public void build_project_with_name(SolutionBuilderContext context, ISolutionContext result, Project project)
{
"Given I have a solution builder context"
._(() => context = ServiceLocator.Resolve <SolutionBuilderContext>());
"When I call build"
._(() => result = context.CreateBuilder()
.WithSolution(item => item.Path = Path.Combine(context.RootDirectory, "Sally.sln"))
.WithProject(item => item.Name = "FrodoFx").Build());
"It should return the build project"
._(() =>
{
project = result.Solution.Projects.FirstOrDefault();
project.Should().NotBeNull();
});
"And the project should have a name"
._(() => project.Name.Should().Be("FrodoFx"));
"And the project should have a path"
._(() => project.Path.Should().Be(Path.Combine(context.RootDirectory, "FrodoFx", "FrodoFx.csproj")));
"And the project file should exist on disk"
._(() => File.Exists(project.Path).Should().BeTrue());
"And the solution context path should be the root directory"
._(() => result.Path.Should().Be(context.RootDirectory));
"And it should create a solution file on disk"
._(() => File.Exists(Path.Combine(context.RootDirectory, "Sally.sln")).Should().BeTrue())
.Teardown(() => context.TearDown());
}
public void PatchSolutionAssemblyInfo(ISolutionContext solutionContext, string version)
{
var sourceControlInformation = GetSourceControlInformation(solutionContext);
foreach (var project in solutionContext.Solution.Projects.Where(p => !p.TestProject && p.AssemblyInfo != null))
{
var ver = new Version(version);
project.AssemblyInfo.Version = ver;
project.AssemblyInfo.FileVersion = ver;
if (sourceControlInformation == null)
{
project.AssemblyInfo.InformationalVersion = ver.ToString();
}
else
{
project.AssemblyInfo.InformationalVersion = string.Format("{0} / {1}", ver,
sourceControlInformation.LastCommitMessage);
}
_assemblyInfoWriter.Patch(project.AssemblyInfo);
}
}
public void Api_can_tell_which_projects_in_a_solution_are_test_projects(CraneRunner craneRunner, RunResult result, CraneTestContext craneTestContext,
ISolutionContext solutionContext)
{
"Given I have my own private copy of the crane console"
._(() => craneTestContext = ServiceLocator.Resolve <CraneTestContext>());
"And I have a run context"
._(() => craneRunner = new CraneRunner());
"And I have run crane init ServiceStack"
._(() => result = craneRunner.Command(craneTestContext.BuildOutputDirectory, "crane init ServiceStack"));
"When I get the solution context using the api"
._(() =>
{
var craneApi = ServiceLocator.Resolve <ICraneApi>();
solutionContext = craneApi.GetSolutionContext(Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack"));
});
"It should determine that the ServiceStack project is not a test project"
._(() => solutionContext.Solution.Projects.First(p => p.Name == "ServiceStack").TestProject.Should().BeFalse());
"It should determine that the ServiceStack.UnitTests is a test project"
._(() => solutionContext.Solution.Projects.First(p => p.Name == "ServiceStack.UnitTests").TestProject.Should().BeTrue());
"It should have only the ServiceStack project in the code projects collection"
._(() =>
{
solutionContext.Solution.CodeProjects.Count().Should().Be(1);
solutionContext.Solution.CodeProjects.First().Name.Should().Be("ServiceStack");
}).Teardown(() => craneTestContext.TearDown());
}
public IEnumerable <RunResult> NugetPack(ISolutionContext solutionContext, string buildOutputPath, string nugetOutputPath, string version)
{
var nugetProjects = GetNugetProjects(solutionContext).ToArray();
var nugetExePath = Path.Combine(solutionContext.Path, "build", "NuGet.exe");
if (!File.Exists(nugetExePath))
{
throw new FileNotFoundException(string.Format("Could not find file {0}.", nugetExePath), nugetExePath);
}
foreach (var item in nugetProjects)
{
var result = _nuGet.Pack(
nugetExePath,
item.NugetSpec.Path,
nugetOutputPath,
new List <Tuple <string, string> >
{
new Tuple <string, string>("version_number", version),
new Tuple <string, string>("build_output", _fileManager.GetFullPath(buildOutputPath))
});
if (!_nuGet.ValidateResult(result))
{
Debugger.Launch();
throw new NuGetException(string.Format("Error executing nuget pack for project {0}.{1}{2}",
item.Name, Environment.NewLine, result));
}
yield return(result);
}
}
public void Api_can_tell_which_projects_have_nuget_specifications(CraneRunner craneRunner, RunResult result, CraneTestContext craneTestContext,
ISolutionContext solutionContext)
{
"Given I have my own private copy of the crane console"
._(() => craneTestContext = ServiceLocator.Resolve <CraneTestContext>());
"And I have a run context"
._(() => craneRunner = new CraneRunner());
"And I have run crane init ServiceStack"
._(() => result = craneRunner.Command(craneTestContext.BuildOutputDirectory, "crane init ServiceStack"));
"When I get the solution context using the api"
._(() =>
{
var craneApi = ServiceLocator.Resolve <ICraneApi>();
solutionContext = craneApi.GetSolutionContext(Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack"));
});
"It should determine that the ServiceStack project has a nuGet specification"
._(() => solutionContext.Solution.Projects.First(p => p.Name == "ServiceStack").NugetSpec.Should().NotBeNull());
"It should determine the path of the nuGet specification file"
._(() => File.Exists(solutionContext.Solution.Projects.First(p => p.Name == "ServiceStack").NugetSpec.Path).Should().BeTrue());
"It should determine that the ServiceStack.UnitTests project does not have nuGet specification"
._(() => solutionContext.Solution.Projects.First(p => p.Name == "ServiceStack.UnitTests").NugetSpec.Should().BeNull());
}
