private void AndGeneratePublishedFunding()
{
IEnumerable <PublishedFundingVersion> publishedFundingVersions = _publishedProviders.Select(_ =>
NewPublishedFundingVersion(pfv => pfv.WithSpecificationId(SpecificationId)))
.ToList();
IEnumerable <(PublishedFunding, PublishedFundingVersion)> publishedFunding = publishedFundingVersions.Select(_ =>
(NewPublishedFunding(pf => pf.WithCurrent(_)), _)
).ToList();
_publishedFundingGenerator
.GeneratePublishedFunding(
Arg.Is <PublishedFundingInput>(_ => _.SpecificationId == SpecificationId),
Arg.Is <ICollection <PublishedProvider> >(_ => _.All(pp => _publishedProviders.Select(pp => pp.Current.ProviderId).Contains(pp.Current.ProviderId))))
.Returns(publishedFunding);
}
private async Task PublishFundingStream(Reference fundingStream,
SpecificationSummary specification,
string jobId,
Reference author,
string correlationId,
PrerequisiteCheckerType prerequisiteCheckerType,
string[] batchPublishedProviderIds = null)
{
_logger.Information($"Processing Publish Funding for {fundingStream.Id} in specification {specification.Id}");
if (!specification.TemplateIds.ContainsKey(fundingStream.Id) || string.IsNullOrWhiteSpace(specification.TemplateIds[fundingStream.Id]))
{
_logger.Information($"Skipped publishing {fundingStream.Id} as no template exists");
return;
}
// we always need to get every provider in scope whether it is released or otherwise so that we always genarate the contents
// this is just in case an error has occurred during a release so we never get a case where we don't get blobs generated for the published providers
(IDictionary <string, PublishedProvider> publishedProvidersForFundingStream,
IDictionary <string, PublishedProvider> scopedPublishedProviders) = await _providerService.GetPublishedProviders(fundingStream,
specification);
IDictionary <string, PublishedProvider> publishedProvidersByPublishedProviderId = publishedProvidersForFundingStream.Values.ToDictionary(_ => _.PublishedProviderId);
IEnumerable <PublishedProvider> selectedPublishedProviders =
batchPublishedProviderIds.IsNullOrEmpty() ?
publishedProvidersForFundingStream.Values :
batchPublishedProviderIds.Where(_ => publishedProvidersByPublishedProviderId.ContainsKey(_)).Select(_ => publishedProvidersByPublishedProviderId[_]);
AddInitialPublishVariationReasons(selectedPublishedProviders);
_logger.Information($"Verifying prerequisites for funding publish");
IPrerequisiteChecker prerequisiteChecker = _prerequisiteCheckerLocator.GetPreReqChecker(prerequisiteCheckerType);
try
{
await prerequisiteChecker.PerformChecks(specification, jobId, selectedPublishedProviders?.ToList());
}
catch (JobPrereqFailedException ex)
{
throw new NonRetriableException(ex.Message, ex);
}
_logger.Information("Prerequisites for publish passed");
TemplateMapping templateMapping = await GetTemplateMapping(fundingStream, specification.Id);
PublishedFundingInput publishedFundingInput = await _publishedFundingService.GeneratePublishedFundingInput(publishedProvidersForFundingStream,
scopedPublishedProviders?.Values.Select(_ => _.Current.Provider),
fundingStream,
specification,
batchPublishedProviderIds.IsNullOrEmpty()?null : selectedPublishedProviders);
using Transaction transaction = _transactionFactory.NewTransaction <PublishService>();
try
{
// if any error occurs while updating or indexing then we need to re-index all published providers and persist published funding for consistency
transaction.Enroll(async() =>
{
await _publishedProviderVersionService.CreateReIndexJob(author, correlationId, specification.Id, jobId);
await _createPublishIntegrityJob.CreateJob(specification.Id,
author,
correlationId,
batchPublishedProviderIds.IsNullOrEmpty() ? null : new Dictionary <string, string>
{
{ "providers-batch", JsonExtensions.AsJson(selectedPublishedProviders.Select(_ => _.PublishedProviderId)) }
},
parentJobId: jobId);
});
await SavePublishedProvidersAsReleased(jobId, author, selectedPublishedProviders, correlationId);
ICollection <PublishedProvider> publishedProviders = publishedProvidersForFundingStream?.Values;
_logger.Information($"Generating published funding");
IEnumerable <(PublishedFunding PublishedFunding, PublishedFundingVersion PublishedFundingVersion)> publishedFundingToSave =
_publishedFundingGenerator.GeneratePublishedFunding(publishedFundingInput, publishedProviders).ToList();
_logger.Information($"A total of {publishedFundingToSave.Count()} published funding versions created to save.");
foreach ((PublishedFunding PublishedFunding, PublishedFundingVersion PublishedFundingVersion)publishedFundingItems in publishedFundingToSave)
{
PropagateProviderVariationReasons(publishedFundingItems.PublishedFundingVersion, publishedProviders);
}
// if any error occurs while updating then we still need to run the indexer to be consistent
transaction.Enroll(async() =>
{
await _publishedIndexSearchResiliencePolicy.ExecuteAsync(() => _publishedFundingSearchRepository.RunIndexer());
});
// Save a version of published funding and set this version to current
_logger.Information($"Saving published funding");
await _publishedFundingStatusUpdateService.UpdatePublishedFundingStatus(publishedFundingToSave, author, PublishedFundingStatus.Released, jobId, correlationId);
_logger.Information($"Finished saving published funding");
// Save contents to blob storage and search for the feed
_logger.Information($"Saving published funding contents");
await _publishedFundingContentsPersistanceService.SavePublishedFundingContents(publishedFundingToSave.Select(_ => _.PublishedFundingVersion),
publishedFundingInput.TemplateMetadataContents);
_logger.Information($"Finished saving published funding contents");
if (!selectedPublishedProviders.IsNullOrEmpty())
{
// Generate contents JSON for provider and save to blob storage
IPublishedProviderContentsGenerator generator = _publishedProviderContentsGeneratorResolver.GetService(publishedFundingInput.TemplateMetadataContents.SchemaVersion);
await _publishedProviderContentsPersistanceService.SavePublishedProviderContents(publishedFundingInput.TemplateMetadataContents, templateMapping,
selectedPublishedProviders, generator);
}
transaction.Complete();
}
catch (Exception ex)
{
await transaction.Compensate();
throw;
}
}