Resolving dependencies...
Configuring mtl-2.2.1...
Building mtl-2.2.1...
Preprocessing library mtl-2.2.1...
[ 1 of 22] Compiling Control.Monad.Writer.Class ( Control/Monad/Writer/Class.hs, dist/build/Control/Monad/Writer/Class.o )
[ 2 of 22] Compiling Control.Monad.State.Class ( Control/Monad/State/Class.hs, dist/build/Control/Monad/State/Class.o )
[ 3 of 22] Compiling Control.Monad.Reader.Class ( Control/Monad/Reader/Class.hs, dist/build/Control/Monad/Reader/Class.o )
[ 4 of 22] Compiling Control.Monad.RWS.Class ( Control/Monad/RWS/Class.hs, dist/build/Control/Monad/RWS/Class.o )
[ 5 of 22] Compiling Control.Monad.Identity ( Control/Monad/Identity.hs, dist/build/Control/Monad/Identity.o )
[ 6 of 22] Compiling Control.Monad.Error.Class ( Control/Monad/Error/Class.hs, dist/build/Control/Monad/Error/Class.o )
[ 7 of 22] Compiling Control.Monad.Cont.Class ( Control/Monad/Cont/Class.hs, dist/build/Control/Monad/Cont/Class.o )
[ 8 of 22] Compiling Control.Monad.Trans ( Control/Monad/Trans.hs, dist/build/Control/Monad/Trans.o )
[ 9 of 22] Compiling Control.Monad.Error ( Control/Monad/Error.hs, dist/build/Control/Monad/Error.o )
[10 of 22] Compiling Control.Monad.Except ( Control/Monad/Except.hs, dist/build/Control/Monad/Except.o )
[11 of 22] Compiling Control.Monad.List ( Control/Monad/List.hs, dist/build/Control/Monad/List.o )
[12 of 22] Compiling Control.Monad.RWS.Lazy ( Control/Monad/RWS/Lazy.hs, dist/build/Control/Monad/RWS/Lazy.o )
[13 of 22] Compiling Control.Monad.RWS ( Control/Monad/RWS.hs, dist/build/Control/Monad/RWS.o )
[14 of 22] Compiling Control.Monad.Reader ( Control/Monad/Reader.hs, dist/build/Control/Monad/Reader.o )
[15 of 22] Compiling Control.Monad.RWS.Strict ( Control/Monad/RWS/Strict.hs, dist/build/Control/Monad/RWS/Strict.o )
[16 of 22] Compiling Control.Monad.State.Lazy ( Control/Monad/State/Lazy.hs, dist/build/Control/Monad/State/Lazy.o )
[17 of 22] Compiling Control.Monad.State ( Control/Monad/State.hs, dist/build/Control/Monad/State.o )
[18 of 22] Compiling Control.Monad.State.Strict ( Control/Monad/State/Strict.hs, dist/build/Control/Monad/State/Strict.o )
[19 of 22] Compiling Control.Monad.Writer.Lazy ( Control/Monad/Writer/Lazy.hs, dist/build/Control/Monad/Writer/Lazy.o )
[20 of 22] Compiling Control.Monad.Writer ( Control/Monad/Writer.hs, dist/build/Control/Monad/Writer.o )
[21 of 22] Compiling Control.Monad.Writer.Strict ( Control/Monad/Writer/Strict.hs, dist/build/Control/Monad/Writer/Strict.o )
[22 of 22] Compiling Control.Monad.Cont ( Control/Monad/Cont.hs, dist/build/Control/Monad/Cont.o )
In-place registering mtl-2.2.1...
Running Haddock for mtl-2.2.1...
Running hscolour for mtl-2.2.1...
Preprocessing library mtl-2.2.1...
Preprocessing library mtl-2.2.1...
Haddock coverage:
  75% (  3 /  4) in 'Control.Monad.Writer.Class'
  Missing documentation for:
    MonadWriter (Control/Monad/Writer/Class.hs:62)
 100% (  5 /  5) in 'Control.Monad.State.Class'
 100% (  3 /  3) in 'Control.Monad.Reader.Class'
  80% (  4 /  5) in 'Control.Monad.RWS.Class'
  Missing documentation for:
    MonadRWS (Control/Monad/RWS/Class.hs:44)
 100% (  4 /  4) in 'Control.Monad.Identity'
 100% (  3 /  3) in 'Control.Monad.Error.Class'
  50% (  1 /  2) in 'Control.Monad.Cont.Class'
  Missing documentation for:
    MonadCont (Control/Monad/Cont/Class.hs:73)
 100% (  3 /  3) in 'Control.Monad.Trans'
  93% ( 14 / 15) in 'Control.Monad.Error'
  Missing documentation for:
    runErrorT
 100% ( 19 / 19) in 'Control.Monad.Except'
 100% (  5 /  5) in 'Control.Monad.List'
  95% ( 21 / 22) in 'Control.Monad.RWS.Lazy'
  Missing documentation for:
    runRWST
 100% (  2 /  2) in 'Control.Monad.RWS'
  96% ( 22 / 23) in 'Control.Monad.Reader'
  Missing documentation for:
    runReaderT
  95% ( 21 / 22) in 'Control.Monad.RWS.Strict'
  Missing documentation for:
    runRWST
  96% ( 24 / 25) in 'Control.Monad.State.Lazy'
  Missing documentation for:
    runStateT
 100% (  2 /  2) in 'Control.Monad.State'
  96% ( 24 / 25) in 'Control.Monad.State.Strict'
  Missing documentation for:
    runStateT
  89% ( 17 / 19) in 'Control.Monad.Writer.Lazy'
  Missing documentation for:
    MonadWriter (Control/Monad/Writer/Class.hs:62)
    runWriterT
 100% (  2 /  2) in 'Control.Monad.Writer'
  94% ( 17 / 18) in 'Control.Monad.Writer.Strict'
  Missing documentation for:
    MonadWriter (Control/Monad/Writer/Class.hs:62)
  91% ( 20 / 22) in 'Control.Monad.Cont'
  Missing documentation for:
    MonadCont (Control/Monad/Cont/Class.hs:73)
    runContT
Documentation created: dist/doc/html/mtl/index.html, dist/doc/html/mtl/mtl.txt
Creating package registration file: /tmp/pkgConf-mtl-2.2278722862233665123.1
Installing library in
/home/builder/hackage-server/build-cache/tmp-install/lib/x86_64-linux-ghc-7.10.2/mtl-2.2.1-KMpng31YRYc5JfMWFZ3FCU
Registering mtl-2.2.1...
Installed mtl-2.2.1
Configuring CC-delcont-cxe-0.1.0.2...
Building CC-delcont-cxe-0.1.0.2...
Preprocessing library CC-delcont-cxe-0.1.0.2...
[1 of 1] Compiling Control.Monad.CC.CCCxe ( Control/Monad/CC/CCCxe.hs, dist/build/Control/Monad/CC/CCCxe.o )

