Lecture Notes in Computer Science 3472

16 TTCN-3 487
methods. They are called when the runtime environment is executing the map
and unmap operations from ATS. These operations give the possibility to the
user to connect the abstract ports to concrete physical ports, in our case SOAP
ports (SOAP is the protocol used to connect to the web-service). The triSend()
is called whenever the TTCN-3 send operation is executed in ATS. It takes over
the task of sending the data to the SOAP port.
public class WebServiceSA implements TriCommunicationSA {
public TriStatus triExecuteTestcase( TriTestcaseId tcId,
TriPortIdList tsiPorts ) {
// do nothing
return new TriStatus(TRI_OK);
}
public TriStatus triMap( TriPortId compPortId,
TriPortId tsiPortId ) {
mapTTCNPortToSOAPPort(compPortId, tsiPortId);
return new TriStatus(TRI_OK);
}
public TriStatus triUnmap( TriPortId compPortId,
TriPortId tsiPortId ) {
unmapTTCNPortToSOAPPort(compPortId, tsiPortId);
return new TriStatus(TRI_OK);
}
public TriStatus triSend( TriComponentId componentId,
TriPortId tsiPortId,
TriAddress address,
TriMessage sendMessage ) {
findSOAPPort(tsiPortId).sendMessageOverSOAP(sendMessage);
return new TriStatus(TRI_OK);
}
}
16.6 Test Deployment and Configuration
16.6.1 Deployment
Test Deployment is related to the activities of installing, updating, configuring
and removing of Test Executables (TE). TE is the part generated by the compiler
which must be integrated within the execution environment built up of TM, CH,
CD,SAandPA.AnyTEcomeswithadescriptor (usually automatic generated)
describing the user options of installation (test adapter configuration, module
and test cases configuration and component distribution options).
We assume that the execution environment is distributed, that means that
the Test Executable shall be deployed on all hosts of the execution environment.
Consequently, the test deployment shall consider the distributed aspects of loading
code for execution into hosts, of managing the hardware resources on remote