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bsFingerprint :: ByteString -> Maybe TagFingerprinttagged-binary Data.Binary.Tagged With a ByteString, expecting tagged data, returns the Fingerprint that the data is tagged with. Returns Nothing if the data is not decodable as tagged data. Might accidentally decode untagged data though!
typeFingerprint :: Typeable a => a -> TagFingerprinttagged-binary Data.Binary.Tagged Compute the Fingerprint representing a type. It is non-strict on its parameter, so passing in undefined should work if you want to just get the Fingerprint of a specific type without having data of that type on hand:
typeFingerprint (undefined :: Int)
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tagged-binary Data.Binary.Tagged.Internal A data type representing a fingerprint for a Typeable type. Ideally, this would be Internal's own Fingerprint types; however, for some reason, the fingerprints for the same data type from the same modules differ between different GHC backends. So for now, it is just a ByteString representation of the name of the type. This is literally a bad idea, and so two types with the same name but from different modules will share a non-unique TagFingerprint. Hopefully in the future when I find out a way to fix this or the GHC backend maintainers find a way to provide consistent type fingerprints, this will be fixed. This type is mostly used for the ability to categorized Tagged items by their type. emptyTagFP gives a TagFingerprint that will most likely never be matched by any actual tag from a real type, so can be used as a test if needed. This replaces functionality that used to come from the Default instance.
bsFingerprint :: ByteString -> Maybe TagFingerprinttagged-binary Data.Binary.Tagged.Internal With a ByteString, expecting tagged data, returns the Fingerprint that the data is tagged with. Returns Nothing if the data is not decodable as tagged data. Might accidentally decode untagged data though!
tagFingerprint :: Tagged a -> TagFingerprinttagged-binary Data.Binary.Tagged.Internal Extract the Fingerprint out of a Tagged. Mostly used so that you can categorize and associate Tagged items; to check if a Tagged is of a desired typed, getTagged and tagMatched might be more useful.
typeFingerprint :: Typeable a => a -> TagFingerprinttagged-binary Data.Binary.Tagged.Internal Compute the Fingerprint representing a type. It is non-strict on its parameter, so passing in undefined should work if you want to just get the Fingerprint of a specific type without having data of that type on hand:
typeFingerprint (undefined :: Int)
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The Wadler/Leijen Pretty Printer This is a pretty printing library based on Wadler's paper "A Prettier Printer". See the haddocks for full info. This version allows the library user to declare overlapping instances of the Pretty class.
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xmonad-contrib XMonad.Config.Dmwit No documentation available.
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xmonad-contrib XMonad.Config.Dmwit No documentation available.
pprint :: PPrint a => Int -> a -> Stringxmonad-contrib XMonad.Config.Dmwit No documentation available.