ObjFW  Check-in [0d4059306a]

		@try {
			char *buffer = [self allocMemoryWithSize: of_pagesize];

			while (![file isAtEndOfStream]) {
				size_t length;

				length = [file readNBytes: of_pagesize
					       intoBuffer: buffer];
				[self addItemsFromCArray: buffer
						   count: length];
			}

			[self freeMemory: buffer];
		} @finally {
			[file release];

- (void)writeToFile: (OFString*)path
{
	OFFile *file = [[OFFile alloc] initWithPath: path
					       mode: @"wb"];

	@try {
		[file writeNBytes: count * itemSize
		       fromBuffer: data];

	} @finally {
		[file release];
	}
}

- (OFXMLElement*)XMLElementBySerializing
{

	@try {
		sourceFile = [OFFile fileWithPath: source
					     mode: @"rb"];
		destinationFile = [OFFile fileWithPath: destination
						  mode: @"wb"];

		while (![sourceFile isAtEndOfStream]) {
			size_t len = [sourceFile readNBytes: of_pagesize

						 intoBuffer: buffer];

			[destinationFile writeNBytes: len
					  fromBuffer: buffer];
		}

#if !defined(_WIN32) && !defined(_PSP)
		if (!override) {
			struct stat s;

			if (fstat(sourceFile->fileDescriptor, &s) == 0)

{
	if (fileDescriptor == -1)
		return YES;

	return atEndOfStream;
}

- (size_t)_readNBytes: (size_t)length
	   intoBuffer: (void*)buffer

{
	ssize_t ret;

	if (fileDescriptor == -1 || atEndOfStream ||
	    (ret = read(fileDescriptor, buffer, length)) < 0)
		@throw [OFReadFailedException exceptionWithClass: isa
							  stream: self
						 requestedLength: length];

	if (ret == 0)
		atEndOfStream = YES;

	return ret;
}

- (void)_writeNBytes: (size_t)length
	  fromBuffer: (const void*)buffer

{
	if (fileDescriptor == -1 || atEndOfStream ||
	    write(fileDescriptor, buffer, length) < length)
		@throw [OFWriteFailedException exceptionWithClass: isa
							   stream: self
						  requestedLength: length];
}

	[sock connectToHost: [URL host]
		       port: [URL port]];

	/*
	 * Work around a bug with packet bisection in lighttpd when using
	 * HTTPS.
	 */
	[sock setBuffersWrites: YES];

	if (requestType == OF_HTTP_REQUEST_TYPE_GET)
		type = "GET";
	if (requestType == OF_HTTP_REQUEST_TYPE_HEAD)
		type = "HEAD";
	if (requestType == OF_HTTP_REQUEST_TYPE_POST)
		type = "POST";

			    [queryString UTF8StringLength]];
	}

	[sock writeString: @"\r\n"];

	/* Work around a bug in lighttpd, see above */
	[sock flushWriteBuffer];
	[sock setBuffersWrites: NO];

	if (requestType == OF_HTTP_REQUEST_TYPE_POST)
		[sock writeString: queryString];

	@try {
		line = [sock readLine];
	} @catch (OFInvalidEncodingException *e) {

				    contentLength >= bytesReceived))
					break;

				while (toRead > 0) {
					size_t length = (toRead < of_pagesize
					    ? toRead : of_pagesize);

					length = [sock readNBytes: length
						       intoBuffer: buffer];

					[delegate request: self
					   didReceiveData: buffer
					       withLength: length];
					[pool2 releaseObjects];

					bytesReceived += length;

					    exceptionWithClass: isa];

				[pool2 releaseObjects];
			}
		} else {
			size_t length;

			while ((length = [sock readNBytes: of_pagesize
					       intoBuffer: buffer]) > 0) {

				[delegate request: self
				   didReceiveData: buffer
				       withLength: length];
				[pool2 releaseObjects];

				bytesReceived += length;
				[data addItemsFromCArray: buffer

	if (readPipe[0] == NULL)
#endif
		return YES;

	return atEndOfStream;
}

- (size_t)_readNBytes: (size_t)length
	   intoBuffer: (void*)buffer

{
#ifndef _WIN32
	ssize_t ret;
#else
	DWORD ret;
#endif

	if (ret == 0)
		atEndOfStream = YES;

	return ret;
}

- (void)_writeNBytes: (size_t)length
	  fromBuffer: (const void*)buffer

{
#ifndef _WIN32
	if (writePipe[1] == -1 || atEndOfStream ||
	    write(writePipe[1], buffer, length) < length)
#else
	DWORD ret;

@class OFDataArray;

/**
 * \brief A base class for different types of streams.
 *
 * \warning Even though the OFCopying protocol is implemented, it does
 *	    <i>not</i> return an independant copy of the stream but instead
 *	    retains it.  This is so that the stream can be used as a key for a
 *	    dictionary so context can be associated with a stream. Using a
 *	    stream in more than one thread at the same time is not thread-safe,
 *	    even if copy was called!
 *
 * \warning If you want to subclass this, override _readNBytes:intoBuffer:,
 *	    _writeNBytes:fromBuffer: and _isAtEndOfStream, but nothing else.
 *	    Those are not defined in the headers, but do the actual work.
 *	    OFStream uses those and does all the caching and other stuff. If
 *	    you override these methods without the _ prefix, you *WILL* break
 *	    caching and get broken results!
 */
@interface OFStream: OFObject <OFCopying>
{
	char   *cache;
	char   *writeBuffer;
	size_t cacheLength, writeBufferLength;
	BOOL   buffersWrites;
	BOOL   blocking;
	BOOL   waitingForDelimiter;
}

#ifdef OF_HAVE_PROPERTIES
@property (getter=isBlocking) BOOL blocking;
@property (readonly, getter=isAtEndOfStream) BOOL atEndOfStream;

- (BOOL)isAtEndOfStream;

/**
 * \brief Reads <i>at most</i> size bytes from the stream into a buffer.
 *
 * On network streams, this might read less than the specified number of bytes.
 * If you want to read exactly the specified number of bytes, use
 * -[readExactlyNBytes:intoBuffer:].
 *
 * \param buffer The buffer into which the data is read
 * \param length The length of the data that should be read at most.
 *		 The buffer MUST be at least this big!
 * \return The number of bytes read
 */
- (size_t)readNBytes: (size_t)size
	  intoBuffer: (void*)buffer;


