public void ActionBarWithSingleAction()
{
new MockGlobal();
var frameProviderMock = new Mock <IFrameProvider>();
Global.FrameProvider = frameProviderMock.Object;
var framesMock = new Mock <IFrames>();
var uiParent = (IFrame)Global.FrameProvider.CreateFrame(FrameType.Frame, "UIParent");
framesMock.Setup(frames => frames.UIParent).Returns(uiParent);
Global.Frames = framesMock.Object;
frameProviderMock.Setup(fp => fp.CreateFrame(FrameType.Button, It.IsAny <string>(), Global.Frames.UIParent))
.Returns(new Mock <IButton>().Object);
var actionButtonMocks = new List <Mock <IActionButtonProxy> >();
var actionBar = new ActionBar((parent) =>
{
var actionButtonMock = new Mock <IActionButtonProxy>();
actionButtonMocks.Add(actionButtonMock);
return(actionButtonMock.Object);
});
var id1 = "id1";
var icon1 = "icon1";
Action <string> click1 = (id) => { };
Action <string, IGameTooltip> tooltip1 = (id, TT) => { };
Func <string, ICooldownInfo> getCooldown = (id) => new CooldownInfo();
actionBar.AddButton(id1, icon1, click1, tooltip1, getCooldown);
Assert.AreEqual(1, actionButtonMocks.Count);
var mock1 = actionButtonMocks[0];
mock1.VerifySet(b => b.Id = id1);
mock1.Verify(b => b.SetIcon(icon1), Times.Once());
mock1.Verify(b => b.SetOnClick(click1), Times.Once());
mock1.Verify(b => b.SetTooltipFunc(tooltip1), Times.Once());
}
private void TempShowActionBar()
{
var duration = 5;
double?castTime = null;
var bar = new ActionBar((frame) => new ActionButtonProxy(frame, this.wrapper));
bar.AddButton("test", "Interface/ICONS/INV_Misc_Bag_11", s =>
{
castTime = Global.Api.GetTime();
Core.print("test");
},
(s, tooltip) => { tooltip.AddLine("Test"); },
(s) => new CooldownInfo()
{
Active = castTime != null && Global.Api.GetTime() < castTime + duration,
Duration = duration,
StartTime = castTime
});
bar.Show();
}
/// <summary>
/// Logic that handles selecting two groups of event stubs, and then executing a given action when
/// both groups are selected and the Finish button is pressed.
/// </summary>
private void InitDualGroupSelection(Action<HashSet<EventStub>, HashSet<EventStub>> onSelectionEnd)
{
HashSet<EventStub> firstSet = new HashSet<EventStub>();
HashSet<EventStub> secondSet = new HashSet<EventStub>();
//all onClick actions
Action<EventStub> highlightGreen = (EventStub evnt) => SetEventColor(evnt, Color.green);
Action<EventStub> highlightMagenta = (EventStub evnt) => SetEventColor(evnt, Color.magenta);
Action<EventStub> addToFirst = (EventStub e) => firstSet.Add(e);
Action<EventStub> addToSecond = (EventStub e) => secondSet.Add(e);
onEventLeftClick.Add(addToFirst);
onEventLeftClick.Add(highlightGreen);
ActionBar bar = new ActionBar(true);
bar.AddButton("Cancel", () =>
{
onEventLeftClick.Remove(addToFirst);
onEventLeftClick.Remove(addToSecond);
onEventLeftClick.Remove(highlightGreen);
onEventLeftClick.Remove(highlightMagenta);
ResetEventColors(firstSet.Union(secondSet));
parent.PopActionBar();
});
bar.AddButton("Next", () =>
{
onEventLeftClick.Remove(addToFirst);
onEventLeftClick.Remove(highlightGreen);
onEventLeftClick.Add(highlightMagenta);
onEventLeftClick.Add(addToSecond);
bar.RemoveButton("Next");
bar.AddButton("Finish", () =>
{
onEventLeftClick.Remove(addToSecond);
parent.PopActionBar();
onEventLeftClick.Remove(highlightMagenta);
ResetEventColors(firstSet.Union(secondSet));
onSelectionEnd.Invoke(firstSet, secondSet);
});
});
parent.AddActionBar(bar);
}
/// <summary>
/// The default bar for selecting a new crowd.
/// </summary>
private ActionBar SelectCrowdBar()
{
ActionBar result = new ActionBar(true);
result.AddToggle("Crowd Static", (bool b) => crowdStatic = b);
result.AddButton("Cancel", Reset);
return result;
}
/// <summary>
/// The default bar, shown when the GUI is first opened,and when event selection is finished.
/// </summary>
private ActionBar DefaultBar()
{
ActionBar result = new ActionBar(true);
result.AddButton(new GUIContent("Select Crowd", "Select a crowd by spatial parameters"), StartCrowdSelection);
result.AddButton(new GUIContent("Options", "Change options for FillIn and ordering of new Events"),
() => actionBars.Add(optionsBar));
result.AddButton(new GUIContent("Clear", "Clear all Events and SmartObjects from the window"),
() => { mainWindow.Clear(); mainArea = mainWindow = mainWindow.Copy(); });
result.AddButton(new GUIContent("Play", "Play the scene. Changes can not be made anymore once playback starts"),
() => { highlighter.UnhighlightAll(); mainWindow.Play(); });
result.AddButton("Load/Save", StartLoadSave);
result.AddButton("Reset", () =>
{
StoryArcSerializer.Instance.Delete(StoryArcSerializer.TEMP_FILE_NAME, false);
ImporterExporter.TrySaveToTemp();
//clear all events there, otherwise it tries using destroyed smart objects
AuthoredEventManager.Instance.ClearAllEvents();
//must clear all receivers from the behavior manager, else if a tree is running everything crashes
BehaviorManager.Instance.ClearReceivers();
//must deregister all current objects here, otherwise they stay in manager as null objects..
foreach (SmartObject obj in new List<SmartObject>(ObjectManager.Instance.GetObjects()))
{
ObjectManager.Instance.DeregisterSmartObject(obj);
}
Application.LoadLevel(Application.loadedLevel);
});
return result;
}