private void formNextAction()
{
switch (promptState)
{
case PromptState.answering:
{
verbiage = Verbs.GetAConjugation(conjugation);
verbiageList.Add(verbiage);
label1.Text = verbiage.Infinitive;
label2.Text = verbiage.Pronoun.ToString();
label3.Text = "";
//if (verbiage.IsIrregular)
//{
// label3.Text = "Irregular";
//}
promptState = PromptState.prompting;
}
break;
case PromptState.prompting:
{
label1.Text = "";
label3.Text = "";
label2.Text = verbiage.Pronoun.ToString() + " " + verbiage.ConjugatedVerb;
promptState = PromptState.answering;
}
break;
}
}
private void Form1_Load(object sender, EventArgs e)
{
promptState = PromptState.answering;
string[] args = new string[1];
args[0] = BaseDir;
Verbs.StaticConstructor(args);
formNextAction();
}
public static void ShowPromptForm(Form parent, PromptState state, String message)
{
PromptForm pf = new PromptForm(state, message);
//pf.TopLevel = false;
//parent.Controls.Add(pf);
//pf.Parent = parent;
//pf.Location = new Point((parent.Width - pf.Width) / 2, (parent.Height - pf.Height) / 2);
pf.StartPosition = FormStartPosition.CenterScreen;
// pf.BringToFront();
//pf.CenterToParent();
pf.ShowDialog();
}
/// <summary>
/// Transition to the specified visual state, taking delays and other transition logic
/// into account.
/// </summary>
/// <param name="state">
/// New state to transition into.
/// </param>
/// <param name="useTransitions">
/// True to use a VisualTransition to transition between states, false otherwise.
/// </param>
/// <param name="delayTransition">
/// True if transition should be delayed even if minimum amount of time has already
/// been spent in current state, false otherwise.
/// </param>
private void GoToVisualState(PromptState state, bool useTransitions, bool delayTransition)
{
var currentTime = DateTime.UtcNow;
bool isStateTransition = !this.currentVisualState.HasValue || (state != this.currentVisualState.Value);
this.minimumStateDurationTimer.Stop();
this.stateTransitionDelayTimer.Stop();
if (!isStateTransition)
{
// If we're not transitioning states, there is no work to do.
return;
}
if (this.currentVisualState.HasValue)
{
// If current state is valid and new state is different from current state,
// verify that we've spent at least the minimum amount of time required in
// the current state
var timeInCurrentState = currentTime.Subtract(this.timeEnteredVisualState);
var timeRemaining = this.MinimumStateDuration.Subtract(timeInCurrentState);
if (timeRemaining.CompareTo(this.zeroDuration) > 0)
{
// If we need to spend more time in current state before transitioning,
// defer transition until enough time passes.
this.minimumStateDurationTimer.Interval = timeRemaining;
this.minimumStateDurationTimer.Start();
return;
}
}
if (delayTransition)
{
// If state transition is to be delayed even after spending minimum time
// in current state, start transition delay timer.
this.stateTransitionDelayTimer.Interval = this.StateTransitionDelay;
this.stateTransitionDelayTimer.Start();
return;
}
if (VisualStateManager.GoToState(this, GetVisualStateName(state), useTransitions))
{
// If state transition was successful, remember state we transitioned to
// and time of transition.
this.currentVisualState = state;
this.timeEnteredVisualState = currentTime;
}
}
/// <summary>
/// Figures out the appropriate visual state name corresponding to the state
/// trigger values.
/// </summary>
/// <param name="state">
/// Logical state.
/// </param>
/// <returns>
/// String name of appropriate visual state.
