/// <summary>
/// Initializes a new instance of the <see cref="DialogManager{TInputType}"/> class.
/// </summary>
/// <param name="dialogBackend"> The dialog backend for the manager to use. </param>
/// <param name="keywordRegistration"> The keyword registration with the current keyword file information.</param>
/// <param name="dialogAudioInput"> The input audio provider. </param>
/// <param name="agentSessionManager"> The manager that provides the instance of agent session wrapper. </param>
/// <param name="dialogAudioOutput"> The dialog audio output sink to use. </param>
public DialogManager(
IDialogBackend <TInputType> dialogBackend,
IKeywordRegistration keywordRegistration,
IDialogAudioInputProvider <TInputType> dialogAudioInput,
IAgentSessionManager agentSessionManager,
IDialogAudioOutputAdapter dialogAudioOutput = null)
{
Contract.Requires(dialogBackend != null);
Contract.Requires(agentSessionManager != null);
this.logger = LogRouter.GetClassLogger();
this.dialogBackend = dialogBackend;
this.dialogBackend.SessionStarted += (id)
=> this.logger.Log($"DialogManager: Session start: {id}");
this.dialogBackend.SessionStopped += (id)
=> this.logger.Log($"DialogManager: Session stop: {id}");
this.dialogBackend.KeywordRecognizing += this.OnKeywordRecognizing;
this.dialogBackend.KeywordRecognized += this.OnKeywordRecognized;
this.dialogBackend.SpeechRecognizing += this.OnSpeechRecognizing;
this.dialogBackend.SpeechRecognized += async(text)
=> await this.OnSpeechRecognizedAsync(text);
this.dialogBackend.DialogResponseReceived += this.OnActivityReceived;
this.dialogBackend.ErrorReceived += async(errorInformation)
=> await this.OnErrorReceivedAsync(errorInformation);
this.dialogAudioInput = dialogAudioInput;
this.keywordRegistration = keywordRegistration;
this.agentSessionManager = agentSessionManager;
this.agentSessionManager.SignalDetected += (sender, args) => this.HandleSignalDetection(args);
this.InitializeSignalDetectionHelper();
_ = this.InitializeAsync(dialogAudioOutput);
}
public static async Task<DialogManager<List<byte>>> CreateMockManagerAsync(
IDialogBackend<List<byte>> backend,
IKeywordRegistration keywordRegistration,
IAgentSessionManager agentSessionManager)
{
var dialogManager = new DialogManager<List<byte>>(backend, keywordRegistration, new AgentAudioInputProvider(), agentSessionManager);
await dialogManager.InitializeAsync();
return dialogManager;
}
/// <summary>
/// Initializes a new instance of the <see cref="MainPage"/> class.
/// </summary>
public MainPage()
{
this.logger = LogRouter.GetClassLogger();
this.InitializeComponent();
this.app = App.Current as App;
this.app.HasReachedForeground = true;
this.services = this.app.Services;
this.dialogManager = this.services.GetRequiredService <IDialogManager>();
this.keywordRegistration = this.services.GetRequiredService <IKeywordRegistration>();
this.agentSessionManager = this.services.GetRequiredService <IAgentSessionManager>();
this.informationLogs = new HashSet <TextBlock>();
this.errorLogs = new HashSet <TextBlock>();
this.noiseLogs = new HashSet <TextBlock>();
// Ensure that we restore the full view (not the compact mode) upon foreground launch
_ = this.UpdateViewStateAsync();
// Ensure we have microphone permissions and that we pop a consent dialog if the user
// hasn't already given an explicit yes/no.
_ = Task.Run(async() =>
{
var control = await AudioCaptureControl.GetInstanceAsync();
await control.MicrophoneCapability.RequestAccessAsync();
});
// Kick off the registration and/or retrieval of the 1st-stage keyword information
_ = this.DoKeywordSetupAsync();
// Populate the drop-down list for TTS audio output formats and select the current choice
var supportedFormats = DirectLineSpeechAudio.SupportedOutputFormats;
foreach (var entry in supportedFormats)
{
this.OutputFormatComboBox.Items.Add(entry.Label);
}
this.OutputFormatComboBox.SelectedItem = this.OutputFormatComboBox.Items.FirstOrDefault(item =>
item.ToString() == LocalSettingsHelper.OutputFormat.Label);
// Wire a few pieces of UI handling that aren't trivially handled by XAML bindings
this.AddUIHandlersAsync();
// Ensure consistency between a few dependent controls and their settings
this.UpdateUIBasedOnToggles();
this.Conversations = new ObservableCollection <Conversation>();
this.ChatHistoryListView.ContainerContentChanging += this.OnChatHistoryListViewContainerChanging;
}
protected DialogManagerShim(
IDialogBackend<List<byte>> backend,
IKeywordRegistration keywordRegistration,
DialogAudioOutputAdapter outputAdapter) :
base(
backend,
keywordRegistration,
new AgentAudioInputProvider(),
new AgentSessionManager(),
dialogAudioOutput: outputAdapter)
{
}
