public void Activate()
{
AllJoyn.QStatus status = AllJoyn.QStatus.FAIL;
AllJoyn.BusAttachment bus = null;
bus = new AllJoyn.BusAttachment("InterfaceDescriptionTest", true);
Assert.NotNull(bus);
// create the interface
AllJoyn.InterfaceDescription testIntf = null;
status = bus.CreateInterface(INTERFACE_NAME, out testIntf);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(testIntf);
// Test adding a MethodCall
status = testIntf.AddMember(AllJoyn.Message.Type.MethodCall, "ping", "s", "s", "in,out", AllJoyn.InterfaceDescription.AnnotationFlags.Default);
Assert.Equal(AllJoyn.QStatus.OK, status);
// Test adding a Signal
status = testIntf.AddMember(AllJoyn.Message.Type.Signal, "chirp", "", "s", "chirp", AllJoyn.InterfaceDescription.AnnotationFlags.Default);
Assert.Equal(AllJoyn.QStatus.OK, status);
// activate the interface
testIntf.Activate();
/* once the interface has been activated we should not be able to add new members */
status = testIntf.AddMember(AllJoyn.Message.Type.MethodCall, "pong", "s", "s", "in,out", AllJoyn.InterfaceDescription.AnnotationFlags.Default);
Assert.Equal(AllJoyn.QStatus.BUS_INTERFACE_ACTIVATED, status);
bus.Dispose();
}
public void PropertyAnnotations()
{
AllJoyn.QStatus status = AllJoyn.QStatus.FAIL;
AllJoyn.BusAttachment bus = null;
bus = new AllJoyn.BusAttachment("InterfaceDescriptionTest", true);
Assert.NotNull(bus);
// create the interface
AllJoyn.InterfaceDescription testIntf = null;
status = bus.CreateInterface(INTERFACE_NAME, out testIntf);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(testIntf);
status = testIntf.AddProperty("prop", "s", AllJoyn.InterfaceDescription.AccessFlags.Read);
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddPropertyAnnotation("prop", "org.alljoyn.test.annotation.one", "here");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddPropertyAnnotation("prop", "org.alljoyn.test.annotation.two", "lies");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddPropertyAnnotation("prop", "org.alljoyn.test.annotation.three", "some");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddPropertyAnnotation("prop", "org.alljoyn.test.annotation.four", "amazing");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddPropertyAnnotation("prop", "org.alljoyn.test.annotation.five", "treasure");
Assert.Equal(AllJoyn.QStatus.OK, status);
// activate the interface
testIntf.Activate();
AllJoyn.InterfaceDescription.Property property = testIntf.GetProperty("prop");
Assert.Equal("prop", property.Name);
Assert.Equal("s", property.Signature);
Assert.Equal(AllJoyn.InterfaceDescription.AccessFlags.Read, property.Access);
string value = "";
Assert.True(testIntf.GetPropertyAnnotation("prop", "org.alljoyn.test.annotation.one", ref value));
Assert.Equal("here", value);
Assert.True(property.GetAnnotation("org.alljoyn.test.annotation.two", ref value));
Assert.Equal("lies", value);
Dictionary <string, string> annotations = property.GetAnnotations();
Assert.Equal(5, annotations.Count);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.one", out value));
Assert.Equal("here", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.two", out value));
Assert.Equal("lies", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.three", out value));
Assert.Equal("some", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.four", out value));
Assert.Equal("amazing", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.five", out value));
Assert.Equal("treasure", value);
bus.Dispose();
}
public void pin_keyx()
{
ResetAuthFlags();
clientBus.ClearKeyStore();
PinKeyX_service_authlistener serviceAuthlistener = new PinKeyX_service_authlistener(this);
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.EnablePeerSecurity("ALLJOYN_PIN_KEYX", serviceAuthlistener, null, false));
serviceBus.ClearKeyStore();
Assert.Equal(AllJoyn.QStatus.OK, SetUpAuthService());
PinKeyX_client_authlistener clientAuthlistener = new PinKeyX_client_authlistener(this);
Assert.Equal(AllJoyn.QStatus.OK, clientBus.EnablePeerSecurity("ALLJOYN_PIN_KEYX", clientAuthlistener, null, false));
clientBus.ClearKeyStore();
// create+activate the interface
AllJoyn.QStatus status;
AllJoyn.InterfaceDescription iFace = null;
Assert.Equal(AllJoyn.QStatus.OK, clientBus.CreateInterface(INTERFACE_NAME, AllJoyn.InterfaceDescription.SecurityPolicy.Required, out iFace));
Assert.NotNull(iFace);
Assert.Equal(AllJoyn.QStatus.OK, iFace.AddMethod("ping", "s", "s", "in,out"));
iFace.Activate();
AllJoyn.ProxyBusObject proxyBusObject = new AllJoyn.ProxyBusObject(clientBus, WELLKNOWN_NAME, OBJECT_PATH, 0);
Assert.NotNull(proxyBusObject);
Assert.Equal(AllJoyn.QStatus.OK, proxyBusObject.AddInterface(iFace));
AllJoyn.MsgArg input = new AllJoyn.MsgArg("s", "AllJoyn");
AllJoyn.Message replyMsg = new AllJoyn.Message(clientBus);
status = proxyBusObject.MethodCall(INTERFACE_NAME, "ping", input, replyMsg, 5000, 0);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.Equal("AllJoyn", (string)replyMsg[0]);
Assert.True(authflags.requestCreds_service);
Assert.True(authflags.authComplete_serivce);
Assert.True(authflags.requestCreds_client);
Assert.True(authflags.authComplete_client);
clientAuthlistener.Dispose();
serviceAuthlistener.Dispose();
busObject.Dispose();
proxyBusObject.Dispose();
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.Stop());
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.Join());
Assert.Equal(AllJoyn.QStatus.OK, clientBus.Stop());
Assert.Equal(AllJoyn.QStatus.OK, clientBus.Join());
serviceBus.Dispose();
clientBus.Dispose();
}
public void MethodAnnotations()
{
// create the interface
AllJoyn.InterfaceDescription testIntf = null;
status = bus.CreateInterface(INTERFACE_NAME, out testIntf);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(testIntf);
// Test adding a MethodCall
status = testIntf.AddMember(AllJoyn.Message.Type.MethodCall, "ping", "s", "s", "in,out", AllJoyn.InterfaceDescription.AnnotationFlags.Default);
