public async Task Given_default_policy()
{
var aggregateId = Guid.NewGuid().ToString();
var initialParameter = 1;
var cmd = new InflateNewBallonCommand(initialParameter, aggregateId);
await Node.Prepare(cmd)
.Expect <BalloonCreated>()
.Execute();
var changedParameter = 2;
var changeSampleAggregateCommand = new WriteTitleCommand(changedParameter, aggregateId);
await Node.Prepare(changeSampleAggregateCommand)
.Expect <BalloonTitleChanged>()
.Execute();
Thread.Sleep(1000);
var aggregates = await AggregateSnapshotRepository.New(AutoTestNodeDbConfiguration.Default.JournalConnectionString,
BalloonAggregateFactory.Default)
.Load <Balloon>(aggregateId);
//Snapshots_should_be_saved_two_times()
Assert.Equal(2, aggregates.Length);
//Restored_aggregates_should_have_same_ids()
Assert.True(aggregates.All(s => s.Payload.Id == aggregateId));
//First_snapshot_should_have_parameters_from_first_command()
Assert.Equal(initialParameter.ToString(), aggregates.First().Payload.Title);
//Second_snapshot_should_have_parameters_from_second_command()
Assert.Equal(changedParameter.ToString(), aggregates.Skip(1).First().Payload.Title);
}
public async Task Given_persisted_snapshot_Aggregate_should_execute_command()
{
var aggregate = new Balloon(Guid.NewGuid().ToString(), "haha");
aggregate.WriteNewTitle(10);
aggregate.ClearUncommitedEvents();
var repo = new AggregateSnapshotRepository(AutoTestNodeDbConfiguration.Default.JournalConnectionString,
new BalloonAggregateFactory(),
new BalloonAggregateFactory());
await repo.Add(aggregate);
var cmd = new IncreaseTitleCommand(1, aggregate.Id);
var res = await Node.Prepare(cmd)
.Expect <BalloonTitleChanged>()
.Execute();
var message = res.Received;
//Values_should_be_equal()
Assert.Equal("11", message.Value);
//Ids_should_be_equal()
Assert.Equal(aggregate.Id, message.SourceId);
}
public void Test()
{
_aggregate = new SampleAggregate(Guid.NewGuid(), "test");
_aggregate.ChangeState(10);
_aggregate.ClearEvents();
var repo = new AggregateSnapshotRepository(AkkaConf.Persistence.JournalConnectionString, GridNode.AggregateFromSnapshotsFactory);
repo.Add(_aggregate);
_restoredAggregate = LoadAggregate <SampleAggregate>(_aggregate.Id);
}
public async Task Given_save_on_each_message_policy_and_keep_2_snapshots()
{
var startEvent = new GotTiredEvent(Guid.NewGuid().ToString(), Guid.NewGuid().ToString(), Guid.NewGuid().ToString());
var res = await Node.NewDebugWaiter()
.Expect <ProcessManagerCreated <SoftwareProgrammingState> >()
.Create()
.SendToProcessManagers(startEvent);
var processId = res.Message <ProcessManagerCreated <SoftwareProgrammingState> >()
.SourceId;
var continueEventA = new CoffeMakeFailedEvent(Guid.NewGuid().ToString(),
startEvent.PersonId,
BusinessDateTime.UtcNow,
processId);
await Node.SendToProcessManagers(continueEventA);
await Node.KillProcessManager <SoftwareProgrammingProcess, SoftwareProgrammingState>(processId);
Version <ProcessStateAggregate <SoftwareProgrammingState> >[] snapshots = null;
//Only_two_Snapshots_should_left()
AwaitAssert(() =>
{
snapshots = AggregateSnapshotRepository.New(AutoTestNodeDbConfiguration.Default.JournalConnectionString)
.Load <ProcessStateAggregate <SoftwareProgrammingState> >(processId)
.Result;
Assert.Equal(2, snapshots.Length);
// Restored_aggregates_should_have_same_ids()