Control/Monad/CC/CCCxe.hs:95:10:
    Could not deduce (Applicative (CC p m))
      arising from the superclasses of an instance declaration
    from the context (Monad m)
      bound by the instance declaration
      at Control/Monad/CC/CCCxe.hs:95:10-34
    In the instance declaration for ‘Monad (CC p m)’

Control/Monad/CC/CCCxe.hs:105:10:
    Could not deduce (Applicative (CC p m))
      arising from the superclasses of an instance declaration
    from the context (MonadIO m)
      bound by the instance declaration
      at Control/Monad/CC/CCCxe.hs:105:10-38
    In the instance declaration for ‘MonadIO (CC p m)’

Control/Monad/CC/CCCxe.hs:145:49:
    Could not deduce (Applicative (CC p m))
      arising from a use of ‘return’
    from the context (Monad m)
      bound by the type signature for
                 shiftP :: Monad m =>
                           Prompt p m w -> ((a -> CC p m w) -> CC p m w) -> CC p m a
      at Control/Monad/CC/CCCxe.hs:(141,11)-(142,67)
    In the second argument of ‘pushSubCont’, namely ‘(return c)’
    In the second argument of ‘pushPrompt’, namely
      ‘(pushSubCont sk (return c))’
    In the expression: pushPrompt p (pushSubCont sk (return c))

Control/Monad/CC/CCCxe.hs:151:49:
    Could not deduce (Applicative (CC p m))
      arising from a use of ‘return’
    from the context (Monad m)
      bound by the type signature for
                 shift0P :: Monad m =>
                            Prompt p m w -> ((a -> CC p m w) -> CC p m w) -> CC p m a
      at Control/Monad/CC/CCCxe.hs:(147,12)-(148,67)
    In the second argument of ‘pushSubCont’, namely ‘(return c)’
    In the second argument of ‘pushPrompt’, namely
      ‘(pushSubCont sk (return c))’
    In the expression: pushPrompt p (pushSubCont sk (return c))

Control/Monad/CC/CCCxe.hs:157:35:
    Could not deduce (Applicative (CC p m))
      arising from a use of ‘return’
    from the context (Monad m)
      bound by the type signature for
                 controlP :: Monad m =>
                             Prompt p m w -> ((a -> CC p m w) -> CC p m w) -> CC p m a
      at Control/Monad/CC/CCCxe.hs:(153,13)-(154,67)
    In the second argument of ‘pushSubCont’, namely ‘(return c)’
    In the expression: pushSubCont sk (return c)
    In the first argument of ‘f’, namely
      ‘(\ c -> pushSubCont sk (return c))’
Failed to install CC-delcont-cxe-0.1.0.2
Configuring CC-delcont-exc-0.1.0.0...
Building CC-delcont-exc-0.1.0.0...
Preprocessing library CC-delcont-exc-0.1.0.0...
[1 of 1] Compiling Control.Monad.CC.CCExc ( Control/Monad/CC/CCExc.hs, dist/build/Control/Monad/CC/CCExc.o )

Control/Monad/CC/CCExc.hs:100:10:
    Could not deduce (Applicative (CC p m))
      arising from the superclasses of an instance declaration
    from the context (Monad m)
      bound by the instance declaration
      at Control/Monad/CC/CCExc.hs:100:10-34
    In the instance declaration for ‘Monad (CC p m)’