public SolutionFactory(ISolutionFileReader solutionFileReader, ICSharpProjectFactory cSharpProjectFactory, ISolutionContext solutionContext, IVisualStudioWriter visualStudioWriter)
{
_solutionFileReader = solutionFileReader;
_cSharpProjectFactory = cSharpProjectFactory;
_solutionContext = solutionContext;
_visualStudioWriter = visualStudioWriter;
}
protected string ProjectCfg(string projectName, IPM pm)
{
ISolutionContext context = env.GetSolutionContext(projectName);
if (pm.It(LevelType.Property, "IsBuildable"))
{
if (pm.IsRight(LevelType.RightOperandStd))
{
context.IsBuildable = Value.ToBoolean(pm.FirstLevel.Data);
return(Value.Empty);
}
if (pm.IsRight(LevelType.RightOperandEmpty))
{
return(Value.From(context.IsBuildable));
}
}
if (pm.It(LevelType.Property, "IsDeployable"))
{
if (pm.IsRight(LevelType.RightOperandStd))
{
context.IsDeployable = Value.ToBoolean(pm.FirstLevel.Data);
return(Value.Empty);
}
if (pm.IsRight(LevelType.RightOperandEmpty))
{
return(Value.From(context.IsDeployable));
}
}
throw new IncorrectNodeException(pm);
}
public void Api_returns_null_when_source_control_is_not_being_used(CraneRunner craneRunner, RunResult result, CraneTestContext craneTestContext,
ISolutionContext solutionContext, ISourceControlInformation sourceControlInformation,
ICraneApi craneApi)
{
"Given I have my own private copy of the crane console"
._(() => craneTestContext = ServiceLocator.Resolve <CraneTestContext>());
"And I have a run context"
._(() => craneRunner = new CraneRunner());
"And I have run crane init ServiceStack"
._(() => result = craneRunner.Command(craneTestContext.BuildOutputDirectory, "crane init ServiceStack"));
"And I have the solution context using the api"
._(() =>
{
craneApi = ServiceLocator.Resolve <ICraneApi>();
solutionContext = craneApi.GetSolutionContext(Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack"));
});
"When I get the source information using the api"
._(() => sourceControlInformation = craneApi.GetSourceControlInformation(solutionContext));
"It should return null as the source control information"
._(() => sourceControlInformation.Should().BeNull())
.Teardown(() => craneTestContext.TearDown());
}
public void patch_solution_assembly_info(ICraneApi craneApi,
SolutionBuilderContext context, ISolutionContext solutionContext, Project project,
AssemblyInfo updatedInfo, string updatedRawInfo)
{
"Given I have a crane api"
._(() => craneApi = ServiceLocator.Resolve <CraneApi>());
"And I have a solution builder context"
._(() => context = ServiceLocator.Resolve <SolutionBuilderContext>());
"And I have a solution with two projects"
._(() => context.CreateBuilder()
.WithSolution(item => item.Path = Path.Combine(context.RootDirectory, "Sally.sln"))
.WithProject(item => item.Name = "FrodoFx")
.WithFile <AssemblyInfo>(item =>
{
item.Title = "Sally";
item.Description = "Next generation web server";
item.Version = new Version(0, 0, 0, 1);
item.FileVersion = new Version(0, 0, 0, 2);
item.InformationalVersion = "RELEASE";
})
.WithProject(item => item.Name = "BobFx")
.WithFile <AssemblyInfo>(item =>
{
item.Title = "Bob";
item.Description = "Old school";
item.Version = new Version(0, 0, 0, 1);
item.FileVersion = new Version(0, 0, 0, 2);
item.InformationalVersion = "RELEASE";
}).Build());
"And I have got the solution context"
._(() => solutionContext = craneApi.GetSolutionContext(context.RootDirectory));
"When I path the solution assembly info for all projects"
._(() => craneApi.PatchSolutionAssemblyInfo(solutionContext, "1.2.3.4"));
"Then file version should be set to 1.2.3.4 in all assembly info files"
._(() =>
{
solutionContext = craneApi.GetSolutionContext(context.RootDirectory);
solutionContext.Solution.Projects.All(p => p.AssemblyInfo.FileVersion.ToString() == "1.2.3.4")
.Should()
.BeTrue();
});
"Then version should be set to 1.2.3.4 in all assembly info files"
._(() => solutionContext.Solution.Projects.All(p => p.AssemblyInfo.Version.ToString() == "1.2.3.4")
.Should()
.BeTrue());
"Then file informational version should be set to 1.2.3.4"
._(() => solutionContext.Solution.Projects.All(p => p.AssemblyInfo.InformationalVersion.ToString() == "1.2.3.4")
.Should()
.BeTrue()
).Teardown(() => context.TearDown());
}
public SolutionBuilder(ISolutionContext solutionContext, ISolutionFactory solutionFactory, IFileFactory fileFactory)
{
_solutionContext = solutionContext;
_solutionFactory = solutionFactory;
_fileFactory = fileFactory;
_projects = new List <Project>();
_plainFiles = new List <PlainFile>();
_solution = new Solution();
}
public void can_publish_build_to_nuget(CraneRunner craneRunner, RunResult result, CraneTestContext craneTestContext,
ISolutionContext solutionContext, string projectDir, ICraneApi craneApi, NuGetServerContext nuGetServer)
{
"Given I have my own private copy of the crane console"
._(() => craneTestContext = ServiceLocator.Resolve <CraneTestContext>());
"And I have a nuGet server running"
._(() =>
{
nuGetServer = new NuGetServerContext(craneTestContext);
nuGetServer.PackageCount.Should().BeGreaterThan(-1);
});
"And I have a run context"
._(() => craneRunner = new CraneRunner());
"And I have run crane init ServiceStack"
._(() => result = craneRunner.Command(craneTestContext.BuildOutputDirectory, "crane init ServiceStack"));
"And I have build the project"
._(() =>
{
result = new BuildScriptRunner().Run(Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack"));
result.Should().BeBuiltSuccessfulyWithAllTestsPassing().And.BeErrorFree();;
});
"And I have the solution context using the api"
._(() =>
{
projectDir = Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack");
craneApi = ServiceLocator.Resolve <ICraneApi>();
solutionContext = craneApi.GetSolutionContext(projectDir);
