private IReadOnlyCollection <Version.ValidationResult> QueryTarget(MessageTypeCode messageType, long version)
{
using (Probe.Create("Query Cache"))
{
if (_cache.TryGet(messageType, out var targetValidationResults))
{
return(targetValidationResults);
}
}
using (Probe.Create("Query Target"))
{
var targetValidationResults =
_query
.For <Version.ValidationResult>()
.Where(x => x.MessageType == (int)messageType)
.ForVersion(version)
.ApplyVersionId(0)
.ToList();
_cache.Initialize(messageType, targetValidationResults);
return(targetValidationResults);
}
}
public void Complete(IEnumerable <IMessage> successfullyProcessedMessages, IEnumerable <IMessage> failedProcessedMessages)
{
using (Probe.Create("Complete Erm Operations"))
{
_receiver.Complete(successfullyProcessedMessages, failedProcessedMessages);
}
}
private MergeResult <Version.ValidationResult> CalculateValidationRuleChanges(IReadOnlyCollection <Version.ValidationResult> currentVersionResults, MessageTypeCode ruleCode, Expression <Func <Version.ValidationResult, bool> > filter)
{
try
{
List <Version.ValidationResult> sourceObjects;
using (Probe.Create("Query Source"))
using (new TransactionScope(TransactionScopeOption.RequiresNew, _transactionOptions))
{
// Запрос к данным посылаем вне транзакции, иначе будет DTC
var accessor = _accessors[ruleCode];
var query = accessor.GetSource().Where(filter);
sourceObjects = query.ToList();
}
using (Probe.Create("Merge"))
{
var destObjects = currentVersionResults.Where(x => x.MessageType == (int)ruleCode).Where(filter.Compile());
var mergeResult = MergeTool.Merge(sourceObjects, destObjects, _equalityComparer);
return(mergeResult);
}
}
catch (Exception ex)
{
throw new Exception($"Ошибка при вычислении правила {ruleCode}", ex);
}
}
public void Recalculate(IEnumerable <RecalculateStatisticsOperation> operations)
{
MetadataSet metadataSet;
if (!_metadataProvider.TryGetMetadata <StatisticsRecalculationMetadataIdentity>(out metadataSet))
{
throw new NotSupportedException($"Metadata for identity '{typeof(StatisticsRecalculationMetadataIdentity).Name}' cannot be found.");
}
var batches = operations.GroupBy(x => x.EntityId.ProjectId).ToArray();
using (Probe.Create("Recalculate Statistics Operations"))
{
var metadata = metadataSet.Metadata.Values.SelectMany(x => x.Elements).ToArray();
foreach (var element in metadata)
{
var processor = _statisticsProcessorFactory.Create(element);
foreach (var batch in batches)
{
processor.Execute(batch.ToArray());
}
}
}
}
private IEnumerable <IEvent> Handle(IReadOnlyCollection <ISyncDataObjectCommand> commands)
{
if (commands.Count == 0)
{
return(Enumerable.Empty <IEvent>());
}
var dataObjectTypes = commands.Select(x => x.DataObjectType).ToHashSet();
var actors = _dataObjectsActorFactory.Create(dataObjectTypes);
var eventCollector = new FactsEventCollector();
foreach (var actor in actors)
{
using (Probe.Create($"ETL1 {actor.GetType().GetFriendlyName()}"))
{
var events = actor.ExecuteCommands(commands);
eventCollector.Add(events);
}
}
_syncEntityNameActor.ExecuteCommands(commands);
return(eventCollector.Events());
}
public IReadOnlyList <IMessage> Peek()
{
using (Probe.Create("Peek Aggregate Operations"))
{
