private static bool CanRunOnThisPlatform(TestPlatform excludedFrameworks)
{
if (excludedFrameworks == TestPlatform.None)
{
return true;
}
if (excludedFrameworks.HasFlag(TestPlatform.Windows)
&& TestPlatformHelper.IsWindows)
{
return false;
}
if (excludedFrameworks.HasFlag(TestPlatform.Linux)
&& TestPlatformHelper.IsLinux)
{
return false;
}
if (excludedFrameworks.HasFlag(TestPlatform.Mac)
&& TestPlatformHelper.IsMac)
{
return false;
}
return true;
}
/// <summary>
/// 初始化,并预热测试器
/// </summary>
public static void Initialize(TestPlatform testplatform)
{
_testPlatform = testplatform;
//将当前程序的CPU权限设置为最高
Process.GetCurrentProcess().PriorityClass = ProcessPriorityClass.High;
Thread.CurrentThread.Priority = ThreadPriority.Highest;
//预热
Test(string.Empty, 1, () => { });
}
public TestAttribute(TestPlatform testPlatform, string scene, float timeout)
{
this.m_Timeout = 5f;
this.m_TestPlatform = TestPlatform.All;
this.m_TestPlatform = testPlatform;
this.m_Timeout = timeout;
if (!string.IsNullOrEmpty(scene))
{
if (scene.EndsWith(".unity"))
{
scene = scene.Substring(0, scene.Length - ".unity".Length);
}
this.m_SceneName = scene;
}
}
internal static TestsConstraint GetTestsConstraint(TestPlatform testPlatform)
{
if (testPlatform != TestPlatform.EditMode)
{
if (testPlatform != TestPlatform.PlayMode)
{
throw new NotImplementedException();
}
}
else
{
return new EditModeTestsConstraints();
}
return new PlayModeTestsConstraints();
}
public TestClient()
{
var testPlatform = new TestPlatform();
Fqdn = testPlatform.Fqdn;
Hostname = testPlatform.Hostname;
IsInteractive = testPlatform.IsInteractive;
IsAdmin = testPlatform.IsAdmin;
// EnvironmentVersion = Environment.Version.Major + "." + Environment.Version.MajorRevision + "." + Environment.Version.Minor + "." + Environment.Version.MinorRevision + "." + Environment.Version.Build;
Language = testPlatform.Language;
OsBits = testPlatform.OsBits;
// OsEdition = "";
// OsName = "";
OsVersion = testPlatform.OsVersion;
ProcessBits = testPlatform.ProcessBits;
UptimeSeconds = testPlatform.UptimeSeconds;
Username = testPlatform.Username;
UserDomainName = testPlatform.UserDomainName;
Status = TestClientStatuses.NoTasks;
Id = Guid.NewGuid();
}
public void CreateDiscoveryRequestThrowsIfDiscoveryCriteriaIsNull()
{
TestPlatform tp = new TestPlatform();
Assert.ThrowsException <ArgumentNullException>(() => tp.CreateDiscoveryRequest(null, It.IsAny <ProtocolConfig>()));
}
protected IWebDriver GetRemoteWebDriver(TestPlatform platform, BrowserType browser, String siteUrl)
{
DesiredCapabilities caps = DetermineCapabilities(platform, browser);
return(Driver = new RemoteWebDriver(new Uri(siteUrl), caps));
}
public PlatformSkipConditionAttribute(TestPlatform excludedPlatforms)
{
_excludedPlatforms = excludedPlatforms;
}
public static async Task RunVisualTestScore(Score score, string referenceFileName,
Settings?settings = null,
IList <double>?tracks = null, string?message = null)
{
if (settings == null)
{
settings = new Settings();
}
if (tracks == null)
{
tracks = new List <double> {
0
};
}
settings.Core.Engine = "skia";
settings.Core.EnableLazyLoading = false;
settings.Core.UseWorkers = false;
if (!referenceFileName.StartsWith("test-data/"))
{
referenceFileName = $"test-data/visual-tests/{referenceFileName}";
}
var referenceFileData =
await TestPlatform.LoadFile(referenceFileName);
var result = new List <RenderFinishedEventArgs>();
var totalWidth = 0.0;
var totalHeight = 0.0;
var task = new TaskCompletionSource <object?>();
var renderer = new ScoreRenderer(settings);
renderer.Width = 1300;
renderer.PartialRenderFinished.On(e =>
{
if (e != null)
{
result.Add(e);
}
});
renderer.RenderFinished.On(e =>
{
totalWidth = e.TotalWidth;
totalHeight = e.TotalHeight;
result.Add(e);
task.SetResult(null);
});
renderer.Error.On((e) => { task.SetException(e); });
renderer.RenderScore(score, tracks);
if (await Task.WhenAny(task.Task, Task.Delay(2000)) == task.Task)
{
CompareVisualResult(
totalWidth,
totalHeight,
result,
referenceFileName,
referenceFileData,
message
);
}
else
{
Assert.Fail("Rendering did not complete within timeout");
}
}
internal byte[] Load(string name)
{
const string path = "TestFiles/";
return(TestPlatform.LoadFile(path + name));
}
public bool CanSymlinkTest(TestPlatform platform) => platform.CanSymlink();
public TestAttribute(TestPlatform testPlatform) : this(testPlatform, null, 5f)
{
}
public void Prld_v2()
{
var sExp =
