/// <summary>
/// Evaluate Method
/// </summary>
/// <param name="inputAssembly"></param>
public override void Evaluate(NBMessageAssembly inputAssembly)
{
NBOutputTerminal outTerminal = OutputTerminal("Out");
NBMessage inputMessage = inputAssembly.Message;
// Create a new message from a copy of the
// inboundMessage, ensuring it is disposed of after use
using (NBMessage outputMessage = new NBMessage(inputMessage))
{
NBMessageAssembly outAssembly = new NBMessageAssembly(inputAssembly, outputMessage);
NBElement inputRoot = inputMessage.RootElement;
NBElement outputRoot = outputMessage.RootElement;
#region UserCode
NBElement xmlRoot = outputRoot[NBParsers.XMLNSC.ParserName];
NBElement xmlDecl = xmlRoot[NBParsers.XMLNSC.XmlDeclaration, "XmlDeclaration"];
if (xmlDecl == null)
{
// Create an XML Declaration if required
NBParsers.XMLNSC.CreateXmlDeclaration(xmlRoot, "1.0", "UTF-8", "yes");
}
string notarget = "";
string ns = "http://www.example.org/store";
NBElement storeDetails = xmlRoot[notarget, "LoyaltyProgram"][ns, "StoreDetails"];
string storeName = "";
string storeStreet = "";
string storeTown = "Happyville";
switch ((string)storeDetails[ns, "StoreID"])
{
case "001":
storeName = "Broker Brothers Central";
storeStreet = "Exuberant Avenue";
break;
case "002":
storeName = "Broker Brothers Mall";
storeStreet = "Enthusiastic Crescent";
break;
case "003":
storeName = "Broker Brothers District";
storeStreet = "Peaceful Road";
break;
}
storeDetails.CreateLastChild(ns, "StoreName", storeName);
storeDetails.CreateLastChild(ns, "StoreStreet", storeStreet);
storeDetails.CreateLastChild(ns, "StoreTown", storeTown);
#endregion UserCode
// Change the following if not propagating message to the 'Out' terminal
outTerminal.Propagate(outAssembly);
}
}
/// <summary>
/// Evaluate Method
/// </summary>
/// <param name="inputAssembly"></param>
public override void Evaluate(NBMessageAssembly inputAssembly)
{
NBOutputTerminal outTerminal = OutputTerminal("Out");
NBOutputTerminal failureTerminal = OutputTerminal("Failure");
NBMessage inputMessage = inputAssembly.Message;
// Create a new empty message, ensuring it is disposed after use
using (NBMessage outputMessage = new NBMessage(inputMessage))
{
NBMessageAssembly outAssembly = new NBMessageAssembly(inputAssembly, outputMessage);
NBElement inputRoot = inputMessage.RootElement;
NBElement outputRoot = outputMessage.RootElement;
NBElement inxmlRoot = inputRoot[NBParsers.XMLNSC.ParserName];
#region UserCode
EM_PACC.PatientAccess emis = new EM_PACC.PatientAccess();
object booked, error, outcome;
int within, beforetime;
string sessionID, username, password, loginID;
sessionID = (string)inxmlRoot["EMIS"]["sessionID"];
username = (string)inxmlRoot["EMIS"]["username"];
password = (string)inxmlRoot["EMIS"]["password"];
loginID = (string)inxmlRoot["EMIS"]["loginID"];
within = (int)inxmlRoot["EMIS"]["within"];
beforetime = (int)inxmlRoot["EMIS"]["before"];
NBElement blob = outputRoot[NBParsers.XMLNSC.ParserName];
emis.GetBookedPatients(sessionID, within, beforetime, out booked, out error, out outcome);
string requesttype = "getBookedPatients";
if ((int)outcome == 1)
{
blob["EMIS"].CreateLastChild(null, "patients", (string)booked);
outTerminal.Propagate(outAssembly);
}
else
{
blob["EMIS"].CreateLastChild(null, "requesttype", requesttype);
blob["EMIS"].CreateLastChild(null, "error", error);
blob["EMIS"].CreateLastChild(null, "outcome", outcome);
failureTerminal.Propagate(outAssembly);
}
#endregion UserCode
}
}
/// <summary>
/// Evaluate Method
/// </summary>
/// <param name="inputAssembly"></param>
