public void each_BinPath_can_have_multiple_OutputPath()
{
var output1 = TestHelper.CleanupFolder(_outputFolder.AppendPart("each_BinPath_can_have_multiple_OutputPath").AppendPart("o1"), false);
var output2 = TestHelper.CleanupFolder(_outputFolder.AppendPart("each_BinPath_can_have_multiple_OutputPath").AppendPart("o2"), false);
var config = new StObjEngineConfiguration();
config.Aspects.Add(new TypeScriptAspectConfiguration());
var b = new BinPathConfiguration();
b.AspectConfigurations.Add(new XElement("TypeScript", new XElement("OutputPath", output1), new XElement("OutputPath", output2)));
config.BinPaths.Add(b);
var engine = new StObjEngine(TestHelper.Monitor, config);
engine.Run(new MonoCollectorResolver(typeof(Simple))).Should().BeTrue("StObjEngine.Run worked.");
Directory.Exists(output1).Should().BeTrue();
Directory.Exists(output2).Should().BeTrue();
var f1 = output1.Combine("CK/StObj/TypeScript/Tests/Simple.ts");
var f2 = output2.Combine("CK/StObj/TypeScript/Tests/Simple.ts");
File.Exists(f1).Should().BeTrue();
File.Exists(f2).Should().BeTrue();
var s = File.ReadAllText(f1);
s.Should().StartWith("export enum Simple");
s.Should().Be(File.ReadAllText(f2));
}
/// <summary>
/// Low level helper that initializes a new <see cref="StObjEngineConfiguration"/> and computes the force setup flag
/// that can be used by other helpers that need to run a setup.
/// </summary>
/// <param name="helper">The <see cref="IStObjSetupTestHelper"/> helper.</param>
/// <returns>The configuration and the flag.</returns>
static public (StObjEngineConfiguration Configuration, ForceSetupLevel ForceSetup) CreateDefaultConfiguration(IActivityMonitor monitor,
IStObjSetupTestHelper helper)
{
var stObjConf = new StObjEngineConfiguration
{
RevertOrderingNames = helper.StObjRevertOrderingNames,
TraceDependencySorterInput = helper.StObjTraceGraphOrdering,
TraceDependencySorterOutput = helper.StObjTraceGraphOrdering,
};
// BinPath by default is: the first "CKSetup/DefaultBinPaths" if it has been configured
// otherwise it is the {ClosestSUTProjectFolder}/{PathToBin} (if no ClosestSUTProjectFolder
// has been found, {ClosestSUTProjectFolder} is the {TestProjectFolder} so {ClosestSUTProjectFolder}/{PathToBin}
// is... this {BinFolder})
NormalizedPath binPath;
if (helper.CKSetup.DefaultBinPaths.Count > 0)
{
binPath = helper.CKSetup.DefaultBinPaths[0];
monitor.Info($"Using first configured 'CKSetup/DefaultBinPaths' = {binPath}");
}
else
{
binPath = helper.ClosestSUTProjectFolder.Combine(helper.PathToBin);
monitor.Info($"No 'CKSetup/DefaultBinPaths' configuration. Using ClosestSUTProjectFolder/PathToBin: {binPath}.");
}
var b = new BinPathConfiguration
{
// The name of the BinPath to use is the current IStObjMapTestHelper.BinPathName.
Name = helper.BinPathName,
Path = binPath,
// Then the OutputPath will copy the generated assembly to this bin folder.
OutputPath = helper.BinFolder,
CompileOption = CompileOption.Compile,
// ...and the G0.cs to the TestProjectFolder.
GenerateSourceFiles = helper.StObjGenerateSourceFiles,
ProjectPath = helper.TestProjectFolder
};
stObjConf.BinPaths.Add(b);
// Consider by default the CKSetup configuration that be not None,
// but if it is None, set it to Engine: the engine must run even if
// all the binaries are unchanged to check the G0.cs and assembly.
var f = helper.CKSetup.ForceSetup;
if (f == ForceSetupLevel.None)
{
monitor.Trace($"Setting CKSetup ForceSetupLevel to Engine so it can check the required artifacts.");
f = ForceSetupLevel.Engine;
}
return(stObjConf, f);
}
static NormalizedPath GenerateTSCode(string testName, params Type[] types)
{
var output = TestHelper.CleanupFolder(_outputFolder.AppendPart(testName), false);
var config = new StObjEngineConfiguration();
config.Aspects.Add(new TypeScriptAspectConfiguration());
var b = new BinPathConfiguration();
b.AspectConfigurations.Add(new XElement("TypeScript", new XElement("OutputPath", output)));
config.BinPaths.Add(b);
var engine = new StObjEngine(TestHelper.Monitor, config);
engine.Run(new MonoCollectorResolver(types)).Should().BeTrue("StObjEngine.Run worked.");
Directory.Exists(output).Should().BeTrue();
return(output);
}
static (NormalizedPath BinTSPath1, NormalizedPath BinTSPath2) GenerateTSCode(string testName, params Type[] types)
{
var output1 = TestHelper.CleanupFolder(_outputFolder.AppendPart(testName).AppendPart("b1"), false);
var output2 = TestHelper.CleanupFolder(_outputFolder.AppendPart(testName).AppendPart("b2"), false);
var config = new StObjEngineConfiguration();
config.Aspects.Add(new TypeScriptAspectConfiguration());
var b1 = new BinPathConfiguration();
b1.AspectConfigurations.Add(new XElement("TypeScript", new XElement("OutputPath", output1)));
var b2 = new BinPathConfiguration();
b2.AspectConfigurations.Add(new XElement("TypeScript", new XElement("OutputPath", output2)));
// b3 has no TypeScript aspect or no OutputPath or an empty OutputPath: nothing must be generated and this is just a warning.
var b3 = new BinPathConfiguration();
switch (Environment.TickCount % 3)
{
case 0: b3.AspectConfigurations.Add(new XElement("TypeScript", new XElement("OutputPath", " "))); break;
case 1: b3.AspectConfigurations.Add(new XElement("TypeScript")); break;
}
config.BinPaths.Add(b1);
config.BinPaths.Add(b2);
config.BinPaths.Add(b3);
var engine = new StObjEngine(TestHelper.Monitor, config);
engine.Run(new MonoCollectorResolver(types)).Should().BeTrue("StObjEngine.Run worked.");
Directory.Exists(output1).Should().BeTrue();
Directory.Exists(output2).Should().BeTrue();
return(output1, output2);
}
public StObjCollectorResult GetSecondaryResult(BinPathConfiguration head, IEnumerable <BinPathConfiguration> all)
{
throw new NotImplementedException("There is only one BinPath: only the unified one is required.");
}
public StObjCollectorResult GetUnifiedResult(BinPathConfiguration unified)
{
return(TestHelper.GetSuccessfulResult(TestHelper.CreateStObjCollector(_types)));
}