@"<?xml version=""1.0"" encoding=""utf-8""?>
<project xmlns=""http://schemata.jklnet.org/Decompiler/v2"">
<input>
</input>
</project>";
var ldr = mr.Stub<ILoader>();
var platform = new TestPlatform(sc);
Given_Binary(ldr, platform);
mr.ReplayAll();
var prld = new ProjectLoader(sc, ldr);
var project = prld.LoadProject("/foo/bar", new MemoryStream(Encoding.UTF8.GetBytes(sExp)));
Assert.AreEqual(1, project.Programs.Count);
}
public void SudSave_UserGlobal_issue_201()
{
var platform = new TestPlatform
{
};
var program = new Program
{
Platform = platform,
User = new UserData
{
Globals =
{
{
Address.Ptr32(0x01234),
new GlobalDataItem_v2
{
DataType = PrimitiveType_v1.Real32(),
Name = "pi"
}
}
}
}
};
var sw = new StringWriter();
When_SaveToTextWriter(program, sw);
var sExp =
@"<?xml version=""1.0"" encoding=""utf-16""?>
<project xmlns=""http://schemata.jklnet.org/Reko/v4"">
<input>
<user>
<global>
<Address>00001234</Address>
<prim domain=""Real"" size=""4"" />
<Name>pi</Name>
</global>
<registerValues />
</user>
</input>
</project>";
if (sw.ToString() != sExp)
Debug.Print("{0}", sw.ToString());
Assert.AreEqual(sExp, sw.ToString());
}
List<ITestPlatform> ImportTestPlatforms(IEnumerable<XElement> platformElements)
{
var importedTestPlatforms = new List<ITestPlatform>();
foreach (var platformElement in platformElements) {
var addTestPlatform = false;
var testPlatform = importedTestPlatforms.FirstOrDefault(tp => tp.Id == GetStringAttribute(platformElement, "id") &&
// ITestPlatform testPlatform = null;
// try {
// testPlatform = importedTestPlatforms.First(tp => tp.Id == getStringAttribute(platformElement, "id") &&
tp.Name == GetStringAttribute(platformElement, "name") &&
tp.UniqueId == GetGuidAttribute(platformElement, "uniqueId"));
// }
// catch (Exception ee) {
//Console.WriteLine(ee.Message);
// }
if (null == testPlatform) {
testPlatform = new TestPlatform {
UniqueId = GetGuidAttribute(platformElement, "uniqueId"),
Id = GetStringAttribute(platformElement, "id"),
Name = GetStringAttribute(platformElement, "name"),
Description = GetStringAttribute(platformElement, "description")
};
addTestPlatform = true;
}
if (addTestPlatform)
importedTestPlatforms.Add(testPlatform);
}
return importedTestPlatforms;
}
public void SudSavePlatformOptions_Dictionary()
{
var platform = new TestPlatform
{
Test_Options = new Dictionary<string, object>
{
{
"Names", new Dictionary<string, object> {
{ "Adam", "30" },
{ "Bob", "10" },
{ "Cecil", "120" }
}
},
{ "Name2", "Sue" },
}
};
var program = new Program
{
Platform = platform
};
var sw = new StringWriter();
When_SaveToTextWriter(program, sw);
var sExp =
@"<?xml version=""1.0"" encoding=""utf-16""?>
<project xmlns=""http://schemata.jklnet.org/Reko/v4"">
<input>
<user>
<platform>
<dict key=""Names"">
<item key=""Adam"">30</item>
<item key=""Bob"">10</item>
<item key=""Cecil"">120</item>
</dict>
<item key=""Name2"">Sue</item>
</platform>
<registerValues />
</user>
</input>
</project>";
if (sw.ToString() != sExp)
Debug.Print("{0}", sw.ToString());
Assert.AreEqual(sExp, sw.ToString());
}
static TestLauncherBase GetEditModeLauncherForProvidedAssemblies(Filter filter, TestPlatform testPlatform = TestPlatform.EditMode)
{
return(new EditModeLauncher(filter.ToTestRunnerFilter(), testPlatform));
}
public static ExecutionProcess Create(string[] testPlatformAssemblies, IHostProcessInfo hostProcess = null, TestPlatform testPlatform = TestPlatform.x86)
{
hostProcess = hostProcess.Embed(new PlatformProcessInfo(testPlatform)) as IHostProcessInfo;
return(new ExecutionProcess(hostProcess, testPlatformAssemblies));
}
internal bool IncludeOnPlatform(TestPlatform testPlatform)
{
return ((this.m_TestPlatform & testPlatform) == testPlatform);
}
public static bool IsFlagIncluded(TestPlatform flags, TestPlatform flag)
{
return ((flags & flag) == flag);
}
public TestAttribute()
{
this.m_Timeout = 5f;
this.m_TestPlatform = TestPlatform.All;
}
public void TestGraceBeatGeneration()
{
var reader = new Gp7Importer();
var buffer = TestPlatform.LoadFile("TestFiles/Audio/GraceBeats.gp");
var settings = Settings.SongBook;
reader.Init(ByteBuffer.FromBuffer(buffer), settings);
var score = reader.ReadScore();
var handler = new FlatMidiEventGenerator();
var generator = new MidiFileGenerator(score, settings, handler);
generator.Generate();
// on beat
var tick = 0;
var ticks = new FastList <int>();
Assert.AreEqual(tick, score.Tracks[0].Staves[0].Bars[0].Voices[0].Beats[0].AbsolutePlaybackStart);
