public void testMakeMessage_string_BlockingSCTPStream()
{
Console.WriteLine("---->makeMessage string");
StringBuilder rightout = new StringBuilder();
SCTPStreamListener rsl = new ASCTPStreamListenerImpl(rightout);
DatagramTransport[] trans = mkMockTransports();
MockAssociationListener listenLeft = new MockAssociationListener();
MockAssociationListener listenRight = new MockAssociationListenerImpl(rsl);
ThreadedAssociation instanceLeft = new ThreadedAssociation(trans[0], listenLeft);
ThreadedAssociation instanceRight = new ThreadedAssociation(trans[1], listenRight);
instanceLeft.associate();
lock (listenLeft) {
Monitor.Wait(listenLeft, 2000);
Assert.IsTrue(listenLeft.associated);
Assert.IsTrue(listenRight.associated);
}
int id = 10;
SCTPStream s = instanceLeft.mkStream(id);
Assert.IsTrue(typeof(BlockingSCTPStream).IsAssignableFrom(s.GetType()));
string test = "Test message";
SCTPMessage m = instanceLeft.makeMessage(test, (BlockingSCTPStream)s);
instanceLeft.sendAndBlock(m);
lock (rightout) {
Monitor.Wait(rightout, 2000);
Assert.AreEqual(rightout.ToString(), test);
}
}
public void testAssociate()
{
Console.WriteLine("--> associate");
DatagramTransport[] trans = mkMockTransports();
MockAssociationListener listenLeft = new MockAssociationListener();
MockAssociationListener listenRight = new MockAssociationListener();
ThreadedAssociation instanceLeft = new ThreadedAssociation(trans[0], listenLeft);
ThreadedAssociation instanceRight = new ThreadedAssociation(trans[1], listenRight);
instanceLeft.associate();
lock (listenLeft) {
Monitor.Wait(listenLeft, 1000);
Assert.IsTrue(listenLeft.associated);
Assert.IsTrue(listenRight.associated);
}
}
public void testMkStream()
{
Console.WriteLine("--> mkStream");
DatagramTransport[] trans = mkMockTransports();
MockAssociationListener listenLeft = new MockAssociationListener();
MockAssociationListener listenRight = new MockAssociationListener();
ThreadedAssociation instanceLeft = new ThreadedAssociation(trans[0], listenLeft);
ThreadedAssociation instanceRight = new ThreadedAssociation(trans[1], listenRight);
instanceLeft.associate();
lock (listenLeft) {
Monitor.Wait(listenLeft, 1000);
Assert.IsTrue(listenLeft.associated);
Assert.IsTrue(listenRight.associated);
}
int id = 10;
SCTPStream result = instanceLeft.mkStream(id);
Assert.IsTrue(typeof(BlockingSCTPStream).IsAssignableFrom(result.GetType()));
}
public void testMakeMessage_byteArr_BlockingSCTPStream()
{
Console.WriteLine("---->makeMessage bytes");
ByteBuffer rightout = new ByteBuffer(new byte[10000]);
StringBuilder empty = new StringBuilder();
SCTPByteStreamListener rsl = new SCTPByteStreamListenerImpl(empty, rightout);
DatagramTransport[] trans = mkMockTransports();
MockAssociationListener listenLeft = new MockAssociationListener();
MockAssociationListener listenRight = new MockAssociationListenerImpl(rsl);
ThreadedAssociation instanceLeft = new ThreadedAssociation(trans[0], listenLeft);
ThreadedAssociation instanceRight = new ThreadedAssociation(trans[1], listenRight);
instanceLeft.associate();
lock (listenLeft) {
Monitor.Wait(listenLeft, 2000);
Assert.IsTrue(listenLeft.associated);
Assert.IsTrue(listenRight.associated);
}
int id = 10;
SCTPStream s = instanceLeft.mkStream(id);
Assert.IsTrue(typeof(BlockingSCTPStream).IsAssignableFrom(s.GetType()));
string test = "Test message";
SCTPMessage m = instanceLeft.makeMessage(test.getBytes(), (BlockingSCTPStream)s);
instanceLeft.sendAndBlock(m);
lock (rightout) {
Monitor.Wait(rightout, 2000);
int l = rightout.Position;
string res = rightout.Data.getString(0, l);
Assert.AreEqual(res, test);
Assert.AreEqual(empty.Length, 0);
}
}