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("ping", "one", "black_cat");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("ping", "org.alljoyn.test.annotation.one", "here");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("ping", "org.alljoyn.test.annotation.two", "lies");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("ping", "org.alljoyn.test.annotation.three", "some");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("ping", "org.alljoyn.test.annotation.four", "amazing");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("ping", "org.alljoyn.test.annotation.five", "treasure");
Assert.Equal(AllJoyn.QStatus.OK, status);
// Test adding a Signal
status = testIntf.AddMember(AllJoyn.Message.Type.Signal, "chirp", "", "s", "chirp", AllJoyn.InterfaceDescription.AnnotationFlags.Default);
Assert.Equal(AllJoyn.QStatus.OK, status);
// activate the interface
testIntf.Activate();
string value = "";
testIntf.GetMemberAnnotation("ping", "one", ref value);
Assert.Equal("black_cat", value);
AllJoyn.InterfaceDescription.Member member = testIntf.GetMember("ping");
Assert.True(member.GetAnnotation("org.alljoyn.test.annotation.two", ref value));
Assert.Equal("lies", value);
Dictionary <string, string> annotations = member.GetAnnotations();
Assert.Equal(6, annotations.Count);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.one", out value));
Assert.Equal("here", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.two", out value));
Assert.Equal("lies", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.three", out value));
Assert.Equal("some", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.four", out value));
Assert.Equal("amazing", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.five", out value));
Assert.Equal("treasure", value);
Assert.True(annotations.TryGetValue("one", out value));
Assert.Equal("black_cat", value);
}
public void SignalAnnotations()
{
AllJoyn.QStatus status = AllJoyn.QStatus.FAIL;
AllJoyn.BusAttachment bus = null;
bus = new AllJoyn.BusAttachment("InterfaceDescriptionTest", true);
Assert.NotNull(bus);
// create the interface
AllJoyn.InterfaceDescription testIntf = null;
status = bus.CreateInterface(INTERFACE_NAME, out testIntf);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(testIntf);
// Test adding a Signal
status = testIntf.AddMember(AllJoyn.Message.Type.Signal, "chirp", "", "s", "chirp", AllJoyn.InterfaceDescription.AnnotationFlags.Default);
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("chirp", "org.alljoyn.test.annotation.one", "here");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("chirp", "org.alljoyn.test.annotation.two", "lies");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("chirp", "org.alljoyn.test.annotation.three", "some");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("chirp", "org.alljoyn.test.annotation.four", "amazing");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddMemberAnnotation("chirp", "org.alljoyn.test.annotation.five", "treasure");
Assert.Equal(AllJoyn.QStatus.OK, status);
// activate the interface
testIntf.Activate();
string value = "";
testIntf.GetMemberAnnotation("chirp", "org.alljoyn.test.annotation.one", ref value);
Assert.Equal("here", value);
AllJoyn.InterfaceDescription.Member signal = testIntf.GetMember("chirp");
Assert.True(signal.GetAnnotation("org.alljoyn.test.annotation.two", ref value));
Assert.Equal("lies", value);
Dictionary <string, string> annotations = signal.GetAnnotations();
Assert.Equal(5, annotations.Count);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.one", out value));
Assert.Equal("here", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.two", out value));
Assert.Equal("lies", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.three", out value));
Assert.Equal("some", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.four", out value));
Assert.Equal("amazing", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.five", out value));
Assert.Equal("treasure", value);
bus.Dispose();
}
public void srp_keyx2()
{
ResetAuthFlags();
clientBus.ClearKeyStore();
SrpKeyx2_service_authlistener serviceAuthlistener = new SrpKeyx2_service_authlistener(this);
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.EnablePeerSecurity("ALLJOYN_SRP_KEYX", serviceAuthlistener, null, false));
serviceBus.ClearKeyStore();
Assert.Equal(AllJoyn.QStatus.OK, SetUpAuthService());
SrpKeyx2_client_authlistener clientAuthlistener = new SrpKeyx2_client_authlistener(this);
Assert.Equal(AllJoyn.QStatus.OK, clientBus.EnablePeerSecurity("ALLJOYN_SRP_KEYX", clientAuthlistener, null, false));
clientBus.ClearKeyStore();
// create+activate the interface
AllJoyn.QStatus status;
AllJoyn.InterfaceDescription iFace = null;
Assert.Equal(AllJoyn.QStatus.OK, clientBus.CreateInterface(INTERFACE_NAME, AllJoyn.InterfaceDescription.SecurityPolicy.Required, out iFace));
Assert.NotNull(iFace);
Assert.Equal(AllJoyn.QStatus.OK, iFace.AddMethod("ping", "s", "s", "in,out"));
iFace.Activate();
AllJoyn.ProxyBusObject proxyBusObject = new AllJoyn.ProxyBusObject(clientBus, WELLKNOWN_NAME, OBJECT_PATH, 0);
Assert.NotNull(proxyBusObject);
Assert.Equal(AllJoyn.QStatus.OK, proxyBusObject.AddInterface(iFace));
AllJoyn.MsgArg input = new AllJoyn.MsgArg("s", "AllJoyn");
AllJoyn.Message replyMsg = new AllJoyn.Message(clientBus);
status = proxyBusObject.MethodCall(INTERFACE_NAME, "ping", input, replyMsg, 5000, 0);
Assert.Equal(AllJoyn.QStatus.BUS_REPLY_IS_ERROR_MESSAGE, status);
Assert.True(authflags.requestCreds_service);
Assert.True(authflags.authComplete_serivce);
Assert.True(authflags.authComplete_client);
// Authentication complete can occure before the SecurityViolation callback
// with authentication complete the MethodCall will return the BUS_REPLY_IS_ERROR_MESSAGE
// and the code could check for the sercurityViolation_client before it is actually set
// for this reason we need to wait for the flag to be set.
Wait(TimeSpan.FromSeconds(5));
Assert.True(authflags.securityViolation_client);
clientAuthlistener.Dispose();
serviceAuthlistener.Dispose();
busObject.Dispose();
proxyBusObject.Dispose();
}
public void AddInterface()
{
AllJoyn.InterfaceDescription testIntf = null;
Assert.Equal(AllJoyn.QStatus.OK, busAttachment.CreateInterface(INTERFACE_NAME, out testIntf));
Assert.NotNull(testIntf);