/**
 * \brief Reads exactly the specified length bytes from the stream into a
 *	  buffer.
 *
 * Unlike readNBytes:intoBuffer:, this method does not return when less than the
 * specified length has been read - instead, it waits until it got exactly the
 * specified length.
 *
 * \warning Only call this when you know that specified amount of data is
 *	    available! Otherwise you will get an exception!
 *
 * \param buffer The buffer into which the data is read
 * \param length The length of the data that should be read.
 *	       The buffer MUST be EXACTLY this big!
 */
- (void)readExactlyNBytes: (size_t)length
	       intoBuffer: (void*)buffer;


/**
 * \brief Reads a uint8_t from the stream.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *

 *	    Otherwise you will get an exception!
 *
 * \param nInt16s The number of uint16_ts to read
 * \param buffer A buffer of sufficient size to store the specified number of
 *		 uint16_ts
 * \return The number of bytes read
 */
- (size_t)readNBigEndianInt16s: (size_t)nInt16s
		    intoBuffer: (uint16_t*)buffer;


/**
 * \brief Reads the specified number of uint32_ts from the stream which are
 *	  encoded in big endian.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param nInt32s The number of uint32_ts to read
 * \param buffer A buffer of sufficient size to store the specified number of
 *		 uint32_ts
 * \return The number of bytes read
 */
- (size_t)readNBigEndianInt32s: (size_t)nInt32s
		    intoBuffer: (uint32_t*)buffer;


/**
 * \brief Reads the specified number of uint64_ts from the stream which are
 *	  encoded in big endian.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param nInt64s The number of uint64_ts to read
 * \param buffer A buffer of sufficient size to store the specified number of
 *		 uint64_ts
 * \return The number of bytes read
 */
- (size_t)readNBigEndianInt64s: (size_t)nInt64s
		    intoBuffer: (uint64_t*)buffer;


/**
 * \brief Reads the specified number of floats from the stream which are encoded
 *	  in big endian.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param nFloatss The number of floats to read
 * \param buffer A buffer of sufficient size to store the specified number of
 *		 floats
 * \return The number of bytes read
 */
- (size_t)readNBigEndianFloats: (size_t)nFloats
		    intoBuffer: (float*)buffer;


/**
 * \brief Reads the specified number of doubles from the stream which are
 *	  encoded in big endian.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param nDoubles The number of doubles to read
 * \param buffer A buffer of sufficient size to store the specified number of
 *		 doubles
 * \return The number of bytes read
 */
- (size_t)readNBigEndianDoubles: (size_t)nDoubles
		     intoBuffer: (double*)buffer;


/**
 * \brief Reads a uint16_t from the stream which is encoded in little endian.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *

 *	    Otherwise you will get an exception!
 *
 * \param nInt16s The number of uint16_ts to read
 * \param buffer A buffer of sufficient size to store the specified number of
 *		 uint16_ts
 * \return The number of bytes read
 */
- (size_t)readNLittleEndianInt16s: (size_t)nInt16s
		       intoBuffer: (uint16_t*)buffer;


/**
 * \brief Reads the specified number of uint32_ts from the stream which are
 *	  encoded in little endian.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param nInt32s The number of uint32_ts to read
 * \param buffer A buffer of sufficient size to store the specified number of
 *		 uint32_ts
 * \return The number of bytes read
 */
- (size_t)readNLittleEndianInt32s: (size_t)nInt32s
		       intoBuffer: (uint32_t*)buffer;


/**
 * \brief Reads the specified number of uint64_ts from the stream which are
 *	  encoded in little endian.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param nInt64s The number of uint64_ts to read
 * \param buffer A buffer of sufficient size to store the specified number of
 *		 uint64_ts
 * \return The number of bytes read
 */
- (size_t)readNLittleEndianInt64s: (size_t)nInt64s
		       intoBuffer: (uint64_t*)buffer;


/**
 * \brief Reads the specified number of floats from the stream which are
 *	  encoded in little endian.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param nFloats The number of floats to read
 * \param buffer A buffer of sufficient size to store the specified number of
 *		 floats
 * \return The number of bytes read
 */
- (size_t)readNLittleEndianFloats: (size_t)nFloats
		       intoBuffer: (float*)buffer;


/**
 * \brief Reads the specified number of doubles from the stream which are
 *	  encoded in little endian.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param nDoubles The number of doubles to read
 * \param buffer A buffer of sufficient size to store the specified number of
 *		 doubles
 * \return The number of bytes read
 */
- (size_t)readNLittleEndianDoubles: (size_t)nDoubles
			intoBuffer: (double*)buffer;


/**
 * \brief Reads the specified number of items with an item size of 1 from the
 *	  stream and returns them in an OFDataArray.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param nItems The number of items to read
 * \return An OFDataArray with at nItems items.
 */
- (OFDataArray*)readDataArrayWithNItems: (size_t)nItems;

/**
 * \brief Reads the specified number of items with the specified item size from
 *	  the stream and returns them in an OFDataArray.
 *
 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param itemSize The size of each item
 * \param nItems The number of items to read
 * \return An OFDataArray with at nItems items.
 */
- (OFDataArray*)readDataArrayWithItemSize: (size_t)itemSize
				andNItems: (size_t)nItems;

/**
 * \brief Returns an OFDataArray with all the remaining data of the stream.
 *
 * \return An OFDataArray with an item size of 1 with all the data of the
 *	   stream until the end of the stream is reached.
 */

 * \warning Only call this when you know that enough data is available!
 *	    Otherwise you will get an exception!
 *
 * \param encoding The encoding of the string to read from the stream
 * \param length The length (in bytes) of the string to read from the stream
 * \return A string with the specified length
 */
- (OFString*)readStringWithEncoding: (of_string_encoding_t)encoding
			     length: (size_t)length;

/**
 * \brief Reads until a newline, \\0 or end of stream occurs.
 *
 * \return The line that was read, autoreleased, or nil if the end of the
 *	   stream has been reached.
 */