Assert.True(snapshots.All(s => s.Payload.Id == processId));
// First_Snapshots_should_have_coding_state_from_first_event()
Assert.Equal(nameof(SoftwareProgrammingProcess.MakingCoffee),
snapshots.First()
.Payload.State.CurrentStateName);
//Last_Snapshots_should_have_coding_state_from_last_event()
Assert.Equal(nameof(SoftwareProgrammingProcess.Sleeping),
snapshots.Last()
.Payload.State.CurrentStateName);
//All_snapshots_should_not_have_uncommited_events()
Assert.Empty(snapshots.SelectMany(s => s.Payload.GetEvents()));
},
TimeSpan.FromSeconds(10),
TimeSpan.FromSeconds(1));
}
public void Test()
{
_sagaState = new SoftwareProgrammingSagaState(Guid.NewGuid(), SoftwareProgrammingSaga.States.MakingCoffee);
_sagaState.RememberPerson(Guid.NewGuid());
_sagaState.RememberBadCoffeMachine(Guid.NewGuid());
_sagaState.ClearEvents();
var repo = new AggregateSnapshotRepository(AkkaConf.Persistence.JournalConnectionString, GridNode.AggregateFromSnapshotsFactory);
repo.Add(_sagaState);
_restoredState = LoadSagaState <SoftwareProgrammingSaga, SoftwareProgrammingSagaState>(_sagaState.Id);
}
public void Test()
{
var saga = new SoftwareProgrammingSaga();
var state = new SoftwareProgrammingSagaData(saga.Coding.Name, Guid.NewGuid(), Guid.NewGuid());
_sagaState = new SagaDataAggregate <SoftwareProgrammingSagaData>(Guid.NewGuid(), state);
_sagaState.RememberEvent(saga.CoffeReady, state, new object());
_sagaState.ClearEvents();
var repo = new AggregateSnapshotRepository(AkkaConf.Persistence.JournalConnectionString, GridNode.AggregateFromSnapshotsFactory);
repo.Add(_sagaState);
_restoredState = LoadInstanceSagaState <SoftwareProgrammingSaga, SoftwareProgrammingSagaData>(_sagaState.Id);
}
public async Task Test()
{
var i = Node.Id; //just start node
var process = new SoftwareProgrammingProcess();
var state = new SoftwareProgrammingState(Guid.NewGuid().ToString(), process.Coding.Name, Guid.NewGuid().ToString(), Guid.NewGuid().ToString());
var processStateAggregate = new ProcessStateAggregate <SoftwareProgrammingState>(state);
processStateAggregate.ReceiveMessage(state, null);
processStateAggregate.ClearUncommitedEvents();
var repo = new AggregateSnapshotRepository(AutoTestNodeDbConfiguration.Default.JournalConnectionString,
AggregateFactory.Default,
AggregateFactory.Default);
await repo.Add(processStateAggregate);
var restoredState = await this.LoadProcessByActor <SoftwareProgrammingState>(processStateAggregate.Id);
//CoffeMachineId_should_be_equal()
Assert.Equal(processStateAggregate.State.CoffeeMachineId, restoredState.CoffeeMachineId);
// State_should_be_equal()
Assert.Equal(processStateAggregate.State.CurrentStateName, restoredState.CurrentStateName);
}
public async Task Given_default_policy()
{
var startEvent = new GotTiredEvent(Guid.NewGuid().ToString(), Guid.NewGuid().ToString(), Guid.NewGuid().ToString());
var resTask = Node.NewDebugWaiter()
.Expect <ProcessReceivedMessage <SoftwareProgrammingState> >()
.Create()
.SendToProcessManagers(startEvent, MessageMetadata.New(startEvent.Id, null, null));
var processId = (await resTask).Message <ProcessReceivedMessage <SoftwareProgrammingState> >().SourceId;
var continueEvent = new CoffeMakeFailedEvent(processId, startEvent.PersonId, BusinessDateTime.UtcNow, processId);
//to avoid racy state receiving expected message from processing GotTiredEvent