return(_receiver.Peek());
}
}
private void Execute(Type command, Type aggregate, IEnumerable <AggregateOperation> commands)
{
var processor = CreateProcessor(aggregate);
using (var transaction = new TransactionScope(TransactionScopeOption.Required,
new TransactionOptions {
IsolationLevel = IsolationLevel.ReadCommitted, Timeout = TimeSpan.Zero
}))
{
using (Probe.Create($"ETL2 {command.Name} {aggregate.Name}"))
{
if (command == typeof(InitializeAggregate))
{
processor.Initialize(commands.Cast <InitializeAggregate>().ToArray());
}
else if (command == typeof(RecalculateAggregate))
{
processor.Recalculate(commands.Cast <RecalculateAggregate>().ToArray());
}
else if (command == typeof(DestroyAggregate))
{
processor.Destroy(commands.Cast <DestroyAggregate>().ToArray());
}
else
{
throw new InvalidOperationException($"The command of type {command.Name} is not supported");
}
}
transaction.Complete();
}
}
public IEnumerable <StageResult> Handle(IReadOnlyDictionary <Guid, List <IAggregatableMessage> > processingResultsMap)
{
try
{
var commands = processingResultsMap.SelectMany(x => x.Value).Cast <AggregatableMessage <ICommand> >().SelectMany(x => x.Commands).ToList();
using (Probe.Create("ETL2 Transforming"))
using (var transaction = new TransactionScope(TransactionScopeOption.Required, _transactionOptions))
{
var syncEvents = Handle(commands.OfType <IAggregateCommand>().ToList())
.Select(x => new FlowEvent(AggregatesFlow.Instance, x)).ToList();
using (new TransactionScope(TransactionScopeOption.Suppress))
_eventLogger.Log <IEvent>(syncEvents);
transaction.Complete();
}
var stateEvents = Handle(commands.OfType <IncrementErmStateCommand>().ToList()).Concat(
Handle(commands.OfType <IncrementAmsStateCommand>().ToList())).Concat(
Handle(commands.OfType <LogDelayCommand>().ToList()))
.Select(x => new FlowEvent(AggregatesFlow.Instance, x)).ToList();
_eventLogger.Log <IEvent>(stateEvents);
return(processingResultsMap.Keys.Select(bucketId => MessageProcessingStage.Handling.ResultFor(bucketId).AsSucceeded()));
}
catch (Exception ex)
{
_tracer.Error(ex, "Error when calculating aggregates");
return(processingResultsMap.Keys.Select(bucketId => MessageProcessingStage.Handling.ResultFor(bucketId).AsFailed().WithExceptions(ex)));
}
}
public IReadOnlyCollection <IEvent> ExecuteCommands(IReadOnlyCollection <ICommand> commands)
{
var aggregateCommands =
commands.OfType <IAggregateCommand>()
.Where(x => x.AggregateRootType == _aggregateRootActor.EntityType)
.ToList();
if (aggregateCommands.Count == 0)
{
return(Array <IEvent> .Empty);
}
var aggregateNameParts = _aggregateRootActor.EntityType.FullName.Split('.').Reverse().ToList();
using (Probe.Create("Aggregate", aggregateNameParts[2], aggregateNameParts[0]))
{
var events = new List <IEvent>();
var recalculateCommands =
aggregateCommands.OfType <AggregateCommand.Recalculate>()
.SelectMany(next => new ICommand[]
{
new SyncDataObjectCommand(next.AggregateRootType, next.AggregateRootIds),
new ReplaceValueObjectCommand(next.AggregateRootIds)
})
.ToList();
events.AddRange(_rootToLeafActor.ExecuteCommands(recalculateCommands));
// TODO: вопрос: надо ли тут схлапывать events по distinct или не надо, проверить!!!
