internal void ShowForm(ClockM cd)
{
if (MyForms.ContainsKey(cd))
{
return;
}
MyMainWindow.VM.MultiAudioPlayer.AddClockData(cd);
MyMainWindow.VM.MultiAudioPlayer.PlaySound();
var MyTimeOutForm = new TimeOutWindow()
{
Clock = cd
};
MyTimeOutForm.IsVisibleChanged +=
TimeOutForm_VisibleChanged;
MyTimeOutForm.Show();
MyTimeOutForm.Activate();
MyForms[cd] = MyTimeOutForm;
}
internal void CloseForm(ClockM cd)
{
if (MyForms.ContainsKey(cd))
{
MyForms[cd].Close(); // TODO: bug here when window is already in the process of closing
MyForms.Remove(cd);
}
}
internal ClockVM VMForM(ClockM td)
{
if (MToVM.ContainsKey(td))
{
return(MToVM[td]);
}
return(null);
}
public void HideForm(ClockM cd)
{
TimeOutWindow f = MyForms[cd];
if (f != null)
{
f.Hide();
}
}
public ClockVM(ClockM model, ClockVMCollection coll)
{
Collection = coll;
Model = model;
Model.PropertyChanged += Model_PropertyChanged;
Collection.SubscribeToClock(this);
MyToggleCommand = new RelayCommand(OnToggle);
MyDeleteCommand = new RelayCommand(OnDelete);
}
/// <summary>
/// Also adds the group of the ClockData to the Groups collection.
/// </summary>
/// <param name="td"></param>
internal void AddClock(ClockM td)
{
if (Contains(td))
{
return;
}
AddClockUnchecked(td);
++VisibleCount;
IsUnsaved = true;
OnClockAdded(new ClockEventArgs()
{
Clock = td
});
DoAllNeededSorts();
}
/// <summary>
/// Requires f (the filter) to not be null.
/// </summary>
/// <param name="f"></param>
/// <param name="td"></param>
/// <returns></returns>
internal static bool ClockSatisfiesFilter(FilterM f, ClockM td)
{
bool r = false;
if (!f.ShowActive || !f.ShowInactive)
{
if (f.ShowActive)
{
if (td is AlarmData ad && !ad.Enabled)
{
r = true;
}
else if (td is TimerData tdd && !tdd.Running)
{
r = true;
}
else
{
//r |= false;
}
}
internal void HandleClockRemoval(ClockM c)
{
var td = c as TimerData;
if (td == null)
{
return;
}
ClockVM vm = MyDataFile.ClockVMCollection.VMForM(td);
ClockMenuItem tmi = ExistingClockMenuItemInActiveMenu(vm);
if (tmi != null)
{
//tmi.UpdateImage();
//ToolStrip p = tmi.Owner;
//Items.Remove(tmi);
//MyInactiveMenuItem.Items.Insert(0, tmi);
}
UpdateSeparatorsVisibility();
}
private void UpdateClosestRingingMomentClockBasedOnChangedClock(ClockM c)
{
if (c == null)
{
ClosestRingingMomentClockVM = null;
return;
}
var vm = VMForM(c);
// `vm == null` is when changing (toggling) the same clock's type twice
if (vm != null && vm.IsActive && !c.IsBeingDeleted)
{
if (ClosestRingingMomentClockVM == null)
{
ClosestRingingMomentClockVM = vm;
}
else
{
ClosestRingingMomentClockVM = ClockMin(vm, ClosestRingingMomentClockVM);
}
}
else
{
if (ClosestRingingMomentClockVM == null)
{
FullUpdateOfClosestRingingMomentClock();
}
else if (ClosestRingingMomentClockVM != null &&
(!ClosestRingingMomentClockVM.IsActive ||
c.IsBeingDeleted))
{
FullUpdateOfClosestRingingMomentClock();
}
}
}
internal bool HasClockData(ClockM cd)
{
return(Times.ContainsKey(cd));
}
internal void AddClockData(ClockM clockData)
{
Times[clockData] = (int)(
((TimeSpan)MyDataFile.Settings.GetValue("RingingDuration")).TotalSeconds
);
}
internal void RemoveClockMAndStopSoundIfNeeded(ClockM tc)
{
Times.Remove(tc);
StopSoundIfNeeded();
}
internal void Insert(int newIndex, ClockM cd)
{
AddClock(cd);
Ms.Move(Ms.Count - 1, newIndex);
}
public TimeOutWindowM(ClockM model)
{
MyClockM = model;
}
internal void ChangeTypeOfClock(ClockM cd, Type newType)
{
Model.PropertyChanged -= Model_PropertyChanged;
if (newType == typeof(TimerData))
{
if (cd.IsActive)
{
cd.ActivateOrDeactivate();
}
var tdata = new TimerData(Model.MyDataFile, Model.MyDataFile.MultiAudioPlayer);
tdata.GroupName = cd.GroupName;
tdata.Icon = cd.Icon;
tdata.Style = cd.Style;
tdata.UserBackColor = cd.UserBackColor;
tdata.Tag = cd.Tag;
tdata.IsUnsaved = true;
tdata.ID = cd.ID;
tdata.Checkable = cd.Checkable;
tdata.Checked = cd.Checked;
Model = tdata;
}
else // AlarmData
{
if (cd.IsActive)
{
cd.ActivateOrDeactivate();
}
var adata = new AlarmData(Model.MyDataFile, Model.MyDataFile.MultiAudioPlayer);
adata.GroupName = cd.GroupName;
adata.Icon = cd.Icon;
adata.Style = cd.Style;
adata.UserBackColor = cd.UserBackColor;
adata.Tag = cd.Tag;
adata.IsUnsaved = true;
adata.ID = cd.ID;
adata.Checkable = cd.Checkable;
adata.Checked = cd.Checked;
Model = adata;
}
Model.PropertyChanged += Model_PropertyChanged;
RaisePropertyChanged("CurrentValue");
RaisePropertyChanged("ResetToValue");
RaisePropertyChanged("IsActive");
RaisePropertyChanged("IsUnsaved");
ClockTypeChanged?.Invoke(this, new ClockTypeChangedEventArgs()
{
ClockVM = this,
NewClockM = Model,
OldClockM = cd
});
IsUnsaved = true;
}
internal PropertyChangedClockEventArgs(string propertyName, ClockM c)
: base(propertyName)
{
Clock = c;
}
internal bool Contains(ClockM cd)
{
return(Utils.ContainsReference(Ms, cd));
}
public ClockEventArgs(ClockM c = null, int i = -1)
{
Clock = c;
Index = i;
}
public ClockMovedEventArgs(ClockM c = null, int o = -1, int n = -1)
{
Clock = c;
OldIndex = o;
NewIndex = n;
}