public void ItOutputsFileWritesForProcessedContent()
{
// sample data
string [] contentFiles = new string[]
{
Path.Combine("contentFiles", "any", "samplepp.txt"),
Path.Combine("contentFiles", "any", "image.png"),
Path.Combine("contentFiles", "any", "plain.txt"),
};
string inputText = "This is the $rootnamespace$ of $filename$";
string rootNamespace = "LibA.Test";
string fileName = "B.cs";
var preprocessorValues = new Dictionary <string, string>()
{
{ "rootnamespace", rootNamespace },
{ "filename", fileName },
};
// mock preprocessor
var assetPreprocessor = new MockContentAssetPreprocessor((s) => false);
assetPreprocessor.MockReadContent = inputText;
// input items
var contentPreprocessorValues = GetPreprocessorValueItems(preprocessorValues);
var contentFileDefinitions = contentFiles
.Select(c => GetFileDef("LibA/1.2.3", c)).ToArray();
var contentFileDependencies = new ITaskItem[]
{
GetFileDep("LibA/1.2.3", contentFiles[0], buildAction: "Content", ppOutputPath: "samplepp.output.txt"),
GetFileDep("LibA/1.2.3", contentFiles[1], buildAction: "EmbeddedResource"),
GetFileDep("LibA/1.2.3", contentFiles[2], buildAction: "Content"),
};
// execute task
var task = new ProduceContentAssets(assetPreprocessor)
{
ContentFileDefinitions = contentFileDefinitions,
ContentFileDependencies = contentFileDependencies,
ContentPreprocessorValues = contentPreprocessorValues,
ContentPreprocessorOutputDirectory = ContentOutputDirectory,
ProjectLanguage = null,
};
task.Execute().Should().BeTrue();
// Asserts
assetPreprocessor.MockWrittenContent.Should().Be($"This is the {rootNamespace} of {fileName}");
task.FileWrites.Count().Should().Be(1);
task.FileWrites.Select(t => t.ItemSpec)
.Should().Contain(Path.Combine(ContentOutputDirectory, "test", "LibA", "1.2.3", "samplepp.output.txt"));
task.ProcessedContentItems.Count().Should().Be(3);
task.CopyLocalItems.Count().Should().Be(0);
}
public void ItProcessesContentFiles()
{
// sample data
string sampleppTxt = Path.Combine("contentFiles", "any", "samplepp.txt");
string inputText = "This is the $rootnamespace$ of $filename$";
string rootNamespace = "LibA.Test";
string fileName = "B.cs";
var preprocessorValues = new Dictionary <string, string>()
{
{ "rootnamespace", rootNamespace },
{ "filename", fileName },
};
// mock preprocessor
var assetPreprocessor = new MockContentAssetPreprocessor((s) => false);
assetPreprocessor.MockReadContent = inputText;
// input items
var contentPreprocessorValues = GetPreprocessorValueItems(preprocessorValues);
var contentFileDependencies = new ITaskItem[]
{
GetFileDep("LibA", "1.2.3", sampleppTxt, ppOutputPath: "samplepp.output.txt")
};
// execute task
var task = new ProduceContentAssets(assetPreprocessor)
{
ContentFileDependencies = contentFileDependencies,
ContentPreprocessorValues = contentPreprocessorValues,
ContentPreprocessorOutputDirectory = ContentOutputDirectory,
ProjectLanguage = null,
};
task.Execute().Should().BeTrue();
// Asserts
assetPreprocessor.MockWrittenContent.Should().Be($"This is the {rootNamespace} of {fileName}");
task.FileWrites.Count().Should().Be(1);
task.FileWrites.Select(t => t.ItemSpec)
.Should().Contain(Path.Combine(ContentOutputDirectory, "test", "LibA", "1.2.3", "samplepp.output.txt"));
task.CopyLocalItems.Count().Should().Be(0); // copyToOutput = false
task.ProcessedContentItems.Count().Should().Be(0); // buildAction = none
}
public void ItCanOutputOnlyPreprocessedItems()
{
// sample data
string package = "LibA/1.2.3";
string[] contentFiles = new string[]
{
Path.Combine("contentFiles", "any", "samplepp1.txt"),
Path.Combine("contentFiles", "any", "samplepp2.pp"),
Path.Combine("contentFiles", "any", "image.png"),
Path.Combine("contentFiles", "any", "plain.txt"),
};
string inputText = "This is the $rootnamespace$ of $filename$";
string rootNamespace = "LibA.Test";
string fileName = "B.cs";
var preprocessorValues = new Dictionary <string, string>()
{
{ "rootnamespace", rootNamespace },
{ "filename", fileName },
};
// mock preprocessor
var assetPreprocessor = new MockContentAssetPreprocessor((s) => false);
