public void CreatesNewTypingIntervalWhenFileChanges()
{
var sut = new FileInteractionTransformer(_context);
sut.ProcessEvent(TestTypingEvent(0, 1, "File1.cs"));
sut.ProcessEvent(TestTypingEvent(1, 2, "File2.cs"));
var expected = new[] { ExpectedInterval(0, 1, "File1.cs", true), ExpectedInterval(1, 2, "File2.cs", true) };
Assert.AreEqual(expected, sut.SignalEndOfEventStream());
}
public void ResultingIntervalsDontOverlap2()
{
var sut = new FileInteractionTransformer(_context);
sut.ProcessEvent(TestReadingEvent(0, 2, "File1.cs"));
sut.ProcessEvent(TestTypingEvent(1, 3, "File2.cs"));
var expected = new[] { ExpectedInterval(0, 2, "File1.cs", false), ExpectedInterval(2, 3, "File2.cs", true) };
Assert.AreEqual(expected, sut.SignalEndOfEventStream());
}
public void IgnoresEditEventsWhileDebugging()
{
var sut = new FileInteractionTransformer(_context);
sut.ProcessEvent(TestDebuggerEvent(0, 1, "File1.cs", true));
sut.ProcessEvent(TestTypingEvent(1, 2, "File1.cs"));
sut.ProcessEvent(TestDebuggerEvent(2, 3, "File1.cs", false));
sut.ProcessEvent(TestTypingEvent(3, 4, "File1.cs"));
var expected = new[] { ExpectedInterval(0, 3, "File1.cs", false), ExpectedInterval(3, 4, "File1.cs", true) };
Assert.AreEqual(expected, sut.SignalEndOfEventStream());
}
public void CreatesNewIntervalWhenBothCriteriaChange()
{
var sut = new FileInteractionTransformer(_context);
sut.ProcessEvent(TestReadingEvent(0, 1, "File1.cs"));
sut.ProcessEvent(TestTypingEvent(1, 2, "File2.cs"));
var expected = new[] { ExpectedInterval(0, 1, "File1.cs", false), ExpectedInterval(1, 2, "File2.cs", true) };
var actual = sut.SignalEndOfEventStream();
Assert.AreEqual(expected, actual);
}