private void testSubmit(
ResponseListener monitor,
IPTestStub ipTest,
boolean callMultiVersion,
IPTestDefinition testDef)
throws Exception {
LoggingBase.logMessage("PatternTest.testSubmit(" + callMultiVersion + ")");
if (callMultiVersion) {
ipTest.asyncSubmitMulti(testDef, new UInteger(100), monitor);
} else {
ipTest.asyncTestSubmit(testDef, monitor);
}
}
private void testProgress(
ResponseListener monitor,
IPTestStub ipTest,
boolean callMultiVersion,
boolean callEmptyVersion,
IPTestDefinition testDef)
throws Exception {
LoggingBase.logMessage("PatternTest.testProgress(" + callMultiVersion + ")");
synchronized (monitor) {
if (callMultiVersion) {
ipTest.asyncProgressMulti(testDef, new UInteger(100), monitor);
} else {
if (callEmptyVersion) {
ipTest.asyncTestProgressEmptyBody(testDef, monitor);
} else {
ipTest.asyncProgress(testDef, monitor);
}
}
}
}
public boolean initiateRequest(String procedureName) throws Exception {
QoSLevel qos = QoSLevel.BESTEFFORT;
SessionType session = SessionType.LIVE;
Identifier sessionName = PubSubTestCaseHelper.getSessionName(session);
initConsumer(session, sessionName, qos);
IPTestStub ipTest = ipTestConsumer.getStub();
IPTestDefinition testDef =
new IPTestDefinition(
procedureName,
ipTestConsumer.getConsumer().getURI(),
HeaderTestProcedure.AUTHENTICATION_ID,
qos,
HeaderTestProcedure.PRIORITY,
HeaderTestProcedure.DOMAIN,
HeaderTestProcedure.NETWORK_ZONE,
session,
sessionName,
new IPTestTransitionList(),
new Time(System.currentTimeMillis()));
ipTest.request(testDef);
return true;
}