 *
 * \param delimiter The delimiter
 * \param encoding The encoding used by the stream
 * \return The line that was read, autoreleased, or nil if the end of the
 *	   stream has been reached.
 */
- (OFString*)readTillDelimiter: (OFString*)delimiter
		  withEncoding: (of_string_encoding_t)encoding;

/**
 * \brief Tries to reads until the specified string or \\0 is found or the end
 *	  of stream (see readTillDelimiter:) and returns nil if not enough data
 *	  has been received yet.
 *
 * \param delimiter The delimiter

 *
 * \param delimiter The delimiter
 * \param encoding The encoding used by the stream
 * \return The line that was read, autoreleased, or nil if the end of the
 *	   stream has been reached.
 */
- (OFString*)tryReadTillDelimiter: (OFString*)delimiter
		     withEncoding: (of_string_encoding_t)encoding;

/**
 * \brief Returns a boolen whether writes are buffered.
 *
 * \return A boolean whether writes are buffered
 */
- (BOOL)buffersWrites;

/**
 * \brief Enables or disables the write buffer.
 *
 * \param enable Whether the write buffer should be enabled or disabled
 */
- (void)setBuffersWrites: (BOOL)enable;

/**
 * \brief Writes everythig in the write buffer to the stream.
 */
- (void)flushWriteBuffer;

/**
 * \brief Writes from a buffer into the stream.
 *
 * \param buffer The buffer from which the data is written to the stream
 * \param length The length of the data that should be written
 */
- (void)writeNBytes: (size_t)length
	 fromBuffer: (const void*)buffer;


/**
 * \brief Writes a uint8_t into the stream.
 *
 * \param int8 A uint8_t
 */
- (void)writeInt8: (uint8_t)int8;

 *	  big endian.
 *
 * \param nInt16 The number of uint16_ts to write
 * \param buffer The buffer from which the data is written to the stream after
 *		 it has been byte swapped if necessary
 * \return The number of bytes written to the stream
 */
- (size_t)writeNBigEndianInt16s: (size_t)nInt16s
		     fromBuffer: (const uint16_t*)buffer;


/**
 * \brief Writes the specified number of uint32_ts into the stream, encoded in
 *	  big endian.
 *
 * \param nInt32 The number of uint32_ts to write
 * \param buffer The buffer from which the data is written to the stream after
 *		 it has been byte swapped if necessary
 * \return The number of bytes written to the stream
 */
- (size_t)writeNBigEndianInt32s: (size_t)nInt32s
		     fromBuffer: (const uint32_t*)buffer;


/**
 * \brief Writes the specified number of uint64_ts into the stream, encoded in
 *	  big endian.
 *
 * \param nInt64 The number of uint64_ts to write
 * \param buffer The buffer from which the data is written to the stream after
 *		 it has been byte swapped if necessary
 * \return The number of bytes written to the stream
 */
- (size_t)writeNBigEndianInt64s: (size_t)nInt64s
		     fromBuffer: (const uint64_t*)buffer;


/**
 * \brief Writes the specified number of floats into the stream, encoded in big
 *	  endian.
 *
 * \param nFloats The number of floats to write
 * \param buffer The buffer from which the data is written to the stream after
 *		 it has been byte swapped if necessary
 * \return The number of bytes written to the stream
 */
- (size_t)writeNBigEndianFloats: (size_t)nFloats
		     fromBuffer: (const float*)buffer;


/**
 * \brief Writes the specified number of doubles into the stream, encoded in
 *	  big endian.
 *
 * \param nDoubles The number of doubles to write
 * \param buffer The buffer from which the data is written to the stream after
 *		 it has been byte swapped if necessary
 * \return The number of bytes written to the stream
 */
- (size_t)writeNBigEndianDoubles: (size_t)nDoubles
		      fromBuffer: (const double*)buffer;


/**
 * \brief Writes a uint16_t into the stream, encoded in little endian.
 *
 * \param int16 A uint16_t
 */
- (void)writeLittleEndianInt16: (uint16_t)int16;

 *	  little endian.
 *
 * \param nInt16 The number of uint16_ts to write
 * \param buffer The buffer from which the data is written to the stream after
 *		 it has been byte swapped if necessary
 * \return The number of bytes written to the stream
 */
- (size_t)writeNLittleEndianInt16s: (size_t)nInt16s
			fromBuffer: (const uint16_t*)buffer;


/**
 * \brief Writes the specified number of uint32_ts into the stream, encoded in
 *	  little endian.
 *
 * \param nInt32 The number of uint32_ts to write
 * \param buffer The buffer from which the data is written to the stream after
 *		 it has been byte swapped if necessary
 * \return The number of bytes written to the stream
 */
- (size_t)writeNLittleEndianInt32s: (size_t)nInt32s
			fromBuffer: (const uint32_t*)buffer;


/**
 * \brief Writes the specified number of uint64_ts into the stream, encoded in
 *	  little endian.
 *
 * \param nInt64 The number of uint64_ts to write
 * \param buffer The buffer from which the data is written to the stream after
 *		 it has been byte swapped if necessary
 * \return The number of bytes written to the stream
 */
- (size_t)writeNLittleEndianInt64s: (size_t)nInt64s
			fromBuffer: (const uint64_t*)buffer;


/**
 * \brief Writes the specified number of floats into the stream, encoded in
 *	  little endian.
 *
 * \param nFloats The number of floats to write
 * \param buffer The buffer from which the data is written to the stream after
 *		 it has been byte swapped if necessary
 * \return The number of bytes written to the stream
 */
- (size_t)writeNLittleEndianFloats: (size_t)nFloats
			fromBuffer: (const float*)buffer;

/**
 * \brief Writes the specified number of doubles into the stream, encoded in
 *	  little endian.
 *
 * \param nDoubles The number of doubles to write
 * \param buffer The buffer from which the data is written to the stream after
 *		 it has been byte swapped if necessary
 * \return The number of bytes written to the stream
 */
- (size_t)writeNLittleEndianDoubles: (size_t)nDoubles
			 fromBuffer: (const double*)buffer;


/**
 * \brief Writes from an OFDataArray into the stream.
 *
 * \param dataArray The OFDataArray to write into the stream
 * \return The number of bytes written
 */

