public void does_not_change_min_under_if_not_lower()
{
var count = new CountsAndTimes();
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 11 });
Assert.AreEqual(10, count.MinTimeUnder);
}
public void updates_count_when_removing_a_sample()
{
var count = new CountsAndTimes();
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
count.RemoveEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
Assert.AreEqual(0, count.TimesCalled);
}
public void updates_avg_when_removing_a_sample()
{
var count = new CountsAndTimes();
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
count.RemoveEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
Assert.AreEqual(double.NaN, count.AverageTime);
}
public void does_change_max_under_if_higher()
{
var count = new CountsAndTimes();
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 16 });
Assert.AreEqual(16, count.MaxTimeUnder);
}
public void can_calulate_min_time_under_properly_for_single_item()
{
var count = new CountsAndTimes();
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
Assert.AreEqual(10, count.MinTimeUnder);
}
public void does_not_include_children_that_are_itself_when_counting_with_multiple_children()
{
var count = new CountsAndTimes();
var chain = new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 };
chain.Children.Add(new CallChain("TEST", "TESTR", 3) { StartTime = 3, EndTime = 5 });
chain.Children.Add(new CallChain("TEST1", "TESTR", 3) { StartTime = 5, EndTime = 7 });
count.ProcessNewEntry(chain);
Assert.AreEqual(8, count.TotalTime);
Assert.AreEqual(8, count.MaxTime);
Assert.AreEqual(8, count.MinTime);
Assert.AreEqual(8, count.AverageTime);
}
public void can_calulate_total_time_properly_for_single_item_with_multiple_children()
{
var count = new CountsAndTimes();
var chain = new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 };
chain.Children.Add(new CallChain("TEST1", "TESTR", 3) { StartTime = 3, EndTime = 5 });
chain.Children.Add(new CallChain("TEST1", "TESTR", 3) { StartTime = 5, EndTime = 7 });
count.ProcessNewEntry(chain);
Assert.AreEqual(6, count.TotalTime);
Assert.AreEqual(6, count.MaxTime);
Assert.AreEqual(6, count.MinTime);
Assert.AreEqual(6, count.AverageTime);
}
public void can_calulate_total_time_properly_for_single_item_with_no_children()
{
var count = new CountsAndTimes();
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
Assert.AreEqual(10, count.TotalTime);
Assert.AreEqual(10, count.MaxTime);
Assert.AreEqual(10, count.MinTime);
Assert.AreEqual(10, count.AverageTime);
}
public void can_calulate_total_time_under_properly_for_multiple_items()
{
var count = new CountsAndTimes();
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
count.ProcessNewEntry(new CallChain("TEST", "TESTR", 3) { StartTime = 0, EndTime = 10 });
Assert.AreEqual(30, count.TotalTimeUnder);
}