Assert.Equal(AllJoyn.QStatus.OK, testIntf.AddMember(AllJoyn.Message.Type.MethodCall, "ping", "s", "s", "in,out"));
testIntf.Activate();
proxyBusObject = new AllJoyn.ProxyBusObject(busAttachment, "org.alljoyn.Bus", "/org/alljoyn/Bus", 0);
Assert.NotNull(proxyBusObject);
Assert.Equal(AllJoyn.QStatus.OK, proxyBusObject.AddInterface(testIntf));
Assert.True(proxyBusObject.ImplementsInterface(INTERFACE_NAME));
}
public AuthListenerTest()
{
serviceBus = new AllJoyn.BusAttachment("AuthListenerTestService", false);
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.Start());
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.Connect(AllJoynTestCommon.GetConnectSpec()));
AllJoyn.InterfaceDescription service_intf = null;
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.CreateInterface(INTERFACE_NAME, AllJoyn.InterfaceDescription.SecurityPolicy.Required, out service_intf));
Assert.Equal(AllJoyn.QStatus.OK, service_intf.AddMethod("ping", "s", "s", "in,out"));
service_intf.Activate();
clientBus = new AllJoyn.BusAttachment("AuthListenerTestClient", false);
Assert.Equal(AllJoyn.QStatus.OK, clientBus.Start());
Assert.Equal(AllJoyn.QStatus.OK, clientBus.Connect(AllJoynTestCommon.GetConnectSpec()));
}
public void InterfaceAnnotations()
{
// create the interface
AllJoyn.InterfaceDescription testIntf = null;
status = bus.CreateInterface(INTERFACE_NAME, out testIntf);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(testIntf);
status = testIntf.AddAnnotation("org.alljoyn.test.annotation.one", "here");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddAnnotation("org.alljoyn.test.annotation.two", "lies");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddAnnotation("org.alljoyn.test.annotation.three", "some");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddAnnotation("org.alljoyn.test.annotation.four", "amazing");
Assert.Equal(AllJoyn.QStatus.OK, status);
status = testIntf.AddAnnotation("org.alljoyn.test.annotation.five", "treasure");
Assert.Equal(AllJoyn.QStatus.OK, status);
// activate the interface
testIntf.Activate();
string value = "";
Assert.True(testIntf.GetAnnotation("org.alljoyn.test.annotation.one", ref value));
Assert.Equal("here", value);
Dictionary <string, string> annotations = testIntf.GetAnnotations();
Assert.Equal(5, annotations.Count);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.one", out value));
Assert.Equal("here", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.two", out value));
Assert.Equal("lies", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.three", out value));
Assert.Equal("some", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.four", out value));
Assert.Equal("amazing", value);
Assert.True(annotations.TryGetValue("org.alljoyn.test.annotation.five", out value));
Assert.Equal("treasure", value);
}
public void InterfaceDescriptionEquals()
{
AllJoyn.BusAttachment servicebus = null;
servicebus = new AllJoyn.BusAttachment("InterfaceDescriptionTest", true);
Assert.NotNull(servicebus);
// create the interface one
AllJoyn.InterfaceDescription testIntf = null;
Assert.Equal(AllJoyn.QStatus.OK, servicebus.CreateInterface(INTERFACE_NAME, out testIntf));
Assert.NotNull(testIntf);
Assert.Equal(AllJoyn.QStatus.OK, testIntf.AddMethod("ping", "s", "s", "in,out"));
Assert.Equal(AllJoyn.QStatus.OK, testIntf.AddSignal("chirp", "s", "chirp"));
testIntf.Activate();
Assert.Equal(AllJoyn.QStatus.OK, servicebus.Start());
Assert.Equal(AllJoyn.QStatus.OK, servicebus.Connect(AllJoynTestCommon.GetConnectSpec()));
AllJoyn.BusObject busObject = new AllJoyn.BusObject(OBJECT_PATH, false);
Assert.Equal(AllJoyn.QStatus.OK, busObject.AddInterface(testIntf));
Assert.Equal(AllJoyn.QStatus.OK, servicebus.RegisterBusObject(busObject));
Assert.Equal(AllJoyn.QStatus.OK, servicebus.RequestName(WELLKNOWN_NAME, AllJoyn.DBus.NameFlags.AllowReplacement |
AllJoyn.DBus.NameFlags.DoNotQueue | AllJoyn.DBus.NameFlags.ReplaceExisting));
AllJoyn.BusAttachment clientbus = null;
clientbus = new AllJoyn.BusAttachment("InterfaceDescriptionTestclient", true);
Assert.NotNull(clientbus);
Assert.Equal(AllJoyn.QStatus.OK, clientbus.Start());
Assert.Equal(AllJoyn.QStatus.OK, clientbus.Connect(AllJoynTestCommon.GetConnectSpec()));
AllJoyn.ProxyBusObject proxy = new AllJoyn.ProxyBusObject(clientbus, WELLKNOWN_NAME, OBJECT_PATH, 0);
Assert.Equal(AllJoyn.QStatus.OK, proxy.IntrospectRemoteObject());
AllJoyn.InterfaceDescription testIntf2 = proxy.GetInterface(INTERFACE_NAME);
Assert.NotNull(testIntf);
// create the interface three
AllJoyn.InterfaceDescription testIntf3 = null;
Assert.Equal(AllJoyn.QStatus.OK, servicebus.CreateInterface(INTERFACE_NAME + ".three", out testIntf3));
Assert.NotNull(testIntf3);
Assert.Equal(AllJoyn.QStatus.OK, testIntf3.AddMethod("ping", "s", "s", "in,out"));
Assert.Equal(AllJoyn.QStatus.OK, testIntf3.AddMethod("pong", "s", "s", "in,out"));
Assert.Equal(AllJoyn.QStatus.OK, testIntf3.AddSignal("chirp", "s", "chirp"));
Assert.True(testIntf == testIntf2);
Assert.True(testIntf.Equals(testIntf2));
Assert.True(testIntf.GetHashCode() == testIntf2.GetHashCode());
Assert.False(testIntf == testIntf3);
Assert.False(testIntf.Equals(testIntf3));
Assert.False(testIntf.GetHashCode() == testIntf3.GetHashCode());
proxy.Dispose();
busObject.Dispose();
servicebus.Stop();
servicebus.Join();
clientbus.Stop();
clientbus.Join();
servicebus.Dispose();
clientbus.Dispose();
}
public BasicServer()
{
// Create message bus
msgBus = new AllJoyn.BusAttachment("myApp", true);
// Add org.alljoyn.Bus.method_sample interface
AllJoyn.QStatus status = msgBus.CreateInterface(INTERFACE_NAME, false, out testIntf);
if (status)
{
Console.WriteLine("Server Interface Created.");
testIntf.AddMember(AllJoyn.Message.Type.MethodCall, "cat", "ss", "s", "inStr1,inStr2,outStr");
testIntf.Activate();
}
else
{
Console.WriteLine("Failed to create interface 'org.alljoyn.Bus.method_sample'");
}
// Create a bus listener
busListener = new MyBusListener();
if (status)
{
msgBus.RegisterBusListener(busListener);
Console.WriteLine("Server BusListener Registered.");
}
// Set up bus object
testObj = new TestBusObject(msgBus, SERVICE_PATH);
