static Global()
{
CommitId = ConfigurationManager.AppSettings.Get("appharbor.commit_id");
var settings = LoadSettings();
var integrationPath = settings["DataPath"];
var contracts = Contracts.CreateStreamer();
var strategy = new DocumentStrategy();
if (integrationPath.StartsWith("file:"))
{
var path = integrationPath.Remove(0, 5);
var config = FileStorage.CreateConfig(path);
Docs = config.CreateNuclear(strategy).Container;
Client = new WebEndpoint(new NuclearStorage(Docs), contracts, config.CreateQueueWriter(Topology.RouterQueue));
}
else if (integrationPath.StartsWith("azure:"))
{
var path = integrationPath.Remove(0, 6);
var config = AzureStorage.CreateConfig(path);
Docs = config.CreateNuclear(strategy).Container;
Client = new WebEndpoint(new NuclearStorage(Docs), contracts, config.CreateQueueWriter(Topology.RouterQueue));
}
else
{
throw new InvalidOperationException("Unsupported environment");
}
Forms = new FormsAuth(Docs.GetReader <UserId, LoginView>());
Auth = new WebAuth(Client);
}
static Global()
{
CommitId = ConfigurationManager.AppSettings.Get("appharbor.commit_id");
var settings = LoadSettings();
var integrationPath = settings["DataPath"];
var contracts = Contracts.CreateStreamer();
var strategy = new DocumentStrategy();
if (integrationPath.StartsWith("file:"))
{
var path = integrationPath.Remove(0, 5);
var config = FileStorage.CreateConfig(path);
Docs = config.CreateNuclear(strategy).Container;
Client = new WebEndpoint(new NuclearStorage(Docs), contracts, config.CreateQueueWriter(Topology.RouterQueue));
}
else if (integrationPath.StartsWith("azure:"))
{
var path = integrationPath.Remove(0, 6);
var config = AzureStorage.CreateConfig(path);
Docs = config.CreateNuclear(strategy).Container;
Client = new WebEndpoint(new NuclearStorage(Docs), contracts, config.CreateQueueWriter(Topology.RouterQueue));
}
else
{
throw new InvalidOperationException("Unsupperted environment");
}
Forms = new FormsAuth(Docs.GetReader<UserId, LoginView>());
Auth = new WebAuth(Client);
}
public void Setup()
{
_name = Guid.NewGuid().ToString().ToLowerInvariant();
CloudStorageAccount cloudStorageAccount = ConnectionConfig.StorageAccount;
var cloudBlobClient = cloudStorageAccount.CreateCloudBlobClient();
var documentStrategy = new DocumentStrategy(_name);
_store = new AzureDocumentStore(documentStrategy, cloudBlobClient);
}
public void create_document_store()
{
//GIVEN
var documentStrategy = new DocumentStrategy();
var store = _config.CreateDocumentStore(documentStrategy);
//WHEN
Assert.IsTrue(store is FileDocumentStore);
Assert.AreEqual(new Uri(Path.GetFullPath(_configPath)).AbsolutePath, store.ToString());
Assert.AreEqual(documentStrategy, store.Strategy);
}
public void Setup()
{
var documentStrategy = new DocumentStrategy();
var concurrentDictionary = new ConcurrentDictionary<string, byte[]>();
_reader = new MemoryDocumentReaderWriter<Guid, int>(documentStrategy, concurrentDictionary);
_writer = new MemoryDocumentReaderWriter<Guid, int>(documentStrategy, concurrentDictionary);
_testClassReader = new MemoryDocumentReaderWriter<unit, Test1>(documentStrategy, concurrentDictionary);
_testClassWtiter = new MemoryDocumentReaderWriter<unit, Test1>(documentStrategy, concurrentDictionary);
_guidKeyClassReader = new MemoryDocumentReaderWriter<Guid, Test1>(documentStrategy, concurrentDictionary);
_guidKeyClassWriter = new MemoryDocumentReaderWriter<Guid, Test1>(documentStrategy, concurrentDictionary);
}
public void Setup()
{
var tmpPath = Path.GetTempPath();
var documentStrategy = new DocumentStrategy();
_reader = new FileDocumentReaderWriter<Guid, int>(tmpPath, documentStrategy);
_writer = new FileDocumentReaderWriter<Guid, int>(tmpPath, documentStrategy);
_testClassReader = new FileDocumentReaderWriter<unit, Test1>(tmpPath, documentStrategy);
_testClassWtiter = new FileDocumentReaderWriter<unit, Test1>(tmpPath, documentStrategy);
