public async Task <ReferenceDataRoot> MapReferenceData(IReferenceDataContext referenceDataContext, MapperData mapperData, CancellationToken cancellationToken)
{
var desktopReferenceData = new DesktopReferenceDataRoot();
using (var zipFileStream = await _fileService.OpenReadStreamAsync(referenceDataContext.DesktopInputReferenceDataFileKey, referenceDataContext.Container, cancellationToken))
{
using (var zip = new ZipArchive(zipFileStream, ZipArchiveMode.Read))
{
_logger.LogInfo("Reference Data - Retrieve MetaData");
desktopReferenceData.MetaDatas = _zipArchiveFileService.RetrieveModel <MetaData>(zip, DesktopReferenceDataConstants.MetaDataFile);
_logger.LogInfo("Reference Data - Retrieve Devolved Postcodes");
desktopReferenceData.DevolvedPostcodes = GetDevolvedPostcodes(zip, mapperData.Postcodes);
_logger.LogInfo("Reference Data - Retrieve Employers");
desktopReferenceData.Employers = _zipArchiveFileService.RetrieveModels <Employer>(zip, DesktopReferenceDataConstants.EmployersFile, x => mapperData.EmployerIds.Contains(x.ERN));
_logger.LogInfo("Reference Data - Retrieve Epa Organisations");
desktopReferenceData.EPAOrganisations = _zipArchiveFileService.RetrieveModels <EPAOrganisation>(zip, DesktopReferenceDataConstants.EPAOrganisationsFile, x => mapperData.EpaOrgIds.Contains(x.ID));
_logger.LogInfo("Reference Data - Retrieve Lars Frameworks");
desktopReferenceData.LARSFrameworks = _zipArchiveFileService.RetrieveModels <LARSFrameworkDesktop>(zip, DesktopReferenceDataConstants.LARSFrameworksFile);
_logger.LogInfo("Reference Data - Retrieve Lars Framework Aims");
desktopReferenceData.LARSFrameworkAims = _zipArchiveFileService.RetrieveModels <LARSFrameworkAimDesktop>(zip, DesktopReferenceDataConstants.LARSFrameworkAimsFile);
_logger.LogInfo("Reference Data - Retrieve Lars Learning Deliveries");
desktopReferenceData.LARSLearningDeliveries = _zipArchiveFileService.RetrieveModels <LARSLearningDelivery>(zip, DesktopReferenceDataConstants.LARSLearningDeliveriesFile, x => mapperData.LARSLearningDeliveryKeys.Select(l => l.LearnAimRef).Contains(x.LearnAimRef, StringComparer.OrdinalIgnoreCase));
_logger.LogInfo("Reference Data - Retrieve Lars Standards");
desktopReferenceData.LARSStandards = _zipArchiveFileService.RetrieveModels <LARSStandard>(zip, DesktopReferenceDataConstants.LARSStandardsFile, x => mapperData.StandardCodes.Contains(x.StandardCode));
_logger.LogInfo("Reference Data - Retrieve Organisations");
desktopReferenceData.Organisations = _zipArchiveFileService.RetrieveModels <Organisation>(zip, DesktopReferenceDataConstants.OrganisationsFile, x => mapperData.UKPRNs.Contains(x.UKPRN));
_logger.LogInfo("Reference Data - Retrieve Postcodes");
desktopReferenceData.Postcodes = _zipArchiveFileService.RetrieveModels <Postcode>(zip, DesktopReferenceDataConstants.PostcodesFile, x => mapperData.Postcodes.Contains(x.PostCode));
}
}
var referenceDataRoot = MapData(desktopReferenceData, mapperData);
return(referenceDataRoot);
}
public async Task <IReadOnlyCollection <T> > MapReferenceDataByType <T>(
IInputReferenceDataContext inputReferenceDataContext,
CancellationToken cancellationToken)
{
if (!_fileNameRef.TryGetValue(typeof(T), out string referenceFilename))
{
throw new ApplicationException($"type ({typeof(T)}) not recognized.");
}
using (var zipFileStream = await _fileService.OpenReadStreamAsync(
inputReferenceDataContext.InputReferenceDataFileKey, inputReferenceDataContext.Container, cancellationToken))
{
using (var zip = new ZipArchive(zipFileStream, ZipArchiveMode.Read))
{
var retrievedData = _zipArchiveFileService.RetrieveModels <T>(zip, referenceFilename);
return(retrievedData);
}
}
}
