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 static void waitMatches <T>(T expected, Producer <T> actual)
{
var actual_ = default(T);
try { O.wait(() => (actual_ = actual()).Equals(expected)); }
catch (Exception e) {
if (actual_.ToString().Equals(expected.ToString()))
{
Bomb.toss(
"actual != but string matched\n" + expected + "\n" +
"actual Type:" + actual_.GetType().FullName + "\n" +
"expected type:" + expected.GetType().FullName, e);
}
Bomb.toss(actual_ + "\n Did not match\n" + expected, e);
}
}
public void testTimerSequence()
{
Objects.freezeNow("2008/11/11 11:11:11");
double currentState = -1;
var sequence = new TimerSequence <double>(d => { currentState = d; });
sequence.add(1.1, 500);
sequence.add(2.2, 500);
sequence.add(3.3);
IsFalse(sequence.running());
// starts in 1.1
sequence.startAsOf(O.now());
O.wait(() => currentState == 1.1);
IsTrue(sequence.running());
Objects.advanceNow(500);
O.wait(() => currentState == 2.2);
Objects.advanceNow(500);
O.wait(() => currentState == 3.3);
IsFalse(sequence.running());
sequence.startAsOf(O.now());
O.wait(() => currentState == 1.1);
Objects.advanceNow(500);
O.wait(() => currentState == 2.2);
sequence.startAsOf(O.now());
O.wait(() => currentState == 1.1);
Objects.advanceNow(500);
O.wait(() => currentState == 2.2);
Objects.advanceNow(500);
O.wait(() => currentState == 3.3);
// starts in 2.2
var asOf = O.now();
Objects.advanceNow(500);
sequence.startAsOf(asOf);
O.wait(() => currentState == 2.2);
Objects.advanceNow(500);
O.wait(() => currentState == 3.3);
// starts in 3.3
asOf = O.now();
currentState = -1;
Objects.advanceNow(1000);
sequence.startAsOf(asOf);
O.wait(() => currentState == 3.3);
}
