public RootReporting(TimeContextManager manager, bool makeDomain, bool makeInline, bool doAggregate)
{
if (makeDomain)
{
domainReportingIngress = manager.InternalComputation.NewInput <string>();
domainReporter = new RootStatisticsStage(
manager.MakeRawContextForScope <Epoch>("Domain Root"), "Domain Root Statistics", "rtdomain.txt");
domainReporter.ConnectInline(domainReportingIngress.Stream);
}
else
{
domainReportingIngress = null;
domainReporter = null;
}
if (makeInline)
{
inlineReporter = new RootStatisticsStage(
manager.MakeRawContextForScope <Epoch>("Inline Root"), "Inline Root Statistics", "rtinline.txt");
doingAggregate = doAggregate;
}
else
{
inlineReporter = null;
doingAggregate = false;
}
}
static void Main(string[] args)
{
var input = new InputStage();
var inputQ = input.CreateQueue <int>();
inputQ.Post(input.GetNumbers());
var outstage = new OutpuStage();
var outQ = outstage.PrintConsole();
var fr = new FragmentStage(inputQ, outQ);
fr.Process();
var completion = outQ.Completion.ContinueWith(delegate { Console.WriteLine(); });
completion.Wait();
// var outstage = new OutpuStage();
// var outQ = outstage.PrintConsole();
// var fr = new FragmentStage(inputQ, outQ);
// var linkOptions = new DataflowLinkOptions { PropagateCompletion = true };
// inputQ.LinkTo(frQ, linkOptions);
// frQ.LinkTo(outQ, linkOptions);
// inputQ.Post(input.GetNumbers());
// inputQ.Complete();
// outQ.Completion.Wait();
}
static void Main(string[] args)
{
//Create everything
Data data = new Data();
InputStage inputControl = new InputStage();
SimulationStage simControl = new SimulationStage();
OutputStage outputControl = new OutputStage();
//Perform initialization
data.Initialize();
//Input Program
inputControl.Initialize(data);
do
{
data.PreUpdate();
if (data.Input.EscapeKeyPressed)
{
return;
}
inputControl.PreUpdate(data);
inputControl.Update();
data.PostUpdate();
} while (!inputControl.transitionToNextStage());
inputControl.Finalize(data);
//Simulation Program
simControl.Initialize(data);
do
{
data.PreUpdate();
if (data.Input.EscapeKeyPressed)
{
return;
}
simControl.PreUpdate(data);
simControl.Update();
data.PostUpdate();
} while (!simControl.transitionToNextStage());
simControl.Finalize(data);
//Output Program
outputControl.Initialize(data);
do
{
data.PreUpdate();
if (data.Input.EscapeKeyPressed)
{
return;
}
outputControl.PreUpdate(data);
outputControl.Update();
data.PostUpdate();
} while (!simControl.transitionToNextStage());
outputControl.Finalize(data);
}
public void AssignInput(InputStage stage, ref bool left, ref bool right, ref bool cannon)
{
//Reset input if within freeze time
if (GameController.game != null &&
(GameManager.instance.freezeTimer > 0) || (GameManager.instance.roundState == GameManager.RoundState.PAUSED)
)
{
left = right = cannon = false;
return;
}
if (inputType == Control.InputType.CONTROLLER)
{
GamePad.Index idx = 0;
if (controller == 1)
{
idx = GamePad.Index.One;
}
else if (controller == 2)
{
idx = GamePad.Index.Two;
}
else if (controller == 3)
{
idx = GamePad.Index.Three;
}
else if (controller == 4)
{
idx = GamePad.Index.Four;
}
switch (stage)
{
case InputStage.DOWN:
left = GamePad.GetButtonDown(GamePad.Button.LeftShoulder, idx);
right = GamePad.GetButtonDown(GamePad.Button.RightShoulder, idx);
cannon = GamePad.GetButtonDown(GamePad.Button.X, idx);
break;
case InputStage.HELD:
left = GamePad.GetButton(GamePad.Button.LeftShoulder, idx);
right = GamePad.GetButton(GamePad.Button.RightShoulder, idx);
cannon = GamePad.GetButton(GamePad.Button.X, idx);
break;
case InputStage.UP:
left = GamePad.GetButtonUp(GamePad.Button.LeftShoulder, idx);
right = GamePad.GetButtonUp(GamePad.Button.RightShoulder, idx);
cannon = GamePad.GetButtonUp(GamePad.Button.X, idx);
break;
default: return;
}
}
else
{
GetKeyboardInput getInput;
switch (stage)
{
case InputStage.DOWN:
getInput = Input.GetKeyDown;
break;
case InputStage.HELD:
getInput = Input.GetKey;
break;
case InputStage.UP:
getInput = Input.GetKeyUp;
break;
default: return;
}
left = getInput(leftKey);
right = getInput(rightKey);
cannon = getInput(cannonKey);
}
}