Assert.AreEqual(3840, score.Tracks[0].Staves[0].Bars[0].Voices[0].Beats[0].PlaybackDuration);
ticks.Add(tick);
tick += score.Tracks[0].Staves[0].Bars[0].Voices[0].Beats[0].PlaybackDuration;
Assert.AreEqual(tick, score.Tracks[0].Staves[0].Bars[1].Voices[0].Beats[0].AbsolutePlaybackStart);
Assert.AreEqual(120, score.Tracks[0].Staves[0].Bars[1].Voices[0].Beats[0].PlaybackDuration);
ticks.Add(tick);
tick += score.Tracks[0].Staves[0].Bars[1].Voices[0].Beats[0].PlaybackDuration;
Assert.AreEqual(tick, score.Tracks[0].Staves[0].Bars[1].Voices[0].Beats[1].AbsolutePlaybackStart);
Assert.AreEqual(3720, score.Tracks[0].Staves[0].Bars[1].Voices[0].Beats[1].PlaybackDuration);
ticks.Add(tick);
tick += score.Tracks[0].Staves[0].Bars[1].Voices[0].Beats[1].PlaybackDuration;
// before beat
Assert.AreEqual(tick, score.Tracks[0].Staves[0].Bars[2].Voices[0].Beats[0].AbsolutePlaybackStart);
Assert.AreEqual(3720, score.Tracks[0].Staves[0].Bars[2].Voices[0].Beats[0].PlaybackDuration);
ticks.Add(tick);
tick += score.Tracks[0].Staves[0].Bars[2].Voices[0].Beats[0].PlaybackDuration;
Assert.AreEqual(tick, score.Tracks[0].Staves[0].Bars[3].Voices[0].Beats[0].AbsolutePlaybackStart);
Assert.AreEqual(120, score.Tracks[0].Staves[0].Bars[3].Voices[0].Beats[0].PlaybackDuration);
ticks.Add(tick);
tick += score.Tracks[0].Staves[0].Bars[3].Voices[0].Beats[0].PlaybackDuration;
Assert.AreEqual(tick, score.Tracks[0].Staves[0].Bars[3].Voices[0].Beats[1].AbsolutePlaybackStart);
Assert.AreEqual(3840, score.Tracks[0].Staves[0].Bars[3].Voices[0].Beats[1].PlaybackDuration);
ticks.Add(tick);
tick += score.Tracks[0].Staves[0].Bars[3].Voices[0].Beats[1].PlaybackDuration;
// bend
Assert.AreEqual(GraceType.BendGrace, score.Tracks[0].Staves[0].Bars[4].Voices[0].Beats[0].GraceType);
Assert.AreEqual(tick, score.Tracks[0].Staves[0].Bars[4].Voices[0].Beats[0].AbsolutePlaybackStart);
Assert.AreEqual(1920, score.Tracks[0].Staves[0].Bars[4].Voices[0].Beats[0].PlaybackDuration);
ticks.Add(tick);
tick += score.Tracks[0].Staves[0].Bars[4].Voices[0].Beats[0].PlaybackDuration;
Assert.AreEqual(tick, score.Tracks[0].Staves[0].Bars[4].Voices[0].Beats[1].AbsolutePlaybackStart);
Assert.AreEqual(1920, score.Tracks[0].Staves[0].Bars[4].Voices[0].Beats[1].PlaybackDuration);
ticks.Add(tick);
tick += score.Tracks[0].Staves[0].Bars[4].Voices[0].Beats[1].PlaybackDuration;
var info = score.Tracks[0].PlaybackInfo;
var expectedEvents = new FlatMidiEventGenerator.MidiEvent[]
{
// channel init
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.PrimaryChannel, Controller = (byte)ControllerType.VolumeCoarse, Value = 120
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.PrimaryChannel, Controller = (byte)ControllerType.PanCoarse, Value = 64
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.PrimaryChannel, Controller = (byte)ControllerType.ExpressionControllerCoarse, Value = 127
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.PrimaryChannel, Controller = (byte)ControllerType.RegisteredParameterFine, Value = 0
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.PrimaryChannel, Controller = (byte)ControllerType.RegisteredParameterCourse, Value = 0
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.PrimaryChannel, Controller = (byte)ControllerType.DataEntryFine, Value = 0
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.PrimaryChannel, Controller = (byte)ControllerType.DataEntryCoarse, Value = 12
},
new FlatMidiEventGenerator.ProgramChangeEvent {
Tick = 0, Track = 0, Channel = info.PrimaryChannel, Program = (byte)info.Program
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.SecondaryChannel, Controller = (byte)ControllerType.VolumeCoarse, Value = 120
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.SecondaryChannel, Controller = (byte)ControllerType.PanCoarse, Value = 64
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.SecondaryChannel, Controller = (byte)ControllerType.ExpressionControllerCoarse, Value = 127
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.SecondaryChannel, Controller = (byte)ControllerType.RegisteredParameterFine, Value = 0
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.SecondaryChannel, Controller = (byte)ControllerType.RegisteredParameterCourse, Value = 0
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.SecondaryChannel, Controller = (byte)ControllerType.DataEntryFine, Value = 0
},
new FlatMidiEventGenerator.ControlChangeEvent {