await Node.NewDebugWaiter()
.Expect <ProcessReceivedMessage <SoftwareProgrammingState> >(e => e.MessageId == continueEvent.Id)
.Create()
.SendToProcessManagers(continueEvent, processId);
Log.Info("Testcase enforce additional snapshot save & delete, will kill process manager");
await Node.KillProcessManager <SoftwareProgrammingProcess, SoftwareProgrammingState>(processId);
var snapshots = await AggregateSnapshotRepository.New(AutoTestNodeDbConfiguration.Default.JournalConnectionString,
AggregateFactory.Default)
.Load <ProcessStateAggregate <SoftwareProgrammingState> >(processId);
//Snapshot_should_be_saved_one_time
Assert.Single(snapshots);
//Restored_process_state_should_have_correct_ids
Assert.True(snapshots.All(s => s.Payload.Id == processId));
//Snapshot_should_have_parameters_from_first_event = created event
Assert.Equal(nameof(SoftwareProgrammingProcess.Coding),
snapshots.First().Payload.State.CurrentStateName);
//All_snapshots_should_not_have_uncommited_events
Assert.Empty(snapshots.SelectMany(s => s.Payload.GetEvents()));
}
public async Task Given_default_policy()
{
var startEvent = new GotTiredEvent(Guid.NewGuid().ToString(), Guid.NewGuid().ToString(), Guid.NewGuid().ToString());
var res = await Node.NewDebugWaiter()
.Expect <ProcessManagerCreated <SoftwareProgrammingState> >()
.Create()
.SendToProcessManagers(startEvent);
var processId = res.Message <ProcessManagerCreated <SoftwareProgrammingState> >()
.SourceId;
var continueEvent = new CoffeMakeFailedEvent(processId, startEvent.PersonId, BusinessDateTime.UtcNow, processId);
await Node.NewDebugWaiter()
.Expect <ProcessReceivedMessage <SoftwareProgrammingState> >()
.Create()
.SendToProcessManagers(continueEvent);
var continueEventB =
new Fault <GoSleepCommand>(new GoSleepCommand(startEvent.PersonId, startEvent.LovelySofaId),
new Exception(),
typeof(object),
processId,
BusinessDateTime.Now);
await Node.NewDebugWaiter()
.Expect <ProcessReceivedMessage <SoftwareProgrammingState> >()
.Create()
.SendToProcessManagers(continueEventB);
await Node.KillProcessManager <SoftwareProgrammingProcess, SoftwareProgrammingState>(continueEvent.ProcessId);
Version <ProcessStateAggregate <SoftwareProgrammingState> >[] snapshots = null;
AwaitAssert(() =>
{
snapshots = new AggregateSnapshotRepository(AutoTestNodeDbConfiguration.Default.JournalConnectionString,
AggregateFactory.Default,
AggregateFactory.Default)
.Load <ProcessStateAggregate <SoftwareProgrammingState> >(processId)
.Result;
//saving on each message, maximum on each command
//Snapshots_should_be_saved_two_times
//4 events in total, two saves of snapshots due to policy saves on each two events
//1 event and 3
Assert.Equal(2, snapshots.Length);
//First_snapshot_should_have_state_from_first_event
Assert.Equal(nameof(SoftwareProgrammingProcess.Coding),
snapshots.First()
.Payload.State.CurrentStateName);
//Last_snapshot_should_have_parameters_from_last_command()
Assert.Equal(nameof(SoftwareProgrammingProcess.Sleeping),
snapshots.Last()
.Payload.State.CurrentStateName);
//Restored_process_state_should_have_correct_ids
Assert.True(snapshots.All(s => s.Payload.Id == processId));
//All_snapshots_should_not_have_uncommited_events()
Assert.Empty(snapshots.SelectMany(s => s.Payload.GetEvents()));
},
TimeSpan.FromSeconds(10),
TimeSpan.FromSeconds(1));
}
