public void TestTimeProperties()
{
// Testing beginTime, endTime, eyeTime
Userflow example = ExampleUserflow();
Assert.IsTrue(example.State() == UserflowState.CREATED,
"Expecting UserflowState.CREATED .");
example.SetTimeout(Int32.MaxValue);
{
example.Begin();
Assert.IsTrue(example.State() == UserflowState.BEGUN,
"Expecting UserflowState.BEGUN .");
}
// Call "yield" here so CLR can operate example's timer .
const int positiveTime = 100;
long yieldTime;
{
long yieldBeginTime = DateTime.UtcNow.Ticks;
Thread.Sleep(positiveTime);
long yieldEndTime = DateTime.UtcNow.Ticks;
yieldTime = yieldEndTime - yieldBeginTime;
}
{
example.End();
Assert.IsTrue(example.State() == UserflowState.ENDED,
"Expecting UserflowState.ENDED .");
}
// All the above is mainly just to get some interesting
// beginTime, endTime, eyeTime play around with. Now,
// it is play time.
{
long beginTime = example.BeginTime();
long endTime = example.EndTime();
long eyeTime = example.EyeTime();
// Test beginTime, endTime, eyeTime wrt the actual "yieldTime"
Assert.IsTrue(beginTime < endTime,
"Expecting beginTime < endTime .");
// The test is run entirely in foreground, so
// endTime - beginTime should be close to eyeTime
// allowing a little bit of deviation due to use
// of "yield".
Assert.IsTrue((0.8 * yieldTime) < eyeTime,
String.Format("Expecting eyeTime == {0} to be close to {1} .",
eyeTime,
yieldTime));
Assert.IsTrue(eyeTime < (1.2 * yieldTime),
String.Format("Expecting eyeTime == {0} to be close to {1} .",
eyeTime,
yieldTime));
Assert.IsTrue((0.8 * yieldTime) < (endTime - beginTime),
String.Format("Expecting (endTime - beginTime) == {0} to be close to {1} .",
endTime - beginTime,
yieldTime));
Assert.IsTrue((endTime - beginTime) < (1.2 * yieldTime),
String.Format("Expecting (endTime - beginTime) == {0} to be close to {1} .",
endTime - beginTime,
yieldTime));
}
}