/// </returns>
private static string GetVisualStateName(PromptState state)
{
switch (state)
{
case PromptState.Hidden:
return(HiddenState);
case PromptState.Prompting:
return(PromptingState);
case PromptState.Dismissed:
return(DismissedState);
}
return(HiddenState);
}
private void TimeOutTimerStep(object userSpecific)
{
if (SecondsRemaining == 0)
{
return;
}
if (SecondsRemaining > 0)
{
SecondsRemaining--;
}
if (SecondsRemaining == 0)
{
CallBack(this);
State = PromptState.TimedOut;
}
}
public PromptForm(PromptState state, String message)
{
InitializeComponent();
try
{
/**
* 之前使用了3个pictureBox来展示三种图标，
* 实际上只需要一个pictureBox就可以展示，
* 另外加上了对话框状态的枚举状态，通过switch case来判断
* Modyfied by:sjh
* Modyfied time:2017-04-13
* */
switch (state)
{
case PromptState.Success: /*this.pictureBox_success.Visible = true;
* this.pictureBox_fail.Visible = false;
* this.pictureBox_warm.Visible = false;*/
this.pictureBox.Image = AutoUpdate.Resource1.pictureBox_success_Image;
break;
case PromptState.Fail: /*this.pictureBox_success.Visible = false;
* this.pictureBox_fail.Visible = true;
* this.pictureBox_warm.Visible = false;*/
this.pictureBox.Image = AutoUpdate.Resource1.pictureBox_fail_Image;
break;
case PromptState.Warn: /*this.pictureBox_success.Visible = false;
* this.pictureBox_fail.Visible = false;
* this.pictureBox_warm.Visible = true;*/
this.pictureBox.Image = AutoUpdate.Resource1.pictureBox_warn_Image;
break;
default: break;
}
//this.label1.Text = message;
this.textMessage.Text = message;
this.pictureBox.Size = pictureBox.Image.Size;
} catch (Exception ex)
{
MessageBox.Show(ex.ToString());
}
}
public void Respond(PromptAction action)
{
if (State != PromptState.Shown)
{
return;
}
try
{
Response = new PromptResponse(action);
CallBack(this);
}
catch (Exception e)
{
CloudLog.Exception(e);
}
State = PromptState.Actioned;
}
private void formNextAction()
{
switch (promptState)
{
case PromptState.answering:
{
if (gobackIndex > 0)
{
gobackIndex = 0;
vocabEntry = vocabEntryList[vocabEntryList.Count - 2];
}
else
{
vocabEntry = vocab.getRandomVocabEntry();
vocabEntryList.Add(vocabEntry);
}
label1.Text = vocabEntry.portuguese;
label2.Text = "";
label3.Text = "";
//if (verbiage.IsIrregular)
//{
// label3.Text = "Irregular";
//}
promptState = PromptState.prompting;
}
break;
case PromptState.prompting:
{
label1.Text = vocabEntry.genderToString() + " " + vocabEntry.portuguese;
label3.Text = "";
label2.Text = "";
promptState = PromptState.answering;
}
break;
}
}
void InternalPrompt(bool multiline, bool move_cursor=true)
{
promptState = multiline ? PromptState.Multiline : PromptState.Regular;
if (!multiline)
blockText = "";
startOfPrompt = Buffer.CreateMark(null, Buffer.EndIter, true);
TextIter end = Buffer.EndIter;
if (multiline)
Buffer.Insert (ref end, PromptMultiLineString);
else
Buffer.Insert (ref end, PromptString);
// Record the end of where we processed, used to calculate start
// of next input line
endOfLastProcessing = Buffer.CreateMark (null, Buffer.EndIter, true);
// Freeze all the text except our input line
Buffer.ApplyTag(Buffer.TagTable.Lookup("Freezer"), Buffer.StartIter, InputLineBegin);
if (move_cursor)
{
Buffer.PlaceCursor (Buffer.EndIter);
textView.ScrollMarkOnscreen (Buffer.InsertMark);
}
}
void FinalizeLine(bool move_cursor=true)
{
if (this.blockText == "")
this.blockText += InputLine;
else
this.blockText += Environment.NewLine + InputLine;
// Everything but the last item (which was input),
//in the future stack needs to get put back into the
// past stack
while (commandHistoryFuture.Count > 1)
commandHistoryPast.Push (commandHistoryFuture.Pop());
// Clear the pesky junk input line
commandHistoryFuture.Clear();
// Record our input line
commandHistoryPast.Push(InputLine);
if (scriptLines == "")
scriptLines += InputLine;
else
scriptLines += Environment.NewLine + InputLine;
var end = Buffer.EndIter;
Buffer.Insert(ref end, Environment.NewLine);
startOfPrompt = Buffer.CreateMark(null, Buffer.EndIter, true);
endOfLastProcessing = Buffer.CreateMark (null, Buffer.EndIter, true);
promptState = PromptState.None;
Buffer.ApplyTag(Buffer.TagTable.Lookup("Freezer"), Buffer.StartIter, InputLineBegin);
if (move_cursor)
{
Buffer.PlaceCursor (Buffer.EndIter);
textView.ScrollMarkOnscreen (Buffer.InsertMark);
// Freeze all the text except our input line
}
}
/// <summary>
/// Transition to the specified visual state, taking delays and other transition logic
/// into account.
