public void testMessFillSingle()
{
// assume capacity > 52
SCTPMessage m = new SCTPMessage(data, stream);
List <DataChunk> chunks = new List <DataChunk>();
while (m.hasMoreData())
{
DataChunk dc = new DataChunk();
m.fill(dc);
chunks.Add(dc);
}
Console.WriteLine("chunks " + chunks.Count);
Assert.AreEqual(chunks.Count, 1, "Wrong number of chunks");
Assert.AreEqual(chunks[0].getFlags(), DataChunk.SINGLEFLAG, "First (and only) chunk should have single flag set");
}
public void testMessFill1()
{
SCTPMessage m = new SCTPMessage(data, stream);
List <DataChunk> chunks = new List <DataChunk>();
while (m.hasMoreData())
{
DataChunk dc = new DataChunkImpl();
m.fill(dc);
chunks.Add(dc);
}
Console.WriteLine("chunks " + chunks.Count);
Assert.AreEqual(chunks.Count, data.Length, "Wrong number of chunks");
Assert.AreEqual(chunks[0].getFlags(), DataChunk.BEGINFLAG, "Start chunk should have start flag set");
Assert.AreEqual(chunks[data.Length - 1].getFlags(), DataChunk.ENDFLAG, "End chunk should have end flag set");
for (int i = 1; i < data.Length - 1; i++)
{
Assert.AreEqual(chunks[i].getFlags(), 0, "middle chunk should have no flag set");
Assert.AreEqual(chunks[i].getDataAsString(), data[i].ToString(), "middle data should match input");
}
}
internal override void sendAndBlock(SCTPMessage m)
{
while (m.hasMoreData())
{
DataChunk dc;
lock (_freeBlocks) {
dc = _freeBlocks.Count > 0 ? _freeBlocks.Dequeue() : new DataChunk();
}
m.fill(dc);
Logger.Trace("thinking about waiting for congestion " + dc.getTsn());
lock (_congestion) {
Logger.Trace("In congestion sync block ");
while (!this.maySend(dc.getDataSize()))
{
Logger.Trace("about to wait for congestion for " + this.getT3());
Monitor.Wait(_congestion, (int)this.getT3()); // wholly wrong
}
}
// todo check rollover - will break at maxint.
enqueue(dc);
}
}