 * specifier for objects.
 *
 * \param format A string used as format
 * \param arguments The arguments used in the format string
 * \return The number of bytes written
 */
- (size_t)writeFormat: (OFConstantString*)format
	withArguments: (va_list)arguments;

/**
 * \brief Returns the number of bytes still present in the internal cache.
 *
 * \return The number of bytes still present in the internal cache.
 */
- (size_t)pendingBytes;

/**
 * \brief Returns whether the stream is in blocking mode.
 *
 * \return Whether the stream is in blocking mode

- (int)fileDescriptor;

/**
 * \brief Closes the stream.
 */
- (void)close;

- (size_t)_readNBytes: (size_t)length
	   intoBuffer: (void*)buffer;
- (void)_writeNBytes: (size_t)length
	  fromBuffer: (const void*)buffer;

- (BOOL)_isWaitingForDelimiter;
@end

- (BOOL)_isAtEndOfStream
{
	@throw [OFNotImplementedException exceptionWithClass: isa
						    selector: _cmd];
}

- (size_t)_readNBytes: (size_t)length
	   intoBuffer: (void*)buffer

{
	@throw [OFNotImplementedException exceptionWithClass: isa
						    selector: _cmd];
}

- (void)_writeNBytes: (size_t)length
	  fromBuffer: (const void*)buffer

{
	@throw [OFNotImplementedException exceptionWithClass: isa
						    selector: _cmd];
}

- copy
{
	return [self retain];
}

- (BOOL)isAtEndOfStream
{
	if (cache != NULL)
		return NO;

	return [self _isAtEndOfStream];
}

- (size_t)readNBytes: (size_t)length
	  intoBuffer: (void*)buffer

{
	if (cache == NULL)
		return [self _readNBytes: length
			      intoBuffer: buffer];

	if (length >= cacheLength) {
		size_t ret = cacheLength;
		memcpy(buffer, cache, cacheLength);

		[self freeMemory: cache];
		cache = NULL;

		cache = tmp;
		cacheLength -= length;

		return length;
	}
}

- (void)readExactlyNBytes: (size_t)length
	       intoBuffer: (void*)buffer

{
	size_t readLength = 0;

	while (readLength < length)
		readLength += [self readNBytes: length - readLength
				    intoBuffer: (char*)buffer + readLength];
}

- (uint8_t)readInt8
{
	uint8_t ret;

	[self readExactlyNBytes: 1
		     intoBuffer: (char*)&ret];


	return ret;
}

- (uint16_t)readBigEndianInt16
{
	uint16_t ret;

	[self readExactlyNBytes: 2
		     intoBuffer: (char*)&ret];


	return of_bswap16_if_le(ret);
}

- (uint32_t)readBigEndianInt32
{
	uint32_t ret;

	[self readExactlyNBytes: 4
		     intoBuffer: (char*)&ret];


	return of_bswap32_if_le(ret);
}

- (uint64_t)readBigEndianInt64
{
	uint64_t ret;

	[self readExactlyNBytes: 8
		     intoBuffer: (char*)&ret];


	return of_bswap64_if_le(ret);
}

- (float)readBigEndianFloat
{
	float ret;

	[self readExactlyNBytes: 4
		     intoBuffer: (char*)&ret];


	return of_bswap_float_if_le(ret);
}

- (double)readBigEndianDouble
{
	double ret;

	[self readExactlyNBytes: 8
		     intoBuffer: (char*)&ret];


	return of_bswap_double_if_le(ret);
}

- (size_t)readNBigEndianInt16s: (size_t)nInt16s
		    intoBuffer: (uint16_t*)buffer

{
	size_t size = nInt16s * sizeof(uint16_t);

	[self readExactlyNBytes: size
		     intoBuffer: buffer];


#ifndef OF_BIG_ENDIAN
	size_t i;

	for (i = 0; i < nInt16s; i++)
		buffer[i] = of_bswap16(buffer[i]);
#endif

	return size;
}

- (size_t)readNBigEndianInt32s: (size_t)nInt32s
		    intoBuffer: (uint32_t*)buffer

{
	size_t size = nInt32s * sizeof(uint32_t);

	[self readExactlyNBytes: size
		     intoBuffer: buffer];


#ifndef OF_BIG_ENDIAN
	size_t i;

	for (i = 0; i < nInt32s; i++)
		buffer[i] = of_bswap32(buffer[i]);
#endif

	return size;
}

- (size_t)readNBigEndianInt64s: (size_t)nInt64s
		    intoBuffer: (uint64_t*)buffer

{
	size_t size = nInt64s * sizeof(uint64_t);

	[self readExactlyNBytes: size
		     intoBuffer: buffer];


#ifndef OF_BIG_ENDIAN
	size_t i;

	for (i = 0; i < nInt64s; i++)
		buffer[i] = of_bswap64(buffer[i]);
#endif

	return size;
}

- (size_t)readNBigEndianFloats: (size_t)nFloats
		    intoBuffer: (float*)buffer

{
	size_t size = nFloats * sizeof(float);

	[self readExactlyNBytes: size
		     intoBuffer: buffer];


#ifndef OF_FLOAT_BIG_ENDIAN
	size_t i;

	for (i = 0; i < nFloats; i++)
		buffer[i] = of_bswap_float(buffer[i]);
#endif

	return size;
}

- (size_t)readNBigEndianDoubles: (size_t)nDoubles
		     intoBuffer: (double*)buffer

{
	size_t size = nDoubles * sizeof(double);

	[self readExactlyNBytes: size
		     intoBuffer: buffer];


#ifndef OF_FLOAT_BIG_ENDIAN
	size_t i;

	for (i = 0; i < nDoubles; i++)
		buffer[i] = of_bswap_double(buffer[i]);
#endif

	return size;
}

- (uint16_t)readLittleEndianInt16
{
	uint16_t ret;

	[self readExactlyNBytes: 2
		     intoBuffer: (char*)&ret];


	return of_bswap16_if_be(ret);
}

- (uint32_t)readLittleEndianInt32
{
	uint32_t ret;

