_buffer[_location] = '0'; _location ++; ByteScanner.encodeByteIntoTwoAsciiCharBytes( c, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b; ByteScanner.encodeByteIntoTwoAsciiCharBytes( charByte, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b;
_buffer[_location] = '0'; _location ++; ByteScanner.encodeByteIntoTwoAsciiCharBytes( c, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b; ByteScanner.encodeByteIntoTwoAsciiCharBytes( charByte, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b;
_buffer[_location] = '0'; _location ++; ByteScanner.encodeByteIntoTwoAsciiCharBytes( c, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b; ByteScanner.encodeByteIntoTwoAsciiCharBytes( charByte, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b;
_buffer[_location] = '0'; _location ++; ByteScanner.encodeByteIntoTwoAsciiCharBytes( c, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b; ByteScanner.encodeByteIntoTwoAsciiCharBytes( charByte, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b;
_buffer[_location] = '0'; _location ++; ByteScanner.encodeByteIntoTwoAsciiCharBytes( c, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b; ByteScanner.encodeByteIntoTwoAsciiCharBytes( charByte, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b;
_buffer[_location] = '0'; _location ++; ByteScanner.encodeByteIntoTwoAsciiCharBytes( c, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b; ByteScanner.encodeByteIntoTwoAsciiCharBytes( charByte, _encoded ); for (int b : _encoded) { _buffer [_location] = (char)b;
public ByteBuf addUrlEncodedByteArray( byte[] value ) { final byte[] encoded = new byte[ 2 ]; for ( int index = 0; index < value.length; index++ ) { int i = value[ index ]; if ( i >= 'a' && i <= 'z' ) { this.addByte( i ); } else if ( i >= 'A' && i <= 'Z' ) { this.addByte( i ); } else if ( i >= '0' && i <= '9' ) { this.addByte( i ); } else if ( i == '_' || i == '-' || i == '.' || i == '*' ) { this.addByte( i ); } else if ( i == ' ' ) { this.addByte( '+' ); } else { ByteScanner.encodeByteIntoTwoAsciiCharBytes( i, encoded ); this.addByte( '%' ); this.addByte( encoded[ 0 ] ); this.addByte( encoded[ 1 ] ); } } return this; }
public ByteBuf addUrlEncodedByteArray( byte[] value ) { final byte[] encoded = new byte[ 2 ]; for ( int index = 0; index < value.length; index++ ) { int i = value[ index ]; if ( i >= 'a' && i <= 'z' ) { this.addByte( i ); } else if ( i >= 'A' && i <= 'Z' ) { this.addByte( i ); } else if ( i >= '0' && i <= '9' ) { this.addByte( i ); } else if ( i == '_' || i == '-' || i == '.' || i == '*' ) { this.addByte( i ); } else if ( i == ' ' ) { this.addByte( '+' ); } else { ByteScanner.encodeByteIntoTwoAsciiCharBytes( i, encoded ); this.addByte( '%' ); this.addByte( encoded[ 0 ] ); this.addByte( encoded[ 1 ] ); } } return this; }
public ByteBuf addUrlEncodedByteArray( byte[] value ) { final byte[] encoded = new byte[ 2 ]; for ( int index = 0; index < value.length; index++ ) { int i = value[ index ]; if ( i >= 'a' && i <= 'z' ) { this.addByte( i ); } else if ( i >= 'A' && i <= 'Z' ) { this.addByte( i ); } else if ( i >= '0' && i <= '9' ) { this.addByte( i ); } else if ( i == '_' || i == '-' || i == '.' || i == '*' ) { this.addByte( i ); } else if ( i == ' ' ) { this.addByte( '+' ); } else { ByteScanner.encodeByteIntoTwoAsciiCharBytes( i, encoded ); this.addByte( '%' ); this.addByte( encoded[ 0 ] ); this.addByte( encoded[ 1 ] ); } } return this; }
this.addByte( '0' ); final byte[] encoded = new byte[ 2 ]; ByteScanner.encodeByteIntoTwoAsciiCharBytes( ch, encoded ); this.addByte( encoded[ 0 ] ); this.addByte( encoded[ 1 ] );
this.addByte( '0' ); final byte[] encoded = new byte[ 2 ]; ByteScanner.encodeByteIntoTwoAsciiCharBytes( ch, encoded ); this.addByte( encoded[ 0 ] ); this.addByte( encoded[ 1 ] );
this.addByte( '0' ); final byte[] encoded = new byte[ 2 ]; ByteScanner.encodeByteIntoTwoAsciiCharBytes( ch, encoded ); this.addByte( encoded[ 0 ] ); this.addByte( encoded[ 1 ] );