public void DeInitializeBluetoothCentral_Test()
{
Mock_BluetoothHardwareInterface bhi = new Mock_BluetoothHardwareInterface();
Mock_WristbandServices services = new Mock_WristbandServices();
WristbandProtocol protocol = new WristbandProtocol(bhi, services);
TestObserever observer = new TestObserever();
// Bluetooth hardware interface behaviour
// ---------------------------
bhi.DeInitialize_Mock = (Action action) => { action(); };
bhi.Initialize_Mock = Initialize_BHI_Success;
// track observer event states
// ---------------------------
bool initFired = false;
bool deinitFired = false;
bool errorFired = false;
observer.TestInitResponse = () => {
output.WriteLine("> TestObserever.OnBluetoothInitialized() :: called");
initFired = true;
};
observer.TestDeInitResponse = () => {
output.WriteLine("> TestObserever.OnBluetoothDeInitialized() :: called");
deinitFired = true;
};
observer.TestOnErrorResponse = (WristbandProtocolError error, string msg) => {
output.WriteLine("> TestObserever.OnError() :: Error - " + msg);
errorFired = true;
};
// run protocol
// ---------------------------
protocol.SubscibeObserver(observer);
protocol.InitialyzeCentral();
Assert.True(initFired && !deinitFired, "Observer Initialize should fire before Deinitialize");
Assert.True(protocol.IsInitialized(), "protocol should be in initialized state before we deinitialize");
protocol.DeInitialyzeCentral();
// test results
// ---------------------------
Assert.True(deinitFired, "Observer should fire OnBluetoothDeInitialized");
Assert.False(errorFired, "Observer should not fire OnError");
// protocol state tests
Assert.False(protocol.IsInitialized(), "protocol should not be in initialized state");
Assert.False(protocol.HasProfile(), "protocol should not have a profile");
Assert.False(protocol.HasDiscoveredDevice(), "protocol should not be have disovered divices");
Assert.False(protocol.IsConnected(), "protocol should not be connected");
Assert.False(protocol.HasHistory(), "protocol should not have a history");
Assert.False(protocol.IsBusy(), "protocol should not be busy");
}
public void ScanForDeviceAndAutoConnect_Test()
{
Mock_BluetoothHardwareInterface bhi = new Mock_BluetoothHardwareInterface();
Mock_WristbandServices services = new Mock_WristbandServices();
WristbandProtocol protocol = new WristbandProtocol(bhi, services);
TestObserever observer = new TestObserever();
// Bluetooth hardware interface behaviour
// ---------------------------
BluetoothHardwareInterface_ScanDevices(bhi, services);
bhi.Initialize_Mock = Initialize_BHI_Success;
// track observer event states
// ---------------------------
bool connectFired = false;
bool errorFired = false;
bool profileFoundFired = false;
bool unknownProfile = false;
observer.TestInitResponse = () => {
output.WriteLine("> TestObserever.OnBluetoothInitialized() :: called");
};
observer.TestConnectedResponse = (string pheriperalID, string pheriperalName, WristbandProfile profile) => {
output.WriteLine("> TestObserever.OnWristbandConnected() :: called -name:" + pheriperalName + ", -id:" + pheriperalID);
connectFired = true;
};
observer.TestOnErrorResponse = (WristbandProtocolError error, string msg) => {
output.WriteLine("> TestObserever.OnError() :: Error - " + msg);
errorFired = true;
};
observer.TestProfileFoundResponse = (string id, string name) => {
output.WriteLine("> TestObserever.OnWristbandProfileFound() :: called -name:" + name + ", -id:" + id);
profileFoundFired = true;
};
observer.TestUnknownProfileResponse = (string id, string name) => {
output.WriteLine("> TestObserever.OnWristbandUnknownProfile() :: called -name:" + name + ", -id:" + id);
unknownProfile = true;
};
// run protocol
// ---------------------------
protocol.SubscibeObserver(observer);
protocol.InitialyzeCentral();
Assert.True(!errorFired && !connectFired, "Observer Initialize should fire before scanning for devices");
Assert.True(protocol.IsInitialized(), "protocol should be in initialized state before scanning for devices");
Assert.False(protocol.HasProfile(), "protocol should not have a profile before scanning for devices");
Assert.False(protocol.HasDiscoveredDevice(), "protocol should not be have disovered divices before scanning for devices");