Control/Monad/CC/CCExc.hs:111:10:
    Could not deduce (Applicative (CC p m))
      arising from the superclasses of an instance declaration
    from the context (MonadIO m)
      bound by the instance declaration
      at Control/Monad/CC/CCExc.hs:111:10-38
    In the instance declaration for ‘MonadIO (CC p m)’

Control/Monad/CC/CCExc.hs:153:49:
    Could not deduce (Applicative (CC p m))
      arising from a use of ‘return’
    from the context (Monad m)
      bound by the type signature for
                 shiftP :: Monad m =>
                           Prompt p m w -> ((a -> CC p m w) -> CC p m w) -> CC p m a
      at Control/Monad/CC/CCExc.hs:(149,11)-(150,67)
    In the second argument of ‘pushSubCont’, namely ‘(return c)’
    In the second argument of ‘pushPrompt’, namely
      ‘(pushSubCont sk (return c))’
    In the expression: pushPrompt p (pushSubCont sk (return c))

Control/Monad/CC/CCExc.hs:159:49:
    Could not deduce (Applicative (CC p m))
      arising from a use of ‘return’
    from the context (Monad m)
      bound by the type signature for
                 shift0P :: Monad m =>
                            Prompt p m w -> ((a -> CC p m w) -> CC p m w) -> CC p m a
      at Control/Monad/CC/CCExc.hs:(155,12)-(156,67)
    In the second argument of ‘pushSubCont’, namely ‘(return c)’
    In the second argument of ‘pushPrompt’, namely
      ‘(pushSubCont sk (return c))’
    In the expression: pushPrompt p (pushSubCont sk (return c))

Control/Monad/CC/CCExc.hs:165:35:
    Could not deduce (Applicative (CC p m))
      arising from a use of ‘return’
    from the context (Monad m)
      bound by the type signature for
                 controlP :: Monad m =>
                             Prompt p m w -> ((a -> CC p m w) -> CC p m w) -> CC p m a
      at Control/Monad/CC/CCExc.hs:(161,13)-(162,67)
    In the second argument of ‘pushSubCont’, namely ‘(return c)’
    In the expression: pushSubCont sk (return c)
    In the first argument of ‘f’, namely
      ‘(\ c -> pushSubCont sk (return c))’
Failed to install CC-delcont-exc-0.1.0.0
Configuring CC-delcont-ref-0.1.0.0...
Building CC-delcont-ref-0.1.0.0...
Preprocessing library CC-delcont-ref-0.1.0.0...
[1 of 2] Compiling Mutation         ( Mutation.hs, dist/build/Mutation.o )
[2 of 2] Compiling Control.Monad.CC.CCRef ( Control/Monad/CC/CCRef.hs, dist/build/Control/Monad/CC/CCRef.o )

Control/Monad/CC/CCRef.hs:147:10:
    Could not deduce (Applicative (CC m))
      arising from the superclasses of an instance declaration
    from the context (Monad m)
      bound by the instance declaration
      at Control/Monad/CC/CCRef.hs:147:10-32
    In the instance declaration for ‘Monad (CC m)’

Control/Monad/CC/CCRef.hs:154:10:
    Could not deduce (Applicative (CC m))
      arising from the superclasses of an instance declaration
    from the context (MonadIO m)
      bound by the instance declaration
      at Control/Monad/CC/CCRef.hs:154:10-36
    In the instance declaration for ‘MonadIO (CC m)’

Control/Monad/CC/CCRef.hs:198:3:
    Could not deduce (Applicative (CC m)) arising from a do statement
    from the context (Monad m, Mutation m)
      bound by the type signature for
                 mbox_receive :: (Monad m, Mutation m) => Prompt m a -> CC m a
      at Control/Monad/CC/CCRef.hs:196:17-61
    In a stmt of a 'do' block: k <- readRef (mbox p)
    In the expression:
      do { k <- readRef (mbox p);
           writeRef (mbox p) mbox_empty;
           k }
    In an equation for ‘mbox_receive’:
        mbox_receive p
          = do { k <- readRef (mbox p);
                 writeRef (mbox p) mbox_empty;
                 k }

Control/Monad/CC/CCRef.hs:231:2:
    Illegal equational constraint Ref m ~ Ref m
    (Use GADTs or TypeFamilies to permit this)
    When checking that ‘loop’ has the inferred type
      loop :: forall (m :: * -> *) (m1 :: * -> *).
              (Monad m, Mutation m, Ref m1 ~ Ref m) =>
              [PFrame m1]
              -> [PFrame m1] -> m (PFrame m1, [PFrame m1], [PFrame m1])
    In an equation for ‘unwind’:
        unwind acc mark stack
          = with_marked_mark mark (loop acc stack)
          where
              loop acc [] = error "No prompt was set"
              loop acc s@(h : t)
                = do { marked <- is_marked (pfr_mark h);
                       .... }