assetPreprocessor.MockReadContent = inputText;
// input items
var contentPreprocessorValues = GetPreprocessorValueItems(preprocessorValues);
var contentFileDefinitions = contentFiles
.Select(c => GetFileDef(package, c)).ToArray();
var contentFileDependencies = new ITaskItem[]
{
GetFileDep(package, contentFiles[0], buildAction: "Content", copyToOutput: true,
ppOutputPath: "samplepp1.output.txt"),
GetFileDep(package, contentFiles[0], buildAction: "Content", copyToOutput: true,
ppOutputPath: "samplepp2.output.txt"),
GetFileDep(package, contentFiles[2], buildAction: "Content", copyToOutput: true,
outputPath: Path.Combine("output", contentFiles[2])),
GetFileDep(package, contentFiles[3], buildAction: "Content", copyToOutput: true,
outputPath: Path.Combine("output", contentFiles[3])),
};
// execute task
var task = new ProduceContentAssets(assetPreprocessor)
{
ContentFileDefinitions = contentFileDefinitions,
ContentFileDependencies = contentFileDependencies,
ContentPreprocessorValues = contentPreprocessorValues,
ContentPreprocessorOutputDirectory = ContentOutputDirectory,
ProduceOnlyPreprocessorFiles = true,
ProjectLanguage = null,
};
task.Execute().Should().BeTrue();
// Asserts
string[] assetWritePaths = new string[]
{
Path.Combine(ContentOutputDirectory, "test", "LibA", "1.2.3", "samplepp1.output.txt"),
Path.Combine(ContentOutputDirectory, "test", "LibA", "1.2.3", "samplepp2.output.txt")
};
task.FileWrites.Count().Should().Be(2);
task.FileWrites.Select(t => t.ItemSpec).Should().Contain(assetWritePaths);
// only 2 of 4 content files should be processed
var processedContentItems = task.ProcessedContentItems;
processedContentItems.Count().Should().Be(2);
processedContentItems.Where(t => t.ItemSpec.EndsWith(assetWritePaths[0])).Should().NotBeEmpty();
processedContentItems.Where(t => t.ItemSpec.EndsWith(assetWritePaths[1])).Should().NotBeEmpty();
processedContentItems.Where(t => t.ItemSpec.EndsWith(contentFiles[2])).Should().BeEmpty();
processedContentItems.Where(t => t.ItemSpec.EndsWith(contentFiles[3])).Should().BeEmpty();
// only 2 of 4 content files should be copied
var copyLocalItems = task.CopyLocalItems;
copyLocalItems.Count().Should().Be(2);
copyLocalItems.Where(t => t.ItemSpec.EndsWith(assetWritePaths[0])).Should().NotBeEmpty();
copyLocalItems.Where(t => t.ItemSpec.EndsWith(assetWritePaths[1])).Should().NotBeEmpty();
copyLocalItems.Where(t => t.ItemSpec.EndsWith(contentFiles[2])).Should().BeEmpty();
copyLocalItems.Where(t => t.ItemSpec.EndsWith(contentFiles[3])).Should().BeEmpty();
}
public void ItOutputsContentItemsWithActiveBuildAction()
{
// sample data
string package = "LibA/1.2.3";
string[] contentFiles = new string[]
{
Path.Combine("contentFiles", "any", "samplepp.txt"),
Path.Combine("contentFiles", "any", "image.png"),
Path.Combine("contentFiles", "any", "plain.txt"),
Path.Combine("donotcopy", "README.md"),
};
string inputText = "This is the $rootnamespace$ of $filename$";
string rootNamespace = "LibA.Test";
string fileName = "B.cs";
var preprocessorValues = new Dictionary <string, string>()
{
{ "rootnamespace", rootNamespace },
{ "filename", fileName },
};
// mock preprocessor
var assetPreprocessor = new MockContentAssetPreprocessor((s) => false);
assetPreprocessor.MockReadContent = inputText;
// input items
var contentPreprocessorValues = GetPreprocessorValueItems(preprocessorValues);
var contentFileDefinitions = contentFiles
.Select(c => GetFileDef(package, c)).ToArray();
var contentFileDependencies = new ITaskItem[]
{
GetFileDep(package, contentFiles[0], buildAction: "Content", ppOutputPath: "samplepp.output.txt"),
GetFileDep(package, contentFiles[1], buildAction: "EmbeddedResource"),
GetFileDep(package, contentFiles[2], buildAction: "Content"),
GetFileDep(package, contentFiles[3], buildAction: "None"),
};
// execute task
var task = new ProduceContentAssets(assetPreprocessor)
{
ContentFileDefinitions = contentFileDefinitions,
ContentFileDependencies = contentFileDependencies,
ContentPreprocessorValues = contentPreprocessorValues,
ContentPreprocessorOutputDirectory = ContentOutputDirectory,
ProjectLanguage = null,
