public void TraceStatus()
{
string dataLocation = Path.Combine("mock:", "registryDataFolder");
MockFileSystem fileSystem = new MockFileSystem(new MockDirectory(dataLocation, null, null));
MockTracer tracer = new MockTracer();
RepoRegistry registry = new RepoRegistry(tracer, fileSystem, dataLocation, this.mockRepoMounter.Object);
string repo1Root = Path.Combine("mock:", "test", "repo1");
string owner1SID = Guid.NewGuid().ToString();
string repo2Root = Path.Combine("mock:", "test", "repo2");
string owner2SID = Guid.NewGuid().ToString();
string repo3Root = Path.Combine("mock:", "test", "repo3");
string owner3SID = Guid.NewGuid().ToString();
string errorMessage;
registry.TryRegisterRepo(repo1Root, owner1SID, out errorMessage).ShouldEqual(true);
registry.TryRegisterRepo(repo2Root, owner2SID, out errorMessage).ShouldEqual(true);
registry.TryRegisterRepo(repo3Root, owner3SID, out errorMessage).ShouldEqual(true);
registry.TryDeactivateRepo(repo2Root, out errorMessage).ShouldEqual(true);
registry.TraceStatus();
Dictionary <string, RepoRegistration> repos = registry.ReadRegistry();
repos.Count.ShouldEqual(3);
foreach (KeyValuePair <string, RepoRegistration> kvp in repos)
{
tracer.RelatedInfoEvents.SingleOrDefault(message => message.Equals(kvp.Value.ToString())).ShouldNotBeNull();
}
}
public void TryDeactivateRepo()
{
string dataLocation = Path.Combine("mock:", "registryDataFolder");
MockFileSystem fileSystem = new MockFileSystem(new MockDirectory(dataLocation, null, null));
RepoRegistry registry = new RepoRegistry(
new MockTracer(),
fileSystem,
dataLocation,
this.mockRepoMounter.Object,
this.mockNotificationHandler.Object);
string repo1Root = Path.Combine("mock:", "test", "repo1");
string owner1SID = Guid.NewGuid().ToString();
string errorMessage;
registry.TryRegisterRepo(repo1Root, owner1SID, out errorMessage).ShouldEqual(true);
List <RepoRegistration> activeRepos;
registry.TryGetActiveRepos(out activeRepos, out errorMessage);
activeRepos.Count.ShouldEqual(1);
this.VerifyRepo(activeRepos.SingleOrDefault(repo => repo.EnlistmentRoot.Equals(repo1Root)), owner1SID, expectedIsActive: true);
// Deactivate repo
registry.TryDeactivateRepo(repo1Root, out errorMessage).ShouldEqual(true);
registry.TryGetActiveRepos(out activeRepos, out errorMessage);
activeRepos.Count.ShouldEqual(0);
// Deactivate repo again (no-op)
registry.TryDeactivateRepo(repo1Root, out errorMessage).ShouldEqual(true);
registry.TryGetActiveRepos(out activeRepos, out errorMessage);
activeRepos.Count.ShouldEqual(0);
// Repo should still be in the registry
Dictionary <string, RepoRegistration> verifiableRegistry = registry.ReadRegistry();
verifiableRegistry.Count.ShouldEqual(1);
this.VerifyRepo(verifiableRegistry[repo1Root], owner1SID, expectedIsActive: false);
// Deactivate non-existent repo should fail
string nonExistantPath = Path.Combine("mock:", "test", "doesNotExist");
registry.TryDeactivateRepo(nonExistantPath, out errorMessage).ShouldEqual(false);
errorMessage.ShouldContain("Attempted to deactivate non-existent repo");
}
public void TryGetActiveRepos_BeforeAndAfterActivateAndDeactivate()
{
string dataLocation = Path.Combine("mock:", "registryDataFolder");
MockFileSystem fileSystem = new MockFileSystem(new MockDirectory(dataLocation, null, null));
RepoRegistry registry = new RepoRegistry(
new MockTracer(),
fileSystem,
dataLocation,
this.mockRepoMounter.Object,
this.mockNotificationHandler.Object);
string repo1Root = Path.Combine("mock:", "test", "repo1");
string owner1SID = Guid.NewGuid().ToString();
string repo2Root = Path.Combine("mock:", "test", "repo2");
string owner2SID = Guid.NewGuid().ToString();
string repo3Root = Path.Combine("mock:", "test", "repo3");
string owner3SID = Guid.NewGuid().ToString();
// Register all 3 repos
string errorMessage;
registry.TryRegisterRepo(repo1Root, owner1SID, out errorMessage).ShouldEqual(true);
registry.TryRegisterRepo(repo2Root, owner2SID, out errorMessage).ShouldEqual(true);
registry.TryRegisterRepo(repo3Root, owner3SID, out errorMessage).ShouldEqual(true);
// Confirm all 3 active
List <RepoRegistration> activeRepos;
registry.TryGetActiveRepos(out activeRepos, out errorMessage);
activeRepos.Count.ShouldEqual(3);
this.VerifyRepo(activeRepos.SingleOrDefault(repo => repo.EnlistmentRoot.Equals(repo1Root)), owner1SID, expectedIsActive: true);
this.VerifyRepo(activeRepos.SingleOrDefault(repo => repo.EnlistmentRoot.Equals(repo2Root)), owner2SID, expectedIsActive: true);
this.VerifyRepo(activeRepos.SingleOrDefault(repo => repo.EnlistmentRoot.Equals(repo3Root)), owner3SID, expectedIsActive: true);
// Deactive repo 2
registry.TryDeactivateRepo(repo2Root, out errorMessage).ShouldEqual(true);
// Confirm repos 1 and 3 still active
registry.TryGetActiveRepos(out activeRepos, out errorMessage);
activeRepos.Count.ShouldEqual(2);
this.VerifyRepo(activeRepos.SingleOrDefault(repo => repo.EnlistmentRoot.Equals(repo1Root)), owner1SID, expectedIsActive: true);
this.VerifyRepo(activeRepos.SingleOrDefault(repo => repo.EnlistmentRoot.Equals(repo3Root)), owner3SID, expectedIsActive: true);
// Activate repo 2
registry.TryRegisterRepo(repo2Root, owner2SID, out errorMessage).ShouldEqual(true);
// Confirm all 3 active
registry.TryGetActiveRepos(out activeRepos, out errorMessage);
activeRepos.Count.ShouldEqual(3);
this.VerifyRepo(activeRepos.SingleOrDefault(repo => repo.EnlistmentRoot.Equals(repo1Root)), owner1SID, expectedIsActive: true);
this.VerifyRepo(activeRepos.SingleOrDefault(repo => repo.EnlistmentRoot.Equals(repo2Root)), owner2SID, expectedIsActive: true);
this.VerifyRepo(activeRepos.SingleOrDefault(repo => repo.EnlistmentRoot.Equals(repo3Root)), owner3SID, expectedIsActive: true);
}