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Within LTS Haskell 24.35 (ghc-9.10.3)

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1. listBits :: Vector Bit -> [Int]

   bitvec	Data.Bit

   Return 0-based indices of set bits in a vector.

   >>> :set -XOverloadedLists
   
   >>> listBits [1,1,0,1,0,1]
   [0,1,3,5]
   

2. listBits :: Vector Bit -> [Int]

   bitvec	Data.Bit.ThreadSafe

   Return 0-based indices of set bits in a vector.

   >>> :set -XOverloadedLists
   
   >>> listBits [1,1,0,1,0,1]
   [0,1,3,5]
   

3. listUntilEoi :: Parser e s a -> Parser e s [a]

   bytesmith	Data.Bytes.Parser

   Apply the parser repeatedly until there is no more input left to consume. Collects the results into a list.

4. listVars :: Typeable a => String -> a -> [Expr]

   express	Data.Express

   Generate an infinite list of variables based on a template and a given type. (cf. listVarsAsTypeOf)

   > putL 10 $ listVars "x" (undefined :: Int)
   [ x :: Int
   , y :: Int
   , z :: Int
   , x' :: Int
   , y' :: Int
   , z' :: Int
   , x'' :: Int
   , ...
   ]
   

   > putL 10 $ listVars "p" (undefined :: Bool)
   [ p :: Bool
   , q :: Bool
   , r :: Bool
   , p' :: Bool
   , q' :: Bool
   , r' :: Bool
   , p'' :: Bool
   , ...
   ]
   

5. listVarsAsTypeOf :: String -> Expr -> [Expr]

   express	Data.Express

   Generate an infinite list of variables based on a template and the type of a given Expr. (cf. listVars)

   > let one = val (1::Int)
   > putL 10 $ "x" `listVarsAsTypeOf` one
   [ x :: Int
   , y :: Int
   , z :: Int
   , x' :: Int
   , ...
   ]
   

   > let false = val False
   > putL 10 $ "p" `listVarsAsTypeOf` false
   [ p :: Bool
   , q :: Bool
   , r :: Bool
   , p' :: Bool
   , ...
   ]
   

6. listVarsWith :: [Expr] -> Expr -> [Expr]

   express	Data.Express

   O(n+m). Like lookupNames but returns a list of variables encoded as Exprs.

7. listVars :: Typeable a => String -> a -> [Expr]

   express	Data.Express.Hole

   Generate an infinite list of variables based on a template and a given type. (cf. listVarsAsTypeOf)

   > putL 10 $ listVars "x" (undefined :: Int)
   [ x :: Int
   , y :: Int
   , z :: Int
   , x' :: Int
   , y' :: Int
   , z' :: Int
   , x'' :: Int
   , ...
   ]
   

   > putL 10 $ listVars "p" (undefined :: Bool)
   [ p :: Bool
   , q :: Bool
   , r :: Bool
   , p' :: Bool
   , q' :: Bool
   , r' :: Bool
   , p'' :: Bool
   , ...
   ]
   

8. listVarsAsTypeOf :: String -> Expr -> [Expr]

   express	Data.Express.Hole

   Generate an infinite list of variables based on a template and the type of a given Expr. (cf. listVars)

   > let one = val (1::Int)
   > putL 10 $ "x" `listVarsAsTypeOf` one
   [ x :: Int
   , y :: Int
   , z :: Int
   , x' :: Int
   , ...
   ]
   

   > let false = val False
   > putL 10 $ "p" `listVarsAsTypeOf` false
   [ p :: Bool
   , q :: Bool
   , r :: Bool
   , p' :: Bool
   , ...
   ]
   

9. listVarsWith :: [Expr] -> Expr -> [Expr]

   express	Data.Express.Instances

   O(n+m). Like lookupNames but returns a list of variables encoded as Exprs.

10. listToExpr :: ToExpr a => [a] -> Expr

    tree-diff	Data.TreeDiff.Class

    No documentation available.

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