Text.Regex.Do.Pcre.Match

see Text.Regex.Base.RegexLike

Documentation

class ExplicitMatch n h => Match n h out where

match covers all ExplicitMatch funs

compiler looks up the appropriate function depending on the result type

Methods

match :: Pattern n -> Body h -> out

Instances

ExplicitMatch n h => Match n h Bool

matchTest

ExplicitMatch n h => Match n h [MatchArray]

matchAll'

ExplicitMatch n h => Match n h [[h]]

matchAll

ExplicitMatch n h => Match n h (Maybe MatchArray)

matchOnce'

ExplicitMatch n h => Match n h [h]

matchOnce

class Rx_ n h => ExplicitMatch n h where

Minimal complete definition

Nothing

Methods

matchOnce

Arguments

:: Pattern n

-> Body h

-> [h]

matched content

matchOnce'

Arguments

:: Pattern n

-> Body h

-> Maybe MatchArray

see Text.Regex.Do.Pcre.Result

matchTest :: Pattern n -> Body h -> Bool

matchAll

Arguments

:: Pattern n

-> Body h

-> [[h]]

matched content

matchAll'

Arguments

:: Pattern n

-> Body h

-> [MatchArray]

see Text.Regex.Do.Pcre.Result

Instances

ExplicitMatch String String

accepts regex String

>>> matchTest (Pattern "^ab") (Body "abc")

True

ExplicitMatch String ByteString

accepts regex String

ExplicitMatch ByteString String

accepts regex ByteString

ExplicitMatch ByteString ByteString

accepts regex ByteString

ExplicitMatch Regex String

accepts Regex made with makeRegexOpts

ExplicitMatch Regex ByteString

accepts Regex made with makeRegexOpts

makeRegexOpts :: Opt_ n => [Comp] -> [Exec] -> Pattern n -> Regex

tweak Regex with options

class Regex_ r where

Methods

r_ :: Pattern r -> Regex

Instances

Regex_ String

Regex_ ByteString

Regex_ Regex

type Rx_ n h = (Extract h, Regex_ n, RegexLike Regex h)