public Issue_55_CamelCase_Convention_Should_Not_Be_Applied_To_MongoCommit()
{
var options = new MongoPersistenceOptions();
var db = options.ConnectToDatabase(AcceptanceTestMongoPersistenceFactory.GetConnectionString());
_commits = db.GetCollection <BsonDocument>("Commits");
}
protected override void Context()
{
for (int c = 1; c <= ParallelWriters; c++)
{
var client = new AcceptanceTestMongoPersistenceFactory().Build();
if (c == 1)
{
client.Drop();
}
client.Initialize();
_writers.Add(client);
}
_observer = new Observer();
var reader = new AcceptanceTestMongoPersistenceFactory().Build();
_client = new PollingClient2(reader, c =>
{
_observer.OnNext(c);
return(PollingClient2.HandlingResult.MoveToNext);
}, PollingInterval);
_client.StartFrom(0);
}
protected override void Context()
{
for (int c = 1; c <= ParallelWriters; c++)
{
var client = new AcceptanceTestMongoPersistenceFactory().Build();
if (c == 1)
{
client.Drop();
client.Initialize();
}
_writers.Add(client);
}
_observer = new Observer();
var reader = new AcceptanceTestMongoPersistenceFactory().Build();
_client = new PollingClient(reader, PollingInterval);
_observeCommits = _client.ObserveFrom(null);
_subscription = _observeCommits.Subscribe(_observer);
_observeCommits.Start();
}
protected override void Because()
{
var options = new MongoPersistenceOptions(
(settings) =>
{
settings.ApplicationName = TestApplicationName;
settings.ReplicaSetName = TestReplicaSetName;
});
_db = options.ConnectToDatabase(AcceptanceTestMongoPersistenceFactory.GetConnectionString());
}
public holes_are_not_filled_as_default_behavior()
{
var options = new MongoPersistenceOptions();
options.ConcurrencyStrategy = ConcurrencyExceptionStrategy.Continue;
var db = options.ConnectToDatabase(AcceptanceTestMongoPersistenceFactory.GetConnectionString());
var collection = db.GetCollection <BsonDocument>("Commits");
options.CheckpointGenerator = new InMemoryCheckpointGenerator(collection);
PersistenceEngineFixture.Options = options;
// workaround for test initialization to have uniform config for all 3 test frameworks
// we can't use ClassInitialize, TestFixtureSetup or SetFixture
Fixture.Initialize(ConfiguredPageSizeForTesting);
// reset this immediately, hopefully will not impact other tests
PersistenceEngineFixture.Options = null;
}
public Issue40_verify_ability_to_opt_out_stream_head()
{
var options = new MongoPersistenceOptions
{
ConcurrencyStrategy = ConcurrencyExceptionStrategy.Continue,
DisableSnapshotSupport = true
};
var db = options.ConnectToDatabase(AcceptanceTestMongoPersistenceFactory.GetConnectionString());
_streamHeads = db.GetCollection <BsonDocument>("Streams");
PersistenceEngineFixture.Options = options;
// workaround for test initialization to have uniform config for all 3 test frameworks
// we can't use ClassInitialize, TestFixtureSetup or SetFixture
Fixture.Initialize(ConfiguredPageSizeForTesting);
// reset this immediately, hopefully will not impact other tests
PersistenceEngineFixture.Options = null;
}
public Verify_safe_generator_not_create_hole()
{
var options = new MongoPersistenceOptions
{
ConcurrencyStrategy = ConcurrencyExceptionStrategy.Continue
};
var db = options.ConnectToDatabase(AcceptanceTestMongoPersistenceFactory.GetConnectionString());
var collection = db.GetCollection <BsonDocument>("Commits");
options.CheckpointGenerator = new AlwaysQueryDbForNextValueCheckpointGenerator(collection);
PersistenceEngineFixture.Options = options;
// workaround for test initialization to have uniform config for all 3 test frameworks
// we can't use ClassInitialize, TestFixtureSetup or SetFixture
Fixture.Initialize(ConfiguredPageSizeForTesting);
// reset this immediately, hopefully will not impact other tests
PersistenceEngineFixture.Options = null;
}
