void ConfigureMac()
{
var classic_targets = new List <MacClassicTarget> ();
var unified_targets = new List <MacUnifiedTarget> ();
var hardcoded_unified_targets = new List <MacUnifiedTarget> ();
RootDirectory = Path.GetFullPath(RootDirectory).TrimEnd('/');
if (AutoConf)
{
AutoConfigureMac();
}
CreateBCLProjects();
foreach (var file in TestProjects)
{
if (!File.Exists(file))
{
throw new FileNotFoundException(file);
}
var unifiedMobile = new MacUnifiedTarget(true)
{
TemplateProjectPath = file,
Harness = this,
};
unifiedMobile.Execute();
unified_targets.Add(unifiedMobile);
var unifiedXM45 = new MacUnifiedTarget(false)
{
TemplateProjectPath = file,
Harness = this,
};
unifiedXM45.Execute();
unified_targets.Add(unifiedXM45);
var classic = new MacClassicTarget()
{
TemplateProjectPath = file,
Harness = this,
};
classic.Execute();
classic_targets.Add(classic);
}
foreach (var file in HardCodedTestProjects)
{
var unifiedMobile = new MacUnifiedTarget(true, true)
{
TemplateProjectPath = file,
Harness = this,
};
unifiedMobile.Execute();
hardcoded_unified_targets.Add(unifiedMobile);
}
MakefileGenerator.CreateMacMakefile(this, classic_targets.Union <MacTarget> (unified_targets).Union(hardcoded_unified_targets));
}
void ConfigureMac()
{
var classic_targets = new List <MacClassicTarget> ();
var unified_targets = new List <MacUnifiedTarget> ();
var hardcoded_unified_targets = new List <MacUnifiedTarget> ();
Action <MacTarget, string, bool> configureTarget = (MacTarget target, string file, bool isNUnitProject) => {
target.TemplateProjectPath = file;
target.Harness = this;
target.IsNUnitProject = isNUnitProject;
target.Execute();
};
RootDirectory = Path.GetFullPath(RootDirectory).TrimEnd('/');
if (AutoConf)
{
AutoConfigureMac();
}
foreach (var bclTestInfo in MacTestProjects.Where(x => x.BCLInfo != null).Select(x => x.BCLInfo))
{
bclTestInfo.Convert();
}
foreach (var proj in MacTestProjects.Where((v) => v.GenerateVariations))
{
var file = Path.ChangeExtension(proj.Path, "csproj");
if (!File.Exists(file))
{
throw new FileNotFoundException(file);
}
foreach (bool thirtyTwoBit in new bool[] { false, true })
{
if (proj.GenerateModern)
{
var modern = new MacUnifiedTarget(true, thirtyTwoBit);
configureTarget(modern, file, proj.IsNUnitProject);
unified_targets.Add(modern);
}
if (proj.GenerateFull)
{
var full = new MacUnifiedTarget(false, thirtyTwoBit);
configureTarget(full, file, proj.IsNUnitProject);
unified_targets.Add(full);
}
}
if (proj.GenerateSystem)
{
var system = new MacUnifiedTarget(false, false);
system.System = true;
configureTarget(system, file, proj.IsNUnitProject);
unified_targets.Add(system);
}
var classic = new MacClassicTarget();
configureTarget(classic, file, false);
classic_targets.Add(classic);
}
foreach (var proj in MacTestProjects.Where(v => !v.GenerateVariations))
{
var file = proj.Path;
var unified = new MacUnifiedTarget(proj.GenerateModern, thirtyTwoBit: false, shouldSkipProjectGeneration: true);
unified.BCLInfo = proj.BCLInfo;
configureTarget(unified, file, proj.IsNUnitProject);
hardcoded_unified_targets.Add(unified);
}
MakefileGenerator.CreateMacMakefile(this, classic_targets.Union <MacTarget> (unified_targets).Union(hardcoded_unified_targets));
}
int AutoConfigureMac(bool generate_projects)
{
int rv = 0;
var test_suites = new [] {
new { Directory = "apitest", ProjectFile = "apitest", Name = "apitest", Flavors = MacFlavors.Full | MacFlavors.Modern },