return(events);
}
}
public static MergeResult <T> Merge <T>(IEnumerable <T> data1, IEnumerable <T> data2, IEqualityComparer <T> comparer)
{
if (comparer == null)
{
throw new ArgumentNullException(nameof(comparer));
}
HashSet <T> set1;
using (Probe.Create("Query source"))
{
set1 = new HashSet <T>(data1, comparer);
}
HashSet <T> set2;
using (Probe.Create("Query target"))
{
set2 = new HashSet <T>(data2, comparer);
}
using (Probe.Create("Merge"))
{
// NOTE: avoiding enumerable extensions to reuse hashset performance
var difference = set1.Where(x => !set2.Contains(x));
var intersection = set1.Where(x => set2.Contains(x));
var complement = set2.Where(x => !set1.Contains(x));
return(new MergeResult <T>(difference, intersection, complement));
}
}
protected override void ExecuteInternal(IJobExecutionContext context)
{
if (string.IsNullOrEmpty(Flow))
{
var msg = $"Required job arg {nameof(Flow)} is not specified, check job config";
throw new InvalidOperationException(msg);
}
try
{
using (Probe.Create(Flow))
{
ProcessFlow();
}
DecrementFailCount(context);
}
catch
{
IncrementFailCount(context);
}
finally
{
var reports = DefaultReportSink.Instance.ConsumeReports();
foreach (var report in reports)
{
_telemetry.Trace("ProbeReport", report);
}
}
}
public IReadOnlyCollection <IEvent> ExecuteCommands(IReadOnlyCollection <ICommand> commands)
{
var commandsToExecute = commands.OfType <IReplaceValueObjectCommand>().Distinct().ToArray();
if (!commandsToExecute.Any())
{
return(Array.Empty <IEvent>());
}
using (Probe.Create("ValueObject", typeof(TDataObject).Name))
{
var events = new List <IEvent>();
var changes = _changesProvider.GetChanges(commandsToExecute);
var toDelete = changes.Complement.ToArray();
if (toDelete.Length != 0)
{
events.AddRange(_dataChangesHandler.HandleRelates(toDelete));
events.AddRange(_dataChangesHandler.HandleDeletes(toDelete));
_bulkRepository.Delete(toDelete);
}
var toCreate = changes.Difference.ToArray();
if (toCreate.Length != 0)
{
_bulkRepository.Create(toCreate);
events.AddRange(_dataChangesHandler.HandleCreates(toCreate));
events.AddRange(_dataChangesHandler.HandleRelates(toCreate));
}
return(events);
}
}
public IReadOnlyCollection <Version.ValidationResult> Execute(long orderId, ICheckModeDescriptor checkModeDescriptor)
{
// todo: можно использовать checkModeDescriptor для дальнейшей оптимизации
var optimization = new Optimizer();
IStore Wrap(IStore store) => new OptimizerStore(optimization, store);
using (Probe.Create("Execute"))
using (var erm = new HashSetStoreFactory(_equalityComparerFactory))
using (var store = new PersistentTableStoreFactory(_equalityComparerFactory, _webAppMappingSchema))
using (var messages = new HashSetStoreFactory(_equalityComparerFactory))
{
IReadOnlyCollection <Replicator> factReplicators;
IReadOnlyCollection <Replicator> aggregateReplicators;
IReadOnlyCollection <Replicator> messageReplicators;
using (Probe.Create("Initialization"))
{
factReplicators = CreateReplicators(_factAccessorTypes, erm.CreateQuery(), Wrap(store.CreateStore()));
aggregateReplicators = CreateReplicators(_aggregateAccessorTypes, store.CreateQuery(), Wrap(store.CreateStore()));
messageReplicators = CreateReplicators(_messageAccessorTypes, store.CreateQuery(), Wrap(messages.CreateStore()))
.Where(x => x.DataObjectType == typeof(Version.ValidationResult) && checkModeDescriptor.Rules.ContainsKey(x.Rule)).ToList();
