public void WaveSizeSmallerThanBreakLineOffsetTest()
{
var view = new WavemapView(new uint[68], waveSize: 1, laneDataSize: 1, groupSize: 17, groupCount: 4);
// When accessing the last wave of the last group, the break line (lane #1) is out of range with wave size = 1
var lastWave = view[16, 3];
// The wave is invisible because we cannot get the break line
Assert.False(lastWave.IsVisible);
}
public void IsValidWaveTest()
{
var wavemapView = new WavemapView(_data, waveSize: 6, laneDataSize: 3, groupSize: 12, groupCount: 10);
for (int i = 0; i < 20; ++i)
{
for (int j = 0; j < 5; ++j)
{
Assert.Equal(i < 10 && j < 2, wavemapView[j, i].IsVisible);
}
}
}
public void ColorAssignTest()
{
// assume that all waves hitted the same breakpoint
for (uint i = 3, j = 313; i < 360; i += 18)
{
_data[i] = j;
}
var wavemapView = new WavemapView(_data, waveSize: 6, laneDataSize: 3, groupSize: 12, groupCount: 10);
for (int i = 0; i < 10; ++i)
{
for (int j = 0; j < 2; ++j)
{
Assert.Equal(WavemapView.Blue, wavemapView[j, i].BreakColor);
}
}
// now lets assume that all waves hitted unique breakpoint
for (uint i = 3, j = 313; i < 360; i += 18, j += 313)
{
_data[i] = j;
}
wavemapView = new WavemapView(_data, waveSize: 6, laneDataSize: 3, groupSize: 12, groupCount: 10);
Assert.Equal(WavemapView.Blue, wavemapView[0, 0].BreakColor);
Assert.Equal(WavemapView.Red, wavemapView[1, 0].BreakColor);
Assert.Equal(WavemapView.Green, wavemapView[0, 1].BreakColor);
Assert.Equal(WavemapView.Violet, wavemapView[1, 1].BreakColor);
Assert.Equal(WavemapView.Pink, wavemapView[0, 2].BreakColor);
Assert.Equal(WavemapView.Blue, wavemapView[1, 2].BreakColor);
Assert.Equal(WavemapView.Red, wavemapView[0, 3].BreakColor);
Assert.Equal(WavemapView.Green, wavemapView[1, 3].BreakColor);
Assert.Equal(WavemapView.Violet, wavemapView[0, 4].BreakColor);
Assert.Equal(WavemapView.Pink, wavemapView[1, 4].BreakColor);
Assert.Equal(WavemapView.Blue, wavemapView[0, 5].BreakColor);
Assert.Equal(WavemapView.Red, wavemapView[1, 5].BreakColor);
Assert.Equal(WavemapView.Green, wavemapView[0, 6].BreakColor);
Assert.Equal(WavemapView.Violet, wavemapView[1, 6].BreakColor);
Assert.Equal(WavemapView.Pink, wavemapView[0, 7].BreakColor);
Assert.Equal(WavemapView.Blue, wavemapView[1, 7].BreakColor);
Assert.Equal(WavemapView.Red, wavemapView[0, 8].BreakColor);
Assert.Equal(WavemapView.Green, wavemapView[1, 8].BreakColor);
Assert.Equal(WavemapView.Violet, wavemapView[0, 9].BreakColor);
Assert.Equal(WavemapView.Pink, wavemapView[1, 9].BreakColor);
}
public void BreakLineTest()
{
for (uint i = 3, j = 313; i < 360; i += 18, j += 313)
{
_data[i] = j;
}
var wavemapView = new WavemapView(_data, waveSize: 6, laneDataSize: 3, groupSize: 12, groupCount: 10);
uint expected = 313;
for (int i = 0; i < 10; ++i)
{
for (int j = 0; j < 2; ++j)
{
Assert.Equal(expected, wavemapView[j, i].BreakLine);
expected += 313;
}
}
}
public void WaveSizeSmallerThanExecMaskOffsetTest(int waveSize)
{
var wavesPerGroup = 2;
var groupCount = 2;
var data = new uint[waveSize * wavesPerGroup * groupCount];
for (int i = 0; i < waveSize * wavesPerGroup * groupCount; ++i)
{
data[i] = ~0u;
}
var view = new WavemapView(data, waveSize: waveSize, laneDataSize: 1, groupSize: waveSize * wavesPerGroup, groupCount: groupCount)
{
CheckInactiveLanes = true
};
// When accessing the last wave of the last group, the exec mask (lanes #8-9) is out of range with wave size < 9
var lastWave = view[wavesPerGroup - 1, groupCount - 1];
Assert.True(lastWave.IsVisible);
Assert.False(lastWave.PartialMask); // exec mask is not checked
}