});
"And I have packaged the nuget spec"
._(() =>
{
var buildOutputPath = Path.Combine(solutionContext.Path, "build-output");
craneApi.NugetPack(solutionContext, buildOutputPath, Path.Combine(buildOutputPath, "nuGet"), "0.0.0.0").First().Should().BeErrorFree();
});
"When I publish to nuGet using the api"
._(
() =>
craneApi.NugetPublish(solutionContext,
Path.Combine(solutionContext.Path, "build-output", "nuGet"), "0.0.0.0",
nuGetServer.Source.ToString(), nuGetServer.ApiKey).First().Should().BeErrorFree());
"It should push the package to the nuGet server"
._(() => nuGetServer.PackageExists("ServiceStack", "0.0.0.0").Should().BeTrue())
.Teardown(() =>
{
nuGetServer.TearDown();
craneTestContext.TearDown();
});
}
public void ResolveFrom(IReferencingProject referencingProject, ISolutionContext solution)
{
foreach (var projectId in _referencedProjectsIds)
{
try
{
solution.ResolveReferenceFrom(referencingProject, projectId);
}
catch (ReferencedProjectNotFoundInSolutionException e)
{
_support.Report(e);
}
}
}
public void can_create_a_nuget_package(
CraneRunner craneRunner,
RunResult result,
CraneTestContext craneTestContext,
ISolutionContext solutionContext,
string projectDir,
ICraneApi craneApi,
string buildOutputFolder,
string nugetOutputFolder,
IEnumerable <RunResult> runResults)
{
"Given I have my own private copy of the crane console"
._(() => craneTestContext = ServiceLocator.Resolve <CraneTestContext>());
"And I have a run context"
._(() => craneRunner = new CraneRunner());
"And I have run crane init ServiceStack"
._(() => result = craneRunner.Command(craneTestContext.BuildOutputDirectory, "crane init ServiceStack"));
"And I have build the project"
._(() =>
{
result = new BuildScriptRunner().Run(Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack"));
result.Should().BeBuiltSuccessfulyWithAllTestsPassing().And.BeErrorFree();;
});
"And I have the solution context using the api"
._(() =>
{
projectDir = Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack");
craneApi = ServiceLocator.Resolve <ICraneApi>();
solutionContext = craneApi.GetSolutionContext(projectDir);
buildOutputFolder = Path.Combine(solutionContext.Path, "build-output");
});
"When I create nuGet packages using the api"
._(
() =>
{
nugetOutputFolder = Path.Combine(buildOutputFolder, "nuGet");
runResults = craneApi.NugetPack(solutionContext, buildOutputFolder, nugetOutputFolder, "0.0.0.0");
runResults.ForEach(item => _log.Debug(result));
});
"It should create nuGet packages for all the projects in the built solution"
._(() => File.Exists(Path.Combine(nugetOutputFolder, "ServiceStack.0.0.0.0.nupkg")).Should().BeTrue("could not find nuget file {0}, it should have been created.", Path.Combine(nugetOutputFolder, "ServiceStack.0.0.0.0.nupkg")))
.Teardown(() => craneTestContext.TearDown());
}
DependencyAnalyzer(
IActivityMonitor m,
IReadOnlyCollection <ISolution> solutions,
ISolutionContext solutionCtx,
ProjectItem.Cache projects,
List <PackageReference> externalRefs,
bool traceGraphDetails)
{
_solutions = solutions;
_solutionContext = solutionCtx;
_version = _solutionContext?.Version ?? 0;
_projects = projects;
_externalRefs = externalRefs;
_defaultDependencyContext = CreateDependencyContext(m, traceGraphDetails);
}
public void build_project_with_assembly_info(SolutionBuilderContext context, ISolutionContext result, Project project, AssemblyInfo assemblyInfo)
{
"Given I have a solution builder context"
._(() => context = ServiceLocator.Resolve <SolutionBuilderContext>());
"When I call build with a solution, a project and an assembly info"
._(() => result = context.CreateBuilder()
.WithSolution(item => item.Path = Path.Combine(context.RootDirectory, "Sally.sln"))
.WithProject(item => item.Name = "FrodoFx")
.WithFile <AssemblyInfo>(item =>
{
item.Title = "FrodoFx";
item.Description = "Middle earth web server";
item.FileVersion = new Version(0, 0, 1, 2049);
item.Version = new Version(0, 0, 1);
item.InformationalVersion = "release";
})
.Build());
"It should return the build project with an assembly info"
._(() =>
{
project = result.Solution.Projects.FirstOrDefault();
project.Should().NotBeNull("the project should not be null");
assemblyInfo = project.AssemblyInfo;
assemblyInfo.Should().NotBeNull("the assembly info should not be null");
});
"And the assembly info title should be set"
._(() => assemblyInfo.Title.Should().Be("FrodoFx"));
"And the assembly info version should be set"
._(() => assemblyInfo.Version.Should().Be(new Version(0, 0, 1)));
"And the assembly info file version should be set"
._(() => assemblyInfo.FileVersion.Should().Be(new Version(0, 0, 1, 2049)));
"And the assembly informational attribute should be set"
._(() => assemblyInfo.InformationalVersion.Should().Be("release"));
"And the assembly info file should exist on disk"
._(() => File.Exists(assemblyInfo.Path).Should().BeTrue(string.Format("assembly info with path: {0} did not exist on disk", assemblyInfo.Path)));
"And it should create a solution file on disk"
._(() => File.Exists(Path.Combine(context.RootDirectory, "Sally.sln")).Should().BeTrue())
.Teardown(() => context.TearDown());
}
public void Api_can_read_the_latest_git_commit_from_a_solution_in_git(CraneRunner craneRunner, RunResult result, CraneTestContext craneTestContext,
ISolutionContext solutionContext, string projectDir, Git git, ISourceControlInformation sourceControlInformation,
ICraneApi craneApi)
{
"Given I have my own private copy of the crane console"
._(() => craneTestContext = ServiceLocator.Resolve <CraneTestContext>());
"And I have a run context"
._(() => craneRunner = new CraneRunner());
"And I have run crane init ServiceStack"