Control/Monad/CC/CCRef.hs:241:2:
    Illegal equational constraint Ref m ~ Ref m
    (Use GADTs or TypeFamilies to permit this)
    When checking that ‘loop’ has the inferred type
      loop :: forall (m :: * -> *) (m1 :: * -> *).
              (Monad m, Mutation m, Ref m1 ~ Ref m) =>
              [PFrame m1] -> m (PFrame m1, [PFrame m1])
    In an equation for ‘unwind_abort’:
        unwind_abort mark stack
          = with_marked_mark mark (loop stack)
          where
              loop [] = error "No prompt was set"
              loop s@(h : t)
                = do { marked <- is_marked (pfr_mark h);
                       .... }

Control/Monad/CC/CCRef.hs:275:41:
    Could not deduce (Applicative (CC m))
      arising from a use of ‘return’
    from the context (Monad m, Mutation m)
      bound by the type signature for
                 pushPrompt :: (Monad m, Mutation m) =>
                               Prompt m w -> CC m w -> CC m w
      at Control/Monad/CC/CCRef.hs:(267,15)-(268,44)
    In the second argument of ‘writeRef’, namely ‘(return res)’
    In the first argument of ‘(>>)’, namely
      ‘writeRef (mbox p) (return res)’
    In the expression: writeRef (mbox p) (return res) >> raise

Control/Monad/CC/CCRef.hs:280:29:
    Could not deduce (Applicative (CC m)) arising from a use of ‘>>=’
    from the context (Monad m, Mutation m)
      bound by the type signature for
                 takeSubCont :: (Monad m, Mutation m) =>
                                Prompt m b -> (SubCont m a b -> CC m b) -> CC m a
      at Control/Monad/CC/CCRef.hs:(278,16)-(279,64)
    In the expression:
      newPrompt >>= \ pa -> CC $ \ k ptop -> do { ... }
    In an equation for ‘takeSubCont’:
        takeSubCont p f = newPrompt >>= \ pa -> CC $ \ k ptop -> ...

Control/Monad/CC/CCRef.hs:340:3:
    Could not deduce (Applicative (CC m)) arising from a do statement
    from the context (Monad m, Mutation m)
      bound by the type signature for
                 isPromptSet :: (Monad m, Mutation m) => Prompt m w -> CC m Bool
      at Control/Monad/CC/CCRef.hs:(337,16)-(338,38)
    In a stmt of a 'do' block: stack <- get_pstack
    In the expression:
      do { stack <- get_pstack;
           with_marked_mark (mark p) (loop stack) }
    In an equation for ‘isPromptSet’:
        isPromptSet p
          = do { stack <- get_pstack;
                 with_marked_mark (mark p) (loop stack) }
          where
              loop [] = return False
              loop s@(h : t)
                = do { marked <- is_marked (pfr_mark h);
                       .... }

Control/Monad/CC/CCRef.hs:343:2:
    Illegal equational constraint Ref m ~ Ref m
    (Use GADTs or TypeFamilies to permit this)
    When checking that ‘loop’ has the inferred type
      loop :: forall (m :: * -> *) (m1 :: * -> *).
              (Monad m, Mutation m, Ref m1 ~ Ref m) =>
              [PFrame m1] -> m Bool
    In an equation for ‘isPromptSet’:
        isPromptSet p
          = do { stack <- get_pstack;
                 with_marked_mark (mark p) (loop stack) }
          where
              loop [] = return False
              loop s@(h : t)
                = do { marked <- is_marked (pfr_mark h);
                       .... }

Control/Monad/CC/CCRef.hs:360:40:
    Could not deduce (Applicative (CC m))
      arising from a use of ‘return’
    from the context (Monad m, Mutation m)
      bound by the type signature for
                 shiftP :: (Monad m, Mutation m) =>
                           Prompt m w -> ((a -> CC m w) -> CC m w) -> CC m a
      at Control/Monad/CC/CCRef.hs:(356,11)-(357,59)
    In the second argument of ‘pushDelimSubCont’, namely ‘(return c)’
    In the expression: pushDelimSubCont sk (return c)
    In the first argument of ‘f’, namely
      ‘(\ c -> pushDelimSubCont sk (return c))’

Control/Monad/CC/CCRef.hs:366:40:
    Could not deduce (Applicative (CC m))
      arising from a use of ‘return’
    from the context (Monad m, Mutation m)
      bound by the type signature for
                 shift0P :: (Monad m, Mutation m) =>
                            Prompt m w -> ((a -> CC m w) -> CC m w) -> CC m a
      at Control/Monad/CC/CCRef.hs:(362,12)-(363,60)
    In the second argument of ‘pushDelimSubCont’, namely ‘(return c)’
    In the expression: pushDelimSubCont sk (return c)
    In the first argument of ‘f’, namely
      ‘(\ c -> pushDelimSubCont sk (return c))’

Control/Monad/CC/CCRef.hs:372:35:
    Could not deduce (Applicative (CC m))
      arising from a use of ‘return’
    from the context (Monad m, Mutation m)
      bound by the type signature for
                 controlP :: (Monad m, Mutation m) =>
                             Prompt m w -> ((a -> CC m w) -> CC m w) -> CC m a
      at Control/Monad/CC/CCRef.hs:(368,13)-(369,61)
    In the second argument of ‘pushSubCont’, namely ‘(return c)’
    In the expression: pushSubCont sk (return c)
    In the first argument of ‘f’, namely
      ‘(\ c -> pushSubCont sk (return c))’

