#include <kmime_codec_identity.h>

Inheritance diagram for KMime::IdentityCodec:

Public Member Functions
	~IdentityCodec ()
virtual bool	decode (const char &scursor, const char const send, char &dcursor, const char const dend, bool withCRLF=false) const
QByteArray	decode (const QByteArray &src, bool withCRLF=false) const
virtual bool	encode (const char &scursor, const char const send, char &dcursor, const char const dend, bool withCRLF=false) const
QByteArray	encode (const QByteArray &src, bool withCRLF=false) const
Decoder *	makeDecoder (bool withCRLF=false) const
Encoder *	makeEncoder (bool withCRLF=false) const
int	maxDecodedSizeFor (int insize, bool withCRLF) const
int	maxEncodedSizeFor (int insize, bool withCRLF) const
Public Member Functions inherited from KMime::Codec
virtual	~Codec ()
virtual const char *	name () const =0

Protected Member Functions
	IdentityCodec ()
Protected Member Functions inherited from KMime::Codec
	Codec ()

Additional Inherited Members
Static Public Member Functions inherited from KMime::Codec
static Codec *	codecForName (const char *name)
static Codec *	codecForName (const QByteArray &name)

Detailed Description

A class representing the Identify codec.

Definition at line 48 of file kmime_codec_identity.h.

Constructor & Destructor Documentation

◆ IdentityCodec()

KMime::IdentityCodec::IdentityCodec ( )

inlineprotected

Constructs the Identity codec.

Definition at line 55 of file kmime_codec_identity.h.

◆ ~IdentityCodec()

KMime::IdentityCodec::~IdentityCodec ( )

inline

Destroys the codec.

Definition at line 61 of file kmime_codec_identity.h.

Member Function Documentation

◆ decode() [1/2]

bool KMime::Codec::decode	(	const char *&	scursor,
		const char *const	send,
		char *&	dcursor,
		const char *const	dend,
		bool	withCRLF = false ) const

virtual

Convenience wrapper that can be used for small chunks of data when you can provide a large enough buffer.

The default implementation creates a Decoder and uses it.

Decodes a chunk of bytes starting at scursor and extending to send into the buffer described by dcursor and dend.

This function doesn't support chaining of blocks. The returned block cannot be added to, but you don't need to finalize it, too.

Example usage (in contains the input data):

KMime::Codec *codec = KMime::Codec::codecForName( "base64" );
kFatal( !codec ) << "no base64 codec found!?";
QByteArray out( in.size() ); // good guess for any encoding...
QByteArray::Iterator iit = in.begin();
QByteArray::Iterator oit = out.begin();
if ( !codec->decode( iit, in.end(), oit, out.end() ) ) {
  kDebug() << "output buffer too small";
  return;
}
kDebug() << "Size of decoded data:" << oit - out.begin();

Parameters

scursor	is a pointer to the start of the input buffer.
send	is a pointer to the end of the input buffer.
dcursor	is a pointer to the start of the output buffer.
dend	is a pointer to the end of the output buffer.
withCRLF	if true, make the newlines CRLF; else use LF.

Returns: false if the decoded data didn't fit into the output buffer; true otherwise.

Reimplemented from KMime::Codec.

Definition at line 220 of file kmime_codecs.cpp.

◆ decode() [2/2]

QByteArray KMime::IdentityCodec::decode	(	const QByteArray &	src,
		bool	withCRLF = false ) const

virtual

QByteArray Codec::decode()

Reimplemented from KMime::Codec.

Definition at line 104 of file kmime_codec_identity.cpp.

◆ encode() [1/2]

bool KMime::Codec::encode	(	const char *&	scursor,
		const char *const	send,
		char *&	dcursor,
		const char *const	dend,
		bool	withCRLF = false ) const

virtual

Convenience wrapper that can be used for small chunks of data when you can provide a large enough buffer.

The default implementation creates an Encoder and uses it.

Encodes a chunk of bytes starting at scursor and extending to send into the buffer described by dcursor and dend.

This function doesn't support chaining of blocks. The returned block cannot be added to, but you don't need to finalize it, too.

Example usage (in contains the input data):

KMime::Codec *codec = KMime::Codec::codecForName( "base64" );
kFatal( !codec ) << "no base64 codec found!?";
QByteArray out( in.size()*1.4 ); // crude maximal size of b64 encoding
QByteArray::Iterator iit = in.begin();
QByteArray::Iterator oit = out.begin();
if ( !codec->encode( iit, in.end(), oit, out.end() ) ) {
  kDebug() << "output buffer too small";
  return;
}
kDebug() << "Size of encoded data:" << oit - out.begin();

Parameters

scursor	is a pointer to the start of the input buffer.
send	is a pointer to the end of the input buffer.
dcursor	is a pointer to the start of the output buffer.
dend	is a pointer to the end of the output buffer.
withCRLF	if true, make the newlines CRLF; else use LF.