._(() => result = craneRunner.Command(craneTestContext.BuildOutputDirectory, "crane init ServiceStack"));
"And I initialize that as a git repository"
._(() =>
{
projectDir = Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack");
git = ServiceLocator.Resolve <Git>();
git.Run("init", projectDir).ErrorOutput.Should().BeEmpty();
git.Run("config user.email [email protected]", projectDir).ErrorOutput.Should().BeEmpty();
});
"And I have a previous commit"
._(() =>
{
git.Run("add -A", projectDir).ErrorOutput.Should().BeEmpty();
git.Run("config user.email [email protected]", projectDir).ErrorOutput.Should().BeEmpty();
git.Run("commit -m \"First commit of ServiceStack\"", projectDir).ErrorOutput.Should().BeEmpty();
});
"And I have the solution context using the api"
._(() =>
{
craneApi = ServiceLocator.Resolve <ICraneApi>();
solutionContext = craneApi.GetSolutionContext(projectDir);
});
"When I get the source information using the api"
._(() => sourceControlInformation = craneApi.GetSourceControlInformation(solutionContext));
"It should set the provider name to git"
._(() => sourceControlInformation.ProviderName.Should().Be("git"));
"It should return the latest commit message as 'First commit of ServiceStack'"
._(() => sourceControlInformation.LastCommitMessage.Should().Contain("First commit of ServiceStack"))
.Teardown(() => craneTestContext.TearDown());
}
private void InitializeSolutionContext(DTE dte)
{
try
{
_solutionContext = ServiceLocator.Kernel.Get <ISolutionContext>();
if (null == dte.Solution)
{
_log.Error("Failed to load Solution object from DTE");
}
else if (string.IsNullOrEmpty(dte.Solution.FileName))
{
_log.Warn("dte.Solution.FileName is null or empty");
}
else
{
_solutionContext.SolutionFileName = new FilePath(dte.Solution.FileName);
_log.InfoFormat("Set Solution Context to [{0}]", dte.Solution.FileName);
}
_visualStudioEventProxy.OnSolutionOpening += (o, e) =>
{
if (string.IsNullOrEmpty(dte.Solution.FileName))
{
_log.Warn("dte.Solution.FileName is null or empty");
}
else
{
_solutionContext.SolutionFileName = new FilePath(dte.Solution.FileName);
_log.InfoFormat("Set Solution Context to [{0}]", dte.Solution.FileName);
}
};
}
catch (Exception e)
{
_log.Fatal("Exception initializing Solution Context", e);
throw;
}
}
public ISourceControlInformation ReadSourceControlInformation(ISolutionContext solutionContext)
{
try
{
var git = new Git();
var result = git.Run("log --oneline -1", solutionContext.Path);
if (result.ExitCode != 0)
{
return(null);
}
var message = result.StandardOutput;
return(new GitSourceControlInformation(message));
}
catch
{
return(null);
}
}
public void Api_can_read_a_solution_by_path_direct_to_sln_file(CraneRunner craneRunner, RunResult result, CraneTestContext craneTestContext,
ISolutionContext solutionContext)
{
"Given I have my own private copy of the crane console"
._(() => craneTestContext = ServiceLocator.Resolve <CraneTestContext>());
"And I have a run context"
._(() => craneRunner = new CraneRunner());
"And I have run crane init ServiceStack"
._(() => result = craneRunner.Command(craneTestContext.BuildOutputDirectory, "crane init ServiceStack"));
"When I get the solution context using the api"
._(() =>
{
var craneApi = ServiceLocator.Resolve <ICraneApi>();
solutionContext = craneApi.GetSolutionContext(Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack", "src", "ServiceStack.sln"));
});
"It should have the correct path to the solution"
._(() => solutionContext.Solution.Path.Should()
.Be(Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack", "src",
"ServiceStack.sln")));
"It should set the solution context path to the root folder"
._(() => solutionContext.Path.Should().Be(Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack")));
"It should have 2 projects"
._(() => solutionContext.Solution.Projects.Count().Should().Be(2));
"It should have one project called ServiceStack"
._(() => solutionContext.Solution.Projects.Count(p => p.Name == "ServiceStack").Should().Be(1));
"It should have one project called ServiceStack.UnitTests"
._(() => solutionContext.Solution.Projects.Count(p => p.Name == "ServiceStack.UnitTests").Should().Be(1))
.Teardown(() => craneTestContext.TearDown());
}
public IEnumerable <RunResult> NugetPublish(ISolutionContext solutionContext, string nugetOutputPath, string version, string source, string apiKey)
{
var nugetProjects = GetNugetProjects(solutionContext).ToArray();
var results = new List <RunResult>(nugetProjects.Length);
nugetProjects.ForEach(
item =>
{
var result = _nuGet.Publish(
Path.Combine(solutionContext.Path, "build", "NuGet.exe"),
Path.Combine(nugetOutputPath,
string.Format("{0}.{1}.nupkg", item.Name, version)),
source, apiKey);
results.Add(result);
if (!_nuGet.ValidateResult(result))
{
throw new NuGetException(string.Format("Error executing nuget push for project {0}.{1}{2}",
item.Name, Environment.NewLine, result));
}
});
return(results);
}
/// <summary>
///
/// </summary>
/// <param name="m"></param>
/// <param name="solutions"></param>
/// <param name="traceGraphDetails"></param>
/// <param name="solutionCtx">May be null, used to construct the <see cref="DependencyAnalyzer"/></param>
/// <returns></returns>
internal static DependencyAnalyzer Create(IActivityMonitor m, IReadOnlyCollection <ISolution> solutions, bool traceGraphDetails, ISolutionContext solutionCtx)
{
var packages = new Dictionary <Artifact, LocalPackageItem>();
var projectItems = new ProjectItem.Cache();
var externalRefs = new List <PackageReference>();
// Note: Project to project references are translated into Requirements directly
// in the ProjectItem constructor.