Control/Monad/CC/CCRef.hs:383:3:
    Could not deduce (Applicative (CC m)) arising from a do statement
    from the context (Monad m)
      bound by the type signature for
                 assure :: Monad m => CC m Bool -> CC m ()
      at Control/Monad/CC/CCRef.hs:381:11-41
    In a stmt of a 'do' block: v <- m
    In the expression:
      do { v <- m;
           if v then return () else error "assertion failed" }
    In an equation for ‘assure’:
        assure m
          = do { v <- m;
                 if v then return () else error "assertion failed" }

Control/Monad/CC/CCRef.hs:387:25:
    No instance for (Applicative (CC IO)) arising from a use of ‘>>=’
    In the first argument of ‘runCC’, namely
      ‘(return 1 >>= (return . (+ 4)))’
    In the first argument of ‘(>>=)’, namely
      ‘runCC (return 1 >>= (return . (+ 4)))’
    In the expression:
      runCC (return 1 >>= (return . (+ 4))) >>= expect 5

Control/Monad/CC/CCRef.hs:391:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            assure (isPromptSet p >>= return . not);
            pushPrompt p $ (assure (isPromptSet p) >> return 1) }’
    In the expression:
      (expect 1 =<<) . runCC
      $ do { p <- newPrompt;
             assure (isPromptSet p >>= return . not);
             pushPrompt p $ (assure (isPromptSet p) >> return 1) }

Control/Monad/CC/CCRef.hs:399:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            incr 4 . pushPrompt p $ pushPrompt p (return 5) }’
    In the expression:
      (expect 9 =<<) . runCC
      $ do { p <- newPrompt;
             incr 4 . pushPrompt p $ pushPrompt p (return 5) }

Control/Monad/CC/CCRef.hs:403:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            incr 4 . pushPrompt p $ (incr 6 $ abortP p (return 5)) }’
    In the expression:
      (expect 9 =<<) . runCC
      $ do { p <- newPrompt;
             incr 4 . pushPrompt p $ (incr 6 $ abortP p (return 5)) }

Control/Monad/CC/CCRef.hs:407:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            incr 4 . pushPrompt p . pushPrompt p
            $ (incr 6 $ abortP p (return 5)) }’
    In the expression:
      (expect 9 =<<) . runCC
      $ do { p <- newPrompt;
             incr 4 . pushPrompt p . pushPrompt p
             $ (incr 6 $ abortP p (return 5)) }

Control/Monad/CC/CCRef.hs:412:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            incr 4 . pushPrompt p . pushPrompt p
            $ (incr 6 $ takeSubCont p (\ _ -> (return 5))) }’
    In the expression:
      (expect 9 =<<) . runCC
      $ do { p <- newPrompt;
             incr 4 . pushPrompt p . pushPrompt p
             $ (incr 6 $ takeSubCont p (\ _ -> (return 5))) }

Control/Monad/CC/CCRef.hs:417:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            incr 20 . pushPrompt p
            $ do { v1 <- pushPrompt p (incr 6 $ abortP p (return 5));
                   v2 <- abortP p (return 7);
                   .... } }’
    In the expression:
      (expect 27 =<<) . runCC
      $ do { p <- newPrompt;
             incr 20 . pushPrompt p
             $ do { v1 <- pushPrompt p (incr 6 $ abortP p (return 5));
                    v2 <- abortP p (return 7);
                    .... } }

Control/Monad/CC/CCRef.hs:425:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            incr 20 . pushPrompt p
            $ do { v1 <- pushPrompt
                           p (incr 6 $ takeSubCont p (\ _ -> return 5));
                   v2 <- takeSubCont p (\ _ -> return 7);
                   .... } }’
    In the expression:
      (expect 27 =<<) . runCC
      $ do { p <- newPrompt;
             incr 20 . pushPrompt p
             $ do { v1 <- pushPrompt
                            p (incr 6 $ takeSubCont p (\ _ -> return 5));
                    v2 <- takeSubCont p (\ _ -> return 7);
                    .... } }

Control/Monad/CC/CCRef.hs:433:16:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            v <- pushPrompt p
                 $ do { v1 <- pushPrompt p (incr 6 $ abortP p (return 5));
                        v2 <- abortP p (return 7);
                        .... };
            assure (isPromptSet p >>= return . not);
            v <- abortP p (return 9);
            .... }’
    In the expression:
      (print =<<) . runCC
      $ do { p <- newPrompt;
             v <- pushPrompt p
                  $ do { v1 <- pushPrompt p (incr 6 $ abortP p (return 5));
                         v2 <- abortP p (return 7);
                         .... };
             assure (isPromptSet p >>= return . not);
             v <- abortP p (return 9);
             .... }

Control/Monad/CC/CCRef.hs:446:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            incr 20 . pushPrompt p
            $ incr 10 . takeSubCont p
              $ \ sk -> pushPrompt p (pushSubCont sk (return 5)) }’
    In the expression:
      (expect 35 =<<) . runCC
      $ do { p <- newPrompt;
             incr 20 . pushPrompt p
             $ incr 10 . takeSubCont p
               $ \ sk -> pushPrompt p (pushSubCont sk (return 5)) }

