Safe Haskell	None
Language	Haskell98

Hedgehog.Internal.Config

Synopsis

Documentation

data UseColor #

Whether to render output using ANSI colors or not.

Constructors

DisableColor	Disable ANSI colors in report output.
EnableColor	Enable ANSI colors in report output.

Instances

Eq UseColor #
Methods (==) :: UseColor -> UseColor -> Bool # (/=) :: UseColor -> UseColor -> Bool #
Ord UseColor #
Methods compare :: UseColor -> UseColor -> Ordering # (<) :: UseColor -> UseColor -> Bool # (<=) :: UseColor -> UseColor -> Bool # (>) :: UseColor -> UseColor -> Bool # (>=) :: UseColor -> UseColor -> Bool # max :: UseColor -> UseColor -> UseColor # min :: UseColor -> UseColor -> UseColor #
Show UseColor #
Methods showsPrec :: Int -> UseColor -> ShowS # show :: UseColor -> String # showList :: [UseColor] -> ShowS #
Lift UseColor #
Methods lift :: UseColor -> Q Exp #

resolveColor :: MonadIO m => Maybe UseColor -> m UseColor #

data Verbosity #

How verbose should the report output be.

Constructors

Quiet	Only display the summary of the test run.
Normal	Display each property as it is running, as well as the summary.

Instances

Eq Verbosity #
Methods (==) :: Verbosity -> Verbosity -> Bool # (/=) :: Verbosity -> Verbosity -> Bool #
Ord Verbosity #
Methods compare :: Verbosity -> Verbosity -> Ordering # (<) :: Verbosity -> Verbosity -> Bool # (<=) :: Verbosity -> Verbosity -> Bool # (>) :: Verbosity -> Verbosity -> Bool # (>=) :: Verbosity -> Verbosity -> Bool # max :: Verbosity -> Verbosity -> Verbosity # min :: Verbosity -> Verbosity -> Verbosity #
Show Verbosity #
Methods showsPrec :: Int -> Verbosity -> ShowS # show :: Verbosity -> String # showList :: [Verbosity] -> ShowS #
Lift Verbosity #
Methods lift :: Verbosity -> Q Exp #

resolveVerbosity :: MonadIO m => Maybe Verbosity -> m Verbosity #

newtype WorkerCount #

The number of workers to use when running properties in parallel.

Constructors

WorkerCount Int

Instances

Enum WorkerCount #
Methods succ :: WorkerCount -> WorkerCount # pred :: WorkerCount -> WorkerCount # toEnum :: Int -> WorkerCount # fromEnum :: WorkerCount -> Int # enumFrom :: WorkerCount -> [WorkerCount] # enumFromThen :: WorkerCount -> WorkerCount -> [WorkerCount] # enumFromTo :: WorkerCount -> WorkerCount -> [WorkerCount] # enumFromThenTo :: WorkerCount -> WorkerCount -> WorkerCount -> [WorkerCount] #
Eq WorkerCount #
Methods (==) :: WorkerCount -> WorkerCount -> Bool # (/=) :: WorkerCount -> WorkerCount -> Bool #
Integral WorkerCount #
Methods quot :: WorkerCount -> WorkerCount -> WorkerCount # rem :: WorkerCount -> WorkerCount -> WorkerCount # div :: WorkerCount -> WorkerCount -> WorkerCount # mod :: WorkerCount -> WorkerCount -> WorkerCount # quotRem :: WorkerCount -> WorkerCount -> (WorkerCount, WorkerCount) # divMod :: WorkerCount -> WorkerCount -> (WorkerCount, WorkerCount) # toInteger :: WorkerCount -> Integer #
Num WorkerCount #
Methods (+) :: WorkerCount -> WorkerCount -> WorkerCount # (-) :: WorkerCount -> WorkerCount -> WorkerCount # (*) :: WorkerCount -> WorkerCount -> WorkerCount # negate :: WorkerCount -> WorkerCount # abs :: WorkerCount -> WorkerCount # signum :: WorkerCount -> WorkerCount # fromInteger :: Integer -> WorkerCount #
Ord WorkerCount #
Methods compare :: WorkerCount -> WorkerCount -> Ordering # (<) :: WorkerCount -> WorkerCount -> Bool # (<=) :: WorkerCount -> WorkerCount -> Bool # (>) :: WorkerCount -> WorkerCount -> Bool # (>=) :: WorkerCount -> WorkerCount -> Bool # max :: WorkerCount -> WorkerCount -> WorkerCount # min :: WorkerCount -> WorkerCount -> WorkerCount #
Real WorkerCount #
Methods toRational :: WorkerCount -> Rational #
Show WorkerCount #
Methods showsPrec :: Int -> WorkerCount -> ShowS # show :: WorkerCount -> String # showList :: [WorkerCount] -> ShowS #
Lift WorkerCount #
Methods lift :: WorkerCount -> Q Exp #

resolveWorkers :: MonadIO m => Maybe WorkerCount -> m WorkerCount #

detectMark :: MonadIO m => m Bool #

detectColor :: MonadIO m => m UseColor #

detectVerbosity :: MonadIO m => m Verbosity #

detectWorkers :: MonadIO m => m WorkerCount #