Assert.False(protocol.IsConnected(), "protocol should not be connected before scanning for devices");
protocol.ScanForDeviceAndAutoConnect();
// test results
// ---------------------------
Assert.True(connectFired, "Observer should fire OnWristbandConnected");
Assert.False(errorFired, "Observer should not fire OnError");
Assert.True(profileFoundFired, "Observer should fire OnWristbandProfileFound");
Assert.False(unknownProfile, "Observer should not fire OnWristbandUnknownProfile");
// protocol state tests
Assert.True(protocol.IsInitialized(), "protocol should be in initialized state");
Assert.True(protocol.HasProfile(), "protocol should have a profile");
Assert.True(protocol.HasDiscoveredDevice(), "protocol should have disovered divices");
Assert.True(protocol.IsConnected(), "protocol should be connected");
Assert.False(protocol.HasHistory(), "protocol should not have a history");
Assert.False(protocol.IsBusy(), "protocol should not be busy");
}
public void ObservableSubscription_Test()
{
output.WriteLine("ObservableSubscription_Test");
TestObservable observable = new TestObservable();
TestObserever observer = new TestObserever();
observable.SubscibeObserver(observer);
List <IWristbandObserver> observers = observable.SubscribtionList;
Assert.True(observers.Count > 0, "observers.Count should return exactly one subscription");
Assert.True(observers.IndexOf(observer) != -1, "observers should contain the observer object");
bool init, deinit, error, connect, debug, disconnect, profile, steps, unknown, write;
init = deinit = error = connect = debug = disconnect = profile = steps = unknown = write = false;
observer.TestInitResponse = () => {
init = true; output.WriteLine("> TestObserever.OnBluetoothDeInitialized() :: called");
};
observer.TestDeInitResponse = () => {
deinit = true; output.WriteLine("> TestObserever.OnBluetoothInitialized() :: called");
};
observer.TestOnErrorResponse = (WristbandProtocolError werror, string msg) => {
error = true; output.WriteLine("> TestObserever.OnError() :: called - " + msg);
};
observer.TestConnectedResponse = (string pheriperalID, string pheriperalName, WristbandProfile wprofile) => {
connect = true; output.WriteLine("> TestObserever.OnWristbandConnected() :: called");
};
observer.TestDebugResponse = (string msg) => {
debug = true; output.WriteLine("> TestObserever.OnWristbandDebugMessage() :: called");
};
observer.TestDisconnectedResponse = () => {
disconnect = true; output.WriteLine("> TestObserever.OnWristbandDisconnected() :: called");
};
observer.TestProfileFoundResponse = (string pheriperalID, string pheriperalName) => {
profile = true; output.WriteLine("> TestObserever.OnWristbandProfileFound() :: called");
};
observer.TestStepsCollectedResponse = (StepsData stepsData) => {
steps = true; output.WriteLine("> TestObserever.OnWristbandStepsCollected() :: called");
};
observer.TestUnknownProfileResponse = (string pheriperalID, string pheriperalName) => {
unknown = true; output.WriteLine("> TestObserever.OnWristbandUnknownProfile() :: called");
};
observer.TestWriteCompleteResponse = () => {
write = true; output.WriteLine("> TestObserever.OnWristbandWriteComplete() :: called");
};
observable.OnInitComplete_Test();
observable.OnDeInitComplete_Test();
observable.OnERROR_Test(WristbandProtocolError.INITIALIZATION_FAILED, "Debug Error");
observable.OnConnected_Test("001", "002", BoosthWristbandServices.DebugProfile);
observable.OnDebugMSG_Test("Debug Message");
observable.OnDisconnected_Test();
observable.OnMatchingProfile_Test("001", "002");
observable.OnUnknownProfile_Test("001", "002");
observable.OnStepsCollected_Test(new StepsData());
observable.OnWriteComplete_Test();
Assert.True(init);
Assert.True(deinit);
Assert.True(error);
Assert.True(connect);
Assert.True(debug);
Assert.True(disconnect);
Assert.True(profile);
Assert.True(steps);
Assert.True(unknown);
Assert.True(write);
observable.UnsubscibeObserver(observer);
observers = observable.SubscribtionList;
Assert.True(observers.Count == 0, "observers.Count should return exactly zero subscriptions after unsubscribing");
Assert.True(observers.IndexOf(observer) == -1, "observers should not contain the observer object anymore, after unsubscribing");
}
