public void testPositionPublish()
{
var counter = positionPublishCounter();
// get a position in "simulation"
processBar(1, 3.5, 0, 2);
hasOrders(buy("enter long", stop(3.5), 100, fillOrKill()));
fill(0, 3.0);
// now we are live
processTick(3.5);
AreEqual(100, counter.getOne <int>("beginValue"));
AreEqual(100, counter.getOne <int>("liveValue"));
AreEqual(O.hostname(), counter.getOne <string>("hostname"));
var beginTime = counter.getOne <string>("beginTimestamp");
var liveTime = counter.getOne <string>("liveTimestamp");
counter.clear();
// this way we should get a new timestamp
util.Dates.freezeNow(util.Dates.secondsAhead(1, util.Dates.now()));
processTick(3.5);
counter.requireNoMessages();
hasOrders(
sell("exit long", market(), 100, fillOrKill()),
sell("exit long 2", market(), 100, fillOrKill())
);
fill(0, 2.0);
O.sleep(100);
AreNotEqual(liveTime, counter.getOne <string>("liveTimestamp"));
AreEqual(beginTime, counter.getOne <string>("beginTimestamp"));
AreEqual(100, counter.getOne <int>("beginValue"));
AreEqual(0, counter.getOne <int>("liveValue"));
}
public void testTimers()
{
var timers = new Timers <double>();
O.freezeNow("2008/11/11 11:11:11");
timers.add(0.0, millisAhead(100), () => call(0));
O.wait(() => didCall(0));
IsFalse(timers.has(0.0));
timers.add(0.0, millisAhead(100), () => call(0));
timers.add(1.0, millisAhead(100), () => call(1));
O.wait(() => didCall(0));
O.wait(() => didCall(1));
timers.add(0.0, millisAhead(1000), () => call(0));
Bombs(() => timers.add(0.0, millisAhead(100), () => call(1)), "value exists");
timers.replace(0.0, millisAhead(100), () => call(1));
O.wait(() => didCall(1));
IsFalse(timers.remove(0.0));
timers.replace(0.0, millisAhead(200), () => call(1));
IsTrue(timers.remove(0.0));
O.sleep(300);
IsFalse(didCall(1));
timers.add(0.0, millisAhead(800), () => call(0)); // adding removeOne tracking to Timers::clear method added
timers.add(1.0, millisAhead(800), () => call(1)); // enough overhead to require loosening this deadline by 400 millis.
timers.clear();
O.sleep(300);
IsFalse(didCall(0));
IsFalse(didCall(1));
timers.add(1.0, Objects.now().AddMilliseconds(100), d => call((int)d));
O.wait(() => didCall(1));
IsFalse(didCall(0));
}
public void testOnCloseLogicIsCompletelySkippedWhenTurnedOffBySystem()
{
symbolSystem.useOnCloseLogic = false;
var bar = new Bar(1, 1, 1, 1);
processBar(bar);
processTick(2);
O.sleep(100);
IsFalse(symbolSystem.onCloseTriggered);
O.sleep(1100);
IsFalse(symbolSystem.onCloseTriggered);
}
void acquireTestLock()
{
while (O.trueDat())
{
var otherLock = db.TestLocksTable.TEST_LOCK.tryAcquireLockOnce("test", GetType().FullName);
if (otherLock.Equals(db.TestLocksTable.NONE))
{
return;
}
LogC.info("waiting for test lock " + otherLock);
O.sleep(350);
}
}
public void testAccumulatingSomeRunTime()
{
const string A = "a";
const string B = "b";
O.zeroTo(10, i => {
Stopwatch.start(A);
Objects.sleep(10);
Stopwatch.stop(A);
});
Stopwatch.start(B);
O.zeroTo(100, i => O.sleep(10));
Stopwatch.stop(B);
IsTrue(Stopwatch.millis(A) > 100, "elapsed outside allowed range: " + Stopwatch.millis(A) + " " + Stopwatch.seconds(A));
IsTrue(Stopwatch.seconds(A) < 0.3, "elapsed outside allowed range: " + Stopwatch.millis(A) + " " + Stopwatch.seconds(A));
IsTrue(Stopwatch.millis(B) > 1000 && Stopwatch.seconds(B) < 4, "elapsed outside allowed range: " + Stopwatch.seconds(B));
IsTrue(Stopwatch.millisPer(A) >= 10 && Stopwatch.millisPer(A) < 30);
Matches("a - total", Stopwatch.report(A));
}
