Esempio n. 1
0
VtoIntegrationTestBase::VtoIntegrationTestBase(
    bool clientOnSlave,
    bool aImmediateOutput,
    bool aLogToFile,
    FilterLevel level,
    boost::uint16_t port) :

	LogTester(),
	Loggable(mpTestLogger),
	mpMainLogger(mLog.GetLogger(level, "main")),
	mpLtf(aLogToFile ? new LogToFile(&mLog, "integration.log", true) : NULL),
	testObj(),
	timerSource(testObj.GetService()),
	vtoClient(mLog.GetLogger(level, "local-tcp-client"), testObj.GetService(), "127.0.0.1", port + 20),
	vtoServer(mLog.GetLogger(level, "loopback-tcp-server"), testObj.GetService(), "0.0.0.0", port + 10),
	manager(mLog.GetLogger(level, "manager")),
	tcpPipe(mLog.GetLogger(level,  "pipe"), manager.GetIOService(), port)
{

	if(aImmediateOutput) mLog.AddLogSubscriber(LogToStdio::Inst());

	{
	manager.AddPhysicalLayer("dnp-tcp-server", PhysLayerSettings(), &tcpPipe.server);
	SlaveStackConfig config;
	config.app.NumRetry = 3;
	config.app.RspTimeout = 500;
	manager.AddSlave("dnp-tcp-server", "slave", level, &cmdAcceptor, config);
	}

	{
	manager.AddPhysicalLayer("dnp-tcp-client", PhysLayerSettings(), &tcpPipe.client);
	MasterStackConfig config;
	config.app.NumRetry = 3;
	config.app.RspTimeout = 500;
	config.master.UseNonStandardVtoFunction = true;
	manager.AddMaster("dnp-tcp-client", "master", level, &fdo, config);
	}

	// switch if master or slave gets the loopback half of the server

	std::string clientSideOfStack = clientOnSlave ? "slave" : "master";
	std::string serverSideOfStack = clientOnSlave ? "master" : "slave";

	manager.AddTCPClient("vto-tcp-client", PhysLayerSettings(), "localhost", port + 10);
	manager.StartVtoRouter("vto-tcp-client", clientSideOfStack, VtoRouterSettings(88, false, false, 1000));
	manager.AddTCPServer("vto-tcp-server", PhysLayerSettings(), "localhost", port + 20);
	manager.StartVtoRouter("vto-tcp-server", serverSideOfStack, VtoRouterSettings(88, true, false, 1000));
}
VtoIntegrationTestBase::VtoIntegrationTestBase(
    bool clientOnSlave,
    bool aImmediateOutput,
    bool aLogToFile,
    FilterLevel level,
    boost::uint16_t port) :

	LogTester(),
	Loggable(mpTestLogger),
	mpMainLogger(mLog.GetLogger(level, "main")),
	mpLtf(aLogToFile ? new LogToFile(&mLog, "integration.log", true) : NULL),
	testObj(),
	manager(mLog.GetLogger(level, "manager")),
	timerSource(testObj.GetService()),
	client(mLog.GetLogger(level, "local-tcp-client"), testObj.GetService(), "127.0.0.1", port + 20),
	server(mLog.GetLogger(level, "loopback-tcp-server"), testObj.GetService(), "0.0.0.0", port + 10)
{

	if(aImmediateOutput) mLog.AddLogSubscriber(LogToStdio::Inst());

	manager.AddTCPServer("dnp-tcp-server", PhysLayerSettings(), "127.0.0.1", port);
	manager.AddSlave("dnp-tcp-server", "slave", level, &cmdAcceptor, SlaveStackConfig());

	manager.AddTCPClient("dnp-tcp-client", PhysLayerSettings(), "127.0.0.1", port);
	manager.AddMaster("dnp-tcp-client", "master", level, &fdo, MasterStackConfig());

	// switch if master or slave gets the loopback half of the server

	std::string clientSideOfStack = clientOnSlave ? "slave" : "master";
	std::string serverSideOfStack = clientOnSlave ? "master" : "slave";

	manager.AddTCPClient("vto-tcp-client", PhysLayerSettings(), "127.0.0.1", port + 10);
	manager.StartVtoRouter("vto-tcp-client", clientSideOfStack, VtoRouterSettings(88, false, false, 1000));
	manager.AddTCPServer("vto-tcp-server", PhysLayerSettings(), "127.0.0.1", port + 20);
	manager.StartVtoRouter("vto-tcp-server", serverSideOfStack, VtoRouterSettings(88, true, false, 1000));
}