public void ProducesAssemblyWithoutAnyReferenceToNXPortAttributes()
{
using (var testEnv = new TestEnvironment())
{
var testCode = @"namespace Test {
public class TestClassA {
[NXPorts.Attributes.DllExport]
public static void DoSomething()
{
}
}
}";
if (!testEnv.CreateTestDLL("test", new[] { testCode }))
{
Assert.Fail("Test compile failed.");
}
using (var testExportAttributedAssembly = new ExportAttributedAssembly("./test.dll"))
{
var writer = new AssemblyExportWriterTask();
writer.BuildEngine = BuildEngine.Create();
writer.Write(testExportAttributedAssembly, "./testOut.dll");
}
using (var resultModule = ModuleDefMD.Load("./testOut.dll"))
{
var simpleNameOfAttributeAssembly = typeof(NXPorts.Attributes.DllExportAttribute).Assembly.GetName().Name;
Assert.AreEqual(
null,
resultModule.GetAssemblyRef(simpleNameOfAttributeAssembly),
$"Assembly was left with a reference to assembly '{simpleNameOfAttributeAssembly}'."
);
}
}
}
public void ProducesAssemblyWithOneWorkingExport()
{
using (var testEnv = new TestEnvironment())
{
var testCode = @"namespace Test {
public class TestClassA {
[NXPorts.Attributes.DllExport]
public static string DoSomething()
{
return ""TestReturnValue"";
}
}
}";
if (!testEnv.CreateTestDLL("test", new[] { testCode }))
{
Assert.Fail("Test compile failed.");
}
using (var testExportAttributedAssembly = new ExportAttributedAssembly("./test.dll"))
{
var writer = new AssemblyExportWriterTask();
writer.BuildEngine = BuildEngine.Create();
writer.Write(testExportAttributedAssembly, "./test.dll");
}
Assert.That.RunsWithoutError <DoSomethingDelegate>(
"./test.dll",
"DoSomething",
d => {
Assert.AreEqual("TestReturnValue", d());
}
);
}
}
public void ProducesAssemblyWithoutExportAttributes()
{
using (var testEnv = new TestEnvironment())
{
var testCode = @"namespace Test {
public class TestClassA {
[NXPorts.Attributes.DllExport]
public static void DoSomething() { }
}
}";
if (!testEnv.CreateTestDLL("test", new[] { testCode }))
{
Assert.Fail("Test compile failed.");
}
using (var testExportAttributedAssembly = new ExportAttributedAssembly("./test.dll"))
{
var writer = new AssemblyExportWriterTask();
writer.BuildEngine = BuildEngine.Create();
writer.Write(testExportAttributedAssembly, "./test.dll");
}
using (var resultModule = ModuleDefMD.Load("./test.dll"))
{
var methodsWithOffendingAttribute = from t in resultModule.Types
from m in t.Methods
from ca in m.CustomAttributes
where ca.TypeFullName == typeof(Attributes.DllExportAttribute).FullName
select m;
Assert.AreEqual(0, methodsWithOffendingAttribute.Count(), $"Assembly was left with one ore more {nameof(Attributes.DllExportAttribute)} occurences.");
}
}
}
public void TraversalReferencesWork()
{
ProjectCreator projectB = ProjectCreator
.Create(GetTempFileName())
.Save();
ProjectCreator projectA = ProjectCreator
.Create(GetTempFileName())
.ItemProjectReference(projectB)
.Save();
ProjectCreator dirsProj = ProjectCreator
.Create(GetTempFileName())
.Property("IsTraversal", "true")
.ItemInclude("ProjectFile", projectA.FullPath)
.Save();
BuildEngine buildEngine = BuildEngine.Create();
MSBuildProjectLoader loader = new MSBuildProjectLoader(null, MSBuildToolsVersion, buildEngine);
ProjectCollection projectCollection = loader.LoadProjectsAndReferences(new[] { dirsProj.FullPath });
projectCollection.LoadedProjects.Select(i => i.FullPath).ShouldBe(
new[] { dirsProj.FullPath, projectA.FullPath, projectB.FullPath },
ignoreOrder: true);
}
public void InvalidProjectsLogGoodInfo()
{
ProjectCreator projectA = ProjectCreator
.Create(GetTempFileName())
.Import(@"$(Foo)\foo.props")
.Save();
ProjectCreator dirsProj = ProjectCreator
.Create(GetTempFileName())
.Property("IsTraversal", "true")
.ItemInclude("ProjectFile", projectA.FullPath)
.Save();
BuildEngine buildEngine = BuildEngine.Create();
MSBuildProjectLoader loader = new MSBuildProjectLoader(null, MSBuildToolsVersion, buildEngine);
loader.LoadProjectsAndReferences(new[] { dirsProj.FullPath });
BuildErrorEventArgs errorEventArgs = buildEngine.ErrorEvents.ShouldHaveSingleItem();