Tick = 0, Track = 0, Channel = info.SecondaryChannel, Controller = (byte)ControllerType.DataEntryCoarse, Value = 12
},
new FlatMidiEventGenerator.ProgramChangeEvent {
Tick = 0, Track = 0, Channel = info.SecondaryChannel, Program = (byte)info.Program
},
new FlatMidiEventGenerator.TimeSignatureEvent {
Tick = 0, Numerator = 4, Denominator = 4
},
new FlatMidiEventGenerator.TempoEvent {
Tick = 0, Tempo = 120
},
// on beat
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[0], Track = 0, Channel = info.PrimaryChannel, Value = 64
},
new FlatMidiEventGenerator.NoteEvent {
Tick = ticks[0], Track = 0, Channel = info.PrimaryChannel, DynamicValue = DynamicValue.F, Key = (byte)67, Length = 3840
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[1], Track = 0, Channel = info.PrimaryChannel, Value = 64
},
new FlatMidiEventGenerator.NoteEvent {
Tick = ticks[1], Track = 0, Channel = info.PrimaryChannel, DynamicValue = DynamicValue.F, Key = (byte)67, Length = 120
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[2], Track = 0, Channel = info.PrimaryChannel, Value = 64
},
new FlatMidiEventGenerator.NoteEvent {
Tick = ticks[2], Track = 0, Channel = info.PrimaryChannel, DynamicValue = DynamicValue.F, Key = (byte)67, Length = 3720
},
// before beat
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[3], Track = 0, Channel = info.PrimaryChannel, Value = 64
},
new FlatMidiEventGenerator.NoteEvent {
Tick = ticks[3], Track = 0, Channel = info.PrimaryChannel, DynamicValue = DynamicValue.F, Key = (byte)67, Length = 3720
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[4], Track = 0, Channel = info.PrimaryChannel, Value = 64
},
new FlatMidiEventGenerator.NoteEvent {
Tick = ticks[4], Track = 0, Channel = info.PrimaryChannel, DynamicValue = DynamicValue.F, Key = (byte)67, Length = 120
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[5], Track = 0, Channel = info.PrimaryChannel, Value = 64
},
new FlatMidiEventGenerator.NoteEvent {
Tick = ticks[5], Track = 0, Channel = info.PrimaryChannel, DynamicValue = DynamicValue.F, Key = (byte)67, Length = 3840
},
// bend beat
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6], Track = 0, Channel = info.SecondaryChannel, Value = 64
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 0, Track = 0, Channel = info.SecondaryChannel, Value = 64
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 1, Track = 0, Channel = info.SecondaryChannel, Value = 65
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 2, Track = 0, Channel = info.SecondaryChannel, Value = 66
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 3, Track = 0, Channel = info.SecondaryChannel, Value = 67
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 4, Track = 0, Channel = info.SecondaryChannel, Value = 68
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 5, Track = 0, Channel = info.SecondaryChannel, Value = 69
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 6, Track = 0, Channel = info.SecondaryChannel, Value = 70
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 7, Track = 0, Channel = info.SecondaryChannel, Value = 71
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 8, Track = 0, Channel = info.SecondaryChannel, Value = 72
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 9, Track = 0, Channel = info.SecondaryChannel, Value = 73
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 10, Track = 0, Channel = info.SecondaryChannel, Value = 74
},
new FlatMidiEventGenerator.BendEvent {
Tick = ticks[6] + 13 * 11 + 1, Track = 0, Channel = info.SecondaryChannel, Value = 75
},
new FlatMidiEventGenerator.NoteEvent {
Tick = ticks[6], Track = 0, Channel = info.SecondaryChannel, Length = 3840, Key = 67, DynamicValue = DynamicValue.F
},
// end of track
new FlatMidiEventGenerator.TrackEndEvent {
Tick = 19200, Track = 0
} // 3840 = end of bar
};
for (int i = 0; i < handler.MidiEvents.Count; i++)
{
Logger.Info("Test", $"i[{i}] {handler.MidiEvents[i]}");
if (i < expectedEvents.Length)
{
Assert.AreEqual(expectedEvents[i], handler.MidiEvents[i]);
}
}
Assert.AreEqual(expectedEvents.Length, handler.MidiEvents.Count);
}
public PlatformSkipConditionAttribute(TestPlatform excludedPlatforms)
{
_excludedPlatforms = excludedPlatforms;
}
public BuildTool(IProcessManager processManager, TestPlatform platform) : this(processManager)
{
Platform = platform;
}
/// <summary>
/// Get the name of the base image to compare the generated images to.