/// </summary>
/// <param name="state">
/// New state to transition into.
/// </param>
/// <param name="useTransitions">
/// True to use a VisualTransition to transition between states, false otherwise.
/// </param>
/// <param name="delayTransition">
/// True if transition should be delayed even if minimum amount of time has already
/// been spent in current state, false otherwise.
/// </param>
private void GoToVisualState(PromptState state, bool useTransitions, bool delayTransition)
{
var currentTime = DateTime.UtcNow;
bool isStateTransition = !this.currentVisualState.HasValue || (state != this.currentVisualState.Value);
this.minimumStateDurationTimer.Stop();
this.stateTransitionDelayTimer.Stop();
if (!isStateTransition)
{
// If we're not transitioning states, there is no work to do.
return;
}
if (this.currentVisualState.HasValue)
{
// If current state is valid and new state is different from current state,
// verify that we've spent at least the minimum amount of time required in
// the current state
var timeInCurrentState = currentTime.Subtract(this.timeEnteredVisualState);
var timeRemaining = this.MinimumStateDuration.Subtract(timeInCurrentState);
if (timeRemaining.CompareTo(this.zeroDuration) > 0)
{
// If we need to spend more time in current state before transitioning,
// defer transition until enough time passes.
this.minimumStateDurationTimer.Interval = timeRemaining;
this.minimumStateDurationTimer.Start();
return;
}
}
if (delayTransition)
{
// If state transition is to be delayed even after spending minimum time
// in current state, start transition delay timer.
this.stateTransitionDelayTimer.Interval = this.StateTransitionDelay;
this.stateTransitionDelayTimer.Start();
return;
}
if (VisualStateManager.GoToState(this, GetVisualStateName(state), useTransitions))
{
// If state transition was successful, remember state we transitioned to
// and time of transition.
if (PromptState.Hidden == state||PromptState.Dismissed==state)
{
RoutedEventArgs rea = new RoutedEventArgs(PromptControl.CancelStateEvent, this);
this.RaiseEvent(rea);
}
else
{
RoutedEventArgs rea = new RoutedEventArgs(PromptControl.ConfirmStateEvent, this);
this.RaiseEvent(rea);
}
this.currentVisualState = state;
this.timeEnteredVisualState = currentTime;
}
}
/// <summary>
/// Figures out the appropriate visual state name corresponding to the state
/// trigger values.
/// </summary>
/// <param name="state">
/// Logical state.
/// </param>
/// <returns>
/// String name of appropriate visual state.
/// </returns>
private static string GetVisualStateName(PromptState state)
{
switch (state)
{
case PromptState.Hidden:
return HiddenState;
case PromptState.Prompting:
return PromptingState;
case PromptState.Dismissed:
return DismissedState;
}
return HiddenState;
}
/// <summary>
/// Update values of properties related to engagement handoff from the values of other properties that
/// affect them.