// After having built the ProjectItem, we handle here the Packages (and PackageReferences between
// projects).
using (m.OpenDebug("Creating all the ProjectItem for all projects in all solutions."))
{
foreach (var s in solutions)
{
using (m.OpenDebug($"Solution {s.Name}."))
{
foreach (var project in s.Projects)
{
projectItems.Create(project);
}
}
}
}
using (m.OpenDebug("Creating Package for all installable Artifacts in all solutions."))
{
foreach (var s in solutions)
{
using (m.OpenDebug($"Solution {s.Name}."))
{
foreach (var project in s.Projects)
{
foreach (var package in project.GeneratedArtifacts.Where(a => a.Artifact.Type.IsInstallable))
{
if (packages.TryGetValue(package.Artifact, out var alreadyPublished))
{
m.Error($"'{package.Project.Solution+"->"+package}' is already published by {alreadyPublished.Project.Solution+"->"+alreadyPublished.Project}.");
return(null);
}
packages.Add(package.Artifact, new LocalPackageItem(package.Artifact, project));
m.Debug($"Package '{package}' created.");
}
}
}
}
}
// 3 - Create the requirements between each project and Packages that are bound to a
// Published project (the LocalPackageItem previuosly created).
// When PackageReferences references external Packages, we add it to the ExternalRefs.
foreach (var project in projectItems.AllProjectItems)
{
// Consider package references (Project to Project references are handled by ProjectItem constructors).
foreach (var dep in project.Project.PackageReferences)
{
if (packages.TryGetValue(dep.Target.Artifact, out LocalPackageItem target))
{
if (target.Project.Solution != project.Project.Solution)
{
project.AddRequires(target);
}
else
{
// A project is referencing a Package that is generated by
// its own Solution. This can happen (even if it is strange): for instance to test packages
// from the solution itself (the more correct way to do this is to use another
// Repository/Solution to test the packages since here you always test the "previous"
// package version).
//
// We transform the package reference into a project reference so that this edge
// case does not create cycles.
project.AddRequires(projectItems[target.Project]);
}
}
else
{
// Dependency to an external Package.
externalRefs.Add(dep);
}
}
}
return(new DependencyAnalyzer(
m,
solutions,
solutionCtx,
projectItems,
externalRefs,
traceGraphDetails));
}
private void WireUpVisualStudioEvents(IVisualStudioEventProxy visualStudioEventProxy,
ICodeGeneratorDependencyManager codeGeneratorDependencyManager, ISolutionContext solutionContext)
{
visualStudioEventProxy.OnSolutionClosing +=
(sender, args) =>
{
_log.Info("Solution closing. Firing OnClearCache");
OnClearCache(this, new EventArgs());
};
visualStudioEventProxy.OnProjectAdded +=
(sender, args) =>
{
_log.InfoFormat("OnProjectAdded - Evict [{0}]", solutionContext.SolutionFileName);
OnEvictFromCache(this, new EvictFromCacheEventArgs(solutionContext.SolutionFileName));
};
visualStudioEventProxy.OnProjectRemoved +=
(sender, args) =>
{
_log.InfoFormat("OnProjectRemoved - Evict [{0}]", args.ProjectFullPath);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.ProjectFullPath));
_log.InfoFormat("OnProjectRemoved - Evict [{0}]", solutionContext.SolutionFileName);
OnEvictFromCache(this, new EvictFromCacheEventArgs(solutionContext.SolutionFileName));
};
visualStudioEventProxy.OnProjectReferenceAdded +=
(sender, args) =>
{
_log.InfoFormat("OnProjectReferenceAdded - Evict [{0}]", args.ProjectFullPath);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.ProjectFullPath));
//TODO - Evict Project Items - Compilation needs to be updated?
};
visualStudioEventProxy.OnProjectReferenceRemoved +=
(sender, args) =>
{
_log.InfoFormat("OnProjectReferenceRemoved - Evict [{0}]", args.ProjectFullPath);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.ProjectFullPath));
//TODO - Evict Project Items - Compilation needs to be updated?