};
task.Execute().Should().BeTrue();
// Asserts
assetPreprocessor.MockWrittenContent.Should().Be($"This is the {rootNamespace} of {fileName}");
string assetWritePath = Path.Combine(ContentOutputDirectory, "test", "LibA", "1.2.3", "samplepp.output.txt");
task.FileWrites.Count().Should().Be(1);
task.FileWrites.Select(t => t.ItemSpec).Should().Contain(assetWritePath);
task.CopyLocalItems.Count().Should().Be(0);
var contentItems = task.ProcessedContentItems;
contentItems.Count().Should().Be(3);
var item = contentItems.Where(t => t.ItemSpec.EndsWith(assetWritePath)).First();
item.GetMetadata("ProcessedItemType").Should().Be("Content");
item.GetMetadata(MetadataKeys.ParentPackage).Should().Be(package);
item = contentItems.Where(t => t.ItemSpec.EndsWith(contentFiles[1])).First();
item.GetMetadata("ProcessedItemType").Should().Be("EmbeddedResource");
item.GetMetadata(MetadataKeys.ParentPackage).Should().Be(package);
item = contentItems.Where(t => t.ItemSpec.EndsWith(contentFiles[2])).First();
item.GetMetadata("ProcessedItemType").Should().Be("Content");
item.GetMetadata(MetadataKeys.ParentPackage).Should().Be(package);
// not added to content items
contentItems.Where(t => t.ItemSpec.EndsWith(contentFiles[3])).Should().BeEmpty();
}
public void ItOutputsCopyLocalItems()
{
// sample data
string packageId = "LibA";
string packageVersion = "1.2.3";
string[] contentFiles = new string[]
{
Path.Combine("contentFiles", "any", "samplepp.txt"),
Path.Combine("contentFiles", "any", "image.png"),
Path.Combine("contentFiles", "any", "plain.txt"),
Path.Combine("donotcopy", "README.md"),
};
string inputText = "This is the $rootnamespace$ of $filename$";
string rootNamespace = "LibA.Test";
string fileName = "B.cs";
var preprocessorValues = new Dictionary <string, string>()
{
{ "rootnamespace", rootNamespace },
{ "filename", fileName },
};
// mock preprocessor
var assetPreprocessor = new MockContentAssetPreprocessor((s) => false);
assetPreprocessor.MockReadContent = inputText;
// input items
var contentPreprocessorValues = GetPreprocessorValueItems(preprocessorValues);
var contentFileDependencies = new ITaskItem[]
{
GetFileDep(packageId, packageVersion, contentFiles[0], copyToOutput: true, ppOutputPath: "samplepp.output.txt"),
GetFileDep(packageId, packageVersion, contentFiles[1], copyToOutput: true,
outputPath: Path.Combine("output", contentFiles[1])),
GetFileDep(packageId, packageVersion, contentFiles[2], copyToOutput: true,
outputPath: Path.Combine("output", contentFiles[2])),
GetFileDep(packageId, packageVersion, contentFiles[3], copyToOutput: false),
};
// execute task
var task = new ProduceContentAssets(assetPreprocessor)
{
ContentFileDependencies = contentFileDependencies,
ContentPreprocessorValues = contentPreprocessorValues,
ContentPreprocessorOutputDirectory = ContentOutputDirectory,
ProjectLanguage = null,
};
task.Execute().Should().BeTrue();
// Asserts
assetPreprocessor.MockWrittenContent.Should().Be($"This is the {rootNamespace} of {fileName}");
string assetWritePath = Path.Combine(ContentOutputDirectory, "test", "LibA", "1.2.3", "samplepp.output.txt");
task.FileWrites.Count().Should().Be(1);
task.FileWrites.Select(t => t.ItemSpec).Should().Contain(assetWritePath);
task.ProcessedContentItems.Count().Should().Be(0);
var copyLocalItems = task.CopyLocalItems;
copyLocalItems.Count().Should().Be(3);
var item = copyLocalItems.Where(t => t.ItemSpec.EndsWith(assetWritePath)).First();
item.GetMetadata("TargetPath").Should().Be("samplepp.output.txt");
item.GetMetadata(MetadataKeys.NuGetPackageId).Should().Be("LibA");
item.GetMetadata(MetadataKeys.NuGetPackageVersion).Should().Be("1.2.3");
for (int i = 1; i < 3; i++)
{
item = copyLocalItems.Where(t => t.ItemSpec.EndsWith(contentFiles[i])).First();
item.GetMetadata("TargetPath").Should().Be(Path.Combine("output", contentFiles[i]));
item.GetMetadata(MetadataKeys.NuGetPackageId).Should().Be("LibA");
item.GetMetadata(MetadataKeys.NuGetPackageVersion).Should().Be("1.2.3");
}
// not added to copy
copyLocalItems.Where(t => t.ItemSpec.EndsWith(contentFiles[3])).Should().BeEmpty();
}
