private void Update()
{
if (!FlowTaskQueue.Any())
{
return;
}
while (UnderTaskLimit())
{
var taskFound = FlowTaskQueue.TryDequeue(out var nextTask);
if (!taskFound)
{
break;
}
var flowType = nextTask.Flow;
var multiplicity = nextTask.Multiplicity;
var permanence = nextTask.Permanence;
var level = nextTask.ExecutionLevel;
var data = nextTask.DataToProcess;
var instance = FlowCache.Request(flowType, multiplicity, permanence);
CreateFlowTask(instance, () =>
{
//Since the Daemon is the creator of this instance, create a callback to dynamically handle the result of the flow
void Callback(IFlowResult result) => DaemonFlowEndpoint(result, level + 1);
//Invoke!
instance.Process(data, (Action <IFlowResult>)Callback);
});
}
}
private void QueueTasksAndUpdate(FlowTask[] flowTasks)
{
foreach (var flowTask in flowTasks)
{
FlowTaskQueue.Enqueue(flowTask, flowTask.AbsolutePriority);
}
Task.Run(() => Update());
}
public void Invoke(TData data)
{
//Will throw if nothing was registered
var flowTasks = ResolverCache.FlowResolver
.GetFlowTypesFor <TData>()
.Select(t => new FlowTask(t, data, 0))
.ToArray();
foreach (var flowTask in flowTasks)
{
FlowTaskQueue.Enqueue(flowTask, flowTask.AbsolutePriority);
}
Task.Run(() =>
{
Update();
while (Busy)
{
Thread.Sleep(1000);
Update();
}
});
}