_guidKeyClassReader = new FileDocumentReaderWriter<Guid, Test1>(tmpPath, documentStrategy);
_guidKeyClassWriter = new FileDocumentReaderWriter<Guid, Test1>(tmpPath, documentStrategy);
}
public void Setup()
{
var documentStrategy = new DocumentStrategy();
var concurrentDictionary = new ConcurrentDictionary <string, byte[]>();
_reader = new MemoryDocumentReaderWriter <Guid, int>(documentStrategy, concurrentDictionary);
_writer = new MemoryDocumentReaderWriter <Guid, int>(documentStrategy, concurrentDictionary);
_testClassReader = new MemoryDocumentReaderWriter <unit, Test1>(documentStrategy, concurrentDictionary);
_testClassWtiter = new MemoryDocumentReaderWriter <unit, Test1>(documentStrategy, concurrentDictionary);
_guidKeyClassReader = new MemoryDocumentReaderWriter <Guid, Test1>(documentStrategy, concurrentDictionary);
_guidKeyClassWriter = new MemoryDocumentReaderWriter <Guid, Test1>(documentStrategy, concurrentDictionary);
}
public void Setup()
{
var tmpPath = Path.GetTempPath();
var documentStrategy = new DocumentStrategy();
_reader = new FileDocumentReaderWriter <Guid, int>(tmpPath, documentStrategy);
_writer = new FileDocumentReaderWriter <Guid, int>(tmpPath, documentStrategy);
_testClassReader = new FileDocumentReaderWriter <unit, Test1>(tmpPath, documentStrategy);
_testClassWtiter = new FileDocumentReaderWriter <unit, Test1>(tmpPath, documentStrategy);
_guidKeyClassReader = new FileDocumentReaderWriter <Guid, Test1>(tmpPath, documentStrategy);
_guidKeyClassWriter = new FileDocumentReaderWriter <Guid, Test1>(tmpPath, documentStrategy);
}
public void Init()
{
this._f = new Fixture();
this._originalView = new TestEntity(this._f.Create <string>());
this._key = new TestKey(this._f.Create <byte>());
var strategy = new DocumentStrategy();
var storage = new ConcurrentDictionary <string, byte[]>();
this._memWriter = new MemoryDocumentReaderWriter <TestKey, TestEntity>(strategy, storage);
this._writer = new BufferedDocumentWriter <TestKey, TestEntity>(this._memWriter, this._memWriter, strategy);
}
public void Setup()
{
var documentStrategy = new DocumentStrategy();
var concurrentDictionary = new ConcurrentDictionary <string, object>();
this._reader = new NonserializingMemoryDocumentReaderWriter <Guid, int>(documentStrategy, concurrentDictionary);
this._writer = new NonserializingMemoryDocumentReaderWriter <Guid, int>(documentStrategy, concurrentDictionary);
this._testClassReader = new NonserializingMemoryDocumentReaderWriter <unit, Test1>(documentStrategy, concurrentDictionary);
this._testClassWtiter = new NonserializingMemoryDocumentReaderWriter <unit, Test1>(documentStrategy, concurrentDictionary);
this._guidKeyClassReader = new NonserializingMemoryDocumentReaderWriter <Guid, Test1>(documentStrategy, concurrentDictionary);
this._guidKeyClassWriter = new NonserializingMemoryDocumentReaderWriter <Guid, Test1>(documentStrategy, concurrentDictionary);
}
public void Setup()
{
_name = Guid.NewGuid().ToString().ToLowerInvariant();
CloudStorageAccount cloudStorageAccount = ConnectionConfig.StorageAccount;
var cloudBlobClient = cloudStorageAccount.CreateCloudBlobClient();
var documentStrategy = new DocumentStrategy(_name);
_store = new AzureDocumentStore(documentStrategy, cloudBlobClient);
_container = cloudBlobClient.GetBlobDirectoryReference(_name).Container;
_container.CreateIfNotExist();
_sampleDocContainer = cloudBlobClient.GetBlobDirectoryReference(_name).Container;
_sampleDocContainer.CreateIfNotExist();
}
public void create_document_store()
{
var documentStrategy = new DocumentStrategy();
var store = _config.CreateDocumentStore(documentStrategy);
Assert.IsTrue(store is FileDocumentStore);
Assert.AreEqual(new Uri(Path.GetFullPath(_configPath)).AbsolutePath, store.ToString());
Assert.AreEqual(documentStrategy, store.Strategy);
}