};
visualStudioEventProxy.OnProjectItemSaved +=
(sender, args) =>
{
_log.InfoFormat("OnProjectItemSaved - Evict [{0}]", args.ClassFullPath);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.ClassFullPath));
codeGeneratorDependencyManager
.GetFilesThatDependOn(args.ClassFullPath)
.Map(f =>
{
_log.InfoFormat("OnProjectItemSaved - Evict Dependency [{0}]", f.FileName);
OnEvictFromCache(this, new EvictFromCacheEventArgs(f.FileName)
{
FileOnDiskHasChanged = false
});
});
};
visualStudioEventProxy.OnProjectItemRemoved +=
(sender, args) =>
{
_log.InfoFormat("OnProjectItemRemoved - Evict [{0}]", args.ClassFullPath);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.ClassFullPath));
};
visualStudioEventProxy.OnProjectItemRenamed +=
(sender, args) =>
{
_log.InfoFormat("OnProjectItemRemoved - Evict [{0}]", args.OldClassFileName);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.OldClassFileName));
};
}
public void Get_context_with_root_folder_path_returns_all_projects(ICraneApi craneApi, SolutionBuilderContext context, ISolutionContext result, Project project)
{
"Given I have a crane api"
._(() => craneApi = ServiceLocator.Resolve <CraneApi>());
"And I have a solution builder context"
._(() => context = ServiceLocator.Resolve <SolutionBuilderContext>());
"And I have a solution with two projects"
._(() => context.CreateBuilder()
.WithSolution(item => item.Path = Path.Combine(context.RootDirectory, "Sally.sln"))
.WithProject(item => item.Name = "FrodoFx")
.WithProject(item => item.Name = "FrodoFx.UnitTests")
.Build());
"When I get the solution context via the api"
._(() =>
{
result = craneApi.GetSolutionContext(context.RootDirectory);
});
"And it should return a model representation of the solution on disk"
._(() => result.Solution.Should().NotBeNull());
"And it should have the correct solution name"
._(() => result.Solution.Name.Should().Be("Sally"));
"And it should have the correct solution path"
._(() => result.Solution.Path.Should().Be(Path.Combine(context.RootDirectory, "Sally.sln")));
"And it should reference its parent context"
._(() => result.Solution.SolutionContext.Should().NotBeNull());
"And it should have two projects"
._(() => result.Solution.Projects.Count().Should().Be(2));
"And the projects should have the correct name"
._(() =>
{
result.Solution.Projects.Any(item => item.Name.Equals("FrodoFx")).Should().BeTrue();
result.Solution.Projects.Any(item => item.Name.Equals("FrodoFx.UnitTests")).Should().BeTrue();
});
"And the projects should have the correct path"
._(() =>
{
result.Solution.Projects.Any(item => item.Path.Equals(Path.Combine(context.RootDirectory, "FrodoFx", "FrodoFx.csproj"))).Should().BeTrue();
result.Solution.Projects.Any(item => item.Path.Equals(Path.Combine(context.RootDirectory, "FrodoFx.UnitTests", "FrodoFx.UnitTests.csproj"))).Should().BeTrue();
});
"And the projects should reference their solution"
._(() => result.Solution.Projects.All(item => item.Solution != null).Should().BeTrue())
.Teardown(() => context.TearDown());
}
public void ResolveReferencesFrom(ISolutionContext solution)
{
_referencedProjects.ResolveFrom(this, solution);
}
public CacheEventHelper(IVisualStudioEventProxy visualStudioEventProxy, ICodeGeneratorDependencyManager codeGeneratorDependencyManager, ISolutionContext solutionContext)
{
AddEmptyEventHandlers();
WireUpVisualStudioEvents(visualStudioEventProxy, codeGeneratorDependencyManager, solutionContext);
}
private void WireUpVisualStudioEvents(IVisualStudioEventProxy visualStudioEventProxy,
ICodeGeneratorDependencyManager codeGeneratorDependencyManager, ISolutionContext solutionContext)
{
visualStudioEventProxy.OnSolutionClosing +=
(sender, args) =>
{
_log.Info("Solution closing. Firing OnClearCache");
OnClearCache(this, new EventArgs());
};
visualStudioEventProxy.OnProjectAdded +=
(sender, args) =>
{
_log.InfoFormat("OnProjectAdded - Evict [{0}]", solutionContext.SolutionFileName);
OnEvictFromCache(this, new EvictFromCacheEventArgs(solutionContext.SolutionFileName));
};
visualStudioEventProxy.OnProjectRemoved +=
(sender, args) =>
{
_log.InfoFormat("OnProjectRemoved - Evict [{0}]", args.ProjectFullPath);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.ProjectFullPath));
_log.InfoFormat("OnProjectRemoved - Evict [{0}]", solutionContext.SolutionFileName);
OnEvictFromCache(this, new EvictFromCacheEventArgs(solutionContext.SolutionFileName));
};
visualStudioEventProxy.OnProjectReferenceAdded +=
(sender, args) =>
{
_log.InfoFormat("OnProjectReferenceAdded - Evict [{0}]", args.ProjectFullPath);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.ProjectFullPath));
//TODO - Evict Project Items - Compilation needs to be updated?
};
visualStudioEventProxy.OnProjectReferenceRemoved +=
(sender, args) =>
{
_log.InfoFormat("OnProjectReferenceRemoved - Evict [{0}]", args.ProjectFullPath);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.ProjectFullPath));
//TODO - Evict Project Items - Compilation needs to be updated?