new { Directory = "linker/mac/dont link", ProjectFile = "dont link-mac", Name = "dont link", Flavors = MacFlavors.Modern | MacFlavors.Full | MacFlavors.System },
};
foreach (var p in test_suites)
{
MacTestProjects.Add(new MacTestProject(Path.GetFullPath(Path.Combine(RootDirectory, p.Directory, p.ProjectFile + ".csproj")))
{
Name = p.Name,
TargetFrameworkFlavors = p.Flavors,
});
}
MacTestProjects.Add(new MacTestProject(Path.GetFullPath(Path.Combine(RootDirectory, "introspection", "Mac", "introspection-mac.csproj")), targetFrameworkFlavor: MacFlavors.Modern)
{
Name = "introspection"
});
var hard_coded_test_suites = new [] {
new { Directory = "mmptest", ProjectFile = "mmptest", Name = "mmptest", IsNUnit = true, Configurations = (string[])null, Platform = "x86", Flavors = MacFlavors.Console, },
new { Directory = "msbuild-mac", ProjectFile = "msbuild-mac", Name = "MSBuild tests", IsNUnit = true, Configurations = (string[])null, Platform = "x86", Flavors = MacFlavors.Console, },
new { Directory = "xammac_tests", ProjectFile = "xammac_tests", Name = "xammac tests", IsNUnit = false, Configurations = new string [] { "Debug", "Release" }, Platform = "AnyCPU", Flavors = MacFlavors.Modern, },
new { Directory = "linker/mac/link all", ProjectFile = "link all-mac", Name = "link all", IsNUnit = false, Configurations = new string [] { "Debug", "Release" }, Platform = "x86", Flavors = MacFlavors.Modern, },
new { Directory = "linker/mac/link sdk", ProjectFile = "link sdk-mac", Name = "link sdk", IsNUnit = false, Configurations = new string [] { "Debug", "Release" }, Platform = "x86", Flavors = MacFlavors.Modern, },
};
foreach (var p in hard_coded_test_suites)
{
MacTestProjects.Add(new MacTestProject(Path.GetFullPath(Path.Combine(RootDirectory, p.Directory, p.ProjectFile + ".csproj")), targetFrameworkFlavor: p.Flavors)
{
Name = p.Name,
IsNUnitProject = p.IsNUnit,
SolutionPath = Path.GetFullPath(Path.Combine(RootDirectory, "tests-mac.sln")),
Configurations = p.Configurations,
Platform = p.Platform,
});
}
var bcl_suites = new string[] {
};
foreach (var p in bcl_suites)
{
var bclTestInfo = new MacBCLTestInfo(this, p);
var bclTestProject = new MacTestProject(bclTestInfo.ProjectPath, targetFrameworkFlavor: MacFlavors.Modern | MacFlavors.Full)
{
Name = p,
BCLInfo = bclTestInfo,
Platform = "AnyCPU",
};
MacTestProjects.Add(bclTestProject);
}
foreach (var flavor in new MonoNativeFlavor [] { MonoNativeFlavor.Compat, MonoNativeFlavor.Unified })
{
var monoNativeInfo = new MacMonoNativeInfo(this, flavor);
var macTestProject = new MacTestProject(monoNativeInfo.ProjectPath, targetFrameworkFlavor: MacFlavors.Modern | MacFlavors.Full)
{
MonoNativeInfo = monoNativeInfo,
Name = monoNativeInfo.ProjectName,
Platform = "AnyCPU",
};
MacTestProjects.Add(macTestProject);
}
var monoImportTestFactory = new BCLTestImportTargetFactory(this);
MacTestProjects.AddRange(monoImportTestFactory.GetMacBclTargets());
// Generate test projects from templates (bcl/mono-native templates)
if (generate_projects)
{
foreach (var bclTestInfo in MacTestProjects.Where(x => x.BCLInfo != null).Select(x => x.BCLInfo))
{
bclTestInfo.Convert();
}
foreach (var mtp in MacTestProjects.Where(x => x.MonoNativeInfo != null).Select(x => x.MonoNativeInfo))
{
mtp.Convert();
}
}
// All test projects should be either Modern projects or NUnit/console executables at this point.
