some stack extra-deps methods break stack ghci

queens.txt

Notes

With the below three files `stack build` and `stack exec queens` both work but `stack ghci` fails.
Still, `stack exec ghci` and then `import Data.HasCacBDD` work, but calling any function from the library fails.

Changing stack.yaml to "stack.yaml WORKING" below makes everything work.

So the question is, why does 


============ stack.yaml ============

resolver: lts-12.9
packages:
- '.'

# stack ghci does not work:
extra-deps:
- HasCacBDD-0.1.0.0

# stack ghci does work:
extra-deps:
- git: https://github.com/m4lvin/HasCacBDD.git
  commit: fec7e64bd1d87d456cfe3abcb057563a3d789215

# stack ghci does work
extra-deps:
- https://hackage.haskell.org/package/HasCacBDD-0.1.0.0/HasCacBDD-0.1.0.0.tar.gz



============ queens.cabal ============
name:                 queens
version:              1.0.0
author:               Malvin Gattinger
maintainer:           malvin@w4eg.eu
category:             Logic
build-type:           Simple
cabal-version:        >=1.23

Executable queens
  ghc-options:        -Wall -O2
  default-language:   Haskell2010
  main-is:            Main.hs
  build-depends:      base >= 4.8 && < 5,
                      HasCacBDD,
                      directory,
                      filepath,
                      process

============ Main.hs ============

{-
Copied and adapted from https://github.com/jwaldmann/haskell-obdd/blob/master/examples/Queens.hs
The N Queens problem. The propositional variables correspond to the positions on the board.
-}

import Data.HasCacBDD
import Data.List
import System.Environment ( getArgs )

type Position = (Int,Int)

positions :: Int -> [Position]
positions n = [ (a,b) | a <- [1 .. n],  b <- [1 .. n] ]

pos2int :: Int -> Position -> Int
pos2int n p = k where Just k = elemIndex p (positions n)

pos2bdd :: Int -> Position -> Bdd
pos2bdd n p = var $ pos2int n p

threatens :: Position -> Position -> Bool
threatens (a,b) (c,d) =
       a == c     -- same column
    || b == d     -- same row
    || a+b == c+d -- same diagonal
    || a-b == c-d -- same antidiagonal

board :: Int -> Bdd
board n = each_column_is_occupied `con` no_threats where
    each_column_is_occupied = conSet [ disSet [pos2bdd n (col,row) | row <- [1..n] ] |  col <- [1..n] ]
    no_threats = conSet [ disSet [neg (pos2bdd n p1), neg (pos2bdd n p2) ]
                        | p1 <- positions n, p2 <- positions n, p1 < p2, p1 `threatens` p2 ]

main :: IO ()
main = do
    args <- getArgs
    case map read args :: [Int] of
        [arg] -> mainf arg
        _     -> mainf 8

mainf :: Int -> IO ()
mainf n = do
    let d = board n
    print $ Data.HasCacBDD.satCountWith (map snd $ positions n) d

showBoard :: Assignment -> String
showBoard as = unlines [ [ charAt(col,row) | col <- [1..n] ] |  row <- [1..n] ] where
  charAt pos = if Just True == lookup (pos2int n pos) as then 'X' else '.'
  n = round $ sqrt (fromIntegral $ length as :: Float)

This problem should be solved since HasCacBDD-0.1.0.2.