public override void Evaluate(NBMessageAssembly inputAssembly)
{
NBOutputTerminal outTerminal = OutputTerminal("Out");
NBMessage inputMessage = inputAssembly.Message;
// Create a new message from a copy of the inboundMessage, ensuring it is disposed of after use
using (NBMessage outputMessage = new NBMessage(inputMessage))
{
NBMessageAssembly outAssembly = new NBMessageAssembly(inputAssembly, outputMessage);
NBElement inputRoot = inputMessage.RootElement;
NBElement outputRoot = outputMessage.RootElement;
#region UserCode
// Add user code in this region to modify the message
new SpeechSynthesizer().SpeakAsync((String)inputRoot["XMLNSC"]["Message"]);
// new SpeechSynthesizer().SpeakAsync("Hi Steve");
outTerminal.Propagate(inputAssembly);
#endregion UserCode
// Change the following if not propagating message to the 'Out' terminal
outTerminal.Propagate(outAssembly);
}
}
/// <summary>
/// Evaluate Method
/// </summary>
/// <param name="inputAssembly"></param>
public override void Evaluate(NBMessageAssembly inputAssembly)
{
NBOutputTerminal outTerminal = OutputTerminal("Out");
NBOutputTerminal failureTerminal = OutputTerminal("Failure");
NBMessage inputMessage = inputAssembly.Message;
// Create a new empty message, ensuring it is disposed after use
using (NBMessage outputMessage = new NBMessage(inputMessage))
{
NBMessageAssembly outAssembly = new NBMessageAssembly(inputAssembly, outputMessage);
NBElement inputRoot = inputMessage.RootElement;
NBElement outputRoot = outputMessage.RootElement;
NBElement inxmlRoot = inputRoot[NBParsers.XMLNSC.ParserName];
IEnumerable <NBElement> invoices = inxmlRoot["EMIS"];
// Optionally copy message headers, remove if not needed
//CopyMessageHeaders(inputRoot, outputRoot);
#region UserCode
NBElement blob = outputRoot[NBParsers.XMLNSC.ParserName];
string address, uci, volumeGroup, databaseName, SupplierID, username, password, requesttype;
object CDB, productName, version, loginID, error, outcome, sessionID, booked;
int within, beforetime;
int appType = (int)inxmlRoot["EMIS"]["applicationtype"];
address = (string)inxmlRoot["EMIS"]["address"];
uci = (string)inxmlRoot["EMIS"]["uci"];
volumeGroup = (string)inxmlRoot["EMIS"]["volumegroup"];
databaseName = (string)inxmlRoot["EMIS"]["databasename"];
SupplierID = (string)inxmlRoot["EMIS"]["supplierid"];
username = (string)inxmlRoot["EMIS"]["username"];
password = (string)inxmlRoot["EMIS"]["password"];
requesttype = "InitializeWithID";
this.emis.InitializeWithID(appType, address, uci, volumeGroup, databaseName, SupplierID, out CDB, out productName, out version, out loginID, out error, out outcome, out sessionID);
if ((int)outcome == 1)
{
requesttype = "Logon";
this.emis.Logon((string)loginID, username, password, out sessionID, out error, out outcome);
blob["EMIS"].CreateLastChild(null, "loginID", loginID);
if ((int)outcome == 1)
{
blob["EMIS"].CreateLastChild(null, "sessionID", sessionID);
within = (int)inxmlRoot["EMIS"]["within"];
beforetime = (int)inxmlRoot["EMIS"]["before"];
requesttype = "GetBookedPatients";
this.emis.GetBookedPatients((string)sessionID, within, beforetime, out booked, out error, out outcome);
if ((int)outcome == 1)
{
this.getResults(blob, booked);
outTerminal.Propagate(outAssembly);
}
}
}
if ((int)outcome != 1)
{
this.ThrowFailure(blob, error, outcome, requesttype);
failureTerminal.Propagate(outAssembly);
}
#endregion UserCode
}
}
public override void Evaluate(NBMessageAssembly inputAssembly)
{
NBOutputTerminal outTerminal = OutputTerminal("Out");
NBMessage inputMessage = inputAssembly.Message;
