public static void Save()
{
Task save = new ActionTask(() => { Services.SaveManager.SaveData(); });
Task wait = new WaitTask(.5f);
Task finish = new ActionTask(() => { UnityEngine.SceneManagement.SceneManager.LoadScene(1); });
save.Then(wait).Then(finish);
_taskManager.Do(save);
}
public async Task MergingTwoChainsWorks()
{
var callOrder = new List <string>();
var dependsOrder = new List <ITask>();
var innerChainTask1 = new ActionTask(TaskEx.FromResult(LogAndReturnResult(callOrder, "chain2 completed1", true)));
var innerChainTask2 = innerChainTask1.Then(_ =>
{
callOrder.Add("chain2 FuncTask<string>");
return("1");
});
var innerChainTask3 = innerChainTask2
.Finally((s, e, d) =>
{
callOrder.Add("chain2 Finally");
return(d);
});
var outerChainTask1 = new FuncTask <int>(Token, _ =>
{
callOrder.Add("chain1 FuncTask<int>");
return(1);
});
var outerChainTask2 = outerChainTask1.Then(innerChainTask3);
var outerChainTask3 = outerChainTask2
.Finally((s, e) =>
{
callOrder.Add("chain1 Finally");
});
await outerChainTask3.StartAwait();
var dependsOn = outerChainTask3;
while (dependsOn != null)
{
dependsOrder.Add(dependsOn);
dependsOn = dependsOn.DependsOn;
}
Assert.AreEqual(innerChainTask3, outerChainTask2);
CollectionAssert.AreEqual(new ITask[] { outerChainTask1, innerChainTask1, innerChainTask2, innerChainTask3, outerChainTask3 }, dependsOrder.Reverse <ITask>().ToArray());
CollectionAssert.AreEqual(new string[] {
"chain2 completed1",
"chain1 FuncTask<int>",
"chain2 FuncTask<string>",
"chain2 Finally",
"chain1 Finally"
}, callOrder);
}
public void SetQuestlogText(string questTag, string newText)
{
Logger.Debug($"tag = {questTag} text = {newText}");
if (_questTagToLog.ContainsKey(questTag) && _questTagToLog[questTag] == null)
{
return;
}
if (newText.Equals("") || newText.Equals("Find out what happened to the forest"))
{
_questTagToLog[questTag].text = newText;
return;
}
Task displayHolder = new ActionTask(() =>
{
DisplayQuestLogUI();
});
Task wait1 = new WaitTask(.5f);
Task triggerTextAnim = new ActionTask(() =>
{
HideUI(_questTagToLog[questTag]);
});
Task wait2 = new WaitTask(.5f);
Task setText = new ActionTask(() =>
{
_questTagToLog[questTag].text = newText;
DisplayUI(_questTagToLog[questTag]);
});
Task wait3 = new WaitTask(5.5f);
Task hideHolder = new ActionTask(() =>
{
HideQuestLogUI();
_updatingQuestLog = false;
});
if (_updatingQuestLog)
{
wait1.Then(triggerTextAnim).Then(wait2).Then(setText);
_taskManager.Do(wait1);
}
else
{
_updatingQuestLog = true;
displayHolder.Then(wait1).Then(triggerTextAnim).Then(wait2).Then(setText).Then(wait3).Then(hideHolder);
_taskManager.Do(displayHolder);
}
}
public void GetTopMostTask()
{
var task1 = new ActionTask(TaskEx.FromResult(true));
var task2 = new TestActionTask(Token, _ => { });
var task3 = new TestActionTask(Token, _ => { });
task1.Then(task2).Then(task3);
var top = task3.Test_GetTopMostTask();
Assert.AreSame(task1, top);
}
public void GetFirstStartableTask_ReturnsTopTaskWhenNotStarted()
{
var task1 = new ActionTask(Token, () => { });
var task2 = new TestActionTask(Token, _ => { });
var task3 = new TestActionTask(Token, _ => { });
task1.Then(task2).Then(task3);
var top = task3.Test_GetFirstStartableTask();
Assert.AreSame(task1, top);
}
public async Task GetTopMostTaskInCreatedState()
{
var task1 = new ActionTask(Token, () => { });
await task1.StartAwait();
var task2 = new TestActionTask(Token, _ => { });
var task3 = new TestActionTask(Token, _ => { });
task1.Then(task2).Then(task3);
var top = task3.Test_GetTopMostTaskInCreatedState();
Assert.AreSame(task2, top);
