public void testPutStreamFromClientToClient()
{
log.info("testPutStreamFromClientToClient(");
// Interface implementation for the second client
BSkeleton_ClientIF partner = new ClientIF_putStreams();
// Create second client
BClient_Testser client2 = TestUtilsHttp.createClient();
client2.addRemote(partner);
// Pass the interface of the second client to the server side of the first client
client.ServerIF.SetPartner(partner);
// First client queries the interface of the second client from the server side
ClientIF partnerIF = client.ServerIF.GetPartner();
for (int i = 0; i < 1; i++)
{
log.info("call client...");
IList <Stream> arr = TestUtilsHttp.makeTestStreams();
partnerIF.PutStreams(arr, 0);
log.info("call client OK");
}
client2.done();
log.info(")testPutStreamFromClientToClient");
}
public void testServerRequestsStreamFromClient()
{
log.info("testServerRequestsStreamFromClient(");
// (1) Provide implementation for interface ClientIF
client.addRemote(new MyClientIF_getStreams());
// (2) Call server method.
// On the server, this method calls the client-side interface
// registered in step (1)
log.info("call client...");
IList <Stream> arrR = remote.GetStreamsFromClient(true);
log.info("call client OK");
List <Stream> arr = TestUtilsHttp.makeTestStreams();
TestUtils.assertEquals(log, "streams.length", arr.Count, arrR.Count);
for (int i = 0; i < arr.Count; i++)
{
TestUtils.assertEquals(log, "stream[" + i + "]", arr[i], arrR[i]);
}
log.info(")testServerRequestsStreamFromClient");
}
public void testCallClientFromClientThrowEx()
{
log.info("testCallClientFromClientThrowEx(");
BSkeleton_ClientIF partner = new MyClientIF_throwEx();
BClient_Testser client2 = TestUtilsHttp.createClient();
client2.addRemote(partner);
client.ServerIF.SetPartner(partner);
ClientIF partnerIF = client.ServerIF.GetPartner();
try
{
partnerIF.IncrementInt(7);
}
catch (BException e)
{
TestUtils.assertEquals(log, "exception", exceptionCode, e.Code);
}
log.info(")testCallClientFromClientThrowEx");
}
public void testHandoverStream()
{
log.info("testHandoverStream(");
List <Stream> streams = TestUtilsHttp.makeTestStreams();
for (int i = 0; i < streams.Count; i++)
{
Stream istrm = streams[i];
remote.SetImage(istrm);
Stream strmFromServer = remote.GetImage();
BContentStream streamFailOpen = new BContentStreamWrapperFailOpen(strmFromServer);
remote.SetImage(streamFailOpen);
for (int j = 0; j < 2; j++)
{
List <Stream> estreams = TestUtilsHttp.makeTestStreams();
Stream estrm = estreams[i];
Stream rstrm = remote.GetImage();
TestUtils.assertEquals(log, "stream[" + i + "]=" + estrm, estrm, rstrm);
}
remote.SetImage(null);
TestUtils.checkTempDirEmpty(client);
}
log.info(")testHandoverStream");
}
public override IList <Stream> GetStreams(int ctrl)
{
try {
return(TestUtilsHttp.makeTestStreams());
} catch (IOException e) {
throw new BException(BExceptionC.IOERROR, "", e);
}
}
public void setUp()
{
BClient_Testser client1 = TestUtilsHttp.createClient();
client1.RemoteWithAuthentication.SetUseAuthentication(true);
client1.done();
client = TestUtilsHttp.createClient();
remote = client.RemoteWithAuthentication;
}
public override void PutStreams(IList <Stream> streams, int ctrl)
{
try
{
List <Stream> arr = TestUtilsHttp.makeTestStreams();
TestUtils.assertEquals(log, "streams.length", arr.Count, streams.Count);
for (int i = 0; i < arr.Count; i++)
{
TestUtils.assertEquals(log, "stream[" + i + "]", arr[i], streams[i]);
}
}
catch (IOException e)
{
throw new BException(BExceptionC.IOERROR, "", e);
}
}
public void testServerProvidesStreamForClient()
{
log.info("testServerProvidesStreamForClient(");
// (1) Provide implementation for interface ClientIF
client.addRemote(new ClientIF_putStreams());
// (2) Call server method.
// On the server, this method calls the client-side interface
// registered in step (1)
log.info("call client...");
List <Stream> arr = TestUtilsHttp.makeTestStreams();
remote.PutStreamsOnClient(arr);
log.info("call client OK");
log.info(")testServerProvidesStreamForClient");
}
public void testCallClientFromClient()
{
log.info("testCallClientFromClient(");
BSkeleton_ClientIF partner = new MyClientIF_withIncrementInt();
BClient_Testser client2 = TestUtilsHttp.createClient();
client2.addRemote(partner);
client.ServerIF.SetPartner(partner);
ClientIF partnerIF = client.ServerIF.GetPartner();
int r = partnerIF.IncrementInt(7);
TestUtils.assertEquals(log, "incrementInt", 8, r);
log.info(")testCallClientFromClient");
}
public void testReturnStreamFromClientToClient()
{
log.info("testReturnStreamFromClientToClient(");
// Interface implementation for the second client
BSkeleton_ClientIF partner = new MyClientIF_getStreams();
// Create second client
BClient_Testser client2 = TestUtilsHttp.createClient();
client2.addRemote(partner);
// Pass the interface of the second client to the server side of the first client
client.ServerIF.SetPartner(partner);
// First client queries the interface of the second client from the server side
ClientIF partnerIF = client.ServerIF.GetPartner();
log.info("call client...");
IList <Stream> arrR = partnerIF.GetStreams(0);
log.info("call client OK");
List <Stream> arr = TestUtilsHttp.makeTestStreams();
TestUtils.assertEquals(log, "streams.length", arr.Count, arrR.Count);
for (int i = 0; i < arr.Count; i++)
{
TestUtils.assertEquals(log, "stream[" + i + "]", arr[i], arrR[i]);
}
client2.done();
log.info(")testReturnStreamFromClientToClient");
}
public void setUp()
{
client = TestUtilsHttp.createClient(BWireFlags.GZIP);
remote = client.RemoteMapTypes;
}
public void setUp()
{
client = TestUtilsHttp.createClient();
remote = client.ServerIF;
}
public void setUp()
{
client = TestUtilsHttp.createClient();
remote = client.RemoteStreams;
}
public void setUp()
{
client = TestUtilsHttp.createClient();
remote = client.RemotePrimitiveTypes;
}
public void setUp()
{
client = TestUtilsHttp.createClient();
}