public ByteBuffer convertChunk(byte[] b, int offset, int length, ByteBuffer dst, boolean endOfInput) throws SVNException { myInputByteBuffer = allocate(myInputByteBuffer, length); myInputByteBuffer.put(b, offset, length); myInputByteBuffer.flip(); myCharBuffer = allocate(myCharBuffer, (int) (myDecoder.maxCharsPerByte() * myInputByteBuffer.remaining())); CoderResult result = myDecoder.decode(myInputByteBuffer, myCharBuffer, endOfInput); if (result.isError()) { throwException(result); } else if (result.isUnderflow()) { myInputByteBuffer.compact(); } else { myInputByteBuffer.clear(); } myCharBuffer.flip(); dst = allocate(dst, (int) (myEncoder.maxBytesPerChar() * myCharBuffer.remaining())); result = myEncoder.encode(myCharBuffer, dst, false); if (result.isError()) { throwException(result); } else if (result.isUnderflow()) { myCharBuffer.compact(); } else { myCharBuffer.clear(); } return dst; }
public ByteBuffer convertChunk(byte[] b, int offset, int length, ByteBuffer dst, boolean endOfInput) throws SVNException { myInputByteBuffer = allocate(myInputByteBuffer, length); myInputByteBuffer.put(b, offset, length); myInputByteBuffer.flip(); myCharBuffer = allocate(myCharBuffer, (int) (myDecoder.maxCharsPerByte() * myInputByteBuffer.remaining())); CoderResult result = myDecoder.decode(myInputByteBuffer, myCharBuffer, endOfInput); if (result.isError()) { throwException(result); } else if (result.isUnderflow()) { myInputByteBuffer.compact(); } else { myInputByteBuffer.clear(); } myCharBuffer.flip(); dst = allocate(dst, (int) (myEncoder.maxBytesPerChar() * myCharBuffer.remaining())); result = myEncoder.encode(myCharBuffer, dst, false); if (result.isError()) { throwException(result); } else if (result.isUnderflow()) { myCharBuffer.compact(); } else { myCharBuffer.clear(); } return dst; }
public ByteBuffer convertChunk(byte[] b, int offset, int length, ByteBuffer dst, boolean endOfInput) throws SVNException { myInputByteBuffer = allocate(myInputByteBuffer, length); myInputByteBuffer.put(b, offset, length); myInputByteBuffer.flip(); myCharBuffer = allocate(myCharBuffer, (int) (myDecoder.maxCharsPerByte() * myInputByteBuffer.remaining())); CoderResult result = myDecoder.decode(myInputByteBuffer, myCharBuffer, endOfInput); if (result.isError()) { throwException(result); } else if (result.isUnderflow()) { myInputByteBuffer.compact(); } else { myInputByteBuffer.clear(); } myCharBuffer.flip(); dst = allocate(dst, (int) (myEncoder.maxBytesPerChar() * myCharBuffer.remaining())); result = myEncoder.encode(myCharBuffer, dst, false); if (result.isError()) { throwException(result); } else if (result.isUnderflow()) { myCharBuffer.compact(); } else { myCharBuffer.clear(); } return dst; }
dst = allocate(dst, (int) (myEncoder.maxBytesPerChar() * myCharBuffer.remaining())); result = myEncoder.encode(myCharBuffer, dst, true); if (result.isError()) {
dst = allocate(dst, (int) (myEncoder.maxBytesPerChar() * myCharBuffer.remaining())); result = myEncoder.encode(myCharBuffer, dst, true); if (result.isError()) {
dst = allocate(dst, (int) (myEncoder.maxBytesPerChar() * myCharBuffer.remaining())); result = myEncoder.encode(myCharBuffer, dst, true); if (result.isError()) {