};
visualStudioEventProxy.OnProjectItemSaved +=
(sender, args) =>
{
_log.InfoFormat("OnProjectItemSaved - Evict [{0}]", args.ClassFullPath);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.ClassFullPath));
codeGeneratorDependencyManager
.GetFilesThatDependOn(args.ClassFullPath)
.Map(f =>
{
_log.InfoFormat("OnProjectItemSaved - Evict Dependency [{0}]", f.FileName);
OnEvictFromCache(this, new EvictFromCacheEventArgs(f.FileName)
{
FileOnDiskHasChanged = false
});
});
};
visualStudioEventProxy.OnProjectItemRemoved +=
(sender, args) =>
{
_log.InfoFormat("OnProjectItemRemoved - Evict [{0}]", args.ClassFullPath);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.ClassFullPath));
};
visualStudioEventProxy.OnProjectItemRenamed +=
(sender, args) =>
{
_log.InfoFormat("OnProjectItemRemoved - Evict [{0}]", args.OldClassFileName);
OnEvictFromCache(this, new EvictFromCacheEventArgs(args.OldClassFileName));
};
}
private static IEnumerable <Project> GetNugetProjects(ISolutionContext solutionContext)
{
return(solutionContext.Solution.Projects
.Where(p => p.NugetSpec != null));
}
public void patch_solution_assembly_info_when_project_in_git(ICraneApi craneApi,
SolutionBuilderContext context, ISolutionContext solutionContext, Project project,
AssemblyInfo updatedInfo, string updatedRawInfo, Git git)
{
"Given I have a crane api"
._(() => craneApi = ServiceLocator.Resolve <CraneApi>());
"And I have a solution builder context"
._(() => context = ServiceLocator.Resolve <SolutionBuilderContext>());
"And I have a solution with two projects"
._(() => context.CreateBuilder()
.WithSolution(item => item.Path = Path.Combine(context.RootDirectory, "Sally.sln"))
.WithProject(item => item.Name = "FrodoFx")
.WithFile <AssemblyInfo>(item =>
{
item.Title = "Sally";
item.Description = "Next generation web server";
item.Version = new Version(0, 0, 0, 1);
item.FileVersion = new Version(0, 0, 0, 2);
item.InformationalVersion = "RELEASE";
})
.WithProject(item => item.Name = "BobFx")
.WithFile <AssemblyInfo>(item =>
{
item.Title = "Bob";
item.Description = "Old school";
item.Version = new Version(0, 0, 0, 1);
item.FileVersion = new Version(0, 0, 0, 2);
item.InformationalVersion = "RELEASE";
}).Build());
"And I have got the solution context"
._(() => solutionContext = craneApi.GetSolutionContext(context.RootDirectory));
"And I initialize that as a git repository"
._(() =>
{
git = ServiceLocator.Resolve <Git>();
git.Run("init", context.RootDirectory).ErrorOutput.Should().BeEmpty();
git.Run("config user.email [email protected]", context.RootDirectory).ErrorOutput.Should().BeEmpty();
});
"And I have a previous commit"
._(() =>
{
git.Run("add -A", context.RootDirectory).ErrorOutput.Should().BeEmpty();
git.Run("config user.email [email protected]", context.RootDirectory).ErrorOutput.Should().BeEmpty();
git.Run("commit -m \"My brand new project\"", context.RootDirectory).ErrorOutput.Should().BeEmpty();
});
"When I path the solution assembly info for all projects"
._(() => craneApi.PatchSolutionAssemblyInfo(solutionContext, "1.2.3.4"));
"Then file version should be set to 1.2.3.4 in all assembly info files"
._(() =>
{
solutionContext = craneApi.GetSolutionContext(context.RootDirectory);
solutionContext.Solution.Projects.All(p => p.AssemblyInfo.FileVersion.ToString() == "1.2.3.4")
.Should()
.BeTrue();
});
"Then version should be set to 1.2.3.4 in all assembly info files"
._(() => solutionContext.Solution.Projects.All(p => p.AssemblyInfo.Version.ToString() == "1.2.3.4")
.Should()
.BeTrue());
"Then file informational version should start with 1.2.3.4"
._(() => solutionContext.Solution.Projects.All(p => p.AssemblyInfo.InformationalVersion.ToString().StartsWith("1.2.3.4"))
.Should()
.BeTrue())
.Teardown(() => context.TearDown());
"Then file informational version should end with the commit message 'My brand new project'"
._(() => solutionContext.Solution.Projects.All(p => p.AssemblyInfo.InformationalVersion.ToString().EndsWith("My brand new project"))
.Should()
.BeTrue())
.Teardown(() => context.TearDown());
}
public ISourceControlInformation GetSourceControlInformation(ISolutionContext solutionContext)
{
return(_sourceControlInformationReader.ReadSourceControlInformation(solutionContext));
}
public void patch_assembly_info(ICraneApi craneApi,
SolutionBuilderContext context, ISolutionContext solutionContext, Project project, AssemblyInfo updatedInfo, string updatedRawInfo)
{
"Given I have a crane api"
._(() => craneApi = ServiceLocator.Resolve <CraneApi>());
"And I have a solution builder context"
._(() => context = ServiceLocator.Resolve <SolutionBuilderContext>());
"And I have a solution with a project and an assembly info file"
._(() => solutionContext = context.CreateBuilder()
.WithSolution(item => item.Path = Path.Combine(context.RootDirectory, "Sally.sln"))
.WithProject(item => item.Name = "FrodoFx")
.WithFile <AssemblyInfo>(item =>
{
item.Title = "Sally";
item.Description = "Next generation web server";
item.Version = new Version(0, 0, 0, 1);
item.FileVersion = new Version(0, 0, 0, 2);
item.InformationalVersion = "RELEASE";
}).Build());
"And I have an updated assembly info with different version, file number and informational attribute"
._(() =>
{
updatedInfo = solutionContext.Solution.Projects.First().AssemblyInfo;
updatedInfo.Version = new Version(0, 1, 0, 0);
updatedInfo.FileVersion = new Version(0, 1, 20);
updatedInfo.InformationalVersion = "DEBUG";
});
"When I patch the assemble info"
._(() =>
{