	[self readExactlyNBytes: 4
		     intoBuffer: (char*)&ret];


	return of_bswap32_if_be(ret);
}

- (uint64_t)readLittleEndianInt64
{
	uint64_t ret;

	[self readExactlyNBytes: 8
		     intoBuffer: (char*)&ret];


	return of_bswap64_if_be(ret);
}

- (float)readLittleEndianFloat
{
	float ret;

	[self readExactlyNBytes: 4
		     intoBuffer: (char*)&ret];


	return of_bswap_float_if_be(ret);
}

- (double)readLittleEndianDouble
{
	double ret;

	[self readExactlyNBytes: 8
		     intoBuffer: (char*)&ret];


	return of_bswap_double_if_be(ret);
}

- (size_t)readNLittleEndianInt16s: (size_t)nInt16s
		       intoBuffer: (uint16_t*)buffer

{
	size_t size = nInt16s * sizeof(uint16_t);

	[self readExactlyNBytes: size
		     intoBuffer: buffer];


#ifdef OF_BIG_ENDIAN
	size_t i;

	for (i = 0; i < nInt16s; i++)
		buffer[i] = of_bswap16(buffer[i]);
#endif

	return size;
}

- (size_t)readNLittleEndianInt32s: (size_t)nInt32s
		       intoBuffer: (uint32_t*)buffer

{
	size_t size = nInt32s * sizeof(uint32_t);

	[self readExactlyNBytes: size
		     intoBuffer: buffer];


#ifdef OF_BIG_ENDIAN
	size_t i;

	for (i = 0; i < nInt32s; i++)
		buffer[i] = of_bswap32(buffer[i]);
#endif

	return size;
}

- (size_t)readNLittleEndianInt64s: (size_t)nInt64s
		       intoBuffer: (uint64_t*)buffer

{
	size_t size = nInt64s * sizeof(uint64_t);

	[self readExactlyNBytes: size
		     intoBuffer: buffer];


#ifdef OF_BIG_ENDIAN
	size_t i;

	for (i = 0; i < nInt64s; i++)
		buffer[i] = of_bswap64(buffer[i]);
#endif

	return size;
}

- (size_t)readNLittleEndianFloats: (size_t)nFloats
		       intoBuffer: (float*)buffer

{
	size_t size = nFloats * sizeof(float);

	[self readExactlyNBytes: size
		     intoBuffer: buffer];


#ifdef OF_FLOAT_BIG_ENDIAN
	size_t i;

	for (i = 0; i < nFloats; i++)
		buffer[i] = of_bswap_float(buffer[i]);
#endif

	return size;
}

- (size_t)readNLittleEndianDoubles: (size_t)nDoubles
			intoBuffer: (double*)buffer

{
	size_t size = nDoubles * sizeof(double);

	[self readExactlyNBytes: size
		     intoBuffer: buffer];


#ifdef OF_FLOAT_BIG_ENDIAN
	size_t i;

	for (i = 0; i < nDoubles; i++)
		buffer[i] = of_bswap_double(buffer[i]);
#endif

	return size;
}

- (OFDataArray*)readDataArrayWithNItems: (size_t)nItems
{
	return [self readDataArrayWithItemSize: 1
				     andNItems: nItems];
}

- (OFDataArray*)readDataArrayWithItemSize: (size_t)itemSize
				andNItems: (size_t)nItems
{
	OFDataArray *dataArray;
	char *tmp;

	dataArray = [OFDataArray dataArrayWithItemSize: itemSize];
	tmp = [self allocMemoryWithItemSize: itemSize
				      count: nItems];

	@try {
		[self readExactlyNBytes: nItems * itemSize
			     intoBuffer: tmp];


		[dataArray addItemsFromCArray: tmp
					count: nItems];
	} @finally {
		[self freeMemory: tmp];
	}

	dataArray = [OFDataArray dataArray];
	buffer = [self allocMemoryWithSize: of_pagesize];

	@try {
		while (![self isAtEndOfStream]) {
			size_t length;

			length = [self readNBytes: of_pagesize
				       intoBuffer: buffer];
			[dataArray addItemsFromCArray: buffer
						count: length];
		}
	} @finally {
		[self freeMemory: buffer];
	}

	return dataArray;
}

- (OFString*)readStringWithLength: (size_t)length
{
	return [self readStringWithEncoding: OF_STRING_ENCODING_UTF_8
				     length: length];
}

- (OFString*)readStringWithEncoding: (of_string_encoding_t)encoding
			     length: (size_t)length
{
	OFString *ret;
	char *buffer = [self allocMemoryWithSize: length + 1];
	buffer[length] = 0;

	@try {
		[self readExactlyNBytes: length
			     intoBuffer: buffer];


		ret = [OFString stringWithCString: buffer
					 encoding: encoding];
	} @finally {
		[self freeMemory: buffer];
	}

			cache = NULL;
			cacheLength = 0;

			waitingForDelimiter = NO;
			return ret;
		}

		bufferLength = [self _readNBytes: of_pagesize
				      intoBuffer: buffer];

		/* Look if there's a newline or \0 */
		for (i = 0; i < bufferLength; i++) {
			if (OF_UNLIKELY(buffer[i] == '\n' ||
			    buffer[i] == '\0')) {
				retLength = cacheLength + i;
				retCString = [self

- (OFString*)tryReadLine
{
	return [self tryReadLineWithEncoding: OF_STRING_ENCODING_UTF_8];
}

- (OFString*)tryReadTillDelimiter: (OFString*)delimiter
		     withEncoding: (of_string_encoding_t)encoding
{
	const char *delimiterUTF8String;
	size_t i, j, delimiterLength, bufferLength, retLength;
	char *retCString, *buffer, *newCache;
	OFString *ret;

	/* FIXME: Convert delimiter to specified charset */

			cache = NULL;
			cacheLength = 0;

			waitingForDelimiter = NO;
			return ret;
		}

		bufferLength = [self _readNBytes: of_pagesize
				      intoBuffer: buffer];

