public void Start()
{
LogConfigurator.ConfigureForService();
Log.Information("Viaduc service is starting");
var containerBuilder = ContainerConfigurator.Configure();
BusConfigurator.ConfigureBus(containerBuilder, MonitoredServices.ViaducService, (cfg, ctx) =>
{
cfg.ReceiveEndpoint(BusConstants.ReadUserInformationQueue,
ec => { ec.Consumer(ctx.Resolve <ReadUserInformationConsumer>); }
);
cfg.ReceiveEndpoint(BusConstants.ReadStammdatenQueue,
ec => { ec.Consumer(ctx.Resolve <ReadStammdatenConsumer>); }
);
});
var container = containerBuilder.Build();
bus = container.Resolve <IBusControl>();
bus.Start();
Log.Information("Viaduc service started");
}
public OrderService()
{
// Configure IoC Container
kernel = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
recalcTermineListener = new RecalcTermineListener(kernel.Get <IOrderDataAccess>());
}
public VecteurService()
{
var url = VecteurSettings.Default.Address.Replace("{MachineName}", Environment.MachineName);
webApp = WebApp.Start <Startup>(url);
LogConfigurator.ConfigureForService();
}
public OnboardingService()
{
Startup.Kernel = new StandardKernel();
Startup.Kernel.Load(Assembly.GetExecutingAssembly());
LogConfigurator.ConfigureForService();
dataAccess = new UserDataAccess(DbConnectionSetting.Default.ConnectionString);
}
public void Start()
{
LogConfigurator.ConfigureForService();
Log.Information("Viaduc service is starting");
bus = BusConfigurator.ConfigureBus(MonitoredServices.ViaducService, (cfg, host) =>
{
cfg.ReceiveEndpoint(BusConstants.ReadUserInformationQueue,
ec => { ec.Consumer(() => new ReadUserInformationConsumer()); }
);
cfg.ReceiveEndpoint(BusConstants.ReadStammdatenQueue,
ec => { ec.Consumer(() => new ReadStammdatenConsumer()); }
);
});
bus.Start();
Log.Information("Viaduc service started");
}
public RepositoryService()
{
// Configure IoC Container
kernel = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public HarvestService()
{
// Configure IoC Container
containerBuilder = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public OnboardingService()
{
LogConfigurator.ConfigureForService();
dataAccess = new UserDataAccess(DbConnectionSetting.Default.ConnectionString);
}
public CacheService()
{
LogConfigurator.ConfigureForService();
parameterHelper = new ParameterHelper();
}
public AssetService()
{
// Configure IoC Container
builder = ContainerConfigurator.CreateContainerBuilder();
LogConfigurator.ConfigureForService();
}
public ExternalContentService()
{
// Configure IoC Container
containerBuilder = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public MonitoringService()
{
// Configure IoC Container
builder = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
/// <summary>
/// The data feed service uses a timer to poll the mutation queue for any pending changes.
/// Pending changes are then put on the bus for further processing.
/// </summary>
public DataFeedService()
{
// Configure IoC Container
containerBuilder = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public ExternalContentService()
{
// Configure IoC Container
kernel = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public NotificationService()
{
kernel = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public NotificationService()
{
containerBuilder = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public DocumentService()
{
containerBuilder = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public RepositoryService()
{
// Configure IoC Container
containerBuilder = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public ParameterService()
{
LogConfigurator.ConfigureForService();
}
/// <summary>
/// The data feed service uses a timer to poll the mutation queue for any pending changes.
/// Pending changes are then put on the bus for further processing.
/// </summary>
public DataFeedService()
{
// Configure IoC Container
kernel = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public void Test(string sourceFolder)
{
try
{
LogConfigurator.ConfigureForService();
var initClient = CreateJobInitRequestClient();
var extractionClient = CreateDocumentExtractionRequestClient();
var conversionClient = CreateDocumentConversionRequestClient();
var supportedFileTypesClient = CreateSupportedFileTypesRequestClient();
// Create the target ouptut folder as subdirectory. Make sure it is empty
var targetFolder = new DirectoryInfo(Path.Combine(sourceFolder, "Output"));
if (targetFolder.Exists)
{
targetFolder.Delete(true);
}
targetFolder.Create();
var sourceFiles = new DirectoryInfo(sourceFolder).GetFiles("*.*", SearchOption.AllDirectories);
var jobs = new List <JobInitRequest>();
foreach (var sourceFile in sourceFiles)
{
var extractionJob = new JobInitRequest
{
FileNameWithExtension = sourceFile.FullName,
RequestedProcessType = ProcessType.TextExtraction
};
var conversionJob = new JobInitRequest
{
FileNameWithExtension = sourceFile.FullName,
RequestedProcessType = ProcessType.Rendering
};
jobs.Add(extractionJob);
jobs.Add(conversionJob);
}
// Print out supported file types
var conversionSupportedFileTypes = supportedFileTypesClient
.Request(new SupportedFileTypesRequest {
ProcessType = ProcessType.Rendering
}).GetAwaiter().GetResult();
var extractionSupportedFileTypes = supportedFileTypesClient
.Request(new SupportedFileTypesRequest {
ProcessType = ProcessType.TextExtraction
}).GetAwaiter().GetResult();
Console.WriteLine($"Supported types for conversion: {string.Join(", ", conversionSupportedFileTypes.SupportedFileTypes)}");
Console.WriteLine($"Supported types for text extraction: {string.Join(", ", extractionSupportedFileTypes.SupportedFileTypes)}");
Console.WriteLine("");
foreach (var job in jobs)
{
// Init Job
var jobInitResult = initClient.Request(job).GetAwaiter().GetResult();
if (!jobInitResult.IsInvalid)
{
// Upload File
UploadFile(jobInitResult, new FileInfo(job.FileNameWithExtension));
// Start actual job, based on request type
switch (job.RequestedProcessType)
{
case ProcessType.TextExtraction:
var extractedText = extractionClient.Request(new ExtractionStartRequest {
JobGuid = jobInitResult.JobGuid
})
.GetAwaiter().GetResult();
SaveTextExtractionResult(new FileInfo(job.FileNameWithExtension), extractedText.Text, targetFolder);
break;
case ProcessType.Rendering:
var conversionResult = conversionClient.Request(new ConversionStartRequest
{
JobGuid = jobInitResult.JobGuid,
DestinationExtension = GetDestinationBasedOnInput(new FileInfo(job.FileNameWithExtension).Extension)
})
.GetAwaiter()
.GetResult();
if (!conversionResult.IsInvalid)
{
DownloadAndStoreFile(conversionResult, targetFolder);
}
else
{
Console.WriteLine($"Unable to convert file. Error: {conversionResult.ErrorMessage}");
}
break;
default:
throw new ArgumentOutOfRangeException();
}
}
}
}
catch (Exception e)
{
Console.WriteLine(e);
}
}
public HarvestService()
{
// Configure IoC Container
kernel = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}
public DocumentService()
{
kernel = ContainerConfigurator.Configure();
LogConfigurator.ConfigureForService();
}