/// <summary>
/// Produce an audial beep sound, which corresponds to the default system sound that (more or less)
/// corresponds to that of the given message-box type.
/// </summary>
/// <param name="messageType">A JhMessageBoxType which influences the type of beep sound that is made</param>
public static void MessageBeep(JhMessageBoxType messageType)
{
// Try to map the messageType to a value that corresponds to what the original Win32 icon would be..
string soundEventName;
switch (messageType)
{
case JhMessageBoxType.Information:
soundEventName = "SystemAsterisk";
break;
case JhMessageBoxType.Question:
soundEventName = "SystemQuestion";
break;
case JhMessageBoxType.Warning:
soundEventName = "SystemExclamation";
break;
case JhMessageBoxType.Error:
case JhMessageBoxType.UserMistake:
soundEventName = "AppGPFault";
break;
case JhMessageBoxType.SecurityIssue:
soundEventName = "WindowsUAC";
break;
case JhMessageBoxType.SecuritySuccess:
soundEventName = "SystemNotification";
break;
case JhMessageBoxType.Stop:
soundEventName = "SystemHand"; // Critical Stop
break;
default:
soundEventName = "Default Beep";
break;
}
//Console.WriteLine("soundEventName is " + soundEventName);
AudioLib.PlaySoundEvent(soundEventName);
}
/// <summary>
/// Handle the ContentRendered event, which occurrs after the UI elements have been rendered on-screen.
/// </summary>
void OnContentRendered(object sender, EventArgs e)
{
#region Make me the top-most window.
if (!this.IsTesting)
{
if (_options.IsToBeTopmostWindow)
{
#if !SILVERLIGHT
this.Topmost = true;
this.Focus();
#endif
}
}
#endregion
#region Audial effects
if (!this.IsTesting && _options.IsSoundEnabled)
{
if (!_options.IsUsingNewerSoundScheme)
{
JhMessageBoxWindow.MessageBeep(_options.MessageType);
}
else
{
//TODO: How to implement this in SL?
#if !SILVERLIGHT
switch (_options.MessageType)
{
case JhMessageBoxType.Information:
AudioLib.PlaySoundResourceEvenIfNotPCM(_informationSoundResource);
break;
case JhMessageBoxType.Question:
AudioLib.PlaySoundResourceEvenIfNotPCM(_questionSoundResource);
break;
case JhMessageBoxType.UserMistake:
AudioLib.PlaySoundResource(_userMistakeSoundResource);
break;
case JhMessageBoxType.Warning:
AudioLib.PlaySoundResource(_warningSoundResource);
break;
case JhMessageBoxType.Error:
AudioLib.PlaySoundResource(_errorSoundResource);
break;
case JhMessageBoxType.SecurityIssue:
AudioLib.PlaySoundResource(_securityIssueSoundResource);
break;
case JhMessageBoxType.Stop:
AudioLib.PlaySoundResource(_stopSoundResource);
break;
}
#endif
}
}
#endregion Audial effects
#region Timeout
if (!IsTesting || (IsTesting && !TestFacility.IsToWaitForExplicitClose))
{
// Set the timer that will close this message-box.
int timeoutPeriodToSet = _options.TimeoutPeriodInSeconds;
if (timeoutPeriodToSet == 0)
{
// If the default value of zero was indicated, that means to use the default value.
timeoutPeriodToSet = JhMessageBoxOptions.GetDefaultTimeoutValueFor(_options.MessageType);
_options.TimeoutPeriodInSeconds = timeoutPeriodToSet;
}
// If we are running tests and this option is set -- limit the timeout to our special, brief time-period.
if (_manager._testFacility != null && TestFacility.IsTimeoutsFast)
{
if (timeoutPeriodToSet > 1)
{
timeoutPeriodToSet = 1;
}
}
StartTimer(timeoutPeriodToSet);
}
#endregion Timeout
}