		/* Look if there's a delimiter or \0 */
		for (i = 0; i < bufferLength; i++) {
			if (buffer[i] != delimiterUTF8String[j++])
				j = 0;

			if (j == delimiterLength || buffer[i] == '\0') {

	return nil;
}


- (OFString*)readTillDelimiter: (OFString*)delimiter
{
	return [self readTillDelimiter: delimiter
			  withEncoding: OF_STRING_ENCODING_UTF_8];
}

- (OFString*)readTillDelimiter: (OFString*)delimiter
		  withEncoding: (of_string_encoding_t)encoding
{
	OFString *ret = nil;


	while ((ret = [self tryReadTillDelimiter: delimiter
				    withEncoding: encoding]) == nil)
		if ([self isAtEndOfStream])
			return nil;

	return ret;
}

- (OFString*)tryReadTillDelimiter: (OFString*)delimiter
{
	return [self tryReadTillDelimiter: delimiter
			     withEncoding: OF_STRING_ENCODING_UTF_8];
}

- (BOOL)buffersWrites
{
	return buffersWrites;
}

- (void)setBuffersWrites: (BOOL)enable
{
	buffersWrites = enable;
}

- (void)flushWriteBuffer
{
	if (writeBuffer == NULL)
		return;

	[self _writeNBytes: writeBufferLength
		fromBuffer: writeBuffer];

	[self freeMemory: writeBuffer];
	writeBuffer = NULL;
	writeBufferLength = 0;
}

- (void)writeNBytes: (size_t)length
	 fromBuffer: (const void*)buffer

{
	if (!buffersWrites)
		[self _writeNBytes: length
			fromBuffer: buffer];

	else {
		writeBuffer = [self resizeMemory: writeBuffer
					  toSize: writeBufferLength + length];
		memcpy(writeBuffer + writeBufferLength, buffer, length);
		writeBufferLength += length;
	}
}

- (void)writeInt8: (uint8_t)int8
{
	[self writeNBytes: 1
	       fromBuffer: (char*)&int8];
}

- (void)writeBigEndianInt16: (uint16_t)int16
{
	int16 = of_bswap16_if_le(int16);

	[self writeNBytes: 2
	       fromBuffer: (char*)&int16];

}

- (void)writeBigEndianInt32: (uint32_t)int32
{
	int32 = of_bswap32_if_le(int32);

	[self writeNBytes: 4
	       fromBuffer: (char*)&int32];

}

- (void)writeBigEndianInt64: (uint64_t)int64
{
	int64 = of_bswap64_if_le(int64);

	[self writeNBytes: 8
	       fromBuffer: (char*)&int64];

}

- (void)writeBigEndianFloat: (float)float_
{
	float_ = of_bswap_float_if_le(float_);

	[self writeNBytes: 4
	       fromBuffer: (char*)&float_];

}

- (void)writeBigEndianDouble: (double)double_
{
	double_ = of_bswap_double_if_le(double_);

	[self writeNBytes: 8
	       fromBuffer: (char*)&double_];

}

- (size_t)writeNBigEndianInt16s: (size_t)nInt16s
		     fromBuffer: (const uint16_t*)buffer

{
	size_t size = nInt16s * sizeof(uint16_t);

#ifdef OF_BIG_ENDIAN
	[self writeNBytes: size
	       fromBuffer: buffer];

#else
	uint16_t *tmp;

	tmp = [self allocMemoryWithItemSize: sizeof(uint16_t)
				      count: nInt16s];

	@try {
		size_t i;

		for (i = 0; i < nInt16s; i++)
			tmp[i] = of_bswap16(buffer[i]);

		[self writeNBytes: size
		       fromBuffer: tmp];
	} @finally {
		[self freeMemory: tmp];
	}
#endif

	return size;
}

- (size_t)writeNBigEndianInt32s: (size_t)nInt32s
		     fromBuffer: (const uint32_t*)buffer

{
	size_t size = nInt32s * sizeof(uint32_t);

#ifdef OF_BIG_ENDIAN
	[self writeNBytes: size
	       fromBuffer: buffer];

#else
	uint32_t *tmp;

	tmp = [self allocMemoryWithItemSize: sizeof(uint32_t)
				      count: nInt32s];

	@try {
		size_t i;

		for (i = 0; i < nInt32s; i++)
			tmp[i] = of_bswap32(buffer[i]);

		[self writeNBytes: size
		       fromBuffer: tmp];
	} @finally {
		[self freeMemory: tmp];
	}
#endif

	return size;
}

- (size_t)writeNBigEndianInt64s: (size_t)nInt64s
		     fromBuffer: (const uint64_t*)buffer

{
	size_t size = nInt64s * sizeof(uint64_t);

#ifdef OF_BIG_ENDIAN
	[self writeNBytes: size
	       fromBuffer: buffer];

#else
	uint64_t *tmp;

	tmp = [self allocMemoryWithItemSize: sizeof(uint64_t)
				      count: nInt64s];

	@try {
		size_t i;

		for (i = 0; i < nInt64s; i++)
			tmp[i] = of_bswap64(buffer[i]);

		[self writeNBytes: size
		       fromBuffer: tmp];
	} @finally {
		[self freeMemory: tmp];
	}
#endif

	return size;
}

- (size_t)writeNBigEndianFloats: (size_t)nFloats
		     fromBuffer: (const float*)buffer

{
	size_t size = nFloats * sizeof(float);

#ifdef OF_FLOAT_BIG_ENDIAN
	[self writeNBytes: size
	       fromBuffer: buffer];

#else
	float *tmp;

	tmp = [self allocMemoryWithItemSize: sizeof(float)
				      count: nFloats];

	@try {
		size_t i;

		for (i = 0; i < nFloats; i++)
			tmp[i] = of_bswap_float(buffer[i]);

		[self writeNBytes: size
		       fromBuffer: tmp];
	} @finally {
		[self freeMemory: tmp];
	}
#endif

	return size;
}

- (size_t)writeNBigEndianDoubles: (size_t)nDoubles
		      fromBuffer: (const double*)buffer

{
	size_t size = nDoubles * sizeof(double);

#ifdef OF_FLOAT_BIG_ENDIAN
	[self writeNBytes: size
	       fromBuffer: buffer];

#else
	double *tmp;

	tmp = [self allocMemoryWithItemSize: sizeof(double)
				      count: nDoubles];