Control/Monad/CC/CCRef.hs:452:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            incr 20 . pushPrompt p
            $ incr 10 . takeSubCont p
              $ \ sk
                  -> pushSubCont
                       sk (pushPrompt p (pushSubCont sk (abortP p (return 5)))) }’
    In the expression:
      (expect 35 =<<) . runCC
      $ do { p <- newPrompt;
             incr 20 . pushPrompt p
             $ incr 10 . takeSubCont p
               $ \ sk
                   -> pushSubCont
                        sk (pushPrompt p (pushSubCont sk (abortP p (return 5)))) }

Control/Monad/CC/CCRef.hs:463:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            incr 10 . pushPrompt p
            $ incr 2 . shiftP p $ \ sk -> incr 100 $ sk =<< (sk 3) }’
    In the expression:
      (expect 117 =<<) . runCC
      $ do { p <- newPrompt;
             incr 10 . pushPrompt p
             $ incr 2 . shiftP p $ \ sk -> incr 100 $ sk =<< (sk 3) }

Control/Monad/CC/CCRef.hs:469:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p0 <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p0 <- newPrompt;
            p1 <- newPrompt;
            incr 10 . pushPrompt p0
            $ incr 2 . shiftP p0
              $ \ sk
                  -> incr 100
                     $ sk
                       =<< (pushPrompt p1 (incr 9 $ sk =<< (abortP p1 (return 3)))) }’
    In the expression:
      (expect 115 =<<) . runCC
      $ do { p0 <- newPrompt;
             p1 <- newPrompt;
             incr 10 . pushPrompt p0
             $ incr 2 . shiftP p0
               $ \ sk
                   -> incr 100
                      $ sk =<< (pushPrompt p1 (incr 9 $ sk =<< (abortP p1 (return 3)))) }

Control/Monad/CC/CCRef.hs:477:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p0 <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p0 <- newPrompt;
            p1 <- newPrompt;
            incr 10 . pushPrompt p0
            $ incr 2 . (id =<<) . shiftP p0
              $ \ sk
                  -> incr 100
                     $ sk (pushPrompt p1 (incr 9 $ sk (abortP p1 (return 3)))) }’
    In the expression:
      (expect 115 =<<) . runCC
      $ do { p0 <- newPrompt;
             p1 <- newPrompt;
             incr 10 . pushPrompt p0
             $ incr 2 . (id =<<) . shiftP p0
               $ \ sk
                   -> incr 100
                      $ sk (pushPrompt p1 (incr 9 $ sk (abortP p1 (return 3)))) }

Control/Monad/CC/CCRef.hs:485:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p0 <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p0 <- newPrompt;
            p1 <- newPrompt;
            incr 10 . pushPrompt p0
            $ incr 2 . (id =<<) . shiftP p0
              $ \ sk
                  -> incr 100
                     $ sk (pushPrompt p1 (incr 9 $ sk (abortP p0 (return 3)))) }’
    In the expression:
      (expect 124 =<<) . runCC
      $ do { p0 <- newPrompt;
             p1 <- newPrompt;
             incr 10 . pushPrompt p0
             $ incr 2 . (id =<<) . shiftP p0
               $ \ sk
                   -> incr 100
                      $ sk (pushPrompt p1 (incr 9 $ sk (abortP p0 (return 3)))) }

Control/Monad/CC/CCRef.hs:493:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p1 <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p1 <- newPrompt;
            p2 <- newPrompt;
            let pushtwice sk = pushSubCont sk (pushSubCont sk (return 3));
            incr 10 . pushPrompt p1
            $ incr 1 . pushPrompt p2 $ takeSubCont p1 pushtwice }’
    In the expression:
      (expect 15 =<<) . runCC
      $ do { p1 <- newPrompt;
             p2 <- newPrompt;
             let pushtwice sk = pushSubCont sk (pushSubCont sk (return 3));
             incr 10 . pushPrompt p1
             $ incr 1 . pushPrompt p2 $ takeSubCont p1 pushtwice }

Control/Monad/CC/CCRef.hs:495:7:
    Non type-variable argument in the constraint: Applicative (CC m)
    (Use FlexibleContexts to permit this)
    When checking that ‘pushtwice’ has the inferred type
      pushtwice :: forall (m :: * -> *) a.
                   (Monad m, Num a, Applicative (CC m), Mutation m) =>
                   SubCont m a a -> CC m a
    In the second argument of ‘($)’, namely
      ‘do { p1 <- newPrompt;
            p2 <- newPrompt;
            let pushtwice sk = pushSubCont sk (pushSubCont sk (return 3));
            incr 10 . pushPrompt p1
            $ incr 1 . pushPrompt p2 $ takeSubCont p1 pushtwice }’
    In the expression:
      (expect 15 =<<) . runCC
      $ do { p1 <- newPrompt;
             p2 <- newPrompt;
             let pushtwice sk = pushSubCont sk (pushSubCont sk (return 3));
             incr 10 . pushPrompt p1
             $ incr 1 . pushPrompt p2 $ takeSubCont p1 pushtwice }

