public void TestGetFunctionFromCommandStringReturnsNullIfNoDesiredActionCanBeDetermined()
{
ActionRouter.SetUp();
const string commandString = "Made you look!";
Assert.IsNull(ActionRouter.GetFunctionFromCommandString(commandString));
}
public void Start()
{
_indexer = CreateIndexer();
_graphIndexer = CreateGraphIndexer();
_actionRouter = CreateActionRouter();
ConnectToEventstore();
}
private ActionRouter CreateActionRouter()
{
var actionRouter = new ActionRouter();
actionRouter.Add <CustomerCreated>(Handle);
actionRouter.Add <ProductCreated>(Handle);
actionRouter.Add <OrderPlaced>(_graphIndexer.AddOrder);
return(actionRouter);
}
public MainPage()
{
this.InitializeComponent();
// hide the main menu
this.MenuColumn.Width = new GridLength(0);
ActionRouter.SetUp();
// prevent the application from closing when the user hits the x button. This will alarms and notifications to still trigger FIXME we will have to figure something out since apps can't be published to the store with a restricted capability
//SystemNavigationManagerPreview.GetForCurrentView().CloseRequested += CloseHandle;
Window.Current.SizeChanged += SizeChangedHandler;
}
public MainPage()
{
this.InitializeComponent();
// hide the main menu
this.MenuColumn.Width = new GridLength(0);
ActionRouter.SetUp();
// prevent the application from closing when the user hits the x button. This will alarms and notifications to still trigger
SystemNavigationManagerPreview.GetForCurrentView().CloseRequested += CloseHandle;
Window.Current.SizeChanged += SizeChangedHandler;
}
public void TestGetFunctionFromCommandStringReturnsExpectedFunctionWhenShallowFunction()
{
// tests that the GetFunctionFromCommandString function still works even if it's not working on a nested Dictionary
ActionRouter.SetUp();
const string commandString = "Get the weather for tomorrow";
Func <string, BobTheDigitalAssistant.Actions.Action> returnedFunction = ActionRouter.GetFunctionFromCommandString(commandString);
Assert.IsNotNull(returnedFunction);
WeatherAction returnedAction = (WeatherAction)returnedFunction(commandString);
Assert.IsNotNull(returnedAction);
}
public void TestGetFunctionFromCommandStringReturnsExpectedFunction()
{
// setup the action router
ActionRouter.SetUp();
// the command string
const string commandString = "Set an alarm for 5:30 A.M.";
Func <string, BobTheDigitalAssistant.Actions.Action> returnedFunction = ActionRouter.GetFunctionFromCommandString(commandString);
Assert.IsNotNull(returnedFunction);
AlarmAction returnedAction = (AlarmAction)returnedFunction(commandString);
// check the alarm action's values
Assert.AreEqual(AlarmAction.AlarmActionTypes.CREATE, returnedAction.ActionType);
}
public void TestGetNextNodeInChainReturnsValueAttachedToFoundKeyword()
{
const string keyword = "piano";
string inputString = $"this is the input string, and the keyword is {keyword}";
// create the dictionary of the values, mimicking the case insensitivity the original dictionary has
Dictionary <string, dynamic> inputDict = new Dictionary <string, dynamic>();
inputDict.Add("notIt", "whatever");
inputDict.Add("weather", "whatever");
inputDict.Add("Piano", "correct value");
inputDict.Add("alarms", "whatever");
inputDict.Add("reminders", "whatever");
var value = ActionRouter.GetNextNodeInChain(inputString, inputDict);
Assert.AreEqual(value, "correct value");
}
public void TestFindKeywordReturnsNullIfKeywordIsNotFound()
{
const string keyword = "pianoforte";
string inputString = $"this is the input string, and the keyword is {keyword}";
// create the dictionary of the values
Dictionary <string, dynamic> inputDict = new Dictionary <string, dynamic>();
inputDict.Add("notIt", "whatever");
inputDict.Add("weather", "whatever");
// the uppercase P tests case insensitivity
inputDict.Add("Piano", "whatever");
inputDict.Add("alarms", "whatever");
inputDict.Add("reminders", "whatever");
string matchingKeyword = ActionRouter.FindKeyword(inputString, inputDict);
Assert.IsNull(matchingKeyword);
}
private void performActionFromCommandBoxText(string text)
{
// get the action for the text in the text box
Func <string, BobTheDigitalAssistant.Actions.Action> actionPrimer = ActionRouter.GetFunctionFromCommandString(text);
if (actionPrimer != null)
{
BobTheDigitalAssistant.Actions.Action action = actionPrimer.Invoke(text);
action.PerformAction(this.media, this.DynamicArea);
}
else
{
// TODO pull this response from the database once the story to create bob responses is done
string message = "Sorry, I don't understand.";
string ssml = new SSMLBuilder().Prosody(message, contour: "(5%, +10%) (30%, -10%) (80%, +0.5%)").Build();
TextToSpeechEngine.SpeakInflectedText(this.media, ssml);
}
}
protected override void OnNavigatedTo(NavigationEventArgs e)
{
base.OnNavigatedTo(e);
if (!ActionRouter.IsSetup)
{
ActionRouter.SetUp();
}
// if bob has not been introduced, then introduce him now
var hasIntroducedBob = StoredProcedures.QuerySettingByName("_ToldUserHowToUseBob");
if (hasIntroducedBob.GetSelectedOption() != null && hasIntroducedBob.GetSelectedOption().DisplayName == "false")
{
this.IntroduceBob();
hasIntroducedBob.SelectOption("true");
StoredProcedures.SelectOption(hasIntroducedBob.SettingID, hasIntroducedBob.GetSelectedOption().OptionID);
}
AudioPlayer.Start();
// if the user has elected to have speech recognition turned on, then request for microphone permissions
this.RequestMicrophoneAcessIfUserWantsVoiceDetection();
}
private void HandleActions()
{
ActionRouter = new ActionRouter(RootLogger, Communication);
}