	@try {
		size_t i;

		for (i = 0; i < nDoubles; i++)
			tmp[i] = of_bswap_double(buffer[i]);

		[self writeNBytes: size
		       fromBuffer: tmp];
	} @finally {
		[self freeMemory: tmp];
	}
#endif

	return size;
}

- (void)writeLittleEndianInt16: (uint16_t)int16
{
	int16 = of_bswap16_if_be(int16);

	[self writeNBytes: 2
	       fromBuffer: (char*)&int16];

}

- (void)writeLittleEndianInt32: (uint32_t)int32
{
	int32 = of_bswap32_if_be(int32);

	[self writeNBytes: 4
	       fromBuffer: (char*)&int32];

}

- (void)writeLittleEndianInt64: (uint64_t)int64
{
	int64 = of_bswap64_if_be(int64);

	[self writeNBytes: 8
	       fromBuffer: (char*)&int64];

}

- (void)writeLittleEndianFloat: (float)float_
{
	float_ = of_bswap_float_if_be(float_);

	[self writeNBytes: 4
	       fromBuffer: (char*)&float_];

}

- (void)writeLittleEndianDouble: (double)double_
{
	double_ = of_bswap_double_if_be(double_);

	[self writeNBytes: 8
	       fromBuffer: (char*)&double_];

}

- (size_t)writeNLittleEndianInt16s: (size_t)nInt16s
			fromBuffer: (const uint16_t*)buffer

{
	size_t size = nInt16s * sizeof(uint16_t);

#ifndef OF_BIG_ENDIAN
	[self writeNBytes: size
	       fromBuffer: buffer];

#else
	uint16_t *tmp;

	tmp = [self allocMemoryWithItemSize: sizeof(uint16_t)
				      count: nInt16s];

	@try {
		size_t i;

		for (i = 0; i < nInt16s; i++)
			tmp[i] = of_bswap16(buffer[i]);

		[self writeNBytes: size
		       fromBuffer: tmp];
	} @finally {
		[self freeMemory: tmp];
	}
#endif

	return size;
}

- (size_t)writeNLittleEndianInt32s: (size_t)nInt32s
			fromBuffer: (const uint32_t*)buffer

{
	size_t size = nInt32s * sizeof(uint32_t);

#ifndef OF_BIG_ENDIAN
	[self writeNBytes: size
	       fromBuffer: buffer];

#else
	uint32_t *tmp;

	tmp = [self allocMemoryWithItemSize: sizeof(uint32_t)
				      count: nInt32s];

	@try {
		size_t i;

		for (i = 0; i < nInt32s; i++)
			tmp[i] = of_bswap32(buffer[i]);

		[self writeNBytes: size
		       fromBuffer: tmp];
	} @finally {
		[self freeMemory: tmp];
	}
#endif

	return size;
}

- (size_t)writeNLittleEndianInt64s: (size_t)nInt64s
			fromBuffer: (const uint64_t*)buffer

{
	size_t size = nInt64s * sizeof(uint64_t);

#ifndef OF_BIG_ENDIAN
	[self writeNBytes: size
	       fromBuffer: buffer];

#else
	uint64_t *tmp;

	tmp = [self allocMemoryWithItemSize: sizeof(uint64_t)
				      count: nInt64s];

	@try {
		size_t i;

		for (i = 0; i < nInt64s; i++)
			tmp[i] = of_bswap64(buffer[i]);

		[self writeNBytes: size
		       fromBuffer: tmp];
	} @finally {
		[self freeMemory: tmp];
	}
#endif

	return size;
}

- (size_t)writeNLittleEndianFloats: (size_t)nFloats
			fromBuffer: (const float*)buffer
{
	size_t size = nFloats * sizeof(float);

#ifndef OF_FLOAT_BIG_ENDIAN
	[self writeNBytes: size
	       fromBuffer: buffer];

#else
	float *tmp;

	tmp = [self allocMemoryWithItemSize: sizeof(float)
				      count: nFloats];

	@try {
		size_t i;

		for (i = 0; i < nFloats; i++)
			tmp[i] = of_bswap_float(buffer[i]);

		[self writeNBytes: size
		       fromBuffer: tmp];
	} @finally {
		[self freeMemory: tmp];
	}
#endif

	return size;
}

- (size_t)writeNLittleEndianDoubles: (size_t)nDoubles
			 fromBuffer: (const double*)buffer

{
	size_t size = nDoubles * sizeof(double);

#ifndef OF_FLOAT_BIG_ENDIAN
	[self writeNBytes: size
	       fromBuffer: buffer];

#else
	double *tmp;

	tmp = [self allocMemoryWithItemSize: sizeof(double)
				      count: nDoubles];

	@try {
		size_t i;

		for (i = 0; i < nDoubles; i++)
			tmp[i] = of_bswap_double(buffer[i]);

		[self writeNBytes: size
		       fromBuffer: tmp];
	} @finally {
		[self freeMemory: tmp];
	}
#endif

	return size;
}

- (size_t)writeDataArray: (OFDataArray*)dataArray
{
	size_t length = [dataArray count] * [dataArray itemSize];

	[self writeNBytes: length
	       fromBuffer: [dataArray cArray]];


	return [dataArray count] * [dataArray itemSize];
}

- (size_t)writeString: (OFString*)string
{
	size_t length = [string UTF8StringLength];

	[self writeNBytes: length
	       fromBuffer: [string UTF8String]];


	return length;
}

- (size_t)writeLine: (OFString*)string
{
	size_t stringLength = [string UTF8StringLength];
	char *buffer;

	buffer = [self allocMemoryWithSize: stringLength + 1];

	@try {
		memcpy(buffer, [string UTF8String], stringLength);
		buffer[stringLength] = '\n';

		[self writeNBytes: stringLength + 1
		       fromBuffer: buffer];