// Start the msg bus
if (status)
{
status = msgBus.Start();
if (status)
{
Console.WriteLine("Server BusAttachment started.");
msgBus.RegisterBusObject(testObj);
status = msgBus.Connect(connectArgs);
if (status)
{
Console.WriteLine("Server BusAttchement connected to " + connectArgs);
}
else
{
Console.WriteLine("Server BusAttachment::Connect(" + connectArgs + ") failed.");
}
}
else
{
Console.WriteLine("Server BusAttachment.Start failed.");
}
}
// Request name
if (status)
{
status = msgBus.RequestName(SERVICE_NAME,
AllJoyn.DBus.NameFlags.ReplaceExisting | AllJoyn.DBus.NameFlags.DoNotQueue);
if (!status)
{
Console.WriteLine("Server RequestName({0}) failed (status={1})", SERVICE_NAME, status);
}
}
// Create session
AllJoyn.SessionOpts opts = new AllJoyn.SessionOpts(AllJoyn.SessionOpts.TrafficType.Messages, false,
AllJoyn.SessionOpts.ProximityType.Any, AllJoyn.TransportMask.Any);
if (status)
{
ushort sessionPort = SERVICE_PORT;
sessionPortListener = new MySessionPortListener();
status = msgBus.BindSessionPort(ref sessionPort, opts, sessionPortListener);
if (!status || sessionPort != SERVICE_PORT)
{
Console.WriteLine("Server BindSessionPort failed ({0})", status);
}
}
// Advertise name
if (status)
{
status = msgBus.AdvertiseName(SERVICE_NAME, opts.Transports);
if (!status)
{
Console.WriteLine("Server Failed to advertise name {0} ({1})", SERVICE_NAME, status);
}
}
}
public void RegisterSignalHandler()
{
AllJoyn.QStatus status = AllJoyn.QStatus.FAIL;
// create the interface description
AllJoyn.InterfaceDescription testIntf = null;
status = busAttachment.CreateInterface("org.alljoyn.test.BusAttachment", out testIntf);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(testIntf);
// add the signal member to the interface
status = testIntf.AddSignal("testSignal", "s", "msg", 0);
Assert.Equal(AllJoyn.QStatus.OK, status);
// activate the interface
testIntf.Activate();
// start the bus attachment
status = busAttachment.Start();
Assert.Equal(AllJoyn.QStatus.OK, status);
// connect to the bus
status = busAttachment.Connect(AllJoynTestCommon.GetConnectSpec());
Assert.Equal(AllJoyn.QStatus.OK, status);
// create the bus object &
// add the interface to the bus object
TestBusObject testBusObject = new TestBusObject(busAttachment, "/test");
busAttachment.RegisterBusObject(testBusObject);
// get the signal member from the interface description
AllJoyn.InterfaceDescription.Member testSignalMember = testIntf.GetMember("testSignal");
// register the signal handler
status = busAttachment.RegisterSignalHandler(this.TestSignalHandlerOne, testSignalMember, null);
Assert.Equal(AllJoyn.QStatus.OK, status);
// add match for the signal
status = busAttachment.AddMatch("type='signal',member='testSignal'");
Assert.Equal(AllJoyn.QStatus.OK, status);
handledSignalsOne = false;
signalOneMsg = null;
// send a signal
testBusObject.SendTestSignal("test msg");
//wait to see if we receive the signal
WaitEventOne(TimeSpan.FromSeconds(10));
//System.Threading.Thread.Sleep(10000);
Assert.Equal(true, handledSignalsOne);
Assert.Equal("test msg", signalOneMsg);
handledSignalsOne = false;
signalOneMsg = "";
testBusObject.SendTestSignal2("test msg");
WaitEventOne(TimeSpan.FromSeconds(2));
Assert.Equal(true, handledSignalsOne);
Assert.Equal("test msg", signalOneMsg);
}
public void StartUp()
{
//Debug.LogError("Starting AllJoyn");
AllJoynStarted = true;
AllJoyn.QStatus status = AllJoyn.QStatus.OK;
{
//Debug.LogError("Creating BusAttachment");
msgBus = new AllJoyn.BusAttachment("myApp", true);
status = msgBus.CreateInterface(INTERFACE_NAME, false, out testIntf);
if (status)
{
//Debug.LogError("Interface Created.");
testIntf.AddSignal("player", "sddddbb", "playerPoints", 0);
testIntf.AddSignal("enemyInit", "ssdddd", "enemyPoints", 0);
testIntf.AddSignal("enemyAgro", "sss", "enemyPoints1", 0);
testIntf.AddSignal("enemyHP", "ssd", "enemyPoints2", 0);
testIntf.Activate();
}
else
{
//Debug.LogError("Failed to create interface 'org.alljoyn.Bus.chat'");
}
busListener = new MyBusListener();
if (status)
{
msgBus.RegisterBusListener(busListener);
//Debug.LogError("BusListener Registered.");
}
if (testObj == null)
{
testObj = new TestBusObject(msgBus, SERVICE_PATH);
}
if (status)
{
status = msgBus.Start();
if (status)
{
//Debug.LogError("BusAttachment started.");
msgBus.RegisterBusObject(testObj);
for (int i = 0; i < connectArgs.Length; ++i)
{
//Debug.LogError("Connect trying: " + connectArgs[i]);
status = msgBus.Connect(connectArgs[i]);
if (status)
{
//Debug.LogError("BusAttchement.Connect(" + connectArgs[i] + ") SUCCEDED.");
connectedVal = connectArgs[i];
break;
}
else
{
//Debug.LogError("BusAttachment.Connect(" + connectArgs[i] + ") failed.");
}
}
if (!status)
{
//Debug.LogError("BusAttachment.Connect failed.");
}
}
else
{
//Debug.LogError("BusAttachment.Start failed.");
}
}
myAdvertisedName = SERVICE_NAME + "._" + msgBus.GlobalGUIDString + playerNick;
AllJoyn.InterfaceDescription.Member playerMember = testIntf.GetMember("player");
status = msgBus.RegisterSignalHandler(this.PlayerSignalHandler, playerMember, null);
if (!status)
{
//Debug.LogError("Failed to add vector signal handler " + status);
}
else
{
//Debug.LogError("add vector signal handler " + status);
}
AllJoyn.InterfaceDescription.Member enemyInitMember = testIntf.GetMember("enemyInit");
status = msgBus.RegisterSignalHandler(this.EnemyInitSignalHandler, enemyInitMember, null);
if (!status)
{
Debug.LogError("Failed to add vector signal handler " + status);
}
else
{
//Debug.LogError("add vector signal handler " + status);
}
AllJoyn.InterfaceDescription.Member enemyAgroMember = testIntf.GetMember("enemyAgro");
status = msgBus.RegisterSignalHandler(this.EnemyAgroSignalHandler, enemyAgroMember, null);
if (!status)
{
Debug.LogError("Failed to add vector signal handler " + status);
}
else
{
//Debug.LogError("add vector signal handler " + status);
}
AllJoyn.InterfaceDescription.Member enemyHPMember = testIntf.GetMember("enemyHP");
status = msgBus.RegisterSignalHandler(this.EnemyHPSignalHandler, enemyHPMember, null);
if (!status)
{
Debug.LogError("Failed to add vector signal handler " + status);
