Method setUp

Tests/Prototype-UnitTesting/kernel/FunctionalTestHarness.cpp:90–132

}

void FunctionalTestHarness::setUp()
{
	halted = false;
	failed = false;
	
	kernel = sml::Kernel::CreateKernelInCurrentThread(true);
	agent = kernel->CreateAgent("soar1");
	
	// /BEGIN WARN WARN:
	//
	// This works because we're using 'CreateKernelInCurrentThread(true)'
	// THIS WILL BREAK OTHERWISE.  WE DO NOT NEED FANCINESS HERE SO THIS IS GOOD
	// BECAUSE WE CAN TEST INTERNAL AGENT WITH THIS.
	//
	// /END WARN WARN
	
	sml::EmbeddedConnectionSynch* connection = dynamic_cast<sml::EmbeddedConnectionSynch*>(kernel->GetConnection());
	
	internal_kernel = connection->GetKernelSML();
	internal_agent = internal_kernel->GetAgentSML("soar1")->GetSoarAgent();
	
	soar_add_callback(internal_agent,
					  AFTER_DECISION_CYCLE_CALLBACK,
					  [](::agent*, soar_callback_event_id, soar_callback_data data, soar_call_data) {
						  static_cast<FunctionalTestHarness*>(data)->afterDecisionCycleHandler();
					  },
					  AFTER_DECISION_CYCLE_CALLBACK,
					  this,
					  [](soar_callback_data){},
					  "Prototype-UnitTesting AFTER_DECISION_CYCLE_CALLBACK");
	
	soar_add_callback(internal_agent,
					  PRINT_CALLBACK,
					  [](::agent*, soar_callback_event_id, soar_callback_data data, soar_call_data msg) {
						  static_cast<FunctionalTestHarness*>(data)->printHandler(static_cast<const char*>(msg));
					  },
					  PRINT_CALLBACK,
					  this,
					  [](soar_callback_data){},
					  "Prototype-UnitTesting PRINT_CALLBACK");
	
	installRHS(agent);
}

void FunctionalTestHarness::tearDown(bool caught)
{