craneApi.PatchAssemblyInfo(updatedInfo);
solutionContext = craneApi.GetSolutionContext(solutionContext.Path); // reload to get updated model
project = solutionContext.Solution.Projects.First();
updatedRawInfo = File.ReadAllText(project.AssemblyInfo.Path);
});
"Then it should update the assembly file version"
._(() =>
{
updatedRawInfo.Should().Contain("[assembly: AssemblyFileVersionAttribute(\"0.1.20\")]");
project.AssemblyInfo.FileVersion.Should().Be(new Version(0, 1, 20));
});
"Then it should update the informational version attribute"
._(() =>
{
updatedRawInfo.Should().Contain("[assembly: AssemblyInformationalVersionAttribute(\"DEBUG\")]");
project.AssemblyInfo.InformationalVersion.Should().Be("DEBUG");
});
"Then it should update the assembly version"
._(() =>
{
updatedRawInfo.Should().Contain("[assembly: AssemblyVersionAttribute(\"0.1.0.0\")]");
project.AssemblyInfo.Version.Should().Be(new Version(0, 1, 0, 0));
});
"Then it not update the assembly title as it was not changed"
._(() =>
{
updatedRawInfo.Should().Contain("[assembly: AssemblyTitleAttribute(\"Sally\")]");
project.AssemblyInfo.Title.Should().Be("Sally");
})
.Teardown(() => context.TearDown());
}
public void patch_solution_assembly_should_only_patch_non_test_projects(CraneRunner craneRunner, RunResult result, CraneTestContext craneTestContext,
ISolutionContext solutionContext, ICraneApi craneApi, AssemblyInfo originalAssemblyInfo)
{
"Given I have my own private copy of the crane console"
._(() => craneTestContext = ServiceLocator.Resolve <CraneTestContext>());
"And I have a run context"
._(() => craneRunner = new CraneRunner());
"And I have an instance of the crane api"
._(() => craneApi = ServiceLocator.Resolve <ICraneApi>());
"And I have run crane init ServiceStack"
._(() => result = craneRunner.Command(craneTestContext.BuildOutputDirectory, "crane init ServiceStack"));
"And I have got the solution context using the api"
._(() =>
{
craneApi = ServiceLocator.Resolve <ICraneApi>();
solutionContext = craneApi.GetSolutionContext(Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack"));
originalAssemblyInfo =
solutionContext.Solution.Projects.First(p => p.Name == "ServiceStack.UnitTests").AssemblyInfo;
});
"And I have created one a solution with one code project called ServiceStack"
._(() => solutionContext.Solution.Projects.First(p => p.Name == "ServiceStack").TestProject.Should().BeFalse());
"And I have created one a solution with one test project called ServiceStack.UnitTests"
._(() => solutionContext.Solution.Projects.First(p => p.Name == "ServiceStack.UnitTests").TestProject.Should().BeTrue());
"When I path the solution assembly info for all projects"
._(() =>
{
craneApi.PatchSolutionAssemblyInfo(solutionContext, "1.2.3.4");
solutionContext = craneApi.GetSolutionContext(Path.Combine(craneTestContext.BuildOutputDirectory, "ServiceStack"));
});
"It should patch the code project's assemblyinfo version"
._(() => solutionContext.Solution.Projects.First(p => !p.TestProject)
.AssemblyInfo.Version.ToString().Should().Be("1.2.3.4"));
"It should patch the code project's assemblyinfo file version"
._(() => solutionContext.Solution.Projects.First(p => !p.TestProject)
.AssemblyInfo.FileVersion.ToString().Should().Be("1.2.3.4"));
"It should patch the code project's assemblyinfo file informational version"
._(() => solutionContext.Solution.Projects.First(p => !p.TestProject)
.AssemblyInfo.InformationalVersion.Should().Be("1.2.3.4"));
"It should not patch the test project's assemblyinfo version"
._(() => solutionContext.Solution.Projects.First(p => p.TestProject)
.AssemblyInfo.Version.Should().Be(originalAssemblyInfo.Version));
"It should not patch the test project's assemblyinfo file version"
._(() => solutionContext.Solution.Projects.First(p => p.TestProject)
.AssemblyInfo.FileVersion.Should().Be(originalAssemblyInfo.FileVersion));
"It should not patch the test project's file informational version"
._(() => solutionContext.Solution.Projects.First(p => p.TestProject)
.AssemblyInfo.InformationalVersion.Should().Be(originalAssemblyInfo.InformationalVersion))
.Teardown(() => craneTestContext.TearDown());
}
public void map_fubu_solution_to_crane_solution(IFubuSolutionMapper solutionMapper, SolutionBuilderContext context, ISolutionContext solutionContext, Solution result)
{
"Given I have a solution mapper"
._(() => solutionMapper = ServiceLocator.Resolve <IFubuSolutionMapper>());
"And I have a solution builder context"
._(() => context = ServiceLocator.Resolve <SolutionBuilderContext>());
"And I have a solution with two projects"
._(() => solutionContext = context.CreateBuilder()
.WithSolution(item => item.Path = Path.Combine(context.RootDirectory, "Sally.sln"))
.WithProject(item => item.Name = "FrodoFx")
.WithProject(item => item.Name = "FrodoFx.UnitTests")
.Build());
"When I map the fubu solution"
._(() => result = solutionMapper.Map(FubuCsProjFile.Solution.LoadFrom(solutionContext.Solution.Path)));
"It should return a solution"
._(() => result.Should().NotBeNull());
"It should map the solutions name"
._(() => result.Name.Should().Be("Sally"));
"It should map the solutions path"
._(() => result.Path.Should().Be(Path.Combine(context.RootDirectory, "Sally.sln")));
"It should map the solutions projects"
._(() => result.Projects.Count().Should().Be(2));
"It should map the solutions projects that reference their parent solution"
._(() => result.Projects.All(item => item.Solution.Equals(result)).Should().BeTrue())
.Teardown(() => context.TearDown());
}