This test intents to show the usage and the expected behavior of the Transport Current framework. The topology is the same as in the basic Hello test: a client invokes a method on the server and then shuts it down and exits. The special features of the test is that it attempts to obtain Transport Traits information, using the Transport Current. There are four basic contexts in which a Transport information can be requested, by definition: * on the client side, outside client-side interceptor; * client side, inside an interceptor; * server side, inside an up-call; * server side, inside an interceptor; The test implements the client and the server side interceptors that simply call a test method when invoked. A simple interception count serves to validate the expected behavior. By default, the client and server will each have only one thread. Use "-t N" parameter to override that. The "-n N" client-side parameter determines how many times a particular client thread will call the server. The default is 1. This test intents to show the usage and the expected behavior of the Transport Current framework. The topology is the same as in the basic Hello test: a client invokes a method on the server and then shuts it down and exits. The special features of the test is that it attempts to obtain Transport Traits information, using the Transport Current. There are four basic contexts in which a Transport information can be requested, by definition: * on the client side, outside client-side interceptor; * client side, inside an interceptor; * server side, inside an up-call; * server side, inside an interceptor; The test implements the client and the server side interceptors that simply call a test method when invoked. A simple interception count serves to validate the expected behavior. By default, the client and server will each have only one thread. Use "-t N" parameter to override that. The "-n N" client-side parameter determines how many times a particular client thread will call the server. The default is 1.