public List <MacTestProject> GetMacBclTargets(MacFlavors flavor)
{
Platform platform;
if (flavor == MacFlavors.Full)
{
platform = Platform.MacOSFull;
}
else
{
platform = Platform.MacOSModern;
}
var result = new List <MacTestProject> ();
foreach (var tp in projectGenerator.GenerateAllMacTestProjects(platform))
{
var prefix = tp.XUnit ? "xUnit" : "NUnit";
var finalName = (tp.Name == "mscorlib") ? tp.Name : $"[{prefix}] Mono {tp.Name}"; // mscorlib is our special test
result.Add(new MacTestProject(tp.Path, targetFrameworkFlavor: flavor, generateVariations: false)
{
Name = finalName,
Platform = "AnyCPU",
IsExecutableProject = true,
FailureMessage = tp.Failure,
RestoreNugetsInProject = true,
MTouchExtraArgs = tp.ExtraArgs,
});
}
return(result);
}
public List <MacTestProject> GetMacBclTargets(MacFlavors flavor)
{
Platform platform;
if (flavor == MacFlavors.Full)
{
platform = Platform.MacOSFull;
}
else
{
platform = Platform.MacOSModern;
}
var result = new List <MacTestProject> ();
foreach (var(name, path, xunit, failure) in projectGenerator.GenerateAllMacTestProjects(platform))
{
var prefix = xunit ? "xUnit" : "NUnit";
result.Add(new MacTestProject(path, targetFrameworkFlavor: flavor, generateVariations: false)
{
Name = $"[{prefix}] Mono {name}",
Platform = "AnyCPU",
IsExecutableProject = true,
FailureMessage = failure,
RestoreNugetsInProject = true,
Dependency = async() => {
var rv = await Harness.BuildBclTests();
if (!rv.Succeeded)
{
throw new Exception($"Failed to build BCL tests, exit code: {rv.ExitCode}. Check the harness log for more details.");
}
}
});
}
return(result);
}
public List <MacTestProject> GetMacBclTargets(MacFlavors flavor)
{
Platform platform;
if (flavor == MacFlavors.Full)
{
platform = Platform.MacOSFull;
}
else
{
platform = Platform.MacOSModern;
}
var result = new List <MacTestProject> ();
foreach (var(name, path, xunit, extraArgs, failure) in projectGenerator.GenerateAllMacTestProjects(platform))
{
var prefix = xunit ? "xUnit" : "NUnit";
result.Add(new MacTestProject(path, targetFrameworkFlavor: flavor, generateVariations: false)
{
Name = $"[{prefix}] Mono {name}",
Platform = "AnyCPU",
IsExecutableProject = true,
FailureMessage = failure,
RestoreNugetsInProject = true,
MTouchExtraArgs = extraArgs,
});
}
return(result);
}
public MacBCLTestInfo(Harness harness, string testName, MacFlavors flavor) : base(harness, testName)
{
if (flavor == MacFlavors.All || flavor == MacFlavors.NonSystem)
{
throw new ArgumentException("Each target must be a specific flavor");
}
Flavor = flavor;
}
public MacMonoNativeInfo(Harness harness, MonoNativeFlavor flavor, MacFlavors macFlavor)
: base(harness, flavor)
{
if (macFlavor == MacFlavors.All)
{
throw new ArgumentException("Each target must be a specific flavor");
}
MacFlavor = macFlavor;
}
public static TestPlatform ToTestPlatform(this MacFlavors flavor)
{
return(flavor switch
{
MacFlavors.Console => TestPlatform.Mac,
MacFlavors.Full => TestPlatform.Mac_Full,
MacFlavors.Modern => TestPlatform.Mac_Modern,
MacFlavors.System => TestPlatform.Mac_System,
_ => throw new NotImplementedException(flavor.ToString()),
});
public MacTestProject(string path, bool isExecutableProject = true, bool generateVariations = true, MacFlavors targetFrameworkFlavor = MacFlavors.NonSystem) : base(path, isExecutableProject, generateVariations)
{
TargetFrameworkFlavor = targetFrameworkFlavor;
}
public MacTestProject(string path, bool isExecutableProject = true, MacFlavors targetFrameworkFlavor = MacFlavors.Full | MacFlavors.Modern) : base(path, isExecutableProject)
{
TargetFrameworkFlavors = targetFrameworkFlavor;
}
public MacTarget(MacFlavors flavor)
{
Flavor = flavor;
}
public void ToTestPlatformTest(MacFlavors flavor, TestPlatform expected) => Assert.AreEqual(flavor.ToTestPlatform(), expected);