Control/Monad/CC/CCRef.hs:502:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p1 <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p1 <- newPrompt;
            p2 <- newPrompt;
            p3 <- newPrompt;
            let pushtwice sk
                  = pushSubCont sk (pushSubCont sk (takeSubCont p2 (\ sk2 -> ...)));
            .... }’
    In the expression:
      (expect 135 =<<) . runCC
      $ do { p1 <- newPrompt;
             p2 <- newPrompt;
             p3 <- newPrompt;
             let pushtwice sk
                   = pushSubCont sk (pushSubCont sk (takeSubCont p2 (\ sk2 -> ...)));
             .... }

Control/Monad/CC/CCRef.hs:508:67:
    No instance for (Applicative (CC IO))
      arising from a use of ‘return’
    In the second argument of ‘pushSubCont’, namely ‘(return 3)’
    In the second argument of ‘pushSubCont’, namely
      ‘(pushSubCont sk2 (return 3))’
    In the expression: pushSubCont sk2 (pushSubCont sk2 (return 3))

Control/Monad/CC/CCRef.hs:515:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p1 <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p1 <- newPrompt;
            p2 <- newPrompt;
            p3 <- newPrompt;
            let pushtwice f = f (f (shiftP p2 (\ f2 -> ...)));
            .... }’
    In the expression:
      (expect 135 =<<) . runCC
      $ do { p1 <- newPrompt;
             p2 <- newPrompt;
             p3 <- newPrompt;
             let pushtwice f = f (f (shiftP p2 (\ f2 -> ...)));
             .... }

Control/Monad/CC/CCRef.hs:518:48:
    No instance for (Applicative (CC IO)) arising from a use of ‘=<<’
    In the expression: f2 =<< (f2 3)
    In the second argument of ‘shiftP’, namely
      ‘(\ f2 -> f2 =<< (f2 3))’
    In the first argument of ‘f’, namely
      ‘(shiftP p2 (\ f2 -> f2 =<< (f2 3)))’

Control/Monad/CC/CCRef.hs:525:3:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p1 <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p1 <- newPrompt;
            p2 <- newPrompt;
            p3 <- newPrompt;
            let pushtwice f = f (f (shift0P p2 (\ f2 -> ...)));
            .... }’
    In the expression:
      (expect 135 =<<) . runCC
      $ do { p1 <- newPrompt;
             p2 <- newPrompt;
             p3 <- newPrompt;
             let pushtwice f = f (f (shift0P p2 (\ f2 -> ...)));
             .... }

Control/Monad/CC/CCRef.hs:528:49:
    No instance for (Applicative (CC IO)) arising from a use of ‘=<<’
    In the expression: f2 =<< (f2 3)
    In the second argument of ‘shift0P’, namely
      ‘(\ f2 -> f2 =<< (f2 3))’
    In the first argument of ‘f’, namely
      ‘(shift0P p2 (\ f2 -> f2 =<< (f2 3)))’

Control/Monad/CC/CCRef.hs:536:3:
    No instance for (Applicative (CC (ST s)))
      arising from a do statement
    In a stmt of a 'do' block: p1 <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p1 <- newPrompt;
            p2 <- newPrompt;
            p3 <- newPrompt;
            let pushtwice sk
                  = pushSubCont sk (pushSubCont sk (takeSubCont p2 (\ sk2 -> ...)));
            .... }’
    In the first argument of ‘runST’, namely
      ‘(runCC
        $ do { p1 <- newPrompt;
               p2 <- newPrompt;
               p3 <- newPrompt;
               let pushtwice sk
                     = pushSubCont sk (pushSubCont sk (takeSubCont p2 (\ sk2 -> ...)));
               .... })’

Control/Monad/CC/CCRef.hs:542:67:
    No instance for (Applicative (CC (ST s)))
      arising from a use of ‘return’
    In the second argument of ‘pushSubCont’, namely ‘(return 3)’
    In the second argument of ‘pushSubCont’, namely
      ‘(pushSubCont sk2 (return 3))’
    In the expression: pushSubCont sk2 (pushSubCont sk2 (return 3))

Control/Monad/CC/CCRef.hs:554:5:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            pushPrompt
              p
              (do { let x = ...;
                    xv <- x;
                    shiftP p (\ _ -> return xv) }) }’
    In the expression:
      (expect ["a"] =<<) . runCC
      $ do { p <- newPrompt;
             pushPrompt
               p
               (do { let x = ...;
                     xv <- x;
                     shiftP p (\ _ -> return xv) }) }

Control/Monad/CC/CCRef.hs:557:48:
    No instance for (Applicative (CC IO)) arising from a use of ‘>>=’
    In the expression: f [] >>= (return . ("a" :))
    In the second argument of ‘shiftP’, namely
      ‘(\ f -> f [] >>= (return . ("a" :)))’
    In the expression: shiftP p (\ f -> f [] >>= (return . ("a" :)))

