public void LoadAndRestoreCurrentRuntimeTestAsync()
{
AssemblyManagementRepository assManRepo = GetTestRepo(nameof(LoadAndRestoreCurrentRuntimeTestAsync));
DaoRepository fileRepo = new DaoRepository()
{
Database = assManRepo.Database
};
fileRepo.AddTypes(typeof(ChunkedFileDescriptor),
typeof(ChunkDataDescriptor),
typeof(ChunkData));
fileRepo.EnsureDaoAssemblyAndSchema();
FileService fmSvc = new FileService(fileRepo);
AssemblyService svc = new AssemblyService(DataProvider.Current, fmSvc, assManRepo, DefaultConfigurationApplicationNameProvider.Instance);
ProcessRuntimeDescriptor prd1 = svc.CurrentProcessRuntimeDescriptor;
ProcessRuntimeDescriptor prd2 = svc.CurrentProcessRuntimeDescriptor;
ProcessRuntimeDescriptor byName = assManRepo.OneProcessRuntimeDescriptorWhere(c => c.ApplicationName == prd1.ApplicationName);
Message.PrintLine("AppName: {0}", ConsoleColor.Cyan, prd1.ApplicationName);
Expect.AreEqual(prd1.Cuid, prd2.Cuid);
Expect.AreEqual(prd1.Cuid, byName.Cuid);
bool?fired = false;
svc.RuntimeRestored += (o, a) =>
{
fired = true;
OutLine(((ProcessRuntimeDescriptorEventArgs)a).DirectoryPath);
};
svc.RestoreApplicationRuntime(byName.ApplicationName, $".\\{nameof(LoadAndRestoreCurrentRuntimeTestAsync)}");
Expect.IsTrue(fired.Value);
}
public void ProcessRuntimeDescriptorSaveTest()
{
AssemblyManagementRepository repo = GetAssemblyManagementRepository(GetConsoleLogger(), nameof(ProcessRuntimeDescriptorSaveTest));
repo.SetDaoNamespace <ProcessRuntimeDescriptor>();
repo.Database.TryEnsureSchema <Dao.AssemblyDescriptor>();
List <AssemblyDescriptor> descriptors = AssemblyDescriptor.GetCurrentAppDomainDescriptors().ToList();
ProcessRuntimeDescriptor current = ProcessRuntimeDescriptor.PersistCurrentToRepo(repo);
Expect.AreEqual(descriptors.Count, current.AssemblyDescriptors.Length, "Number of descriptors didn't match");
ProcessRuntimeDescriptor retrieved = repo.Retrieve <ProcessRuntimeDescriptor>(current.Id);
Expect.AreEqual(descriptors.Count, retrieved.AssemblyDescriptors.Length, "Number of retrieved descriptors didn't match");
foreach (AssemblyDescriptor descriptor in retrieved.AssemblyDescriptors)
{
AssemblyDescriptor retrievedDescriptor = repo.Retrieve <AssemblyDescriptor>(descriptor.Uuid);
Message.PrintLine("Checking {0}", ConsoleColor.DarkBlue, retrievedDescriptor.AssemblyFullName);
AssemblyDescriptor actual = descriptors.FirstOrDefault(d =>
d.Name.Equals(retrievedDescriptor.Name) &&
d.FileHash.Equals(retrievedDescriptor.FileHash) &&
d.AssemblyFullName.Equals(retrievedDescriptor.AssemblyFullName)
);
Expect.AreEqual(actual.AssemblyReferenceDescriptors?.Count, retrievedDescriptor.AssemblyReferenceDescriptors?.Count);
Message.PrintLine("ProcessRuntimeDescriptors count {0}", retrievedDescriptor.ProcessRuntimeDescriptors.Count);
}
}
public ProcessRuntimeDescriptor LoadRuntimeDescriptor(string filePath, string commandLine, string machineName, string applicationName)
{
return(AssemblyManagementRepository.ProcessRuntimeDescriptorsWhere(c =>
c.FilePath == filePath &&
c.CommandLine == commandLine &&
c.MachineName == machineName &&
c.ApplicationName == applicationName)
.FirstOrDefault());
}
private AssemblyService GetAssemblyService(Database db)
{
FileService fmSvc = GetFileService(db);
AssemblyManagementRepository assManRepo = new AssemblyManagementRepository()
{
Database = db
};
return(new AssemblyService(DataProvider.Instance, fmSvc, assManRepo, DefaultConfigurationApplicationNameProvider.Instance));
}
private AssemblyManagementRepository GetTestRepo(string databaseName)
{
AssemblyManagementRepository repo = GetAssemblyManagementRepository(GetConsoleLogger(), databaseName);
repo.SetDaoNamespace <ProcessRuntimeDescriptor>();
repo.Database.TryEnsureSchema <Dao.AssemblyDescriptor>();
Dao.AssemblyDescriptor.LoadAll(repo.Database).Delete(repo.Database);
repo.Creating += (o, a) => { Output("Creating", o, (RepositoryEventArgs)a); };
repo.Created += (o, a) => { Output("Created", o, (RepositoryEventArgs)a); };
repo.Updating += (o, a) => { Output("Updating", o, (RepositoryEventArgs)a); };
repo.Updated += (o, a) => { Output("Updated", o, (RepositoryEventArgs)a); };
return(repo);
}
public void SaveDescriptorDoesntDuplicate()
{
AssemblyManagementRepository repo = GetTestRepo(nameof(SaveDescriptorDoesntDuplicate));
AssemblyDescriptor descriptor = new AssemblyDescriptor(Assembly.GetExecutingAssembly());
AssemblyDescriptor one = repo.Save(descriptor);
AssemblyDescriptor two = repo.Save(descriptor);
Expect.IsNotNull(one, "first save returned null");
Expect.IsNotNull(two, "second save returned null");
Expect.AreEqual(one.Id, two.Id, "Ids didn't match");
Expect.AreEqual(one.Uuid, two.Uuid, "Uuids didn't match");
Dao.AssemblyDescriptorCollection descriptors = Dao.AssemblyDescriptor
.Where(q =>
q.AssemblyFullName == descriptor.AssemblyFullName &&
q.FileHash == descriptor.FileHash &&
q.Name == descriptor.Name, repo.Database);
Expect.AreEqual(1, descriptors.Count);
}
public void SaveDescriptorSavesReferences()
{
AssemblyManagementRepository repo = GetAssemblyManagementRepository(GetConsoleLogger(), nameof(SaveDescriptorSavesReferences));
repo.Database.TryEnsureSchema <Dao.AssemblyDescriptor>();
AssemblyDescriptor[] descriptors = AssemblyDescriptor.GetCurrentAppDomainDescriptors().ToArray();
foreach (AssemblyDescriptor descriptor in descriptors)
{
int?referenceCount = descriptor.AssemblyReferenceDescriptors?.Count;
if (referenceCount > 0)
{
AssemblyDescriptor wrapped = repo.Save(descriptor);
AssemblyDescriptor retrieved = repo.Retrieve <AssemblyDescriptor>(wrapped.Id);
Expect.AreEqual(referenceCount, retrieved.AssemblyReferenceDescriptors?.Count);
Pass(descriptor.AssemblyFullName + " " + referenceCount.ToString());
}
else
{
Message.PrintLine("No references: {0}", ConsoleColor.Cyan, descriptor.AssemblyFullName);
}
}
}