// Create a new message from a copy of the inboundMessage, ensuring it is disposed of after use
using (NBMessage outputMessage = new NBMessage(inputMessage))
{
isError = false;
NBMessageAssembly outAssembly = new NBMessageAssembly(inputAssembly, outputMessage);
NBElement inputRoot = inputMessage.RootElement;
NBElement outputRoot = outputMessage.RootElement;
#region UserCode
try
{
// check if we need to just do a test
if (inputRoot["JSON"]["Data"]["headTest"] == null)
{
requestId = inputRoot["JSON"]["Data"]["requestId"].ValueAsString;
if (inputRoot["JSON"]["Data"]["asyncRequest"] != null)
{
String uploadFileName = "";
if (inputRoot["JSON"]["Data"]["templateDetails"]["templates"].FirstChild["isZipUpload"].ValueAsString == "FALSE")
{
uploadFileName = inputRoot["JSON"]["Data"]["templateDetails"]["templates"].FirstChild["generatedName"].ValueAsString;
uploadFileName = ReplaceDateTimeReferences(uploadFileName);
}
getUploadFileLocation(outputRoot, uploadFileName, inputRoot, requestId);
}
else
{
outputRoot["JSON"]["Data"].DeleteAllChildren();
applyLicense(outputRoot);
if (isError == false)
{
var pdfStreams = new List <PDFStream>();
var nonZipPDFStreams = new List <PDFStream>();
foreach (NBElement template in inputRoot["JSON"]["Data"]["templateDetails"]["templates"])
{
String patentDataItem = template["parentDataItem"].ValueAsString;
String csvCollatedFile = "";
String isZipUpload = template["isZipUpload"].ValueAsString;
String inputFileExtension = Path.GetExtension(template["templateName"].ValueAsString.ToUpper());
String outputFileExtension = Path.GetExtension(template["generatedName"].ValueAsString.ToUpper());
InputFileTypes inputFileType = (InputFileTypes)Enum.Parse(typeof(InputFileTypes), inputFileExtension.Replace(".", ""), true);
OutputFileTypes outputFileType = (OutputFileTypes)Enum.Parse(typeof(OutputFileTypes), outputFileExtension.Replace(".", ""), true);
String templateContent = "";
if (inputFileType != InputFileTypes.CSV)
{
templateContent = System.IO.File.ReadAllText(template["templateLocation"].ValueAsString);
}
NBElement envIn = inputRoot["JSON"]["Data"];
String documentIdentifierField = "";
if (envIn["documentIdentifierField"] != null)
{
documentIdentifierField = envIn["documentIdentifierField"].ValueAsString;
}
Boolean elementFound = true;
foreach (String elementName in patentDataItem.Split('.'))
{
if (envIn[elementName] != null)
{
envIn = envIn[elementName];
}
else
{
elementFound = false;
break;
}
}
if (elementFound == true && envIn.Children().Count() > 0)
{
List <NBElement> elementsToProcess = new List <NBElement>();
if (envIn.FirstChild.Name == "Item" && envIn.LastChild.Name == "Item")
{
elementsToProcess = envIn.ToList();
}
else
{
elementsToProcess.Add(envIn);
}
String outputFileName = template["generatedName"].ValueAsString;
if (outputFileType != OutputFileTypes.CSV)
{
Parallel.ForEach(elementsToProcess, docData =>
{
String documentContent = templateContent;
String templateName = outputFileName;
String identifier = "";
if (documentIdentifierField != "")
{
identifier = ReplaceAllFields(docData, "[[" + documentIdentifierField + "]]");
isZipUpload = "FALSE";
}
documentContent = ReplaceAllFields(docData, documentContent);
templateName = ReplaceAllFields(docData, templateName);
//Example of IF field - [[IFdepositAccount!=""|Deposit Account|]]
Regex ifregex = new Regex(string.Format("\\[IF.*?\\]]"));
foreach (Match m in ifregex.Matches(documentContent))
{
String fieldContent = getFieldContent(docData, m.Value.Replace("[", "").Replace("]", ""));
