public override void Execute()
{
if (Application.DisplayManual)
{
ForgeTool.DisplayManual();
}
else
{
TaskGraph.SetEndPoints(Application.Profile.GetEndPoints());
AppDomain.CurrentDomain.GetAssemblies().ParallelFor((assembly) =>
{
foreach (Type task in assembly.GetTypes <ITaskPrototype>())
{
if (!task.IsAbstract)
{
try
{
TaskPrototypes.Add(task.CreateInstance <ITaskPrototype>());
}
catch (Exception er)
{
if (Application.LogSeverity == SeverityFlags.Full)
{
Application.Error(SeverityFlags.None, "{0}{1}{2}", er.Message, Environment.NewLine, er.StackTrace);
}
else
{
Application.Error(SeverityFlags.None, er.Message);
}
}
}
}
});
foreach (FileDescriptor file in Application.GetBuildFiles())
{
outputPins.Add(new FlaggedPin(this, file, SystemTags.SealedSetup));
}
UInt32 flag; if (outputPins.Count > 0)
{
flag = SystemTags.SealedSetup;
}
else
{
flag = SystemTags.ForgeSetup;
}
foreach (PathDescriptor path in Application.GetBuildPaths())
{
outputPins.Add(new FlaggedPin(this, path, flag));
}
if (outputPins.Count == 0)
{
Application.Error(SeverityFlags.None, "Build paths not valid");
}
}
}
public override void Execute()
{
LoadInput();
foreach (TaskPin inputPin in inputPins)
{
outputPins.Add(new FlaggedPin(this, inputPin.Data, SystemTags.ForgeSetup));
}
TaskPrototypes.Remove(this);
}
void GenerateInputTasks(List <Task> parentTasks)
{
List <Task> tasks = new List <Task>();
{
ICollection <ICollection <Task> > tuple = parentTasks.ParallelGetCombinations(parentTasks.Count, 2);
tuple.Reverse().ParallelFor((set) =>
{
TaskPin[] outPins = set.SelectMany(x => x.OutputPins).ToArray();
if (outPins.Length <= 1)
{
return;
}
foreach (ITaskPrototype prototype in TaskPrototypes.Get(outPins.Length, TaskPriorityFlag.Primary))
{
if (prototype.InputPins.IsEqual(outPins, comparer))
{
Task result = prototype.CreateInstance();
Dictionary <TaskPin, TaskPin> inPins = result.InputPins.ToDictionary <TaskPin, TaskPin>(x => x, comparer);
List <TaskPin> connectedPins = new List <TaskPin>(inPins.Count);
foreach (TaskPin outPin in outPins)
{
TaskPin inPin; if (inPins.TryGetValue(outPin, out inPin))
{
lock (outPin)
{
if (prototype.ExclusiveUse)
{
outPin.Locked = true;
}
}
connectedPins.Add(outPin);
}
}
List <Task> taskCache = new List <Task>(8);
GetTasks(TaskPrototypes.Get(outPins.Length, TaskPriorityFlag.Before), connectedPins, taskCache);
if (taskCache.Count > 0)
{
Task parent = tasks[tasks.Count - 1];
inPins = result.InputPins.ToDictionary <TaskPin, TaskPin>(x => x, comparer);
foreach (TaskPin outPin in parent.OutputPins)
{
inPins[outPin].Parent = outPin;
}
AddChild(parent, result);
}
taskCache.Add(result);
inPins = taskCache[0].InputPins.ToDictionary <TaskPin, TaskPin>(x => x, comparer);
foreach (TaskPin outPin in connectedPins)
{
inPins[outPin].Parent = outPin;
}
GetTasks(TaskPrototypes.Get(outPins.Length, TaskPriorityFlag.After), result.OutputPins, taskCache);
lock (tasks)
{
foreach (Task parent in set)
{
AddChild(parent, taskCache[0]);
}
tasks.Add(taskCache[taskCache.Count - 1]);
}
}
}
});
}
{
TaskPin[] outPins = parentTasks.SelectMany(x => x.OutputPins).ToArray();
TaskPrototypes.Get(0, TaskPriorityFlag.Primary).ParallelFor((prototype) =>
{
List <TaskPin> pins = new List <TaskPin>();
foreach (TaskPin outPin in outPins)
{
if (!outPin.Locked)
{
if (prototype.VariadicAccepts(outPin))
{
pins.Add(outPin);
}
}
}
if (pins.Count > 0)
{
IEnumerable <Task> parents = pins.Select(x => x.Owner).Distinct();
VariadicTask result = (prototype.CreateInstance() as VariadicTask);
result.AddRange(pins);
lock (tasks)
{
foreach (Task parent in parents)
{
AddChild(parent, result);
}
tasks.Add(result);
}
}
});
}
parentTasks.ParallelFor((task) =>
{
foreach (TaskPin outPin in task.OutputPins)
{
if (!outPin.Locked)
{
foreach (ITaskPrototype prototype in TaskPrototypes.Get(1, TaskPriorityFlag.Primary))
{
if (prototype.InputPins[0].Accepts(outPin))
{
List <Task> taskCache = new List <Task>(8);
Task result = prototype.CreateInstance();
GetTasks(TaskPrototypes.Get(1, TaskPriorityFlag.Before), new TaskPin[] { outPin }, taskCache);
if (taskCache.Count > 0)
{
Task parent = tasks[tasks.Count - 1];
result.InputPins[0].Parent = parent.OutputPins[0];
AddChild(parent, result);
}
taskCache.Add(result);
taskCache[0].InputPins[0].Parent = outPin;
GetTasks(TaskPrototypes.Get(1, TaskPriorityFlag.After), new TaskPin[] { taskCache[0].OutputPins[0] }, taskCache);
AddChild(task, taskCache[0]);
lock (tasks)
tasks.Add(taskCache[taskCache.Count - 1]);
}
}
}
}
});
if (tasks.Count > 0)
{
GenerateInputTasks(tasks);
}
}