/// </summary>
/// <param name="platform">The platform the test is performed on.</param>
/// <param name="deviceName">The name of the device.</param>
/// <returns>The name of the file.</returns>
public string GenerateBaseFileNameFromVersion(TestPlatform platform, string deviceName)
{
return this.GetType().Name + @"_" + PlatformPermutator.GetPlatformName(platform) + @"_" + deviceName + @"_v" + BaseVersionNumber + @".png";
}
public void Setup()
{
_platform = new TestPlatform();
_session = new Session(_platform, "/");
_collectionFile = _session["indexables"];
}
public bool IsMacTest(TestPlatform platform) => platform.IsMac();
public void ToTestPlatformTest(MacFlavors flavor, TestPlatform expected) => Assert.AreEqual(flavor.ToTestPlatform(), expected);
public PlatformProcessInfo(TestPlatform platform)
{
_platform = platform;
}
public void Prld_PlatformOptions_Scalar()
{
var sExp =
@"<?xml version=""1.0"" encoding=""utf-8""?>
<project xmlns=""http://schemata.jklnet.org/Reko/v3"">
<input>
<user>
<platform>
<item key=""Name"">Bob</item>
<item key=""Name2"">Sue</item>
</platform>
</user>
</input>
</project>";
var ldr = mr.Stub<ILoader>();
var platform = new TestPlatform();
Given_Binary(ldr, platform);
mr.ReplayAll();
var prld = new ProjectLoader(sc, ldr);
prld.LoadProject("/foo/bar", new MemoryStream(Encoding.UTF8.GetBytes(sExp)));
Assert.AreEqual(2, platform.Test_Options.Count);
Assert.AreEqual("Bob", platform.Test_Options["Name"]);
Assert.AreEqual("Sue", platform.Test_Options["Name2"]);
}
public EditModeLauncher(TestRunnerFilter filter, TestPlatform platform)
{
m_EditModeRunner = ScriptableObject.CreateInstance <EditModeRunner>();
m_EditModeRunner.UnityTestAssemblyRunnerFactory = new UnityTestAssemblyRunnerFactory();
m_EditModeRunner.Init(filter, platform);
}
public void Prld_PlatformOptions_List()
{
var sExp =
@"<?xml version=""1.0"" encoding=""utf-8""?>
<project xmlns=""http://schemata.jklnet.org/Reko/v3"">
<input>
<user>
<platform>
<list key=""Names"">
<item>Adam</item>
<item>Bob</item>
<item>Cecil</item>
</list>
<item key=""Name2"">Sue</item>
</platform>
</user>
</input>
</project>";
var ldr = mr.Stub<ILoader>();
var platform = new TestPlatform();
Given_Binary(ldr, platform);
mr.ReplayAll();
var prld = new ProjectLoader(sc, ldr);
prld.LoadProject("/ff/b/foo.proj", new MemoryStream(Encoding.UTF8.GetBytes(sExp)));
var list = (IList)platform.Test_Options["Names"];
Assert.AreEqual(3, list.Count);
}
public void CreateTestRunRequestThrowsIfTestRunCriteriaIsNull()
{
var tp = new TestPlatform();
Assert.ThrowsException <ArgumentNullException>(() => tp.CreateTestRunRequest(this.mockRequestData.Object, null, new TestPlatformOptions()));
}
public void Prld_PlatformOptions_Dictionary()
{
var sproject =
@"<?xml version=""1.0"" encoding=""utf-8""?>
<project xmlns=""http://schemata.jklnet.org/Reko/v3"">
<input>
<user>
<platform>
<dict key=""Names"">
<item key=""Adam"">30</item>
<item key=""Bob"">10</item>
<item key=""Cecil"">120</item>
</dict>
<item key=""Name2"">Sue</item>
</platform>
</user>
</input>
</project>";
var ldr = mr.Stub<ILoader>();
var platform = new TestPlatform();
Given_Binary(ldr, platform);
mr.ReplayAll();
var prld = new ProjectLoader(sc, ldr);
prld.LoadProject("c:\\foo\\bar.proj", new MemoryStream(Encoding.UTF8.GetBytes(sproject)));
var list = (IDictionary)platform.Test_Options["Names"];
Assert.AreEqual(3, list.Count);
}
public IUnityTestAssemblyRunner Create(TestPlatform testPlatform, WorkItemFactory factory)
{
return(new UnityTestAssemblyRunner(new UnityTestAssemblyBuilder(), factory));
}
/// <summary>
/// Get the name of the base image to compare the generated images to.