/// </summary>
private void UpdateEngagementHandoffState(bool confirmHandoff)
{
if (this.handoffConfirmationStasisTimer.IsEnabled)
{
// If timer is already running, wait for it to finish
return;
}
if (confirmHandoff)
{
// If confirming handoff, mark handoff confirmation prompts as
// dismissed and start timer to re-update state later.
this.ClearEngagementHandoff();
this.LeftHandoffConfirmationState = PromptState.Dismissed;
this.RightHandoffConfirmationState = PromptState.Dismissed;
this.handoffConfirmationStasisTimer.Start();
return;
}
if ((this.engagementStateManager.EngagedUserTrackingId == EngagementStateManager.InvalidUserTrackingId) ||
(this.engagementStateManager.EngagedUserTrackingId == this.engagementStateManager.PrimaryUserTrackingId) ||
(this.engagementStateManager.TrackedUserTrackingIds.Count < 2))
{
// If we're currently transitioning engagement states, if there is no engaged
// user, if engaged user is actively interacting, or there is nobody besides the
// engaged user, then there is no need for engagement handoff UI to be shown.
this.ClearEngagementHandoff();
return;
}
int nonEngagedId = this.engagementStateManager.TrackedUserTrackingIds.FirstOrDefault(trackingId => trackingId != this.engagementStateManager.EngagedUserTrackingId);
SkeletonPoint?lastEngagedPosition =
this.engagementStateManager.TryGetLastPositionForId(this.engagementStateManager.EngagedUserTrackingId);
SkeletonPoint?lastNonEngagedPosition = this.engagementStateManager.TryGetLastPositionForId(nonEngagedId);
if (!lastEngagedPosition.HasValue || !lastNonEngagedPosition.HasValue)
{
// If we can't determine the relative position of engaged and non-engaged user,
// we don't show an engagement handoff prompt at all.
this.ClearEngagementHandoff();
return;
}
PromptState engagedMessageState = PromptState.Hidden;
string engagedMessageText = string.Empty;
Brush engagedBrush = this.EngagedUserMessageBrush;
PromptState engagedConfirmationState = PromptState.Hidden;
PromptState nonEngagedMessageState = PromptState.Prompting;
string nonEngagedMessageText = Properties.Resources.EngagementHandoffGetStarted;
Brush nonEngagedBrush = this.TrackedUserMessageBrush;
PromptState nonEngagedConfirmationState = PromptState.Hidden;
if ((EngagementStateManager.InvalidUserTrackingId != this.engagementStateManager.CandidateUserTrackingId) &&
(nonEngagedId == this.engagementStateManager.CandidateUserTrackingId))
{
// If non-engaged user is an engagement candidate
engagedMessageState = PromptState.Prompting;
engagedMessageText = Properties.Resources.EngagementHandoffKeepControl;
nonEngagedMessageText = string.Empty;
nonEngagedConfirmationState = PromptState.Prompting;
}
bool isEngagedOnLeft = lastEngagedPosition.Value.X < lastNonEngagedPosition.Value.X;
this.LeftHandoffMessageState = isEngagedOnLeft ? engagedMessageState : nonEngagedMessageState;
this.LeftHandoffMessageText = isEngagedOnLeft ? engagedMessageText : nonEngagedMessageText;
this.LeftHandoffMessageBrush = isEngagedOnLeft ? engagedBrush : nonEngagedBrush;
this.LeftHandoffConfirmationState = isEngagedOnLeft ? engagedConfirmationState : nonEngagedConfirmationState;
this.RightHandoffMessageState = isEngagedOnLeft ? nonEngagedMessageState : engagedMessageState;
this.RightHandoffMessageText = isEngagedOnLeft ? nonEngagedMessageText : engagedMessageText;
this.RightHandoffMessageBrush = isEngagedOnLeft ? nonEngagedBrush : engagedBrush;
this.RightHandoffConfirmationState = isEngagedOnLeft ? nonEngagedConfirmationState : engagedConfirmationState;
}
public void Cancel()
{
State = PromptState.Cancelled;
}
private void GoToVisualState(PromptState state, bool useTransitions)
{
this.GoToVisualState(state, useTransitions, true);
}
private void GoToVisualState(PromptState state, bool useTransitions)
{
this.GoToVisualState(state, useTransitions, true);
}