public async Task WhenPropertyIsAnIEvaluatedProperty_GetUnevaluatedValueAsyncIsCalled()
{
var properties = PropertiesAvailableStatusFactory.CreateUIPropertyValuePropertiesAvailableStatus(
includeEvaluatedValue: false,
includeUnevaluatedValue: true);
var mockEvaluatedProperty = new Mock <IEvaluatedProperty>();
mockEvaluatedProperty.Setup(m => m.GetUnevaluatedValueAsync()).ReturnsAsync("unevaluated value");
var property = mockEvaluatedProperty.Object;
var entityRuntime = IEntityRuntimeModelFactory.Create();
var id = new EntityIdentity(key: "A", value: "B");
var configuration = ProjectConfigurationFactory.Create(configuration: "Alpha|Beta|Gamma");
var result = (UIPropertyValueValue)await UIPropertyValueDataProducer.CreateUIPropertyValueValueAsync(
entityRuntime,
id,
configuration,
property,
properties);
Assert.Equal(expected: "unevaluated value", actual: result.UnevaluatedValue);
mockEvaluatedProperty.Verify(m => m.GetUnevaluatedValueAsync());
}
public async Task WhenThePropertyIsConfigurationIndependent_ThenOnlyOneValueIsReturned()
{
var parent = IEntityWithIdFactory.Create(key: "ParentName", value: "Aardvark");
var defaultConfiguration = ProjectConfigurationFactory.Create("Alpha|Beta");
var otherConfiguration = ProjectConfigurationFactory.Create("Delta|Gamma");
var cache = IPropertyPageQueryCacheFactory.Create(
projectConfigurations: ImmutableHashSet <ProjectConfiguration> .Empty.Add(defaultConfiguration).Add(otherConfiguration),
defaultConfiguration: defaultConfiguration,
bindToRule: (config, schemaName) => IRuleFactory.Create(
name: "ParentName",
properties: new[] { IPropertyFactory.Create("MyProperty") }));
var schema = new Rule
{
Properties =
{
new TestProperty {
Name = "MyProperty", DataSource = new(){ HasConfigurationCondition = false }
}
}
};
var propertyName = "MyProperty";
var requestedProperties = PropertiesAvailableStatusFactory.CreateUIPropertyValuePropertiesAvailableStatus();
var results = await UIPropertyValueDataProducer.CreateUIPropertyValueValuesAsync(
parent,
cache,
schema,
propertyName,
requestedProperties);
Assert.Single(results);
}
/// <summary>
/// Returns a set of <see cref="ProjectConfiguration"/>s for testing purposes.
/// </summary>
private static ImmutableHashSet <ProjectConfiguration> GetConfigurations()
{
return(ImmutableHashSet <ProjectConfiguration> .Empty
.Add(ProjectConfigurationFactory.Create("Debug|x86"))
.Add(ProjectConfigurationFactory.Create("Debug|x64"))
.Add(ProjectConfigurationFactory.Create("Release|x86"))
.Add(ProjectConfigurationFactory.Create("Release|x64")));
}
public static IReadOnlyCollection <PackageRestoreConfiguredInput>?Create(ProjectRestoreInfo restoreInfo)
{
ProjectConfiguration projectConfiguration = ProjectConfigurationFactory.Create("Debug|x64");
IComparable projectVersion = 0;
return(new PackageRestoreConfiguredInput[1] {
new PackageRestoreConfiguredInput(projectConfiguration, restoreInfo, projectVersion)
});
}
public async Task AllowProjectLoadAsync_WhenUnrecognizedExtension_ReturnsTrue(string fullPath)
{
var project = UnconfiguredProjectFactory.ImplementFullPath(fullPath);
var capabilitiesService = IProjectCapabilitiesServiceFactory.ImplementsContains(c => throw new Exception("Should not be hit"));
var veto = CreateInstance(project, capabilitiesService);
var result = await veto.AllowProjectLoadAsync(true, ProjectConfigurationFactory.Create("Debug|AnyCPU"), CancellationToken.None);
Assert.True(result);
}
public void Handle_WhenMSBuildProjectFullPathPropertyChangedAndMultitargeting_IncludeDimensionValuesInDisplayName(string dimensionNames, string dimensionValues, string implicitDimensionNames, string expected)
{
var context = IWorkspaceProjectContextMockFactory.Create();
var implicitlyActiveDimensionProvider = IImplicitlyActiveDimensionProviderFactory.ImplementGetImplicitlyActiveDimensions(n => implicitDimensionNames.SplitReturningEmptyIfEmpty('|'));