}
public async Task GetFirstStartableTask_ReturnsNullWhenItsAlreadyStarted()
{
var task1 = new ActionTask(Token, () => { });
await task1.StartAwait();
var task2 = new TestActionTask(Token, _ => { });
var task3 = new TestActionTask(Token, _ => { });
task1.Then(task2).Then(task3);
var top = task3.Test_GetFirstStartableTask();
Assert.AreSame(task2, top);
}
public void GetFirstStartableTask_ReturnsTopTaskWhenNotStarted()
{
using (var test = StartTest())
{
var task1 = new ActionTask(test.TaskManager, () => { });
var task2 = new TestActionTask(test.TaskManager, _ => { });
var task3 = new TestActionTask(test.TaskManager, _ => { });
task1.Then(task2).Then(task3);
var top = task3.Test_GetFirstStartableTask();
Assert.AreSame(task1, top);
}
}
private void IntroTasks()
{
Task Start = new ActionTask(() => { Context.HideUI(Context._startOverlay); });
fadeInStartTask = new FadeInStartMenu(this);
Task StartMusic = new ActionTask(() =>
{
/* maybe start music here? */
// Highlight start button
});
Start.Then(fadeInStartTask).Then(StartMusic);
Context._taskManager.Do(Start);
}
private Task DefineSequence()
{
Task start = new ActionTask(() =>
{
Context.ResetInputs();
});
Task wait2Secs = new WaitTask(2f);
Task forceFinalTransform = new ActionTask(() => {
Context.ForceTransform(Services.QuestItemRepository.TargetStep3PlayerPosition.position, Services.QuestItemRepository.TargetStep3PlayerPosition.rotation);
Context.ForceTransform(Vector3.zero, Services.QuestItemRepository.TargetStep3PlayerPosition.rotation);
});
start.Then(wait2Secs).Then(forceFinalTransform);
return(start);
}
public IEnumerator GetTopOfChain_ReturnsTopMostInCreatedState()
{
using (var test = StartTest())
{
var task = new ActionTask(test.TaskManager, () => { });
// wait for the tasks to finish
foreach (var frame in StartAndWaitForCompletion(task))
{
yield return(frame);
}
var task2 = new TestActionTask(test.TaskManager, _ => { });
var task3 = new TestActionTask(test.TaskManager, _ => { });
task.Then(task2).Then(task3);
var top = task3.GetTopOfChain();
Assert.AreSame(task2, top);
}
}
public IEnumerator MultipleFinallyOrder()
{
using (var test = StartTest())
{
var results = new List <string>();
var beforeProcess = new ActionTask(test.TaskManager, _ => results.Add("BeforeProcess"))
{
Name = "BeforeProcess"
};
var processTask = new HelperProcessTask(test.TaskManager, test.ProcessManager, TestApp, "-x")
{
Name = "Process"
};
// this will never run because the process throws an exception
var processOutputTask = new FuncTask <string, int>(test.TaskManager, (success, previous) => {
results.Add(previous);
results.Add("ProcessOutput");
return(1234);
});
var innerChain = processTask.Then(processOutputTask).Finally((b, exception) => results.Add("ProcessFinally"), "ProcessFinally");
var outerChain = beforeProcess.Then(innerChain).Finally((b, exception) => results.Add("AfterProcessFinally"), "AfterProcessFinally");
// wait for the tasks to finish
foreach (var frame in StartAndWaitForCompletion(innerChain, outerChain))
{
yield return(frame);
}
results.MatchesUnsorted(new[] { "BeforeProcess", "ProcessFinally", "AfterProcessFinally" });
Assert.AreEqual("BeforeProcess", results[0]);
var expected = new List <string> {
"ProcessFinally", "AfterProcessFinally"
};
results.Skip(1).MatchesUnsorted(expected);
}
}
public IEnumerator GetFirstStartableTask_ReturnsNullWhenItsAlreadyStarted()
{
using (var test = StartTest())
{
var task = new ActionTask(test.TaskManager, () => { });
// wait for the tasks to finish
foreach (var frame in StartAndWaitForCompletion(task))