errorEventArgs.Code.ShouldBe("MSB4019");
errorEventArgs.ColumnNumber.ShouldBe(3);
errorEventArgs.HelpKeyword.ShouldBe("MSBuild.ImportedProjectNotFound");
errorEventArgs.LineNumber.ShouldBe(3);
errorEventArgs.File.ShouldBe(projectA.FullPath);
}
private BuildEngine GetBuildEngineWithEvents(Action <IBuildEngine> action)
{
BuildEngine buildEngine = BuildEngine.Create();
action(buildEngine);
return(buildEngine);
}
public void RecursiveWildcards()
{
DirectoryInfo source = CreateFiles(
"source",
"foo.txt",
"foo.exe",
"foo.exe.config",
"foo.dll",
"foo.pdb",
"foo.xml",
"foo.cs",
"foo.ini",
"bar.dll",
"bar.pdb",
"bar.xml",
"bar.cs",
Path.Combine("baz", "baz.dll"));
DirectoryInfo destination = new DirectoryInfo(Path.Combine(TestRootPath, "destination"));
BuildEngine buildEngine = BuildEngine.Create();
Robocopy copyArtifacts = new Robocopy
{
BuildEngine = buildEngine,
Sources = new ITaskItem[]
{
new MockTaskItem(source.FullName)
{
["DestinationFolder"] = destination.FullName,
["FileMatch"] = "*exe *dll *exe.config",
},
},
Sleep = duration => { },
};
copyArtifacts.Execute().ShouldBeTrue(buildEngine.GetConsoleLog());
destination.GetFiles("*", SearchOption.AllDirectories)
.Select(i => i.FullName)
.ShouldBe(
new[]
{
"bar.dll",
"foo.dll",
"foo.exe",
"foo.exe.config",
Path.Combine("baz", "baz.dll"),
}.Select(i => Path.Combine(destination.FullName, i)),
ignoreOrder: true);
}
public void BuildFailsIfError()
{
ProjectCreator dirsProj = ProjectCreator
.Create(GetTempFileName())
.Property("IsTraversal", "true")
.ItemInclude("ProjectFile", "does not exist")
.Save();
BuildEngine buildEngine = BuildEngine.Create();
MSBuildProjectLoader loader = new MSBuildProjectLoader(null, MSBuildToolsVersion, buildEngine);
loader.LoadProjectsAndReferences(new[] { dirsProj.FullPath });
buildEngine.Errors.ShouldHaveSingleItem().ShouldStartWith("The project file could not be loaded. Could not find file ");
}
public void ProjectReferencesWork()
{
ProjectCreator projectB = ProjectCreator
.Create(GetTempFileName())
.Save();
ProjectCreator projectA = ProjectCreator
.Create(GetTempFileName())
.ItemProjectReference(projectB)
.Save();
BuildEngine buildEngine = BuildEngine.Create();
MSBuildProjectLoader loader = new MSBuildProjectLoader(null, MSBuildToolsVersion, buildEngine);
ProjectCollection projectCollection = loader.LoadProjectsAndReferences(new[] { projectA.FullPath });
projectCollection.LoadedProjects.Select(i => i.FullPath).ShouldBe(new[] { projectA.FullPath, projectB.FullPath });
}
public void NonRecursiveWildcards()
{
DirectoryInfo source = CreateFiles(
"source",
@"foo.txt",
@"foo.ini",
@"bar.txt",
@"bar\bar.pdb",
@"bar\bar.txt",
@"bar.cs",
@"baz\baz.dll",
@"baz\baz.txt");
DirectoryInfo destination = new DirectoryInfo(Path.Combine(TestRootPath, "destination"));
BuildEngine buildEngine = BuildEngine.Create();
Robocopy copyArtifacts = new Robocopy
{
BuildEngine = buildEngine,
Sources = new ITaskItem[]
{
new MockTaskItem(source.FullName)
{
["DestinationFolder"] = destination.FullName,
["FileMatch"] = "*txt",
[nameof(RobocopyMetadata.IsRecursive)] = "false"
}
},
Sleep = duration => { }
};
copyArtifacts.Execute().ShouldBeTrue(buildEngine.GetConsoleLog());
destination.GetFiles("*", SearchOption.AllDirectories)
.Select(i => i.FullName)
.ShouldBe(new[]
{
"bar.txt",
"foo.txt",
}.Select(i => Path.Combine(destination.FullName, i)));
}
public void GlobalPropertiesSetCorrectly()
{
Dictionary <string, string> expectedGlobalProperties = new Dictionary <string, string>(StringComparer.OrdinalIgnoreCase)
{
["Property1"] = "1A836FEB3ABA43B183034DFDD5C4E375",
["Property2"] = "CEEC5C9FF0F344DAA32A0F545460EB2C"
};
ProjectCreator projectA = ProjectCreator
.Create(GetTempFileName())
.Save();
BuildEngine buildEngine = BuildEngine.Create();
MSBuildProjectLoader loader = new MSBuildProjectLoader(expectedGlobalProperties, MSBuildToolsVersion, buildEngine);
ProjectCollection projectCollection = loader.LoadProjectsAndReferences(new[] { projectA.FullPath });
projectCollection.GlobalProperties.ShouldBe(expectedGlobalProperties);
}