/// </summary>
/// <param name="platform">The platform the test is performed on.</param>
/// <param name="deviceName">The name of the device.</param>
/// <returns>The name of the file.</returns>
public string GenerateBaseFileNameFromVersion(TestPlatform platform, string deviceName)
{
return(this.GetType().Name + @"_" + PlatformPermutator.GetPlatformName(platform) + @"_" + deviceName + @"_v" + BaseVersionNumber + @".png");
}
public void CreateTestRunRequestThrowsIfTestRunCriteriaIsNull()
{
var tp = new TestPlatform();
Assert.ThrowsException <ArgumentNullException>(() => tp.CreateTestRunRequest(null, It.IsAny <ProtocolConfig>()));
}
public IEnumerator <List <IAssemblyWrapper> > GetAssembliesGroupedByTypeAsync(TestPlatform mode)
{
IAssemblyWrapper[] loadedAssemblies = m_EditorAssembliesProxy.loadedAssemblies;
IDictionary <TestPlatform, List <IAssemblyWrapper> > result = new Dictionary <TestPlatform, List <IAssemblyWrapper> >()
{
{ TestPlatform.EditMode, new List <IAssemblyWrapper>() },
{ TestPlatform.PlayMode, new List <IAssemblyWrapper>() }
};
foreach (var loadedAssembly in loadedAssemblies)
{
if (loadedAssembly.GetReferencedAssemblies().Any(x => x.Name == k_NunitAssemblyName || x.Name == k_TestRunnerAssemblyName || x.Name == k_PerformanceTestingAssemblyName))
{
var assemblyName = new FileInfo(loadedAssembly.Location).Name;
var scriptAssemblies = m_AllEditorScriptAssemblies.Where(x => x.Filename == assemblyName).ToList();
var precompiledAssemblies = m_AllPrecompiledAssemblies.Where(x => new FileInfo(x.Path).Name == assemblyName).ToList();
if (scriptAssemblies.Count < 1 && precompiledAssemblies.Count < 1)
{
continue;
}
var assemblyFlags = scriptAssemblies.Any() ? scriptAssemblies.Single().Flags : precompiledAssemblies.Single().Flags;
var assemblyType = (assemblyFlags & AssemblyFlags.EditorOnly) == AssemblyFlags.EditorOnly ? TestPlatform.EditMode : TestPlatform.PlayMode;
result[assemblyType].Add(loadedAssembly);
yield return(null);
}
}
yield return(result[mode]);
}
public void Setup()
{
_platform = new TestPlatform();
}
public void CreateDiscoveryRequestThrowsIfDiscoveryCriteriaIsNull()
{
TestPlatform tp = new TestPlatform();
Assert.ThrowsException <ArgumentNullException>(() => tp.CreateDiscoveryRequest(this.mockRequestData.Object, null));
}
public async Task <IEnumerable <ITestTask> > CreateAsync(Jenkins jenkins, IProcessManager processManager, TestVariationsFactory testVariationsFactory)
{
var runSimulatorTasks = new List <RunSimulatorTask> ();
foreach (var project in jenkins.Harness.IOSTestProjects)
{
if (!project.IsExecutableProject)
{
continue;
}
bool ignored = !jenkins.IncludeSimulator;
if (!jenkins.IsIncluded(project))
{
ignored = true;
}
var ps = new List <Tuple <TestProject, TestPlatform, bool> > ();
if (!project.SkipiOSVariation)
{
ps.Add(new Tuple <TestProject, TestPlatform, bool> (project, TestPlatform.iOS_Unified, ignored || !jenkins.IncludeiOS64));
}
if (project.MonoNativeInfo != null)
{
ps.Add(new Tuple <TestProject, TestPlatform, bool> (project, TestPlatform.iOS_TodayExtension64, ignored || !jenkins.IncludeiOS64));
}
if (!project.SkiptvOSVariation)
{
ps.Add(new Tuple <TestProject, TestPlatform, bool> (project.AsTvOSProject(), TestPlatform.tvOS, ignored || !jenkins.IncludetvOS));
}
if (!project.SkipwatchOSVariation)
{
ps.Add(new Tuple <TestProject, TestPlatform, bool> (project.AsWatchOSProject(), TestPlatform.watchOS, ignored || !jenkins.IncludewatchOS));
}
var configurations = project.Configurations;
if (configurations == null)
{
configurations = new string [] { "Debug" }
}
;
foreach (var config in configurations)
{
foreach (var pair in ps)
{
MSBuildTask derived;
if (project.IsDotNetProject)
{
derived = new DotNetBuildTask(jenkins: jenkins, testProject: project, processManager: processManager);
}
else
{
derived = new MSBuildTask(jenkins: jenkins, testProject: project, processManager: processManager);
}
derived.ProjectConfiguration = config;
derived.ProjectPlatform = "iPhoneSimulator";
derived.Platform = pair.Item2;
derived.Ignored = pair.Item3;
derived.TestName = project.Name;