// If we need to generate Full/System variations, we do that here.
var unified_targets = new List <MacTarget> ();
Action <MacTarget, string, bool, bool> configureTarget = (MacTarget target, string file, bool isNUnitProject, bool skip_generation) => {
target.TemplateProjectPath = file;
target.Harness = this;
target.IsNUnitProject = isNUnitProject;
if (!generate_projects || skip_generation)
{
target.ShouldSkipProjectGeneration = true;
}
target.Execute();
};
foreach (var proj in MacTestProjects)
{
var target = new MacTarget(MacFlavors.Modern);
target.MonoNativeInfo = proj.MonoNativeInfo;
configureTarget(target, proj.Path, proj.IsNUnitProject, true);
unified_targets.Add(target);
}
foreach (var proj in MacTestProjects.Where((v) => v.GenerateVariations).ToArray())
{
var file = proj.Path;
if (!File.Exists(file))
{
Console.WriteLine($"Can't find the project file {file}.");
rv = 1;
continue;
}
// Generate variations if requested
if (proj.GenerateFull)
{
var target = new MacTarget(MacFlavors.Full);
target.MonoNativeInfo = proj.MonoNativeInfo;
configureTarget(target, file, proj.IsNUnitProject, false);
unified_targets.Add(target);
var cloned_project = (MacTestProject)proj.Clone();
cloned_project.TargetFrameworkFlavors = MacFlavors.Full;
cloned_project.Path = target.ProjectPath;
MacTestProjects.Add(cloned_project);
}
if (proj.GenerateSystem)
{
var target = new MacTarget(MacFlavors.System);
target.MonoNativeInfo = proj.MonoNativeInfo;
configureTarget(target, file, proj.IsNUnitProject, false);
unified_targets.Add(target);
var cloned_project = (MacTestProject)proj.Clone();
cloned_project.TargetFrameworkFlavors = MacFlavors.System;
cloned_project.Path = target.ProjectPath;
MacTestProjects.Add(cloned_project);
}
// We're done generating now
// Re-use the existing TestProject instance instead of creating a new one.
proj.TargetFrameworkFlavors = MacFlavors.Modern; // the default/template flavor is 'Modern'
}
if (generate_projects)
{
MakefileGenerator.CreateMacMakefile(this, unified_targets);
}
return(rv);
}
void ConfigureMac()
{
var classic_targets = new List <MacClassicTarget> ();
var unified_targets = new List <MacUnifiedTarget> ();
var hardcoded_unified_targets = new List <MacUnifiedTarget> ();
RootDirectory = Path.GetFullPath(RootDirectory).TrimEnd('/');
if (AutoConf)
{
AutoConfigureMac();
}
foreach (var proj in MacBclTests)
{
proj.Convert(this);
}
foreach (var proj in MacTestProjects.Where((v) => v.GenerateVariations))
{
var file = proj.Path;
if (!File.Exists(file))
{
throw new FileNotFoundException(file);
}
foreach (bool thirtyTwoBit in new bool[] { false, true })
{
var unifiedMobile = new MacUnifiedTarget(true, thirtyTwoBit)
{
TemplateProjectPath = file,
Harness = this,
};
unifiedMobile.Execute();
unified_targets.Add(unifiedMobile);
if (!proj.SkipXMVariations)
{
var unifiedXM45 = new MacUnifiedTarget(false, thirtyTwoBit)
{
TemplateProjectPath = file,
Harness = this,
};
unifiedXM45.Execute();
unified_targets.Add(unifiedXM45);
}
}
var classic = new MacClassicTarget()
{
TemplateProjectPath = file,
Harness = this,
};
classic.Execute();
classic_targets.Add(classic);
}
foreach (var proj in MacTestProjects.Where((v) => !v.GenerateVariations))
{
var file = proj.Path;
var unifiedMobile = new MacUnifiedTarget(true, false, true)
{
TemplateProjectPath = file,
Harness = this,
};
unifiedMobile.Execute();
hardcoded_unified_targets.Add(unifiedMobile);
}
MakefileGenerator.CreateMacMakefile(this, classic_targets.Union <MacTarget> (unified_targets).Union(hardcoded_unified_targets));
}