}
else
{
//Debug.LogError("add vector signal handler " + status);
}
status = msgBus.AddMatch("type='signal',interface='org.alljoyn.bus.multi'");
if (!status)
{
Debug.LogError("Failed to add vector Match " + status.ToString());
}
else
{
//Debug.LogError("add vector Match " + status.ToString());
}
}
if (status)
{
status = msgBus.RequestName(myAdvertisedName,
AllJoyn.DBus.NameFlags.ReplaceExisting | AllJoyn.DBus.NameFlags.DoNotQueue);
if (!status)
{
Debug.LogError("RequestName(" + SERVICE_NAME + ") failed (status=" + status + ")");
}
}
opts = new AllJoyn.SessionOpts(AllJoyn.SessionOpts.TrafficType.Messages, false,
AllJoyn.SessionOpts.ProximityType.Any, AllJoyn.TransportMask.Any);
if (status)
{
ushort sessionPort = SERVICE_PORT;
sessionPortListener = new MySessionPortListener(this);
status = msgBus.BindSessionPort(ref sessionPort, opts, sessionPortListener);
if (!status || sessionPort != SERVICE_PORT)
{
Debug.LogError("BindSessionPort failed (" + status + ")");
}
//Debug.LogError("BBindSessionPort on port (" + sessionPort + ")"); ;
}
if (status)
{
status = msgBus.AdvertiseName(myAdvertisedName, opts.Transports);
if (!status)
{
Debug.LogError("Failed to advertise name " + myAdvertisedName + " (" + status + ")");
}
}
status = msgBus.FindAdvertisedName(SERVICE_NAME);
if (!status)
{
Debug.LogError("org.alljoyn.Bus.FindAdvertisedName failed.");
}
}
public void UnregisterSignalHandler()
{
AllJoyn.QStatus status = AllJoyn.QStatus.FAIL;
// create bus attachment
AllJoyn.BusAttachment bus = null;
bus = new AllJoyn.BusAttachment("BusAttachmentTest", true);
Assert.NotNull(bus);
// create the interface description
AllJoyn.InterfaceDescription testIntf = null;
status = bus.CreateInterface("org.alljoyn.test.BusAttachment", out testIntf);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(testIntf);
// add the signal member to the interface
status = testIntf.AddSignal("testSignal", "s", "msg", 0);
Assert.Equal(AllJoyn.QStatus.OK, status);
// activate the interface
testIntf.Activate();
// start the bus attachment
status = bus.Start();
Assert.Equal(AllJoyn.QStatus.OK, status);
// connect to the bus
status = bus.Connect(AllJoynTestCommon.GetConnectSpec());
Assert.Equal(AllJoyn.QStatus.OK, status);
// create the bus object &
// add the interface to the bus object
TestBusObject testBusObject = new TestBusObject(bus, "/test");
bus.RegisterBusObject(testBusObject);
// get the signal member from the interface description
AllJoyn.InterfaceDescription.Member testSignalMember = testIntf.GetMember("testSignal");
// register both signal handlers
status = bus.RegisterSignalHandler(this.TestSignalHandlerOne, testSignalMember, null);
Assert.Equal(AllJoyn.QStatus.OK, status);
status = bus.RegisterSignalHandler(this.TestSignalHandlerTwo, testSignalMember, null);
Assert.Equal(AllJoyn.QStatus.OK, status);
// add match for the signal
status = bus.AddMatch("type='signal',member='testSignal'");
Assert.Equal(AllJoyn.QStatus.OK, status);
handledSignalsOne = false;
handledSignalsTwo = false;
signalOneMsg = null;
signalTwoMsg = null;
// send a signal
testBusObject.SendTestSignal("test msg");
WaitEventOne(TimeSpan.FromSeconds(2));
WaitEventTwo(TimeSpan.FromSeconds(2));
// make sure that both handlers got the signal
Assert.Equal(true, handledSignalsOne);
Assert.Equal("test msg", signalOneMsg);
Assert.Equal(true, handledSignalsTwo);
Assert.Equal("test msg", signalTwoMsg);
// now unregister one handler & make sure it doesn't receive the signal
handledSignalsOne = false;
handledSignalsTwo = false;
signalOneMsg = null;
signalTwoMsg = null;
status = bus.UnregisterSignalHandler(this.TestSignalHandlerOne, testSignalMember, null);
Assert.Equal(AllJoyn.QStatus.OK, status);
// send another signal
testBusObject.SendTestSignal("test msg");
// wait to see if we receive the signal
WaitEventTwo(TimeSpan.FromSeconds(2));
// make sure that only the second handler got the signal
Assert.Equal(false, handledSignalsOne);
Assert.Null(signalOneMsg);
Assert.Equal(true, handledSignalsTwo);
Assert.Equal("test msg", signalTwoMsg);
// TODO: move these into a teardown method?
bus.Dispose();
}
public void MethodNoInputParams()
{
// create+activate the interface
AllJoyn.InterfaceDescription testIntf = null;
status = servicebus.CreateInterface(INTERFACE_NAME, out testIntf);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(testIntf);
status = testIntf.AddMember(AllJoyn.Message.Type.MethodCall, "ding", "", "s", "out");
Assert.Equal(AllJoyn.QStatus.OK, status);
testIntf.Activate();
// register bus listener
AllJoyn.BusListener testBusListener = new TestBusListener(this);
servicebus.RegisterBusListener(testBusListener);
// create the bus object
// the dingBusObject constructor adds the interface & a handler for the ping method
DingBusObject dingBusObject = new DingBusObject(servicebus, OBJECT_PATH);
// register the bus object
status = servicebus.RegisterBusObject(dingBusObject);
Assert.Equal(AllJoyn.QStatus.OK, status);
// request name
nameOwnerChangedFlag = false;
status = servicebus.RequestName(OBJECT_NAME, AllJoyn.DBus.NameFlags.ReplaceExisting | AllJoyn.DBus.NameFlags.DoNotQueue | AllJoyn.DBus.NameFlags.AllowReplacement);
Assert.Equal(AllJoyn.QStatus.OK, status);
Wait(MaxWaitTime);
Assert.Equal(true, nameOwnerChangedFlag);
///////////////////////////////////////////////////////////
// create+activate the interface
AllJoyn.InterfaceDescription iFace = null;
status = bus.CreateInterface(INTERFACE_NAME, out iFace);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(iFace);
status = iFace.AddMethod("ding", "", "s", "in,out");
Assert.Equal(AllJoyn.QStatus.OK, status);
iFace.Activate();
proxyBusObject = new AllJoyn.ProxyBusObject(bus, OBJECT_NAME, OBJECT_PATH, 0);
status = proxyBusObject.AddInterface(iFace);
Assert.Equal(AllJoyn.QStatus.OK, status);
AllJoyn.Message replyMsg = new AllJoyn.Message(bus);
status = proxyBusObject.MethodCall(INTERFACE_NAME, "ding", AllJoyn.MsgArg.Zero, replyMsg, 5000, 0);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.Equal("Hello from Ding.", (string)replyMsg[0]);
//continue testing obsolete method calls till they are removed.
