private int appendDecoded( final CharArrayBuffer charbuffer, final ByteBuffer bbuf) throws IOException { if (!bbuf.hasRemaining()) { return 0; } if (this.decoder == null) { this.decoder = this.charset.newDecoder(); this.decoder.onMalformedInput(this.onMalformedCharAction); this.decoder.onUnmappableCharacter(this.onUnmappableCharAction); } if (this.cbuf == null) { this.cbuf = CharBuffer.allocate(1024); } this.decoder.reset(); int len = 0; while (bbuf.hasRemaining()) { final CoderResult result = this.decoder.decode(bbuf, this.cbuf, true); len += handleDecodingResult(result, charbuffer, bbuf); } final CoderResult result = this.decoder.flush(this.cbuf); len += handleDecodingResult(result, charbuffer, bbuf); this.cbuf.clear(); return len; }
private int appendDecoded( final CharArrayBuffer charbuffer, final ByteBuffer bbuf) throws IOException { if (!bbuf.hasRemaining()) { return 0; } if (this.decoder == null) { this.decoder = this.charset.newDecoder(); this.decoder.onMalformedInput(this.onMalformedCharAction); this.decoder.onUnmappableCharacter(this.onUnmappableCharAction); } if (this.cbuf == null) { this.cbuf = CharBuffer.allocate(1024); } this.decoder.reset(); int len = 0; while (bbuf.hasRemaining()) { final CoderResult result = this.decoder.decode(bbuf, this.cbuf, true); len += handleDecodingResult(result, charbuffer, bbuf); } final CoderResult result = this.decoder.flush(this.cbuf); len += handleDecodingResult(result, charbuffer, bbuf); this.cbuf.clear(); return len; }
private int appendDecoded( final CharArrayBuffer charbuffer, final ByteBuffer bbuf) throws IOException { if (!bbuf.hasRemaining()) { return 0; } if (this.decoder == null) { this.decoder = this.charset.newDecoder(); this.decoder.onMalformedInput(this.onMalformedCharAction); this.decoder.onUnmappableCharacter(this.onUnmappableCharAction); } if (this.cbuf == null) { this.cbuf = CharBuffer.allocate(1024); } this.decoder.reset(); int len = 0; while (bbuf.hasRemaining()) { final CoderResult result = this.decoder.decode(bbuf, this.cbuf, true); len += handleDecodingResult(result, charbuffer, bbuf); } final CoderResult result = this.decoder.flush(this.cbuf); len += handleDecodingResult(result, charbuffer, bbuf); this.cbuf.clear(); return len; }
private int appendDecoded( final CharArrayBuffer charbuffer, final ByteBuffer bbuf) throws IOException { if (!bbuf.hasRemaining()) { return 0; } if (this.decoder == null) { this.decoder = this.charset.newDecoder(); this.decoder.onMalformedInput(this.onMalformedCharAction); this.decoder.onUnmappableCharacter(this.onUnmappableCharAction); } if (this.cbuf == null) { this.cbuf = CharBuffer.allocate(1024); } this.decoder.reset(); int len = 0; while (bbuf.hasRemaining()) { final CoderResult result = this.decoder.decode(bbuf, this.cbuf, true); len += handleDecodingResult(result, charbuffer, bbuf); } final CoderResult result = this.decoder.flush(this.cbuf); len += handleDecodingResult(result, charbuffer, bbuf); this.cbuf.clear(); return len; }
private int appendDecoded( final CharArrayBuffer charbuffer, final ByteBuffer bbuf) throws IOException { if (!bbuf.hasRemaining()) { return 0; } if (this.decoder == null) { this.decoder = this.charset.newDecoder(); this.decoder.onMalformedInput(this.onMalformedCharAction); this.decoder.onUnmappableCharacter(this.onUnmappableCharAction); } if (this.cbuf == null) { this.cbuf = CharBuffer.allocate(1024); } this.decoder.reset(); int len = 0; while (bbuf.hasRemaining()) { final CoderResult result = this.decoder.decode(bbuf, this.cbuf, true); len += handleDecodingResult(result, charbuffer, bbuf); } final CoderResult result = this.decoder.flush(this.cbuf); len += handleDecodingResult(result, charbuffer, bbuf); this.cbuf.clear(); return len; }