derived.Dependency = project.Dependency;
derived.CloneTestProject(jenkins.MainLog, processManager, pair.Item1);
var simTasks = CreateAsync(jenkins, processManager, derived);
runSimulatorTasks.AddRange(simTasks);
foreach (var task in simTasks)
{
if (configurations.Length > 1)
{
task.Variation = config;
}
task.TimeoutMultiplier = project.TimeoutMultiplier;
}
}
}
}
var testVariations = testVariationsFactory.CreateTestVariations(runSimulatorTasks, (buildTask, test, candidates) =>
new RunSimulatorTask(
jenkins: jenkins,
simulators: jenkins.Simulators,
buildTask: buildTask,
processManager: processManager,
tunnelBore: jenkins.TunnelBore,
candidates: candidates?.Cast <SimulatorDevice> () ?? test.Candidates)).ToList();
foreach (var tv in testVariations)
{
if (!tv.Ignored)
{
await tv.FindSimulatorAsync();
}
}
var rv = new List <AggregatedRunSimulatorTask> ();
foreach (var taskGroup in testVariations.GroupBy((RunSimulatorTask task) => task.Device?.UDID ?? task.Candidates.ToString()))
{
rv.Add(new AggregatedRunSimulatorTask(jenkins: jenkins, tasks: taskGroup)
{
TestName = $"Tests for {taskGroup.Key}",
});
}
return(rv);
}
IEnumerable <RunSimulatorTask> CreateAsync(Jenkins jenkins, IProcessManager processManager, MSBuildTask buildTask)
{
var runtasks = new List <RunSimulatorTask> ();
TestTarget [] targets = buildTask.Platform.GetAppRunnerTargets();
TestPlatform [] platforms;
bool [] ignored;
switch (buildTask.Platform)
{
case TestPlatform.tvOS:
platforms = new TestPlatform [] { TestPlatform.tvOS };
ignored = new [] { false };
break;
case TestPlatform.watchOS:
platforms = new TestPlatform [] { TestPlatform.watchOS_32 };
ignored = new [] { false };
break;
case TestPlatform.iOS_Unified:
var iOSProject = (iOSTestProject)buildTask.TestProject;
if (iOSProject.SkipiOS32Variation && iOSProject.SkipiOS64Variation)
{
return(runtasks);
}
else if (iOSProject.SkipiOS32Variation)
{
targets = new TestTarget [] { TestTarget.Simulator_iOS64 };
platforms = new TestPlatform [] { TestPlatform.iOS_Unified64 };
ignored = new [] { false };
}
else if (iOSProject.SkipiOS64Variation)
{
targets = new TestTarget [] { TestTarget.Simulator_iOS32 };
platforms = new TestPlatform [] { TestPlatform.iOS_Unified32 };
ignored = new [] { !jenkins.IncludeiOS32 };
}
else
{
platforms = new TestPlatform [] { TestPlatform.iOS_Unified32, TestPlatform.iOS_Unified64 };
ignored = new [] { !jenkins.IncludeiOS32, false };
}
break;
case TestPlatform.iOS_TodayExtension64:
targets = new TestTarget [] { TestTarget.Simulator_iOS64 };
platforms = new TestPlatform [] { TestPlatform.iOS_TodayExtension64 };
ignored = new [] { false };
break;
default:
throw new NotImplementedException();
}
for (int i = 0; i < targets.Length; i++)
{
var sims = jenkins.Simulators.SelectDevices(targets [i], jenkins.SimulatorLoadLog, false);
runtasks.Add(new RunSimulatorTask(
jenkins: jenkins,
simulators: jenkins.Simulators,
buildTask: buildTask,
processManager: processManager,
tunnelBore: jenkins.TunnelBore,
candidates: sims)
{
Platform = platforms [i],
Ignored = ignored [i] || buildTask.Ignored
});
}
return(runtasks);
}
}
protected override bool IsTestMethod(MethodInfo method)
{
string name = method.Name;
return(StartsWithIgnoreCase(name, ConcurrencyConventions.TestPrefix()) && TestPlatform
.IsPublic(method) && !TestPlatform.IsStatic(method) && HasValidParameter(method));
}
public static string GetPlatformName(TestPlatform platform)
{
switch (platform)
{
case TestPlatform.WindowsDx:
return "Windows_Direct3D11";
case TestPlatform.WindowsOgl:
return "Windows_OpenGL";
case TestPlatform.WindowsOgles:
return "Windows_OpenGLES";
case TestPlatform.Android:
return "Android";
case TestPlatform.Ios:
return "IOS";
case TestPlatform.WindowsPhone:
return "Windows_Phone";
case TestPlatform.WindowsStore:
return "Windows_Store";
default:
throw new ArgumentOutOfRangeException();
}
}
public TestListJob(CachingTestListProvider testListProvider, TestPlatform platform, Action <ITestAdaptor> callback)
{
m_TestListProvider = testListProvider;
m_Platform = platform;
