private async Task ProcessLoadDutyPlanRequestAsync(ApiRequestContext <LoadDutyplanRequest> requestContext)
{
LoadDutyplanRequest request = requestContext.Request;
// fetch and wait for employment data first. it is prerequisite for next parallelized steps
ApiResponse <LoadDutyplanRequest, EmploymentShard[]> employmentShardsResponse =
await this.employmentShardRef
.Ask <ApiResponse <LoadDutyplanRequest, EmploymentShard[]> >(requestContext)
.ConfigureAwait(continueOnCapturedContext: true);
if (employmentShardsResponse.Error)
{
this.Log($"Cannot process employments for '{request}'. Skipping rest of pipeline");
return;
}
// wrapped original request with additional context data for actors to work properly
ApiRequestContext <LoadDutyplanRequest, long[]> requestContextWithEmployments =
requestContext.Change(
employmentShardsResponse
.Result
.Select(x => x.Id)
.ToArray());
// spin further actions to further actors as parallel.
// they will respond when ready to.
Task <ApiResponse>[] steps = new Task <ApiResponse>[]
{
// duty and deviation data
this.dutiesDeviationsShardRef.Ask <ApiResponse>(requestContextWithEmployments),
// calculations data
this.normtimeShardRef.Ask <ApiResponse>(requestContextWithEmployments),
// absence data
this.absenceShardRef.Ask <ApiResponse>(requestContextWithEmployments),
// validations data
this.validationShardRef.Ask <ApiResponse>(requestContextWithEmployments),
};
// await for all operations to finish until next message will be processed from queue
await Task.WhenAll(steps.ToArray());
int stepsOk = steps.Count(x => x.IsCompletedSuccessfully && x.Result.Success);
this.Log($"All parts of {nameof(LoadDutyplanRequest)}.ID = {request.Id} finished. {stepsOk} out of {steps.Length} succeeded");
}
