public static AzurePartitionInbox CreateInbox(this IAzureStorageConfig cfg, string name,
Func <uint, TimeSpan> decay = null, TimeSpan visibilityTimeout = default(TimeSpan))
{
var intake = BuildIntake(cfg, name, visibilityTimeout);
var waiter = decay ?? DecayEvil.BuildExponentialDecay(2000);
return(new AzurePartitionInbox(new[] { intake }, waiter));
}
public static FilePartitionInbox CreateInbox(this FileStorageConfig cfg, string name, Func <uint, TimeSpan> decay = null)
{
var reader = new StatelessFileQueueReader(Path.Combine(cfg.FullPath, name), name);
var waiter = decay ?? DecayEvil.BuildExponentialDecay(250);
var inbox = new FilePartitionInbox(new[] { reader, }, waiter);
inbox.Init();
return(inbox);
}
public static Container BuildEnvironment()
{
//JsConfig.DateHandler = JsonDateHandler.ISO8601;
ConfigureObserver();
var integrationPath = AzureSettingsProvider.GetStringOrThrow(Conventions.StorageConfigName);
//var email = AzureSettingsProvider.GetStringOrThrow(Conventions.SmtpConfigName);
//var core = new SmtpHandlerCore(email);
var setup = new Setup
{
//Smtp = core,
//FreeApiKey = freeApiKey,
//WebClientUrl = clientUri,
//HttpEndpoint = endPoint,
//EncryptorTool = new EncryptorTool(systemKey)
};
if (integrationPath.StartsWith("file:"))
{
var path = integrationPath.Remove(0, 5);
SystemObserver.Notify("Using store : {0}", path);
var config = FileStorage.CreateConfig(path);
setup.Streaming = config.CreateStreaming();
setup.DocumentStoreFactory = config.CreateDocumentStore;
setup.QueueReaderFactory = s => config.CreateInbox(s, DecayEvil.BuildExponentialDecay(500));
setup.QueueWriterFactory = config.CreateQueueWriter;
setup.AppendOnlyStoreFactory = config.CreateAppendOnlyStore;
setup.ConfigureQueues(1, 1);
return(setup.Build());
}
if (integrationPath.StartsWith("Default") || integrationPath.Equals("UseDevelopmentStorage=true", StringComparison.InvariantCultureIgnoreCase))
{
var config = AzureStorage.CreateConfig(integrationPath);
setup.Streaming = config.CreateStreaming();
setup.DocumentStoreFactory = config.CreateDocumentStore;
setup.QueueReaderFactory = s => config.CreateQueueReader(s);
setup.QueueWriterFactory = config.CreateQueueWriter;
setup.AppendOnlyStoreFactory = config.CreateAppendOnlyStore;
setup.ConfigureQueues(4, 4);
return(setup.Build());
}
throw new InvalidOperationException("Unsupported environment");
}
/// <summary>
/// Sets the custom decay policy used to throttle Azure queue checks, when there are no messages for some time.
/// This overload eventually slows down requests till the max of <paramref name="maxInterval"/>.
/// </summary>
/// <param name="maxInterval">The maximum interval to keep between checks, when there are no messages in the queue.</param>
public void DecayPolicy(TimeSpan maxInterval)
{
_decayPolicy = DecayEvil.BuildExponentialDecay(maxInterval);
}