*** setup configure

Configuring cmonad-0.1.1.1...
Dependency array -any: using array-0.3.0.2
Dependency base -any: using base-4.3.0.0
Using Cabal-1.10.0.0 compiled by ghc-7.0
Using compiler: ghc-7.0.1
Using install prefix: /usr/local/tmp/archive/install
Binaries installed in: /usr/local/tmp/archive/install/bin
Libraries installed in:
/usr/local/tmp/archive/install/lib/cmonad-0.1.1.1/ghc-7.0.1
Private binaries installed in: /usr/local/tmp/archive/install/libexec
Data files installed in: /usr/local/tmp/archive/install/share/cmonad-0.1.1.1
Documentation installed in:
/usr/local/tmp/archive/install/share/doc/cmonad-0.1.1.1
Using alex version 2.3.3 found on system at: /usr/bin/alex
Using ar found on system at: /usr/bin/ar
Using c2hs version 0.16.0 found on system at: /usr/local/bin/c2hs
Using cpphs version 1.11 found on system at: /usr/local/bin/cpphs
Using ffihugs found on system at: /usr/local/bin/ffihugs
Using gcc version 4.4.5 found on system at: /usr/bin/gcc
Using ghc version 7.0.1 found on system at: /usr/local/bin/ghc
Using ghc-pkg version 7.0.1 found on system at: /usr/local/bin/ghc-pkg
No greencard found
Using haddock version 2.8.0 found on system at: /usr/local/bin/haddock
Using happy version 1.18.6 found on system at: /usr/local/bin/happy
No hmake found
Using hsc2hs version 0.67 found on system at: /usr/local/bin/hsc2hs
Using hscolour version 1.17 found on system at: /usr/local/bin/HsColour
Using hugs found on system at: /usr/local/bin/hugs
No jhc found
Using ld found on system at: /usr/bin/ld
No lhc found
No lhc-pkg found
No nhc98 found
Using pkg-config version 0.25 found on system at: /usr/bin/pkg-config
Using ranlib found on system at: /usr/bin/ranlib
Using strip found on system at: /usr/bin/strip
Using tar found on system at: /bin/tar
No uhc found

*** setup build

Creating dist/build (and its parents)
Creating dist/build/autogen (and its parents)
Preprocessing library cmonad-0.1.1.1...
Building cmonad-0.1.1.1...
Building library...
Creating dist/build (and its parents)
/usr/local/bin/ghc --make -package-name cmonad-0.1.1.1 -hide-all-packages -fbuilding-cabal-package -i -idist/build -isrc -idist/build/autogen -Idist/build/autogen -Idist/build -optP-include -optPdist/build/autogen/cabal_macros.h -odir dist/build -hidir dist/build -stubdir dist/build -package-id array-0.3.0.2-197667a808e421fc275e1d8f73f58618 -package-id base-4.3.0.0-b91367e4fa5bd47d8e75958171ad21b7 -O -XHaskell98 Language.CMonad Language.CMonad.CPrelude Language.CMonad.MonadRef Language.CMonad.Prim Language.CMonad.Ops
[1 of 5] Compiling Language.CMonad.MonadRef ( src/Language/CMonad/MonadRef.hs, dist/build/Language/CMonad/MonadRef.o )

src/Language/CMonad/CPrelude.hs:1:16:
    Warning: -fglasgow-exts is deprecated: Use individual extensions instead

src/Language/CMonad/Ops.hs:1:16:
    Warning: -fglasgow-exts is deprecated: Use individual extensions instead

src/Language/CMonad/Prim.hs:1:16:
    Warning: -fglasgow-exts is deprecated: Use individual extensions instead
[2 of 5] Compiling Language.CMonad.Prim ( src/Language/CMonad/Prim.hs, dist/build/Language/CMonad/Prim.o )

src/Language/CMonad/Prim.hs:48:13:
    Couldn't match expected type `forall v. E' v m a'
                with actual type `E' v m1 a1'
    In the first argument of `return', namely
      `(V (readRef r) (writeRef r))'
    In the expression: return (V (readRef r) (writeRef r))
    In the first argument of `E', namely
      `(do { x' <- runE x;
             r <- newRef x';
             return (V (readRef r) (writeRef r)) })'

src/Language/CMonad/Prim.hs:59:12:
    Couldn't match expected type `forall v. [E m i] -> E' v m a'
                with actual type `[E m i] -> E' v m a'
    In the first argument of `return', namely `f'
    In the expression: return f
    In the first argument of `E', namely
      `(do { let ix :: [E m i] -> m i
                 ix [i] = runE i
                 {-# INLINE f #-}
                 ....;
             return f })'

src/Language/CMonad/Prim.hs:75:13:
    Couldn't match expected type `t -> t1'
                with actual type `forall v. [E m i] -> E' v m a'
    The lambda expression `\ is
                             -> V (ix is >>= readArray a) (\ x -> ...)'
    has one argument one argument,
    but its type `forall v. [E m i] -> E' v m a' has none
    In the first argument of `return', namely
      `(\ is
          -> V (ix is >>= readArray a)
               (\ x -> ix is >>= \ i -> writeArray a i x))'
    In the expression:
      return
        (\ is
           -> V (ix is >>= readArray a)
                (\ x -> ix is >>= \ i -> writeArray a i x))