tmp/stackage-build2453/vinyl-0.10.0$ ghc -clear-package-db -global-package-db -package-db=/home/circleci/project/builds/nightly/pkgdb Setup
> /tmp/stackage-build2453/vinyl-0.10.0$ ./Setup build
Preprocessing library for vinyl-0.10.0..
Building library for vinyl-0.10.0..
[ 1 of 17] Compiling Data.Vinyl.Functor ( Data/Vinyl/Functor.hs, dist/build/Data/Vinyl/Functor.o )
[ 2 of 17] Compiling Data.Vinyl.TypeLevel ( Data/Vinyl/TypeLevel.hs, dist/build/Data/Vinyl/TypeLevel.o )
[ 3 of 17] Compiling Data.Vinyl.Core  ( Data/Vinyl/Core.hs, dist/build/Data/Vinyl/Core.o )
[ 4 of 17] Compiling Data.Vinyl.Recursive ( Data/Vinyl/Recursive.hs, dist/build/Data/Vinyl/Recursive.o )
[ 5 of 17] Compiling Data.Vinyl.Lens  ( Data/Vinyl/Lens.hs, dist/build/Data/Vinyl/Lens.o )

Data/Vinyl/Lens.hs:94:13: error:
    • Couldn't match type ‘r’ with ‘Rec’
      ‘r’ is a rigid type variable bound by
        the instance declaration
        at Data/Vinyl/Lens.hs:89:10-49
      Expected type: Rec f (r : rs) -> Rec f (r' : rs)
        Actual type: r f (r : rs) -> r f (r' : rs)
    • In the expression: getIdentity . rlensC @_ @r (\ _ -> Identity y)
      In an equation for ‘rputC’:
          rputC y = getIdentity . rlensC @_ @r (\ _ -> Identity y)
      In the instance declaration for
        ‘RecElem Rec r r' (r : rs) (r' : rs) 'Z’
    • Relevant bindings include
        y :: f r' (bound at Data/Vinyl/Lens.hs:94:9)
        rputC :: f r' -> Rec f (r : rs) -> Rec f (r' : rs)
          (bound at Data/Vinyl/Lens.hs:94:3)
   |
94 |   rputC y = getIdentity . rlensC @_ @r (\_ -> Identity y)
   |             ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

Data/Vinyl/Lens.hs:94:38: error:
    • Occurs check: cannot construct the infinite kind:
        a2 ~ (a2 -> *) -> [a2] -> *
    • In the type ‘r’
      In the second argument of ‘(.)’, namely
        ‘rlensC @_ @r (\ _ -> Identity y)’
      In the expression: getIdentity . rlensC @_ @r (\ _ -> Identity y)
    • Relevant bindings include
        y :: f r' (bound at Data/Vinyl/Lens.hs:94:9)
        rputC :: f r' -> Rec f (r : rs) -> Rec f (r' : rs)
          (bound at Data/Vinyl/Lens.hs:94:3)
   |
94 |   rputC y = getIdentity . rlensC @_ @r (\_ -> Identity y)
   |                                      ^

Data/Vinyl/Lens.hs:101:11: error:
    • Could not deduce: r' ~~ Rec
      from the context: (RIndex r (s : rs) ~ 'S i,
                         RecElem Rec r r' rs rs'1 i)
        bound by the instance declaration
        at Data/Vinyl/Lens.hs:(97,10)-(98,49)
      or from: (RecElemFCtx Rec f, r ~ r')
        bound by the type signature for:
                   rgetC :: forall (f :: a2 -> *).
                            (RecElemFCtx Rec f, r ~ r') =>
                            Rec f (s : rs) -> f r
        at Data/Vinyl/Lens.hs:101:3-7
      ‘r'’ is a rigid type variable bound by
        the instance declaration
        at Data/Vinyl/Lens.hs:(97,10)-(98,49)
      Expected type: Rec f (s : rs) -> f r
        Actual type: r f (s : rs) -> f r'
    • In the expression: getConst . rlensC @_ @r @r' Const
      In an equation for ‘rgetC’:
          rgetC = getConst . rlensC @_ @r @r' Const
      In the instance declaration for
        ‘RecElem Rec r r' (s : rs) (s : rs') ('S i)’
    • Relevant bindings include
        rgetC :: Rec f (s : rs) -> f r (bound at Data/Vinyl/Lens.hs:101:3)
    |
101 |   rgetC = getConst . rlensC @_ @r @r' Const
    |           ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

Data/Vinyl/Lens.hs:101:33: error:
    • Occurs check: cannot construct the infinite kind:
        a2 ~ (a2 -> *) -> [a2] -> *
    • In the type ‘r’
      In the second argument of ‘(.)’, namely ‘rlensC @_ @r @r' Const’
      In the expression: getConst . rlensC @_ @r @r' Const
    • Relevant bindings include
        rgetC :: Rec f (s : rs) -> f r (bound at Data/Vinyl/Lens.hs:101:3)
    |
101 |   rgetC = getConst . rlensC @_ @r @r' Const
    |                                 ^

Data/Vinyl/Lens.hs:103:13: error:
    • Could not deduce: r ~~ Rec
      from the context: (RIndex r (s : rs) ~ 'S i,
                         RecElem Rec r r' rs rs'1 i)
        bound by the instance declaration
        at Data/Vinyl/Lens.hs:(97,10)-(98,49)
      ‘r’ is a rigid type variable bound by
        the instance declaration
        at Data/Vinyl/Lens.hs:(97,10)-(98,49)
      Expected type: Rec f (s : rs) -> Rec f (s : rs'1)
        Actual type: r f (s : rs) -> r f (s : rs'1)
    • In the expression: getIdentity . rlensC @_ @r (\ _ -> Identity y)
      In an equation for ‘rputC’:
          rputC y = getIdentity . rlensC @_ @r (\ _ -> Identity y)
      In the instance declaration for
        ‘RecElem Rec r r' (s : rs) (s : rs') ('S i)’
    • Relevant bindings include
        y :: f r' (bound at Data/Vinyl/Lens.hs:103:9)
        rputC :: f r' -> Rec f (s : rs) -> Rec f (s : rs'1)
          (bound at Data/Vinyl/Lens.hs:103:3)
    |
103 |   rputC y = getIdentity . rlensC @_ @r (\_ -> Identity y)
    |             ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

Data/Vinyl/Lens.hs:103:38: error:
    • Occurs check: cannot construct the infinite kind:
        a2 ~ (a2 -> *) -> [a2] -> *
    • In the type ‘r’
      In the second argument of ‘(.)’, namely
        ‘rlensC @_ @r (\ _ -> Identity y)’
      In the expression: getIdentity . rlensC @_ @r (\ _ -> Identity y)
    • Relevant bindings include
        y :: f r' (bound at Data/Vinyl/Lens.hs:103:9)
        rputC :: f r' -> Rec f (s : rs) -> Rec f (s : rs'1)
          (bound at Data/Vinyl/Lens.hs:103:3)
    |
103 |   rputC y = getIdentity . rlensC @_ @r (\_ -> Identity y)
    |                                      ^

Data/Vinyl/Lens.hs:117:19: error:
    • Occurs check: cannot construct the infinite kind:
        k1 ~ (k1 -> *) -> [k1] -> *
    • In the type ‘r’
      In the expression: rputC @_ @r @r'
      In an equation for ‘rput'’: rput' = rputC @_ @r @r'
    • Relevant bindings include
        rput' :: f r' -> record f rs -> record f rs'1
          (bound at Data/Vinyl/Lens.hs:117:1)
    |
117 | rput' = rputC @_ @r @r'
    |                   ^