var predicates = factReplicators.Concat(aggregateReplicators).Concat(messageReplicators).SelectMany(x => x.DependencyPredicates);
optimization.PrepareToUse(predicates.ToHashSet());
}
ErmDataLoader.ResolvedOrderSummary orderSummary;
using (Probe.Create("Erm -> Erm slice"))
{
ReadErmSlice(orderId, Wrap(erm.CreateStore()), out orderSummary);
}
using (Probe.Create("Erm slice -> WebApp Facts"))
{
_strategy.ProcessFacts(factReplicators, aggregateReplicators, messageReplicators, optimization);
}
using (Probe.Create("WebApp Facts -> WebApp Aggregates"))
{
_strategy.ProcessAggregates(aggregateReplicators, messageReplicators, optimization);
}
using (Probe.Create("WebApp Aggregates -> WebApp Messages"))
{
_strategy.ProcessMessages(messageReplicators, optimization);
}
var validationPeriodStart = GetValidationPeriodStart(erm.CreateQuery(), orderId, checkModeDescriptor);
using (Probe.Create("Query result"))
{
return(messages.CreateQuery()
.For <Version.ValidationResult>()
.Where(x => x.OrderId == orderId && checkModeDescriptor.Rules.Keys.Contains((MessageTypeCode)x.MessageType) && x.PeriodEnd >= validationPeriodStart)
.ToList());
}
}
}
public void Delete(IEnumerable <TDataObject> objects)
{
using (Probe.Create("Delete"))
{
_repository.DeleteRange(objects);
_repository.Save();
}
}
private IEnumerable <IOperation> ProcessDependencies(IReadOnlyCollection <long> factIds, MapToObjectsSpecProvider <TFact, IOperation> operationFactory)
{
using (Probe.Create("Querying dependent aggregates"))
{
var filter = _metadata.FindSpecificationProvider.Invoke(factIds);
return(operationFactory.Invoke(filter).Map(_query).ToArray());
}
}
public IReadOnlyList <IMessage> Peek()
{
using (Probe.Create("Peek messages from ServiceBus"))
{
var messages = _receiver.Peek();
return(messages);
}
}
private IEnumerable <IOperation> Process(IReadOnlyCollection <long> factIds)
{
using (Probe.Create("Querying dependent entities"))
{
var filter = _findSpecificationProvider.Create(factIds);
return(_metadata.DependentEntitySpecProvider.Invoke(filter).Map(_query).Select(key => _commandFactory.Create(_metadata.EntityType, key)).ToArray());
}
}
public void Push(IEnumerable <TOperation> operations)
{
using (Probe.Create($"Send {typeof(TOperation).Name}"))
{
var transportMessages = operations.Select(operation => _serializer.Serialize(operation, _targetFlow));
Save(transportMessages.ToArray());
}
}
public void Delete(IEnumerable <TTarget> objects)
{
using (Probe.Create("Deleting", typeof(TTarget).Name))
{
_repository.DeleteRange(objects);
_repository.Save();
}
}
public void Create(IEnumerable <TDataObject> objects)
{
using (Probe.Create("Insert"))
{
_repository.AddRange(objects);
_repository.Save();
}
}
public IReadOnlyList <IMessage> Peek()
{
using (Probe.Create("Peek messages from Kafka"))
{
var messages = _receiver.Peek();
_publisher.Peeked(messages.Count);
return(messages);
}
}
public IReadOnlyCollection <IEvent> ExecuteCommands(IReadOnlyCollection <ICommand> commands)
{
// Общая идея: "результаты проверок соответствуют указанному состоянию ERM или более позднему"
// Конкретные идеи:
// 1. Набор ValidationResult для версии не меняется, таблица ValidationResult работает только на наполнение (за исключениям операции архивирования)
// 2. Набор ErmStates для версии мутабелен, при этом может быть пустым (если мы уже обработали изменения, но пока не знаем, какой версии они соответствуют)
// 3. Версия без изменений не создаётся.