m_Callback = callback;
}
public void SudSavePlatformOptions_Scalar()
{
var platform = new TestPlatform
{
Test_Options = new Dictionary<string, object>
{
{ "Name", "Bob" },
{ "Name2", "Sue" },
}
};
var program = new Program
{
Platform = platform
};
var sw = new StringWriter();
When_SaveToTextWriter(program, sw);
var sExp =
@"<?xml version=""1.0"" encoding=""utf-16""?>
<project xmlns=""http://schemata.jklnet.org/Reko/v3"">
<input>
<user>
<platform>
<item key=""Name"">Bob</item>
<item key=""Name2"">Sue</item>
</platform>
</user>
</input>
</project>";
if (sw.ToString() != sExp)
Debug.Print("{0}", sw.ToString());
Assert.AreEqual(sExp, sw.ToString());
}
static TestLauncherBase GetEditModeLauncherForProvidedAssemblies(Filter[] filters, TestPlatform testPlatform = TestPlatform.EditMode)
{
return(new EditModeLauncher(filters, testPlatform));
}
private IEnumerable <MethodInfo> GetTestMethodList(TestPlatform testPlatform, Type type)
{
public EditModeLauncher(Filter[] filters, TestPlatform platform, bool runSynchronously)
{
m_EditModeRunner = ScriptableObject.CreateInstance <EditModeRunner>();
m_EditModeRunner.UnityTestAssemblyRunnerFactory = new UnityTestAssemblyRunnerFactory();
m_EditModeRunner.Init(filters, platform, runSynchronously);
}
public void Prld_issue_299()
{
var sExp =
@"<?xml version=""1.0"" encoding=""utf-8""?>
<project xmlns:xsi=""http://www.w3.org/2001/XMLSchema-instance"" xmlns:xsd=""http://www.w3.org/2001/XMLSchema"" xmlns=""http://schemata.jklnet.org/Reko/v3"">
<input>
<filename>switch.dll</filename>
<disassembly>switch.asm</disassembly>
<intermediate-code>switch.dis</intermediate-code>
<output>switch.c</output>
<types-file>switch.h</types-file>
<global-vars>switch.globals.c</global-vars>
<user>
<procedure name=""get"">
<address>10071000</address>
<CSignature>char * get(unsigned int n)</CSignature>
</procedure>
<heuristic name=""shingle"" />
</user>
</input>
</project>
";
var ldr = mr.Stub<ILoader>();
var platform = new TestPlatform(sc);
Given_TestArch();
Given_TestOS();
Given_Binary(ldr, platform);
Given_TypeLibraryLoaderService();
oe.Stub(o => o.TypeLibraries).Return(new List<ITypeLibraryElement>());
oe.Stub(o => o.CharacteristicsLibraries).Return(new List<ITypeLibraryElement>());
mr.ReplayAll();
var prld = new ProjectLoader(sc, ldr);
var project = prld.LoadProject("/foo/bar", new MemoryStream(Encoding.UTF8.GetBytes(sExp)));
Assert.AreEqual(1, project.Programs.Count);
}
public string GetSimulatorMinVersionTest(TestPlatform platform) => platform.GetSimulatorMinVersion();
/// <summary>
/// Run the test on Windows through a bat file.
/// </summary>
private void RunWindowsTest(string serial, TestPlatform platform)
{
try
{
var command = new StringBuilder();
var parameters = new StringBuilder();
command.Append(@"..\..\Bin\");
switch (platform)
{
case TestPlatform.WindowsDx:
command.Append(@"Windows-AnyCPU-Direct3D\");
break;
case TestPlatform.WindowsOgl:
command.Append(@"Windows-AnyCPU-OpenGL\");
break;
case TestPlatform.WindowsOgles:
command.Append(@"Windows-AnyCPU-OpenGLES\");
break;
default:
throw new ArgumentOutOfRangeException("platform");
}
command.Append(@"SiliconStudio.Xenko.Graphics.Regression.exe");
parameters.Append(serverAddresses);
parameters.Append(" "); parameters.Append(serverPort);
parameters.Append(" "); parameters.Append(buildNumber);
parameters.Append(" "); parameters.Append(serial);
parameters.Append(" "); parameters.Append(this.GetType().Name);
parameters.Append(" "); parameters.Append(this.GetType().Assembly.ManifestModule.Name);
Console.WriteLine(@"Running: " + command.ToString() + @" " + parameters.ToString());
var outputs = ShellHelper.RunProcessAndGetOutput(command.ToString(), parameters.ToString());
foreach (var output in outputs.OutputLines)
Console.WriteLine(output);
foreach (var output in outputs.OutputErrors)
Console.WriteLine(output);
}
catch (Exception e)
{
Console.WriteLine(@"An error was thrown when running the test on Windows.");
dataReceivedEvent.Set();
}
}
public TestAttribute()
{
this.m_Timeout = 5f;
this.m_TestPlatform = TestPlatform.All;
}