Control/Monad/CC/CCRef.hs:564:5:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            pushPrompt
              p
              ((return . ("a" :))
               =<<
                 (pushPrompt
                    p (shift0P p (\ _ -> (shift0P p (\ _ -> return [])))))) }’
    In the expression:
      (expect [] =<<) . runCC
      $ do { p <- newPrompt;
             pushPrompt
               p
               ((return . ("a" :))
                =<<
                  (pushPrompt
                     p (shift0P p (\ _ -> (shift0P p (\ _ -> return [])))))) }

Control/Monad/CC/CCRef.hs:570:5:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            pushPrompt
              p
              ((return . ("a" :))
               =<<
                 (pushPrompt
                    p (shift0P p (\ f -> f (shift0P p (\ _ -> return []))) >>= id))) }’
    In the expression:
      (expect ["a"] =<<) . runCC
      $ do { p <- newPrompt;
             pushPrompt
               p
               ((return . ("a" :))
                =<<
                  (pushPrompt
                     p (shift0P p (\ f -> f (shift0P p (\ _ -> return []))) >>= id))) }

Control/Monad/CC/CCRef.hs:578:5:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            pushPrompt
              p
              (do { let x = ...;
                    xv <- x;
                    controlP p (\ _ -> return xv) }) }’
    In the expression:
      (expect [] =<<) . runCC
      $ do { p <- newPrompt;
             pushPrompt
               p
               (do { let x = ...;
                     xv <- x;
                     controlP p (\ _ -> return xv) }) }

Control/Monad/CC/CCRef.hs:581:50:
    No instance for (Applicative (CC IO)) arising from a use of ‘>>=’
    In the expression: f [] >>= (return . ("a" :))
    In the second argument of ‘controlP’, namely
      ‘(\ f -> f [] >>= (return . ("a" :)))’
    In the expression: controlP p (\ f -> f [] >>= (return . ("a" :)))

Control/Monad/CC/CCRef.hs:587:5:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            pushPrompt
              p
              (do { let x = ...;
                    xv <- x;
                    controlP p (\ g -> g xv) }) }’
    In the expression:
      (expect ["a"] =<<) . runCC
      $ do { p <- newPrompt;
             pushPrompt
               p
               (do { let x = ...;
                     xv <- x;
                     controlP p (\ g -> g xv) }) }

Control/Monad/CC/CCRef.hs:590:50:
    No instance for (Applicative (CC IO)) arising from a use of ‘>>=’
    In the expression: f [] >>= (return . ("a" :))
    In the second argument of ‘controlP’, namely
      ‘(\ f -> f [] >>= (return . ("a" :)))’
    In the expression: controlP p (\ f -> f [] >>= (return . ("a" :)))

Control/Monad/CC/CCRef.hs:596:5:
    No instance for (Applicative (CC IO)) arising from a do statement
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            pushPrompt
              p
              (do { takeSubCont
                      p (\ sk -> pushPrompt p (pushSubCont sk (return 1)));
                    takeSubCont p (\ sk -> pushSubCont sk (return 2)) }) }’
    In the expression:
      (expect 2 =<<) . runCC
      $ do { p <- newPrompt;
             pushPrompt
               p
               (do { takeSubCont
                       p (\ sk -> pushPrompt p (pushSubCont sk (return 1)));
                     takeSubCont p (\ sk -> pushSubCont sk (return 2)) }) }

Control/Monad/CC/CCRef.hs:610:3:
    Could not deduce (Applicative (CC IO)) arising from a do statement
    from the context (Show a)
      bound by the type signature for
                 Control.Monad.CC.CCRef.traverse :: Show a =>
                                                    DelimControl IO [a] [a] -> [a] -> IO ()
      at Control/Monad/CC/CCRef.hs:608:13-61
    In a stmt of a 'do' block: p <- newPrompt
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            let visit [] = return ...
                visit (h : t) = ...;
            pushPrompt p (visit lst) }’
    In the expression:
      (print =<<) . runCC
      $ do { p <- newPrompt;
             let visit [] = return ...
                 visit (h : t) = ...;
             pushPrompt p (visit lst) }

Control/Monad/CC/CCRef.hs:611:18:
    Could not deduce (Applicative (CC IO))
      arising from a use of ‘return’
    from the context (Show a)
      bound by the type signature for
                 Control.Monad.CC.CCRef.traverse :: Show a =>
                                                    DelimControl IO [a] [a] -> [a] -> IO ()
      at Control/Monad/CC/CCRef.hs:608:13-61
    In the expression: return []
    In an equation for ‘visit’: visit [] = return []
    In the second argument of ‘($)’, namely
      ‘do { p <- newPrompt;
            let visit [] = return ...
                visit (h : t) = ...;
            pushPrompt p (visit lst) }’
Failed to install CC-delcont-ref-0.1.0.0
cabal: Error: some packages failed to install:
CC-delcont-alt-0.1.1.0 depends on CC-delcont-ref-0.1.0.0 which failed to
install.
CC-delcont-cxe-0.1.0.2 failed during the building phase. The exception was:
ExitFailure 1
CC-delcont-exc-0.1.0.0 failed during the building phase. The exception was:
ExitFailure 1
CC-delcont-ref-0.1.0.0 failed during the building phase. The exception was:
ExitFailure 1