var currentVersion = _query.For <Version>().OrderByDescending(x => x.Id).Take(1).AsEnumerable().First().Id;
var newValidationResults = new List <Version.ValidationResult>();
var resolvedValidationResults = new List <Version.ValidationResult>();
var ruleGroups = commands.OfType <IRecalculateValidationRuleCommand>().GroupBy(x => x.Rule).ToList();
if (ruleGroups.Count != 0)
{
foreach (var ruleCommands in ruleGroups)
{
using (Probe.Create($"Rule {ruleCommands.Key}"))
{
var targetValidationResults = QueryTarget(ruleCommands.Key, currentVersion);
var filter = CreateFilter(ruleCommands);
var validationRuleResult = CalculateValidationRuleChanges(targetValidationResults, ruleCommands.Key, filter);
var newResults = validationRuleResult.Difference.ToList();
var resolvedResults = validationRuleResult.Complement.ToList();
newValidationResults.AddRange(newResults);
resolvedValidationResults.AddRange(resolvedResults);
// validationRuleResult.Intersection не используется, т.к. он содержит только те записи, что прошли через filter
UpdateCache(ruleCommands.Key, targetValidationResults, newResults, resolvedResults);
}
}
}
var ermStates = commands.OfType <StoreErmStateCommand>().SelectMany(x => x.States).ToList();
var amsStates = commands.OfType <StoreAmsStateCommand>().Select(x => x.State).ToList();
if (newValidationResults.Count > 0 || resolvedValidationResults.Count > 0)
{
using (Probe.Create("Create New Version"))
{
CreateVersion(currentVersion + 1, newValidationResults.Concat(resolvedValidationResults.ApplyResolved()).ToList(), ermStates, amsStates);
}
}
else
{
using (Probe.Create("Update Existing Version"))
{
UpdateVersion(currentVersion, ermStates, amsStates);
}
}
return(Array.Empty <IEvent>());
}
public override GameObject CreateGameObject(ReferenceData referenceData, Transform parent = null)
{
var gameObject = base.CreateGameObject(referenceData, parent);
var ownerData = new OwnerData(referenceData.Owner, referenceData.Global, referenceData.Faction, referenceData.Rank);
var uses = referenceData.Health == -1 ? data.MaxUses : referenceData.Health;
Probe.Create(gameObject, this, referenceData);
return(gameObject);
}
public void Complete(IEnumerable <IMessage> successfullyProcessedMessages, IEnumerable <IMessage> failedProcessedMessages)
{
using (Probe.Create("Complete Kafka messages"))
{
var succeeded = successfullyProcessedMessages.Cast <KafkaMessageBatch>().ToList();
var failed = failedProcessedMessages.Cast <KafkaMessageBatch>().ToList();
_receiver.Complete(succeeded, failed);
}
}
public PersistentTableStoreFactory(LockManager lockManager, SchemaManager schemaManager)
{
using (Probe.Create("Get lock"))
{
_lockManager = lockManager;
_lock = _lockManager.GetLock();
_connection = new DataConnection("Messages").AddMappingSchema(schemaManager.GetSchema(_lock));
_connection.BeginTransaction(System.Data.IsolationLevel.Snapshot);
}
}
public void Push <TEvent, TFlow>(TFlow targetFlow, IReadOnlyCollection <TEvent> events)
where TFlow : IMessageFlow
where TEvent : IEvent
{
using (Probe.Create($"Send {typeof(TEvent).Name}"))
{
var transportMessages = events.Select(x => Serialize(x)).ToArray();
Save(transportMessages, targetFlow.Id);
}
}
protected override void ExecuteInternal(IJobExecutionContext context)
{
var archiveDate = DateTime.UtcNow - _settings.ArchiveVersionsInterval;
using (Probe.Create("Archive"))
using (var transaction = new TransactionScope(TransactionScopeOption.Required, _transactionOptions))
{
_archiveVersionsService.Execute(archiveDate);
transaction.Complete();
}
}
public IReadOnlyList <IMessage> Peek()
{
using (Probe.Create("Peek Erm Operations"))
{
var messages = _receiver.Peek();
var serviceBusMessageCount = messages.Cast <ServiceBusPerformedOperationsMessage>().Sum(x => x.Operations.Count());
_telemetryPublisher.Publish <ErmReceivedUseCaseCountIdentity>(serviceBusMessageCount);
return(messages);
}
}
private void Handle(IReadOnlyCollection <IValidationRuleCommand> commands)
{
if (commands.Count == 0)
{
return;
}
using (Probe.Create("ValidationRuleActor"))
{
_validationRuleActor.ExecuteCommands(commands);
}
}
public void Update(IEnumerable <TTarget> objects)
{
using (Probe.Create("Updating", typeof(TTarget).Name))
{
foreach (var obj in objects)
{
_repository.Update(obj);
}
_repository.Save();
}
}
