private void LoadAdf(string address, int pageCount)
{
if (!ExecutionData.Documents.Any())
{
throw new ArgumentException("Document selection data resulted in 0 documents.");
}
// Clear the ADF before we do anything else
AdfSimulator.Clear(address);
// Iterate over the documents until we reach the desired page count
DocumentCollectionIterator iterator = new DocumentCollectionIterator(CollectionSelectorMode.RoundRobin);
for (int i = 0; i < pageCount; i++)
{
// Select and log document(s)
Document document = iterator.GetNext(ExecutionData.Documents);
ActivityExecutionDocumentUsageLog documentLog = new ActivityExecutionDocumentUsageLog(ExecutionData, document);
ExecutionServices.DataLogger.Submit(documentLog);
// Convert relative paths to absolute network paths
string sharePath = ExecutionServices.FileRepository.AsInternal().GetDocumentSharePath(document);
// Load it into the ADF
AdfSimulator.LoadPage(address, sharePath);
}
}
private void ExecuteHandler()
{
ExecutionServices.SystemTrace.LogDebug($"Plugin exec data print queues = {_printQueues.Count}");
foreach (var x in _printQueues)
{
ExecutionServices.SystemTrace.LogDebug($"Queue={x.QueueName}");
}
// Check to make sure we have something in the pool...
if (_printQueues.Count == 0)
{
var msg = "None of the selected print queues are available.";
ExecutionServices.SystemTrace.LogDebug(msg);
throw new PrintQueueNotAvailableException(msg);
}
// Pick a print queue and log the device/server if applicable
PrintQueueInfo queueInfo = _printQueues.GetRandom();
LogDevice(_pluginData, queueInfo);
LogServer(_pluginData, queueInfo);
// Connect to the print queue
ExecutionServices.SystemTrace.LogDebug($"Connecting to queue: {queueInfo.QueueName}");
PrintQueue printQueue = PrintQueueController.Connect(queueInfo);
_serverName = printQueue.HostingPrintServer.Name.TrimStart('\\');
ExecutionServices.SystemTrace.LogDebug($"Connected to queue: {printQueue.FullName}");
// Select a document to print
Document document = _documentIterator.GetNext(_pluginData.Documents);
ActivityExecutionDocumentUsageLog documentLog = new ActivityExecutionDocumentUsageLog(_pluginData, document);
ExecutionServices.DataLogger.Submit(documentLog);
// Download the document and log the starting information for the print job
Guid jobId = SequentialGuid.NewGuid();
FileInfo localFile = ExecutionServices.FileRepository.GetFile(document);
PrintJobClientLog log = LogPrintJobStart(_pluginData, localFile, printQueue, jobId);
// Print the job
PrintingEngineResult result = _engine.Print(localFile, printQueue, jobId);
_printJobId = result.UniqueFileId;
if (result == null)
{
throw new FilePrintException($"Failed to print {localFile}.");
}
// Log the ending information
LogPrintJobEnd(log, result);
ExecutionServices.SystemTrace.LogDebug("Controller execution completed");
}
/// <summary>
/// Executes this plug-in's workflow using the specified <see cref="PluginExecutionData"/>.
