public void ProcessTests(ProjectComponents components, ProjectOutputType outputType, string startingTfmString, string expectedTfmString, bool tryUpdate)
{
// Arrange
var fixture = new Fixture();
using var mock = AutoMock.GetLoose();
var tfm = ParseTfm(startingTfmString);
var expectedTfm = ParseTfm(expectedTfmString);
var project = new Mock <IProject>();
project.Setup(p => p.OutputType).Returns(outputType);
var state = new Mock <ITargetFrameworkSelectorFilterState>();
state.Setup(s => s.Current).Returns(tfm);
state.Setup(s => s.Project).Returns(project.Object);
state.Setup(s => s.Components).Returns(components);
var filter = mock.Create <WindowsSdkTargetFrameworkSelectorFilter>();
// Act
filter.Process(state.Object);
// Assert
var count = tryUpdate ? Times.Once() : Times.Never();
state.Verify(s => s.TryUpdate(expectedTfm), count);
}
private static string AdjustTargetTFM(ProjectStyle projectStyle, ProjectOutputType outputType, string candidateTargetTFM)
{
if (candidateTargetTFM.ContainsIgnoreCase(MSBuildFacts.Net5) && projectStyle is ProjectStyle.WindowsDesktop)
{
return(MSBuildFacts.Net5Windows);
}
if (projectStyle is not ProjectStyle.MSTest && projectStyle is not ProjectStyle.Web && outputType is ProjectOutputType.Library)
{
return(MSBuildFacts.NetStandard20);
}
//conditional checks for Xamarin Project Styles
if (projectStyle is ProjectStyle.XamarinDroid)
{
return(XamarinFacts.Net6XamarinAndroid);
}
if (projectStyle is ProjectStyle.XamariniOS)
{
return(XamarinFacts.Net6XamariniOS);
}
return(candidateTargetTFM);
}
public void ProcessTests(ProjectOutputType outputType, bool tryUpdate)
{
// Arrange
var fixture = new Fixture();
using var mock = AutoMock.GetLoose();
var project = new Mock <IProject>();
project.Setup(p => p.OutputType).Returns(outputType);
var tfm = fixture.Create <TargetFrameworkMoniker>();
var state = new Mock <ITargetFrameworkSelectorFilterState>();
state.Setup(s => s.Project).Returns(project.Object);
state.Setup(s => s.AppBase).Returns(tfm);
var filter = mock.Create <ExecutableTargetFrameworkSelectorFilter>();
// Act
filter.Process(state.Object);
// Assert
var count = tryUpdate ? Times.Once() : Times.Never();
state.Verify(s => s.TryUpdate(tfm), count);
}
public BaselineProject(UnconfiguredProject project, ImmutableArray <string> globalProperties, ProjectStyle projectStyle, ProjectOutputType outputType) : this()
{
GlobalProperties = globalProperties;
Project = project ?? throw new ArgumentNullException(nameof(project));
ProjectStyle = projectStyle;
OutputType = outputType;
}
public BaselineProject(UnconfiguredProject project, ImmutableArray <string> globalProperties, ProjectStyle projectStyle, ProjectOutputType outputType, string candidateTargetTFM, bool keepCurrentTFMs) : this()
{
GlobalProperties = globalProperties;
Project = project ?? throw new ArgumentNullException(nameof(project));
ProjectStyle = projectStyle;
OutputType = outputType;
TargetTFM = keepCurrentTFMs
? GetCurrentTFM(globalProperties, project)
: AdjustTargetTFM(projectStyle, outputType, candidateTargetTFM);
}
public ProjectPropertiesConfiguration CreateFromDocument(XDocument document)
{
var configurationElement = document.Descendants().First(f => f.Name.LocalName == ProjectConfigConstants.ConfigurationTagName).Parent;
var rootNamespace = _xmlParsingService.TryParsingSubElementStringValue(configurationElement, ProjectConfigConstants.RootNamespaceLocalName);
var assemblyName = _xmlParsingService.TryParsingSubElementStringValue(configurationElement, ProjectConfigConstants.AssemblyNameLocalName);
var outputTypeString = _xmlParsingService.TryParsingSubElementStringValue(configurationElement, ProjectConfigConstants.OutputTypeLocalName);
var outputType = ProjectOutputType.Parse(outputTypeString);
var result = new ProjectPropertiesConfiguration(rootNamespace, assemblyName, outputType);
return(result);
}
private static string AdjustTargetTFM(ProjectStyle projectStyle, ProjectOutputType outputType, string candidateTargetTFM)
{
if (candidateTargetTFM.ContainsIgnoreCase(MSBuildFacts.Net5) && projectStyle is ProjectStyle.WindowsDesktop)
{
return(MSBuildFacts.Net5Windows);
}
if (projectStyle is not ProjectStyle.MSTest && outputType is ProjectOutputType.Library)
{
return(MSBuildFacts.NetStandard20);
}
return(candidateTargetTFM);
}
public override string GetTypeCommand(ProjectOutputType outputType, IIntermediateCompilerOptions options)
{
switch (outputType)
{
case ProjectOutputType.ClassLibrary:
return(OutputClassLibrary);
case ProjectOutputType.ConsoleApplication:
return(OutputConsoleApp);
case ProjectOutputType.Module:
return(OutputModule);
case ProjectOutputType.WindowsApplication:
return(OutputWindowsApp);
}
return(string.Empty);
}
private static string GetOutputTypeExtension(ProjectOutputType outputType)
{
switch (outputType)
{
case ProjectOutputType.Exe:
case ProjectOutputType.Winexe:
return "exe";
case ProjectOutputType.Library:
case ProjectOutputType.Module:
return "dll";
}
return "";
}
public abstract string GetTypeCommand(ProjectOutputType outputType, IIntermediateCompilerOptions options);
