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  1. data ByteString64

    base64-bytestring-type Data.ByteString.Base64.Lazy.Type

    Aeson serialisable bytestring. Uses base64 encoding. The inner ByteString is in raw format.

    >>> let bs64 = makeByteString64 "foobar"
    
    >>> bs64
    mkBS64 "foobar"
    
    Binary instance doesn't use base64 encoding:
    >>> Binary.encode bs64
    "\NUL\NUL\NUL\NUL\NUL\NUL\NUL\ACKfoobar"
    
    Aeson instance does:
    >>> Aeson.encode bs64
    "\"Zm9vYmFy\""
    
    This module uses standard alphabet
    >>> Aeson.encode (makeByteString64 "aa\191")
    "\"YWG/\""
    

  2. data ByteString64

    base64-bytestring-type Data.ByteString.Base64.Type

    Aeson serialisable bytestring. Uses base64 encoding. The inner ByteString is in raw format.

    >>> let bs64 = makeByteString64 "foobar"
    
    >>> bs64
    mkBS64 "foobar"
    
    Binary instance doesn't use base64 encoding:
    >>> Binary.encode bs64
    "\NUL\NUL\NUL\NUL\NUL\NUL\NUL\ACKfoobar"
    
    Aeson instance does:
    >>> Aeson.encode bs64
    "\"Zm9vYmFy\""
    
    This module uses standard alphabet
    >>> Aeson.encode (makeByteString64 "aa\191")
    "\"YWG/\""
    

  3. data ByteString64

    base64-bytestring-type Data.ByteString.Base64.URL.Lazy.Type

    Aeson serialisable bytestring. Uses base64 encoding. The inner ByteString is in raw format.

    >>> let bs64 = makeByteString64 "foobar"
    
    >>> bs64
    mkBS64 "foobar"
    
    Binary instance doesn't use base64 encoding:
    >>> Binary.encode bs64
    "\NUL\NUL\NUL\NUL\NUL\NUL\NUL\ACKfoobar"
    
    Aeson instance does:
    >>> Aeson.encode bs64
    "\"Zm9vYmFy\""
    
    This module uses standard alphabet
    >>> Aeson.encode (makeByteString64 "aa\191")
    "\"YWG_\""
    

  4. data ByteString64

    base64-bytestring-type Data.ByteString.Base64.URL.Type

    Aeson serialisable bytestring. Uses base64 encoding. The inner ByteString is in raw format.

    >>> let bs64 = makeByteString64 "foobar"
    
    >>> bs64
    mkBS64 "foobar"
    
    Binary instance doesn't use base64 encoding:
    >>> Binary.encode bs64
    "\NUL\NUL\NUL\NUL\NUL\NUL\NUL\ACKfoobar"
    
    Aeson instance does:
    >>> Aeson.encode bs64
    "\"Zm9vYmFy\""
    
    This module uses standard alphabet
    >>> Aeson.encode (makeByteString64 "aa\191")
    "\"YWG_\""
    

  5. type ByteStringBuilder = Builder

    chunked-data Data.Builder

    Since 0.3.0.0

  6. data ByteStringReader a

    med-module Sound.MED.Basic.Amiga

    No documentation available.

  7. ByteStringValue :: ByteString -> Value

    odbc Database.ODBC.Internal

    A vector of bytes. It might be binary, or a string, but we don't know the encoding. It maps to varchar in the database in SQL Server. DO NOT USE THIS TYPE IF YOU CAN AVOID IT: This type does not have a reliable transmission via parameters, and therefore is encoded within the query as CHAR(x) + ... where x is a character outside of alphanumeric characters. If you must: Use decodeUtf8 if the string is UTF-8 encoded, or decodeUtf16LE if it is UTF-16 encoded. For other encodings, see the Haskell text-icu package. For raw binary, see BinaryValue.

  8. ByteStringValue :: ByteString -> Value

    odbc Database.ODBC.SQLServer

    A vector of bytes. It might be binary, or a string, but we don't know the encoding. It maps to varchar in the database in SQL Server. DO NOT USE THIS TYPE IF YOU CAN AVOID IT: This type does not have a reliable transmission via parameters, and therefore is encoded within the query as CHAR(x) + ... where x is a character outside of alphanumeric characters. If you must: Use decodeUtf8 if the string is UTF-8 encoded, or decodeUtf16LE if it is UTF-16 encoded. For other encodings, see the Haskell text-icu package. For raw binary, see BinaryValue.

  9. ByteStringLit :: ByteString -> Literal

    opaleye Opaleye.Internal.HaskellDB.PrimQuery

    No documentation available.

  10. module Data.PseudoBoolean.ByteStringBuilder

    No documentation available.

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