var configuration = ProjectConfigurationFactory.Create(dimensionNames, dimensionValues);
var handler = CreateInstance(configuration, implicitlyActiveDimensionProvider, context);
var projectChange = SetupProjectChanges(true, "C:\\Project\\Project.csproj", true);
Handle(handler, projectChange);
Assert.Equal(expected, context.DisplayName);
}
public void WhenThePropertyIsConfigurationIndependent_ThenNoDimensionsAreProduced()
{
var properties = PropertiesAvailableStatusFactory.CreateConfigurationDimensionAvailableStatus(includeAllProperties: true);
var parentEntity = IEntityWithIdFactory.Create("ParentKey", "ParentKeyValue");
var configuration = ProjectConfigurationFactory.Create("Alpha|Beta|Gamma", "A|B|C");
var property = IPropertyFactory.Create(
dataSource: IDataSourceFactory.Create(hasConfigurationCondition: false));
var results = ConfigurationDimensionDataProducer.CreateProjectConfigurationDimensions(parentEntity, configuration, property, properties);
Assert.Empty(results);
}
public void WhenCreatingEntitiesFromAProjectConfiguration_OneEntityIsCreatedPerDimension()
{
var properties = PropertiesAvailableStatusFactory.CreateConfigurationDimensionAvailableStatus(includeAllProperties: true);
var entityRuntimeModel = IEntityRuntimeModelFactory.Create();
var configuration = ProjectConfigurationFactory.Create("Alpha|Beta|Gamma", "A|B|C");
var results = ConfigurationDimensionDataProducer.CreateProjectConfigurationDimensions(entityRuntimeModel, configuration, properties);
// We can't guarantee an order for the dimensions, so just check that all the expected values are present.
Assert.Contains(results, entity => entity is ConfigurationDimensionValue dimension && dimension.Name == "Alpha" && dimension.Value == "A");
Assert.Contains(results, entity => entity is ConfigurationDimensionValue dimension && dimension.Name == "Beta" && dimension.Value == "B");
Assert.Contains(results, entity => entity is ConfigurationDimensionValue dimension && dimension.Name == "Gamma" && dimension.Value == "C");
}
public async Task AllowProjectLoadAsync_WhenMissingCapability_ReturnsFail(string fullPath)
{
var project = UnconfiguredProjectFactory.ImplementFullPath(fullPath);
var capabilitiesService = IProjectCapabilitiesServiceFactory.ImplementsContains(c => false);
var veto = CreateInstance(project, capabilitiesService);
var result = await Assert.ThrowsAnyAsync <Exception>(() =>
{
return(veto.AllowProjectLoadAsync(true, ProjectConfigurationFactory.Create("Debug|AnyCPU"), CancellationToken.None));
});
Assert.Equal(VSConstants.E_FAIL, result.HResult);
}
public void WhenThePropertyIsConfigurationDependent_OneEntityIsCreatedPerDimension()
{
var properties = PropertiesAvailableStatusFactory.CreateConfigurationDimensionAvailableStatus(includeAllProperties: true);
var parentEntity = IEntityWithIdFactory.Create("ParentKey", "ParentKeyValue");
var configuration = ProjectConfigurationFactory.Create("Alpha|Beta|Gamma", "A|B|C");
var property = IPropertyFactory.Create(
dataSource: IDataSourceFactory.Create(hasConfigurationCondition: true));
var results = ConfigurationDimensionDataProducer.CreateProjectConfigurationDimensions(parentEntity, configuration, property, properties);
// We can't guarantee an order for the dimensions, so just check that all the expected values are present.
Assert.Contains(results, entity => entity is ConfigurationDimensionValue {
Name: "Alpha", Value: "A"
});
public void Update_InitialItemDataDoesNotUpdateLastItemsChangedAtUtc()
{
// This test covers a false negative described in https://github.com/dotnet/project-system/issues/5386
// where the initial snapshot of items sets LastItemsChangedAtUtc, so if a project is up to date when
// it is loaded, then the items are considered changed *after* the last build, but MSBuild's up-to-date
// check will determine the project doesn't require a rebuild and so the output timestamps won't update.
