Hoogle Search
Within LTS Haskell 24.50 (ghc-9.10.3)
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httpEquiv :: AttributeValue -> Attributeblaze-html Text.Blaze.Html4.Transitional.Attributes Combinator for the http-equiv attribute. Example:
div ! httpEquiv "bar" $ "Hello."
Result:<div http-equiv="bar">Hello.</div>
httpEquiv :: AttributeValue -> Attributeblaze-html Text.Blaze.Html5.Attributes Combinator for the http-equiv attribute. Example:
div ! httpEquiv "bar" $ "Hello."
Result:<div http-equiv="bar">Hello.</div>
required :: AttributeValue -> Attributeblaze-html Text.Blaze.Html5.Attributes Combinator for the required attribute. Example:
div ! required "bar" $ "Hello."
Result:<div required="bar">Hello.</div>
httpEquiv :: AttributeValue -> Attributeblaze-html Text.Blaze.XHtml1.FrameSet.Attributes Combinator for the http-equiv attribute. Example:
div ! httpEquiv "bar" $ "Hello."
Result:<div http-equiv="bar">Hello.</div>
httpEquiv :: AttributeValue -> Attributeblaze-html Text.Blaze.XHtml1.Strict.Attributes Combinator for the http-equiv attribute. Example:
div ! httpEquiv "bar" $ "Hello."
Result:<div http-equiv="bar">Hello.</div>
httpEquiv :: AttributeValue -> Attributeblaze-html Text.Blaze.XHtml1.Transitional.Attributes Combinator for the http-equiv attribute. Example:
div ! httpEquiv "bar" $ "Hello."
Result:<div http-equiv="bar">Hello.</div>
httpEquiv :: AttributeValue -> Attributeblaze-html Text.Blaze.XHtml5.Attributes Combinator for the http-equiv attribute. Example:
div ! httpEquiv "bar" $ "Hello."
Result:<div http-equiv="bar">Hello.</div>
required :: AttributeValue -> Attributeblaze-html Text.Blaze.XHtml5.Attributes Combinator for the required attribute. Example:
div ! required "bar" $ "Hello."
Result:<div required="bar">Hello.</div>
generateQ :: Curve -> Integer -> Pointcrypton Crypto.PubKey.ECC.Generate Generate Q given d. WARNING: Vulnerable to timing attacks.
data
ASeq (f :: Type -> Type) afree Control.Applicative.Free.Fast The free applicative is composed of a sequence of effects, and a pure function to apply that sequence to. The fast free applicative separates these from each other, so that the sequence may be built up independently, and so that fmap can run in constant time by having immediate access to the pure function.