#pragma warning disable 618
AllJoyn.Message replyMsg1 = new AllJoyn.Message(bus);
status = proxyBusObject.MethodCallSynch(INTERFACE_NAME, "ding", AllJoyn.MsgArg.Zero, replyMsg1, 5000, 0);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.Equal("Hello from Ding.", (string)replyMsg1[0]);
AllJoyn.Message replyMsg2 = new AllJoyn.Message(bus);
status = proxyBusObject.MethodCallSynch(INTERFACE_NAME, "ding", AllJoyn.MsgArg.Zero, replyMsg2, 5000, 0);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.Equal("Hello from Ding.", (string)replyMsg2[0]);
#pragma warning restore 618
dingBusObject.Dispose();
}
public void StartUp()
{
chatText = "Starting AllJoyn\n\n\n" + chatText;
AllJoynStarted = true;
AllJoyn.QStatus status = AllJoyn.QStatus.OK;
{
chatText = "Creating BusAttachment\n" + chatText;
// Create message bus
msgBus = new AllJoyn.BusAttachment("myApp", true);
// Add org.alljoyn.Bus.method_sample interface
status = msgBus.CreateInterface(INTERFACE_NAME, false, out testIntf);
if (status)
{
chatText = "Chat Interface Created.\n" + chatText;
Debug.Log("Chat Interface Created.");
testIntf.AddSignal("chat", "s", "msg", 0);
testIntf.Activate();
}
else
{
chatText = "Failed to create interface 'org.alljoyn.Bus.chat'\n" + chatText;
Debug.Log("Failed to create interface 'org.alljoyn.Bus.chat'");
}
// Create a bus listener
busListener = new MyBusListener();
if (status)
{
msgBus.RegisterBusListener(busListener);
chatText = "Chat BusListener Registered.\n" + chatText;
Debug.Log("Chat BusListener Registered.");
}
if (testObj == null)
{
testObj = new TestBusObject(msgBus, SERVICE_PATH);
}
// Start the msg bus
if (status)
{
status = msgBus.Start();
if (status)
{
chatText = "Chat BusAttachment started.\n" + chatText;
Debug.Log("Chat BusAttachment started.");
msgBus.RegisterBusObject(testObj);
for (int i = 0; i < connectArgs.Length; ++i)
{
chatText = "Chat Connect trying: " + connectArgs[i] + "\n" + chatText;
Debug.Log("Chat Connect trying: " + connectArgs[i]);
status = msgBus.Connect(connectArgs[i]);
if (status)
{
chatText = "BusAttchement.Connect(" + connectArgs[i] + ") SUCCEDED.\n" + chatText;
Debug.Log("BusAttchement.Connect(" + connectArgs[i] + ") SUCCEDED.");
connectedVal = connectArgs[i];
break;
}
else
{
chatText = "BusAttachment.Connect(" + connectArgs[i] + ") failed.\n" + chatText;
Debug.Log("BusAttachment.Connect(" + connectArgs[i] + ") failed.");
}
}
if (!status)
{
chatText = "BusAttachment.Connect failed.\n" + chatText;
Debug.Log("BusAttachment.Connect failed.");
}
}
else
{
chatText = "Chat BusAttachment.Start failed.\n" + chatText;
Debug.Log("Chat BusAttachment.Start failed.");
}
}
myAdvertisedName = SERVICE_NAME + "._" + msgBus.GlobalGUIDString;
AllJoyn.InterfaceDescription.Member chatMember = testIntf.GetMember("chat");
status = msgBus.RegisterSignalHandler(this.ChatSignalHandler, chatMember, null);
if (!status)
{
chatText = "Chat Failed to add signal handler " + status + "\n" + chatText;
Debug.Log("Chat Failed to add signal handler " + status);
}
else
{
chatText = "Chat add signal handler " + status + "\n" + chatText;
Debug.Log("Chat add signal handler " + status);
}
status = msgBus.AddMatch("type='signal',member='chat'");
if (!status)
{
chatText = "Chat Failed to add Match " + status.ToString() + "\n" + chatText;
Debug.Log("Chat Failed to add Match " + status.ToString());
}
else
{
chatText = "Chat add Match " + status.ToString() + "\n" + chatText;
Debug.Log("Chat add Match " + status.ToString());
}
}
// Request name
if (status)
{
status = msgBus.RequestName(myAdvertisedName,
AllJoyn.DBus.NameFlags.ReplaceExisting | AllJoyn.DBus.NameFlags.DoNotQueue);
if (!status)
{
chatText = "Chat RequestName(" + SERVICE_NAME + ") failed (status=" + status + ")\n" + chatText;
Debug.Log("Chat RequestName(" + SERVICE_NAME + ") failed (status=" + status + ")");
}
}
// Create session
opts = new AllJoyn.SessionOpts(AllJoyn.SessionOpts.TrafficType.Messages, false,
AllJoyn.SessionOpts.ProximityType.Any, AllJoyn.TransportMask.Any);
if (status)
{
ushort sessionPort = SERVICE_PORT;
sessionPortListener = new MySessionPortListener();
status = msgBus.BindSessionPort(ref sessionPort, opts, sessionPortListener);
if (!status || sessionPort != SERVICE_PORT)
{
chatText = "Chat BindSessionPort failed (" + status + ")\n" + chatText;
Debug.Log("Chat BindSessionPort failed (" + status + ")");
}
chatText = "Chat BindSessionPort on port (" + sessionPort + ")\n" + chatText;
Debug.Log("Chat BBindSessionPort on port (" + sessionPort + ")");;
}
// Advertise name
if (status)
{
status = msgBus.AdvertiseName(myAdvertisedName, opts.Transports);
if (!status)
{
chatText = "Chat Failed to advertise name " + myAdvertisedName + " (" + status + ")\n" + chatText;
Debug.Log("Chat Failed to advertise name " + myAdvertisedName + " (" + status + ")");
}
}
status = msgBus.FindAdvertisedName(SERVICE_NAME);
if (!status)
{
chatText = "Chat org.alljoyn.Bus.FindAdvertisedName failed.\n" + chatText;
Debug.Log("Chat org.alljoyn.Bus.FindAdvertisedName failed.");
}
Debug.Log("Completed ChatService Constructor");
}
public BasicServer()
{
serverText = "";
// Create message bus
msgBus = new AllJoyn.BusAttachment("myApp", true);
// Add org.alljoyn.Bus.method_sample interface
AllJoyn.QStatus status = msgBus.CreateInterface(INTERFACE_NAME, false, out testIntf);
if (status)
{
serverText += "Server Interface Created.\n";
Debug.Log("Server Interface Created.");
testIntf.AddMember(AllJoyn.Message.Type.MethodCall, "cat", "ss", "s", "inStr1,inStr2,outStr");
testIntf.Activate();
}
else
{
serverText += "Failed to create interface 'org.alljoyn.Bus.method_sample'\n";
Debug.Log("Failed to create interface 'org.alljoyn.Bus.method_sample'");
}
// Create a bus listener
busListener = new MyBusListener();
if (status)
{
msgBus.RegisterBusListener(busListener);
serverText += "Server BusListener Registered.\n";
Debug.Log("Server BusListener Registered.");
}
// Set up bus object
testObj = new TestBusObject(msgBus, SERVICE_PATH);
// Start the msg bus
if (status)
{
status = msgBus.Start();
if (status)
{
serverText += "Server BusAttachment started.\n";
Debug.Log("Server BusAttachment started.");
msgBus.RegisterBusObject(testObj);
for (int i = 0; i < connectArgs.Length; ++i)
{
status = msgBus.Connect(connectArgs [i]);
if (status)
{
serverText += "BusAttchement.Connect(" + connectArgs [i] + ") SUCCEDED.\n";
Debug.Log("BusAttchement.Connect(" + connectArgs [i] + ") SUCCEDED.");
break;
}
else
{
serverText += "BusAttachment.Connect(" + connectArgs [i] + ") failed.\n";
Debug.Log("BusAttachment.Connect(" + connectArgs [i] + ") failed.");
}
}
if (!status)
{
serverText += "BusAttachment.Connect failed.\n";
Debug.Log("BusAttachment.Connect failed.");
}
}
else
{
serverText += "Server BusAttachment.Start failed.\n";
Debug.Log("Server BusAttachment.Start failed.");
}
}
// Request name
if (status)
{
status = msgBus.RequestName(SERVICE_NAME,
AllJoyn.DBus.NameFlags.ReplaceExisting | AllJoyn.DBus.NameFlags.DoNotQueue);
if (!status)
{
serverText += "Server RequestName(" + SERVICE_NAME + ") failed (status=" + status + ")\n";
Debug.Log("Server RequestName(" + SERVICE_NAME + ") failed (status=" + status + ")");
