static IPersistence Connect()
{
var options = new InMemoryPersistenceOptions
{
NetworkSimulator = new ReliableNetworkSimulator(10, 50)
};
return(new InMemoryPersistence(options));
}
protected IPersistence Create(bool dropOnInit)
{
var options = new InMemoryPersistenceOptions
{
CloneFunc = Clone,
};
return(new InMemoryPersistence(options));
}
protected IPersistence CreatePersistence()
{
networkSimulator = new AlwaysThrowsNetworkSimulator();
var options = new InMemoryPersistenceOptions
{
NetworkSimulator = networkSimulator
};
var persistence = new InMemoryPersistence(options);
return(persistence);
}
static IPersistence BuildStore(string store)
{
Console.WriteLine($"Selected store is {store}");
switch (store.ToLowerInvariant())
{
case "memory":
{
var network = new ReliableNetworkSimulator(2, 10);
var options = new InMemoryPersistenceOptions
{
CloneFunc = ObjectSerializer.Clone,
NetworkSimulator = network
};
return(new InMemoryPersistence(options));
}
case "mongo":
{
var options = new MongoPersistenceOptions
{
PartitionsConnectionString = Mongo,
UseLocalSequence = true,
PartitionsCollectionName = "partitions",
SequenceCollectionName = "seq",
DropOnInit = true,
MongoPayloadSerializer = new DiagnosticSerializerWrapper(new MongoCustomMongoPayloadSerializer()),
CustomizePartitionSettings = settings =>
{
settings.MaxConnectionPoolSize = 5000;
}
};
var mongo = new MongoPersistence(options);
mongo.InitAsync(CancellationToken.None).GetAwaiter().GetResult();
return(mongo);
}
}
throw new Exception($"Invalid store {store}");
}