	} @finally {
		[self freeMemory: buffer];
	}

	return stringLength + 1;
}

- (size_t)writeFormat: (OFConstantString*)format, ...
{
	va_list arguments;
	size_t ret;

	va_start(arguments, format);
	ret = [self writeFormat: format
		  withArguments: arguments];
	va_end(arguments);

	return ret;
}

- (size_t)writeFormat: (OFConstantString*)format
	withArguments: (va_list)arguments
{
	char *UTF8String;
	int length;

	if (format == nil)
		@throw [OFInvalidArgumentException exceptionWithClass: isa
							     selector: _cmd];

	if ((length = of_vasprintf(&UTF8String, [format UTF8String],
	    arguments)) == -1)
		@throw [OFInvalidFormatException exceptionWithClass: isa];

	@try {
		[self writeNBytes: length
		       fromBuffer: UTF8String];

	} @finally {
		free(UTF8String);
	}

	return length;
}

}

- (BOOL)_isAtEndOfStream
{
	return atEndOfStream;
}

- (size_t)_readNBytes: (size_t)length
	   intoBuffer: (void*)buffer

{
	ssize_t ret;

	if (sock == INVALID_SOCKET)
		@throw [OFNotConnectedException exceptionWithClass: isa
							    socket: self];

	if (ret == 0)
		atEndOfStream = YES;

	return ret;
}

- (void)_writeNBytes: (size_t)length
	  fromBuffer: (const void*)buffer

{
	if (sock == INVALID_SOCKET)
		@throw [OFNotConnectedException exceptionWithClass: isa
							    socket: self];

	if (atEndOfStream) {
		OFWriteFailedException *e;

		file = [[OFFile alloc] initWithPath: path
					       mode: @"rb"];

		@try {
			tmp = [self allocMemoryWithSize: (size_t)st.st_size];

			[file readExactlyNBytes: (size_t)st.st_size
				     intoBuffer: tmp];

		} @finally {
			[file release];
		}
	} @catch (id e) {
		[self release];
		@throw e;
	}

@implementation OFTCPSocket (SOCKS5)
- (void)_SOCKS5ConnectToHost: (OFString*)host
			port: (uint16_t)port
{
	const char request[] = { 5, 1, 0, 3 };
	char reply[256];
	BOOL oldBuffersWrites;

	/* 5 1 0 -> no authentication */
	[self writeNBytes: 3
	       fromBuffer: request];

	[self readExactlyNBytes: 2
		     intoBuffer: reply];


	if (reply[0] != 5 || reply[1] != 0) {
		[self close];
		@throw [OFConnectionFailedException
		    exceptionWithClass: isa
				socket: self
				  host: host
				  port: port];
	}

	oldBuffersWrites = [self buffersWrites];
	[self setBuffersWrites: YES];

	/* CONNECT request */
	[self writeNBytes: 4
	       fromBuffer: request];
	[self writeInt8:
	    [host cStringLengthWithEncoding: OF_STRING_ENCODING_NATIVE]];
	[self writeNBytes: [host cStringLengthWithEncoding:
			       OF_STRING_ENCODING_NATIVE]
	       fromBuffer: [host cStringWithEncoding:
			       OF_STRING_ENCODING_NATIVE]];
	[self writeBigEndianInt16: port];

	[self flushWriteBuffer];
	[self setBuffersWrites: oldBuffersWrites];

	[self readExactlyNBytes: 4
		     intoBuffer: reply];


	if (reply[0] != 5 || reply[1] != 0 || reply[2] != 0) {
		[self close];
		@throw [OFConnectionFailedException exceptionWithClass: isa
								socket: self
								  host: host
								  port: port];
	}

	/* Skip the rest of the reply */
	switch (reply[3]) {
	case 1: /* IPv4 */
		[self readExactlyNBytes: 4
			     intoBuffer: reply];

		break;
	case 3: /* Domainname */
		[self readExactlyNBytes: [self readInt8]
			     intoBuffer: reply];

		break;
	case 4: /* IPv6 */
		[self readExactlyNBytes: 16
			     intoBuffer: reply];

		break;
	default:
		[self close];
		@throw [OFConnectionFailedException exceptionWithClass: isa
								socket: self
								  host: host
								  port: port];

- (void)parseStream: (OFStream*)stream
{
	char *buffer = [self allocMemoryWithSize: of_pagesize];

	@try {
		while (![stream isAtEndOfStream]) {
			size_t length = [stream readNBytes: of_pagesize
						intoBuffer: buffer];

			[self parseBuffer: buffer
				   length: length];
		}
	} @finally {
		[self freeMemory: buffer];
	}

	OFFile *f = [OFFile fileWithPath: @"testfile.bin"
				    mode: @"rb"];

	TEST(@"+[MD5Hash]", (md5 = [OFMD5Hash MD5Hash]))

	while (![f isAtEndOfStream]) {
		char buf[64];
		size_t len = [f readNBytes: 64
				intoBuffer: buf];
		[md5 updateWithBuffer: buf
			       length: len];
	}
	[f close];

	TEST(@"-[digest]",
	    !memcmp([md5 digest], testfile_md5, OF_MD5_DIGEST_SIZE))

	OFFile *f = [OFFile fileWithPath: @"testfile.bin"
				    mode: @"rb"];

	TEST(@"+[SHA1Hash]", (sha1 = [OFSHA1Hash SHA1Hash]))

	while (![f isAtEndOfStream]) {
		char buf[64];
		size_t len = [f readNBytes: 64
				intoBuffer: buf];
		[sha1 updateWithBuffer: buf
				length: len];
	}
	[f close];

	TEST(@"-[digest]",
	    !memcmp([sha1 digest], testfile_sha1, OF_SHA1_DIGEST_SIZE))

@implementation StreamTester
- (BOOL)_isAtEndOfStream
{
	return (state > 1 ? YES : NO);
}

- (size_t)_readNBytes: (size_t)size
	   intoBuffer: (void*)buffer

{
	switch (state) {
	case 0:
		if (size < 1)
			return 0;

		memcpy(buffer, "f", 1);

	TEST(@"-[accept]", (accepted = [server accept]))

	TEST(@"-[remoteAddress]",
	    [[accepted remoteAddress] isEqual: @"127.0.0.1"])

	TEST(@"-[writeString:]", [client writeString: @"Hello!"])

	TEST(@"-[readNBytes:intoBuffer:]", [accepted readNBytes: 6
						     intoBuffer: buf] &&
	    !memcmp(buf, "Hello!", 6))

	[pool drain];
}
@end