public virtual void testRegisterUserProcessor()
{
UserProcessor userProcessor = new SimpleServerUserProcessor();
UserProcessorRegisterHelper.registerUserProcessor(userProcessor, userProcessors);
Assert.Single(userProcessors);
}
public virtual void testRegisterMultiInterestUserProcessor()
{
UserProcessor multiInterestUserProcessor = new SimpleServerMultiInterestUserProcessor();
UserProcessorRegisterHelper.registerUserProcessor(multiInterestUserProcessor, userProcessors);
Assert.Equal(((SimpleServerMultiInterestUserProcessor)multiInterestUserProcessor).multiInterest().Count, userProcessors.Count);
}
public virtual void testInterestEmptyException()
{
MultiInterestUserProcessor userProcessor = new SyncMutiInterestUserProcessorAnonymousInnerClass(this);
try
{
UserProcessorRegisterHelper.registerUserProcessor(userProcessor, userProcessors);
}
catch (Exception)
{
}
Assert.Empty(userProcessors);
}
public virtual void testInterestRepeatException()
{
UserProcessor userProcessor = new SimpleServerUserProcessor();
UserProcessor repeatedUserProcessor = new SimpleServerUserProcessor();
try
{
UserProcessorRegisterHelper.registerUserProcessor(userProcessor, userProcessors);
UserProcessorRegisterHelper.registerUserProcessor(repeatedUserProcessor, userProcessors);
}
catch (Exception)
{
}
Assert.Single(userProcessors);
}
/// <summary>
/// Use UserProcessorRegisterHelper<seealso cref="UserProcessorRegisterHelper"/> to help register user processor for server side.
/// </summary>
/// <seealso cref= AbstractRemotingServer#registerUserProcessor(rpc.protocol.UserProcessor) </seealso>
public override void registerUserProcessor(UserProcessor processor)
{
UserProcessorRegisterHelper.registerUserProcessor(processor, userProcessors);
}
