public void TuneEndWithinDesktopViewRange()
{
// |-----------|
// |=====|=====| |
// 400 500 600 700
//
var window = new Range(500, 700);
var tune = new Tune(_mockFrameData.Object)
{
StartTick = 400
};
var firstVisibleTuneTick = Math.Max(window.Minimum, tune.StartTick);
Assert.Equal(500, firstVisibleTuneTick);
var lastVisibleTuneTick = Math.Min(window.Maximum, tune.EndTick);
Assert.Equal(600, lastVisibleTuneTick);
var offsetIntoTune = Math.Max(0, window.Minimum - tune.StartTick);
Assert.Equal(100, offsetIntoTune);
var visibleTicks = Math.Min(window.Width, Math.Min(window.Maximum - tune.StartTick, tune.EndTick - window.Minimum));
Assert.Equal(100, visibleTicks);
}
public void TuneStraddlesDesktopViewRange()
{
// |-----|-----|
// |=====|===========|=====|
// 400 500 700 800
_mockFrameData.Setup(f => f.Length).Returns(400);
var window = new Range(500, 700);
var tune = new Tune(_mockFrameData.Object)
{
StartTick = 400
};
var firstVisibleTuneTick = Math.Max(window.Minimum, tune.StartTick);
Assert.Equal(500, firstVisibleTuneTick);
var lastVisibleTuneTick = Math.Min(window.Maximum, tune.EndTick);
Assert.Equal(700, lastVisibleTuneTick);
var offsetIntoTune = Math.Max(0, window.Minimum - tune.StartTick);
Assert.Equal(100, offsetIntoTune);
var visibleTicks = Math.Min(window.Width, Math.Min(window.Maximum - tune.StartTick, tune.EndTick - window.Minimum));
Assert.Equal(200, visibleTicks);
}
public void TuneNotInRange(int startTick)
{
// |-----|
// |=====| | | |=====|
// 400 500 600 700 800 900
//
_mockFrameData.Setup(f => f.Length).Returns(100);
var window = new Range(600, 700);
var tune = new Tune(_mockFrameData.Object)
{
StartTick = startTick
};
var visibleTicks = Math.Min(window.Width, Math.Min(window.Maximum - tune.StartTick, tune.EndTick - window.Minimum));
Assert.Equal(-100, visibleTicks);
}
public void TuneEndWithinDesktopViewRange()
{
// |-----------|
// |=====|=====| |
// 400 500 600 700
//
var window = new Range(500, 700);
var tune = new Tune(_mockFrameData.Object) { StartTick = 400 };
var firstVisibleTuneTick = Math.Max(window.Minimum, tune.StartTick);
Assert.Equal(500, firstVisibleTuneTick);
var lastVisibleTuneTick = Math.Min(window.Maximum, tune.EndTick);
Assert.Equal(600, lastVisibleTuneTick);
var offsetIntoTune = Math.Max(0, window.Minimum - tune.StartTick);
Assert.Equal(100, offsetIntoTune);
var visibleTicks = Math.Min(window.Width, Math.Min(window.Maximum - tune.StartTick, tune.EndTick - window.Minimum));
Assert.Equal(100, visibleTicks);
}
public void TuneStraddlesDesktopViewRange()
{
// |-----|-----|
// |=====|===========|=====|
// 400 500 700 800
_mockFrameData.Setup(f => f.Length).Returns(400);
var window = new Range(500, 700);
var tune = new Tune(_mockFrameData.Object) { StartTick = 400 };
var firstVisibleTuneTick = Math.Max(window.Minimum, tune.StartTick);
Assert.Equal(500, firstVisibleTuneTick);
var lastVisibleTuneTick = Math.Min(window.Maximum, tune.EndTick);
Assert.Equal(700, lastVisibleTuneTick);
var offsetIntoTune = Math.Max(0, window.Minimum - tune.StartTick);
Assert.Equal(100, offsetIntoTune);
var visibleTicks = Math.Min(window.Width, Math.Min(window.Maximum - tune.StartTick, tune.EndTick - window.Minimum));
Assert.Equal(200, visibleTicks);
}
private void On_Load()
{
_tunes = new List<Tune>();
//var p = new Project { TuneFilenames = new[] { "abc", "def" } };
//string x = JsonConvert.SerializeObject(p);
var fileConverterFactory = new FileConverterFactory(new FileSystemHelper());
try
{
var project = Project.OpenProject(Path.Combine(Directory.GetCurrentDirectory(), "TestProject"));
foreach (var fileName in project.TuneFilenames)
{
var metaDataPath = Path.Combine(project.WorkingFolder, "MetaData");
Directory.CreateDirectory(metaDataPath);
var tunePath = Path.Combine(project.WorkingFolder, fileName);
var rawTunePath = Path.ChangeExtension(Path.Combine(metaDataPath, fileName), "m6raw");
var summaryPath = Path.ChangeExtension(Path.Combine(metaDataPath, fileName), "summary");
IFileConverter converter;
if ((converter = fileConverterFactory.ParseFile(rawTunePath)) == null)
{
converter = fileConverterFactory.ParseFile(tunePath);
}
if (converter == null) continue;
var waveData = converter.ProcessFile();
if (waveData == null) continue;
if (!File.Exists(rawTunePath))
{
try
{
using (var rawFile = File.Create(rawTunePath))
{
Serializer.Serialize(rawFile, waveData);
}
}
catch (Exception ex)
{
Console.WriteLine(ex);
}
}
var tune = new Tune(waveData);
SummaryCollection summaryData = null;
try
{
using (var summaryFile = File.OpenRead(summaryPath))
{
summaryData = Serializer.Deserialize<SummaryCollection>(summaryFile);
}
tune.SummaryCollection = summaryData;
}
catch (Exception ex)
{
Console.WriteLine(ex);
}
if (summaryData == null)
{
tune.BuildSummaries();
try
{
using (var summaryFile = File.Create(summaryPath))
{
Serializer.Serialize(summaryFile, tune.SummaryCollection);
}
}
catch (Exception ex)
{
Console.WriteLine(ex);
}
}
tune.StartTick = 0;
tune.Track = _tunes.Count;
_tunes.Add(tune);
}
_delta = new Delta();
_ticksPerPixel = 1024;
_bbBitmap = new Bitmap(ClientRectangle.Width, ClientRectangle.Height);
_desktopRange = new Range(0, ClientRectangle.Width*_ticksPerPixel);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
public void TheseRangesDoNotAppearInTheViewport(int min, int max)
{
var viewport = new Range(1000, 3000);
var testRange = new Range(min, max);
Assert.False(viewport.ContainsOrIntersectsWithRange(testRange));
}
public void TheseRangesIntersectOrAreContainedByTheViewport(int min, int max)
{
var viewport = new Range(1000, 3000);
var testRange = new Range(min, max);
Assert.True(viewport.ContainsOrIntersectsWithRange(testRange));
}
public void TuneNotInRange(int startTick)
{
// |-----|
// |=====| | | |=====|
// 400 500 600 700 800 900
//
_mockFrameData.Setup(f => f.Length).Returns(100);
var window = new Range(600, 700);
var tune = new Tune(_mockFrameData.Object) { StartTick = startTick };
var visibleTicks = Math.Min(window.Width, Math.Min(window.Maximum - tune.StartTick, tune.EndTick - window.Minimum));
Assert.Equal(-100, visibleTicks);
}