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1. fromShortByteString :: ShortByteString -> Maybe ShortText

   text-short	Data.Text.Short

   Construct ShortText from UTF-8 encoded ShortByteString This operation doesn't copy the input ShortByteString but it cannot be <math> because we need to validate the UTF-8 encoding. Returns Nothing in case of invalid UTF-8 encoding.

   >>> fromShortByteString "\x00\x38\xF0\x90\x8C\x9A" -- U+00 U+38 U+1031A
   Just "\NUL8\66330"
   

   >>> fromShortByteString "\xC0\x80" -- invalid denormalised U+00
   Nothing
   

   >>> fromShortByteString "\xED\xA0\x80" -- U+D800 (non-scalar code-point)
   Nothing
   

   >>> fromShortByteString "\xF4\x8f\xbf\xbf" -- U+10FFFF
   Just "\1114111"
   

   >>> fromShortByteString "\xF4\x90\x80\x80" -- U+110000 (invalid)
   Nothing
   

   fromShortByteString (toShortByteString t) == Just t
   

2. toByteString :: ShortText -> ByteString

   text-short	Data.Text.Short

   Converts to UTF-8 encoded ByteString

3. toShortByteString :: ShortText -> ShortByteString

   text-short	Data.Text.Short

   Converts to UTF-8 encoded ShortByteString This operation has effectively no overhead, as it's currently merely a newtype-cast.

4. fromByteStringUnsafe :: ByteString -> ShortText

   text-short	Data.Text.Short.Unsafe

   Construct ShortText from UTF-8 encoded ByteString This operation is <math> because the ByteString needs to be copied into an unpinned ByteArray#. WARNING: Unlike the safe fromByteString conversion, this conversion is unsafe as it doesn't validate the well-formedness of the UTF-8 encoding.

5. fromShortByteStringUnsafe :: ShortByteString -> ShortText

   text-short	Data.Text.Short.Unsafe

   Construct ShortText from UTF-8 encoded ShortByteString This operation has effectively no overhead, as it's currently merely a newtype-cast. WARNING: Unlike the safe fromShortByteString conversion, this conversion is unsafe as it doesn't validate the well-formedness of the UTF-8 encoding.

6. fromByteString :: ByteString -> Maybe UUID

   uuid-types	Data.UUID.Types

   Extract a UUID from a ByteString in network byte order. The argument must be 16 bytes long, otherwise Nothing is returned.

7. toByteString :: UUID -> ByteString

   uuid-types	Data.UUID.Types

   Encode a UUID into a ByteString in network order. This uses the same encoding as the Binary instance.

8. digestFromByteString :: (HashAlgorithm a, ByteArrayAccess ba) => ba -> Maybe (Digest a)

   cryptonite	Crypto.Hash

   Try to transform a bytearray into a Digest of specific algorithm. If the digest is not the right size for the algorithm specified, then Nothing is returned.

9. newByteStringBuilderRecv :: BufferAllocStrategy -> IO (BuilderRecv, BuilderFinish)

   streaming-commons	Data.Streaming.ByteString.Builder

   No documentation available.

10. toByteStringIO :: (ByteString -> IO ()) -> Builder -> IO ()

    streaming-commons	Data.Streaming.ByteString.Builder

    Run the builder with a defaultChunkSized buffer and execute the given IO action whenever the buffer is full or gets flushed.

    toByteStringIO = toByteStringIOWith defaultChunkSize
    

    Since 0.1.9

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