// This previously left the project in a state where it would be considered out of date endlessly.
var projectSnapshot = new Dictionary <string, IProjectRuleSnapshotModel>()
{
[UpToDateCheckBuilt.SchemaName] = SimpleItems("BuiltOutputPath1")
};
var sourceSnapshot1 = new Dictionary <string, IProjectRuleSnapshotModel>()
{
[Compile.SchemaName] = SimpleItems("ItemPath1")
};
var sourceSnapshot2 = new Dictionary <string, IProjectRuleSnapshotModel>()
{
[Compile.SchemaName] = SimpleItems("ItemPath1", "ItemPath2")
};
var state = UpToDateCheckImplicitConfiguredInput.CreateEmpty(ProjectConfigurationFactory.Create("testConfiguration"));
Assert.Equal(DateTime.MinValue, state.LastItemsChangedAtUtc);
// Initial change does NOT set LastItemsChangedAtUtc
state = UpdateState(
state,
projectSnapshot,
sourceSnapshot1);
Assert.Equal(DateTime.MinValue, state.LastItemsChangedAtUtc);
// Broadcasting an update with no change to items does NOT set LastItemsChangedAtUtc
state = UpdateState(state);
Assert.Equal(DateTime.MinValue, state.LastItemsChangedAtUtc);
// Broadcasting changed items DOES set LastItemsChangedAtUtc
state = UpdateState(
state,
projectSnapshot,
sourceSnapshot2);
Assert.NotEqual(DateTime.MinValue, state.LastItemsChangedAtUtc);
}
public async Task WhenThePropertyIsAnIIntProperty_ThenTheEvaluatedValueIsAnInt()
{
var properties = PropertiesAvailableStatusFactory.CreateUIPropertyValuePropertiesAvailableStatus(includeEvaluatedValue: true);
var mockIntProperty = new Mock <IIntProperty>();
mockIntProperty.Setup(m => m.GetValueAsIntAsync()).ReturnsAsync(42);
var property = mockIntProperty.Object;
var entityRuntime = IEntityRuntimeModelFactory.Create();
var id = new EntityIdentity(key: "A", value: "B");
var configuration = ProjectConfigurationFactory.Create(configuration: "Alpha|Beta|Gamma");
var result = (UIPropertyValueValue)await UIPropertyValueDataProducer.CreateUIPropertyValueValueAsync(
entityRuntime,
id,
configuration,
property,
properties);
Assert.Equal(expected: 42, actual: result.EvaluatedValue);
}
public void Handle_WhenMSBuildProjectFullPathPropertyChangedAndMultitargeting_IncludeDimensionValuesInDisplayName(string dimensionNames, string dimensionValues, string implicitDimensionNames, string expected)
{
var context = IWorkspaceProjectContextMockFactory.Create();
var implicitlyActiveDimensionProvider = IImplicitlyActiveDimensionProviderFactory.ImplementGetImplicitlyActiveDimensions(n => implicitDimensionNames.SplitReturningEmptyIfEmpty('|'));
var configuration = ProjectConfigurationFactory.Create(dimensionNames, dimensionValues);
var handler = CreateInstance(configuration, implicitlyActiveDimensionProvider, context);
var projectChange = IProjectChangeDescriptionFactory.FromJson(
@"{
""Difference"": {
""AnyChanges"": true,
""ChangedProperties"": [ ""MSBuildProjectFullPath"" ]
},
""After"": {
""Properties"": {
""MSBuildProjectFullPath"": ""C:\\Project\\Project.csproj""
}
}
}");
Handle(handler, projectChange);
Assert.Equal(expected, context.DisplayName);
}
public static IConfigurationGroup <ProjectConfiguration> CreateFromConfigurationNames(params string[] configurationNames)
{
IEnumerable <ProjectConfiguration> configurations = configurationNames.Select(name => ProjectConfigurationFactory.Create(name));
return(Create(configurations));
}
public static ConfiguredProject ImplementProjectConfiguration(string configuration)
{
return(ImplementProjectConfiguration(ProjectConfigurationFactory.Create(configuration)));
}
private static ProjectFilePathAndDisplayNameEvaluationHandler CreateInstance(ProjectConfiguration?configuration = null, IImplicitlyActiveDimensionProvider?implicitlyActiveDimensionProvider = null, IWorkspaceProjectContext?context = null)
{
var project = ConfiguredProjectFactory.ImplementProjectConfiguration(configuration ?? ProjectConfigurationFactory.Create("Debug|AnyCPU"));
implicitlyActiveDimensionProvider ??= IImplicitlyActiveDimensionProviderFactory.Create();
var handler = new ProjectFilePathAndDisplayNameEvaluationHandler(project, implicitlyActiveDimensionProvider);
if (context != null)
{
handler.Initialize(context);
}
return(handler);
}
public void GetDisplayString(string pattern)
{
Assert.Equal(pattern, ProjectConfigurationFactory.Create(pattern).GetDisplayString());
}