}
}
// Create session
opts = new AllJoyn.SessionOpts(AllJoyn.SessionOpts.TrafficType.Messages, true,
AllJoyn.SessionOpts.ProximityType.Any, AllJoyn.TransportMask.Any);
if (status)
{
ushort sessionPort = SERVICE_PORT;
sessionPortListener = new MySessionPortListener();
status = msgBus.BindSessionPort(ref sessionPort, opts, sessionPortListener);
if (!status || sessionPort != SERVICE_PORT)
{
serverText += "Server BindSessionPort failed (" + status + ")\n";
Debug.Log("Server BindSessionPort failed (" + status + ")");
}
}
// Advertise name
if (status)
{
status = msgBus.AdvertiseName(SERVICE_NAME, opts.Transports);
if (!status)
{
serverText += "Server Failed to advertise name " + SERVICE_NAME + " (" + status + ")\n";
Debug.Log("Server Failed to advertise name " + SERVICE_NAME + " (" + status + ")");
}
}
serverText += "Completed BasicService Constructor\n";
Debug.Log("Completed BasicService Constructor");
}
public void GetArgs()
{
//SetUp Service
//start service BusAttachment
AllJoyn.BusAttachment serviceBus = new AllJoyn.BusAttachment("MessageTestService", true);
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.Start());
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.Connect(AllJoynTestCommon.GetConnectSpec()));
TestBusListener testBusListener = new TestBusListener(this);
serviceBus.RegisterBusListener(testBusListener);
//Create and activate the service Interface
AllJoyn.InterfaceDescription testIntf = null;
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.CreateInterface(INTERFACE_NAME, out testIntf));
Assert.NotNull(testIntf);
Assert.Equal(AllJoyn.QStatus.OK, testIntf.AddMember(AllJoyn.Message.Type.MethodCall, "ping", "s", "s", "in,out"));
testIntf.Activate();
//create and register BusObject
MessageTestBusObject busObj = new MessageTestBusObject(OBJECT_PATH);
busObj.AddInterface(testIntf);
AllJoyn.InterfaceDescription.Member ping;
ping = testIntf.GetMember("ping");
Assert.NotNull(ping);
Assert.Equal(AllJoyn.QStatus.OK, busObj.AddMethodHandler(ping, busObj.Ping));
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.RegisterBusObject(busObj));
_nameOwnerChangedFlag = false;
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.RequestName(WELLKNOWN_NAME, AllJoyn.DBus.NameFlags.ReplaceExisting |
AllJoyn.DBus.NameFlags.DoNotQueue |
AllJoyn.DBus.NameFlags.AllowReplacement));
Wait(TimeSpan.FromSeconds(2));
Assert.True(_nameOwnerChangedFlag);
//SetUp Client
//start client BusAttachment
AllJoyn.BusAttachment clientBus = new AllJoyn.BusAttachment("MessageTestClient", true);
Assert.Equal(AllJoyn.QStatus.OK, clientBus.Start());
Assert.Equal(AllJoyn.QStatus.OK, clientBus.Connect(AllJoynTestCommon.GetConnectSpec()));
AllJoyn.ProxyBusObject proxyObj = new AllJoyn.ProxyBusObject(clientBus, WELLKNOWN_NAME, OBJECT_PATH, 0);
Assert.Equal(AllJoyn.QStatus.OK, proxyObj.IntrospectRemoteObject());
AllJoyn.Message reply = new AllJoyn.Message(clientBus);
AllJoyn.MsgArg input = new AllJoyn.MsgArg("s", "AllJoyn");
proxyObj.MethodCall(INTERFACE_NAME, "ping", input, reply, 25000, 0);
//Actual tests for GetArg/GetArgs
// call using GetArg specifying the array index
Assert.Equal("AllJoyn", (string)reply.GetArg(0));
// use the this[] operator call to get the MsgArg
Assert.Equal("AllJoyn", (string)(reply[0]));
// Return the MsgArgs note could be multiple values
AllJoyn.MsgArg replyArg = reply.GetArgs();
Assert.Equal(1, replyArg.Length);
Assert.Equal("AllJoyn", (string)replyArg);
// Parse the Message Drectly
object replyString;
Assert.Equal(AllJoyn.QStatus.OK, reply.GetArgs("s", out replyString));
Assert.Equal("AllJoyn", (string)replyString);
serviceBus.UnregisterBusListener(testBusListener);
reply.Dispose();
input.Dispose();
proxyObj.Dispose();
clientBus.Dispose();
testBusListener.Dispose();
busObj.Dispose();
serviceBus.Dispose();
}
public void Properties()
{
//SetUp Service
//start service BusAttachment
AllJoyn.BusAttachment serviceBus = new AllJoyn.BusAttachment("MessageTestService", true);
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.Start());
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.Connect(AllJoynTestCommon.GetConnectSpec()));
TestBusListener testBusListener = new TestBusListener(this);
serviceBus.RegisterBusListener(testBusListener);
//Create and activate the service Interface
AllJoyn.InterfaceDescription testIntf = null;
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.CreateInterface(INTERFACE_NAME, out testIntf));
Assert.NotNull(testIntf);
Assert.Equal(AllJoyn.QStatus.OK, testIntf.AddMember(AllJoyn.Message.Type.MethodCall, "ping", "s", "s", "in,out"));
testIntf.Activate();
//create and register BusObject
MessageTestBusObject busObj = new MessageTestBusObject(OBJECT_PATH);
busObj.AddInterface(testIntf);
AllJoyn.InterfaceDescription.Member ping;
ping = testIntf.GetMember("ping");
Assert.NotNull(ping);
Assert.Equal(AllJoyn.QStatus.OK, busObj.AddMethodHandler(ping, busObj.Ping));
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.RegisterBusObject(busObj));
_nameOwnerChangedFlag = false;
Assert.Equal(AllJoyn.QStatus.OK, serviceBus.RequestName(WELLKNOWN_NAME, AllJoyn.DBus.NameFlags.ReplaceExisting |
AllJoyn.DBus.NameFlags.DoNotQueue |
AllJoyn.DBus.NameFlags.AllowReplacement));
Wait(TimeSpan.FromSeconds(2));
Assert.True(_nameOwnerChangedFlag);
// SetUp Client
// start client BusAttachment
AllJoyn.BusAttachment clientBus = new AllJoyn.BusAttachment("MessageTestClient", true);
Assert.Equal(AllJoyn.QStatus.OK, clientBus.Start());
Assert.Equal(AllJoyn.QStatus.OK, clientBus.Connect(AllJoynTestCommon.GetConnectSpec()));
AllJoyn.ProxyBusObject proxyObj = new AllJoyn.ProxyBusObject(clientBus, INTERFACE_NAME, OBJECT_PATH, 0);
Assert.Equal(AllJoyn.QStatus.OK, proxyObj.IntrospectRemoteObject());
AllJoyn.Message reply = new AllJoyn.Message(clientBus);
AllJoyn.MsgArg input = new AllJoyn.MsgArg("s", "AllJoyn");
proxyObj.MethodCall(INTERFACE_NAME, "ping", input, reply, 25000, 0);
// Actual tests for GetArg/GetArgs
// check the message properties
Assert.False(reply.IsBroadcastSignal);
Assert.False(reply.IsGlobalBroadcast);
Assert.False(reply.IsSessionless);
Assert.False(reply.IsExpired());
uint timeLeft;
reply.IsExpired(out timeLeft);
Assert.True(timeLeft > 0);
Assert.False(reply.IsUnreliable);
Assert.False(reply.IsEncrypted);
// we don't expect any flags
Assert.Equal((byte)0, reply.Flags);
// no security is being used so there should be no security mechanism
Assert.Equal("", reply.AuthMechanism);
Assert.Equal(AllJoyn.Message.Type.MethodReturn, reply.MessageType);
// The serial is unknown before hand but it should not be zero
Assert.NotEqual <uint>(0u, reply.CallSerial);
Assert.NotEqual <uint>(0u, reply.ReplySerial);
// A method return does not have an Object Path
Assert.Equal("", reply.ObjectPath);
// A method return does not have an interface specified
Assert.Equal("", reply.Interface);
// The member name is not specified on a message return
Assert.Equal("", reply.MemberName);
// TODO possible error the documentation for Sender states it should
// be returning the well-known name however in this case it is
// returning the unique name of the sender.
