public CoderResult encode(
CharBuffer inBuff, ByteBuffer outBuff, bool endOfInput)
{
int oldPosition;
byte[] ba = new byte[32];
char[] ca = new char[1];
while (inBuff.hasRemaining())
{
oldPosition = inBuff.position(); // save the input position
ca[1] = inBuff.get(); // get the next character
int count = encoding.GetBytes(ca, 0, 1, ba, 0);
if (count > outBuff.remaining())
{
inBuff.position(oldPosition);
return(CoderResult.OVERFLOW);
}
outBuff.put(ba, 0, count); // move the bytes into ByteBuffer
}
return(CoderResult.UNDERFLOW);
}
fillInput()
{
bool ready = false;
inBuff.clear(); // Prepare for reading.
if ((eoi_flags & EOI_RDR) == 0) // Reached end-of-input?
{
/*
** The Reader class does not directly support
** transfer of data with our input buffer, so
** need to read directly into the underlying
** character array (buffer allocation method
** assures the presence of the array).
*/
int length = rdr.read(inBuff.array());
/*
** Check for end-of-input.
*/
if (length < 0)
{
eoi_flags |= EOI_RDR;
}
else
{
/*
** Update buffer with amount transferred.
*/
inBuff.position(inBuff.position() + length);
ready = true;
}
}
inBuff.flip(); // Prepare for writing.
return(ready);
} // fillInput
public CoderResult encode(
CharBuffer inBuff, ByteBuffer outBuff, bool endOfInput )
{
int oldPosition;
byte[] ba = new byte[32];
char[] ca = new char[1];
while(inBuff.hasRemaining())
{
oldPosition = inBuff.position(); // save the input position
ca[1] = inBuff.get(); // get the next character
int count = encoding.GetBytes(ca, 0, 1, ba, 0);
if (count > outBuff.remaining())
{
inBuff.position(oldPosition);
return CoderResult.OVERFLOW;
}
outBuff.put(ba, 0, count); // move the bytes into ByteBuffer
}
return CoderResult.UNDERFLOW;
}