{
yield return(frame);
}
var task2 = new TestActionTask(test.TaskManager, _ => { });
var task3 = new TestActionTask(test.TaskManager, _ => { });
task.Then(task2).Then(task3);
var top = task3.Test_GetFirstStartableTask();
Assert.AreSame(null, top);
}
}
public IEnumerator NestedProcessShouldChainCorrectly()
{
using (var test = StartTest())
{
var expected = new List <string> {
"BeforeProcess", "ok", "AfterProcess", "ProcessFinally", "AfterProcessFinally"
};
var results = new List <string>();
var beforeProcess = new ActionTask(test.TaskManager, _ => results.Add("BeforeProcess"))
{
Name = "BeforeProcess"
};
var processTask = new HelperProcessTask(test.TaskManager, test.ProcessManager, TestApp, @"--sleep 1000 --data ""ok""");
var processOutputTask = new FuncTask <string, int>(test.TaskManager, (b, previous) => {
results.Add(previous);
results.Add("AfterProcess");
return(1234);
})
{
Name = "AfterProcess"
};
var innerChain = processTask.Then(processOutputTask).Finally((b, exception) => results.Add("ProcessFinally"), "ProcessFinally");
var outerChain = beforeProcess.Then(innerChain).Finally((b, exception) => results.Add("AfterProcessFinally"), "AfterProcessFinally");
// wait for the tasks to finish
foreach (var frame in StartAndWaitForCompletion(innerChain, outerChain))
{
yield return(frame);
}
results.Matches(expected);
}
}
private Task DefineSequence()
{
Task start = new ActionTask(() =>
{
Context.ResetInputs();
Context.inPlaceForSequence = false;
});
Task moveToInitPos = Context.PlayerMoveToTransform(
Services.QuestItemRepository.TargetStep1PlayerPosition, // Position target for player
Services.QuestItemRepository.TargetItemPosition, // direction target for player
Services.QuestItemRepository.TargetItemPosition); // Not totally sure.
start.Then(moveToInitPos);
Task phase2Start = Context.LastTask(moveToInitPos);
Task reset1 = new ActionTask(() => { Context.inPlaceForSequence = false; });
Task moveToMidPos = Context.PlayerMoveToTransform(
Services.QuestItemRepository.TargetStep2PlayerPosition,
Services.QuestItemRepository.TargetItemPosition,
Services.QuestItemRepository.TargetItemPosition);
phase2Start.Then(reset1).Then(moveToMidPos);
Task phase3Start = Context.LastTask(moveToMidPos);
Task reset2 = new ActionTask(() => { Context.inPlaceForSequence = false; });
Task wait4Secs = new WaitTask(4f);
Task forceFinalTransform = new ActionTask(() => {
Context.ForceTransform(Services.QuestItemRepository.TargetStep4PlayerPosition.position, Services.QuestItemRepository.TargetStep4PlayerPosition.rotation);
Services.UIManager.HideItemPickupPrompt();
});
phase3Start.Then(reset2).Then(wait4Secs).Then(forceFinalTransform);
return(start);
}
private static Task DefineEndSequence()
{
ActionTask firstSequence = new ActionTask(() =>
{
Services.UIManager.CutsceneFadeIn();
inCutscene = true;
});
Task waitForTime1 = new WaitTask(2f);
ActionTask secondSequence = new ActionTask(() =>
{
Services.UIManager.CutsceneFadeOut();
Services.UIManager.HideAllUI();
PlayerAnimation.Sitting(true);
FModMusicManager.EndCutscene();
cutsceneObjectsManager.EndNPCs();
});
Task waitForTime2 = new WaitTask(14f);
ActionTask thirdSequence = new ActionTask(() =>
{
Services.UIManager.CutsceneFadeIn();
});
Task waitForTime3 = new WaitTask(4f);
Task endGame = new ActionTask(() =>
{
inCutscene = false;
FModMusicManager.EndMusicLayers();
UnityEngine.SceneManagement.SceneManager.LoadScene(2);
});
firstSequence.Then(waitForTime1).Then(secondSequence).Then(waitForTime2).Then(thirdSequence).Then(waitForTime3).Then(endGame);
return(firstSequence);
}