Assert.Equal(serviceBus.UniqueName, reply.Sender);
Assert.Equal(clientBus.UniqueName, reply.ReceiveEndPointName);
Assert.Equal(clientBus.UniqueName, reply.Destination);
Assert.Equal(0u, reply.CompressionToken);
// no session set up for this test Session Id should be 0
Assert.Equal(0u, reply.SessionId);
String errorMsg;
// TODO produce test that generates actual error Message
Assert.Null(reply.GetErrorName(out errorMsg));
Assert.Equal("", errorMsg);
// The ToString method only returns a string when running debug code
#if DEBUG
Assert.True(reply.ToString().StartsWith("<message endianness="));
Assert.True(reply.ToString().Contains("<header field=\"REPLY_SERIAL\">"));
Assert.True(reply.ToString().Contains("<header field=\"DESTINATION\">"));
Assert.True(reply.ToString().Contains("<header field=\"SENDER\">"));
Assert.True(reply.ToString().Contains("<header field=\"SIGNATURE\">"));
Assert.True(reply.ToString().Contains("<signature>s</signature>"));
Assert.True(reply.ToString().Contains("<string>AllJoyn</string>"));
Assert.True(reply.ToString().EndsWith("</message>"));
// this call to description should return 'METHID_RET[<reply serial>](s)'
Assert.True(reply.Description.StartsWith("METHOD_RET["));
#else
Assert.Equal("", reply.ToString());
Assert.Equal("", reply.Description);
#endif
// TODO figure out a good way to test the TimeStamp property
//reply.TimeStamp
// CleanUp
serviceBus.UnregisterBusListener(testBusListener);
reply.Dispose();
input.Dispose();
proxyObj.Dispose();
clientBus.Dispose();
testBusListener.Dispose();
busObj.Dispose();
serviceBus.Dispose();
}
public void TestAddMethodHandler()
{
AllJoyn.QStatus status = AllJoyn.QStatus.FAIL;
// create+start+connect bus attachment
AllJoyn.BusAttachment servicebus = null;
servicebus = new AllJoyn.BusAttachment("BusObjectTestService", true);
Assert.NotNull(servicebus);
status = servicebus.Start();
Assert.Equal(AllJoyn.QStatus.OK, status);
status = servicebus.Connect(AllJoynTestCommon.GetConnectSpec());
Assert.Equal(AllJoyn.QStatus.OK, status);
// create+activate the interface
AllJoyn.InterfaceDescription testIntf = null;
status = servicebus.CreateInterface(INTERFACE_NAME, out testIntf);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(testIntf);
status = testIntf.AddMember(AllJoyn.Message.Type.MethodCall, "ping", "s", "s", "in,out");
Assert.Equal(AllJoyn.QStatus.OK, status);
testIntf.Activate();
// register bus listener
AllJoyn.BusListener testBusListener = new TestBusListener(this);
servicebus.RegisterBusListener(testBusListener);
// create the bus object
// the MethodTestBusObject constructor adds the interface & a handler for the ping method
MethodTestBusObject methodTestBusObject = new MethodTestBusObject(servicebus, OBJECT_PATH);
// register the bus object
status = servicebus.RegisterBusObject(methodTestBusObject);
Assert.Equal(AllJoyn.QStatus.OK, status);
// request name
nameOwnerChangedFlag = false;
status = servicebus.RequestName(OBJECT_NAME, AllJoyn.DBus.NameFlags.ReplaceExisting | AllJoyn.DBus.NameFlags.DoNotQueue);
Assert.Equal(AllJoyn.QStatus.OK, status);
Wait(MaxWaitTime);
Assert.Equal(true, nameOwnerChangedFlag);
///////////////////////////////////////////////////////////
// create the proxy bus object & call methods
AllJoyn.BusAttachment bus = null;
bus = new AllJoyn.BusAttachment("BusObjectTest", true);
Assert.NotNull(bus);
status = bus.Start();
Assert.Equal(AllJoyn.QStatus.OK, status);
status = bus.Connect(AllJoynTestCommon.GetConnectSpec());
Assert.Equal(AllJoyn.QStatus.OK, status);
// create+activate the interface
AllJoyn.InterfaceDescription iFace = null;
status = bus.CreateInterface(INTERFACE_NAME, out iFace);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.NotNull(iFace);
status = iFace.AddMember(AllJoyn.Message.Type.MethodCall, "ping", "s", "s", "in,out");
Assert.Equal(AllJoyn.QStatus.OK, status);
iFace.Activate();
AllJoyn.ProxyBusObject proxyBusObject = new AllJoyn.ProxyBusObject(bus, OBJECT_NAME, OBJECT_PATH, 0);
status = proxyBusObject.AddInterface(iFace);
Assert.Equal(AllJoyn.QStatus.OK, status);
AllJoyn.MsgArg input = new AllJoyn.MsgArg();
input.Set("AllJoyn");
AllJoyn.Message replyMsg = new AllJoyn.Message(bus);
status = proxyBusObject.MethodCall(INTERFACE_NAME, "ping", input, replyMsg, 5000, 0);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.Equal("AllJoyn", (string)replyMsg[0]);
//continue testing obsolete method calls till they are removed.
#pragma warning disable 618
AllJoyn.MsgArg input1 = new AllJoyn.MsgArg();
input1.Set("AllJoyn");
AllJoyn.Message replyMsg1 = new AllJoyn.Message(bus);
status = proxyBusObject.MethodCallSynch(INTERFACE_NAME, "ping", input1, replyMsg1, 5000, 0);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.Equal("AllJoyn", (string)replyMsg1[0]);
AllJoyn.MsgArgs input2 = new AllJoyn.MsgArgs(1);
input2[0].Set("AllJoyn");
AllJoyn.Message replyMsg2 = new AllJoyn.Message(bus);
status = proxyBusObject.MethodCallSynch(INTERFACE_NAME, "ping", input2, replyMsg2, 5000, 0);
Assert.Equal(AllJoyn.QStatus.OK, status);
Assert.Equal("AllJoyn", (string)replyMsg2[0]);
#pragma warning restore 618
methodTestBusObject.Dispose();
servicebus.Dispose();
// TODO: need to call dispose on proxyBusObject first otherwise you get an AccessViolation???
proxyBusObject.Dispose();
bus.Dispose();
}
