protected override void RunTest(string testAssemblyName, string appAsmVersion, string appFileVersion, bool appWins)
{
var component = SharedState.CreateComponentWithNoDependencies(b => b
.WithPackage(TestVersionsPackage, "1.0.0", lib => lib
.WithAssemblyGroup(null, g => g
.WithAsset(testAssemblyName + ".dll", rf => rf
.WithVersion(appAsmVersion, appFileVersion)))));
// For component dependency resolution, frameworks are not considered, so the assembly from the component always wins
string expectedTestAssemblyPath = Path.Combine(component.Location, testAssemblyName + ".dll");
SharedState.RunComponentResolutionTest(component)
.Should().Pass()
.And.HaveSuccessfullyResolvedComponentDependencies()
.And.HaveResolvedComponentDependencyAssembly($"{component.AppDll};{expectedTestAssemblyPath}");
}
protected override void RunTest(
Action <NetCoreAppBuilder.RuntimeLibraryBuilder> assetsCustomizer,
string rid,
string includedAssemblyPaths,
string excludedAssemblyPaths,
string includedNativeLibraryPaths,
string excludedNativeLibraryPaths,
Action <NetCoreAppBuilder> appCustomizer)
{
var component = SharedState.CreateComponentWithNoDependencies(b => b
.WithPackage("NativeDependency", "1.0.0", p => assetsCustomizer?.Invoke(p))
.WithCustomizer(appCustomizer));
SharedState.RunComponentResolutionTest(component.AppDll, ComponentSharedState.HostApp, ComponentSharedState.HostApp.Location, command => command
.RuntimeId(rid))
.Should().Pass()
.And.HaveSuccessfullyResolvedComponentDependencies()
.And.HaveResolvedComponentDependencyAssembly(includedAssemblyPaths, component)
.And.NotHaveResolvedComponentDependencyAssembly(excludedAssemblyPaths, component)
.And.HaveResolvedComponentDependencyNativeLibraryPath(includedNativeLibraryPaths, component)
.And.NotHaveResolvedComponentDependencyNativeLibraryPath(excludedNativeLibraryPaths, component);
}
protected override void RunTest(
Action <NetCoreAppBuilder.RuntimeLibraryBuilder> assetsCustomizer,
string rid,
string includedAssemblyPaths,
string excludedAssemblyPaths,
string includedNativeLibraryPaths,
string excludedNativeLibraryPaths,
Action <NetCoreAppBuilder> appCustomizer)
{
var component = SharedState.CreateComponentWithNoDependencies(b => b
.WithPackage("NativeDependency", "1.0.0", p => assetsCustomizer?.Invoke(p))
.WithCustomizer(appCustomizer));
string assemblyPaths = includedAssemblyPaths ?? "";
if (excludedAssemblyPaths != null)
{
assemblyPaths = assemblyPaths.Length == 0 ? (";" + excludedAssemblyPaths) : excludedAssemblyPaths;
}
string nativeLibrarypaths = includedNativeLibraryPaths ?? "";
if (excludedNativeLibraryPaths != null)
{
nativeLibrarypaths = nativeLibrarypaths.Length == 0 ? (";" + excludedNativeLibraryPaths) : excludedNativeLibraryPaths;
}
// Self-contained apps don't have any RID fallback graph, so currently there's no way to resolve native dependencies
// from portable components - as we have no way of knowing how to follow RID fallback logic.
SharedState.RunComponentResolutionTest(component.AppDll, ComponentSharedState.HostApp, ComponentSharedState.HostApp.Location, command => command
.RuntimeId(rid))
.Should().Pass()
.And.HaveSuccessfullyResolvedComponentDependencies()
.And.NotHaveResolvedComponentDependencyAssembly(assemblyPaths, component)
.And.NotHaveResolvedComponentDependencyNativeLibraryPath(nativeLibrarypaths, component);
}