/// </summary>
/// <param name="executionData">The execution data.</param>
/// <returns>A <see cref="PluginExecutionResult"/> indicating the outcome of the
/// execution.</returns>
public PluginExecutionResult Execute(PluginExecutionData executionData)
{
_executionData = executionData;
_performanceLogger = new DeviceWorkflowLogger(_executionData);
_activityData = _executionData.GetMetadata <DriverlessPrintingActivityData>();
var printer = executionData.Assets.OfType <PrintDeviceInfo>().FirstOrDefault();
if (printer == null)
{
return(new PluginExecutionResult(PluginResult.Skipped, "No assets available for execution."));
}
if (!printer.Attributes.HasFlag(AssetAttributes.Printer))
{
return(new PluginExecutionResult(PluginResult.Skipped, "The device has no print capability."));
}
var address = printer.Address;
var iteratorMode = _activityData.ShuffleDocuments
? CollectionSelectorMode.ShuffledRoundRobin
: CollectionSelectorMode.Random;
var documentIterator = new DocumentCollectionIterator(iteratorMode);
var document = documentIterator.GetNext(executionData.Documents);
FileInfo localFile = ExecutionServices.FileRepository.GetFile(document);
if (_activityData.PinProtected)
{
AddPinProtection(localFile, _activityData.Pin);
}
if (_activityData.PrintMethod == PrintMethod.Random)
{
Random newRandom = new Random(4);
var randomInt = newRandom.Next(0, 999) % 4;
_activityData.PrintMethod = (PrintMethod)randomInt;
}
_performanceLogger.RecordEvent(DeviceWorkflowMarker.PrintJobBegin);
UpdateStatus($"Printing {document.FileName} via {_activityData.PrintMethod}.");
switch (_activityData.PrintMethod)
{
default:
Print9100(address, localFile);
break;
case PrintMethod.Ftp:
PrintFtp(address, "admin", printer.AdminPassword, localFile, true);
break;
case PrintMethod.Ipp:
PrintIpp(address, localFile);
break;
case PrintMethod.Ews:
PrintEws(address, printer.AdminPassword, localFile);
break;
}
_performanceLogger.RecordEvent(DeviceWorkflowMarker.PrintJobEnd);
_performanceLogger.RecordExecutionDetail(DeviceWorkflowMarker.PrintJobEnd, _activityData.PrintMethod.ToString());
ActivityExecutionDocumentUsageLog documentLog = new ActivityExecutionDocumentUsageLog(executionData, document);
ExecutionServices.DataLogger.Submit(documentLog);
if (_activityData.PrintJobSeparator)
{
UpdateStatus("Printing Job Separator.");
PrintJobSeparator(address);
}
localFile.Delete();
return(_result);
}
/// <summary>
/// Start the activity.
/// </summary>
/// <param name="executionData">Serialized activity data.</param>
public PluginExecutionResult ProcessActivity(PluginExecutionData executionData)
{
PrintingActivityData data = executionData.GetMetadata <PrintingActivityData>();
PrintQueueInfoCollection printQueues = executionData.PrintQueues;
// Initialize the document iterator, if it is not already created
if (_documentIterator == null)
{
CollectionSelectorMode mode = data.ShuffleDocuments ? CollectionSelectorMode.ShuffledRoundRobin : CollectionSelectorMode.RoundRobin;
_documentIterator = new DocumentCollectionIterator(mode);
}
// Check to make sure we have something in the pool...
if (printQueues.Count == 0)
{
return(new PluginExecutionResult(PluginResult.Skipped, "None of the selected print queues are available.", "No available print queues."));
}
// Select a print queue and log the device/server if applicable
PrintQueueInfo printQueueInfo = printQueues.GetRandom();
LogDevice(executionData, printQueueInfo);
LogServer(executionData, printQueueInfo);
// Get the corresponding system print queue
LogDebug(string.Format("Retrieving print queue for {0}", printQueueInfo.QueueName));
PrintQueue printQueue;
if (ExecutionServices.SessionRuntime.AsInternal().IsCitrixEnvironment())
{
printQueue = GetCitrixPrintQueue(printQueueInfo);
}
else
{
printQueue = PrintQueueController.Connect(printQueueInfo);
}
LogDebug(string.Format("Found queue: {0}", printQueue.FullName));
if (data.JobThrottling)
{
// Make sure that there is enough room in the print queue for this job.
if (!CheckJobCountInQueue(printQueue, data.MaxJobsInQueue))
{
// Skip the activity.
return(new PluginExecutionResult(PluginResult.Skipped, "Print Queue cannot accept any more jobs.", "Print queue throttling."));
}
}
LogDebug("Executing print controller");
if (data.PrintJobSeparator)
{
PrintTag(printQueue, executionData);
}
// Select a document to print
Document document = _documentIterator.GetNext(executionData.Documents);
ActivityExecutionDocumentUsageLog documentLog = new ActivityExecutionDocumentUsageLog(executionData, document);
ExecutionServices.DataLogger.Submit(documentLog);
// Download the document and log the starting information for the print job
Guid jobId = SequentialGuid.NewGuid();
FileInfo localFile = ExecutionServices.FileRepository.GetFile(document);
PrintJobClientLog log = LogPrintJobStart(executionData, localFile, printQueue, jobId);
// Print the job
var engine = new Print.PrintingEngine();
engine.StatusChanged += (s, e) => StatusChanged?.Invoke(s, e);
var result = engine.Print(localFile, printQueue, jobId);
// Log the ending information
LogPrintJobEnd(log, result);
LogDebug("Controller execution completed");
return(new PluginExecutionResult(PluginResult.Passed));
}