documentContent = documentContent.Replace("[" + m.Value, fieldContent);
}
//Example of IF field - [[FORMATrenewalDate|dd-MM-yyyy]]
Regex formatregex = new Regex(string.Format("\\[FORMAT.*?\\]]"));
foreach (Match m in formatregex.Matches(documentContent))
{
String fieldName = m.Value.Replace("[", "").Replace("]", "");
if (fieldName.IndexOf('|') > -1)
{
String fieldFormat = fieldName.Split('|')[1];
fieldName = fieldName.Split('|')[0].Replace("FORMAT", "");
String fieldContent = ReplaceAllFields(docData, "[[" + fieldName + "]]");
if (fieldContent != "")
{
switch (fieldFormat.ToLower())
{
case "caps":
fieldContent = fieldContent.First().ToString().ToUpper() + fieldContent.Substring(1);
break;
case "camelcase":
fieldContent = System.Globalization.CultureInfo.CurrentCulture.TextInfo.ToTitleCase(fieldContent);
break;
case "lower":
fieldContent = fieldContent.ToLower();
break;
case "upper":
fieldContent = fieldContent.ToUpper();
break;
default:
try
{
DateTime parsedDate;
String pattern = "yyyy-MM-dd";
if (DateTime.TryParseExact(fieldContent, pattern, null, System.Globalization.DateTimeStyles.None, out parsedDate))
{
fieldContent = String.Format("{0:" + fieldFormat + "}", parsedDate);
}
else
{
fieldContent = String.Format("{0:" + fieldFormat + "}", fieldContent);
}
}
catch { }
break;
}
}
documentContent = documentContent.Replace("[" + m.Value, fieldContent);
}
}
List <string> tables = new List <string>();
String docTable = documentContent;
while (docTable.IndexOf("[[##TABLE") > 0)
{
int start = docTable.IndexOf("[[##TABLE");
int end = docTable.IndexOf("TABLE##]]");
if (end <= 0)
{
break;
}
tables.Add(docTable.Substring(start + 9, end - start - 10));
docTable = docTable.Substring(end + 1);
}
var rtfBuilder = new RTFBuilder();
List <String> tableNames = new List <string>();
// replace any table definitions
foreach (String table in tables)
{
// Get Column Definitions
String groupDataItem = "";
String tableName = "";
List <CommonDefinitions.ColumnDefinition> colDefs = new List <CommonDefinitions.ColumnDefinition>();
List <CommonDefinitions.TotalColumns> totalCols = new List <CommonDefinitions.TotalColumns>();
foreach (String sColDef in table.Split('|'))
{
if (sColDef == table.Split('|')[0])
{
tableName = sColDef.Split(':')[0];
groupDataItem = sColDef.Split(':')[1];
}
else
{
if (sColDef.Split(':').Count() == 2)
{
colDefs.Add(new CommonDefinitions.ColumnDefinition(sColDef.Split(':')[0], sColDef.Split(':')[1]));
}
if (sColDef.Split(':').Count() == 3)
{
CommonDefinitions.ColumnDefinition colDef = new CommonDefinitions.ColumnDefinition(sColDef.Split(':')[0], sColDef.Split(':')[1], sColDef.Split(':')[2]);
colDefs.Add(colDef);
if (colDef.isTotalColumn == true)
{
totalCols.Add(new CommonDefinitions.TotalColumns(tableName, (totalCols.Count + 1), colDef.fieldName));
}
}
if (sColDef.Split(':').Count() == 4)
{
CommonDefinitions.ColumnDefinition colDef = new CommonDefinitions.ColumnDefinition(sColDef.Split(':')[0], sColDef.Split(':')[1], sColDef.Split(':')[2], sColDef.Split(':')[3]);
colDefs.Add(colDef);
if (colDef.isTotalColumn == true)
{
totalCols.Add(new CommonDefinitions.TotalColumns(tableName, (totalCols.Count + 1), colDef.fieldName));
}
}
}
}
tableNames.Add(tableName);
byte[] tableByteArray = Encoding.ASCII.GetBytes(documentContent);
MemoryStream tableStream = new MemoryStream(tableByteArray);
//Document tableDoc = new Document(tableStream);
Document tableDoc = new Document();
DocumentBuilder builder = new DocumentBuilder(tableDoc);
builder.Write("##" + tableName + "START##");
builder.Writeln();
Aspose.Words.Tables.Table tbl = builder.StartTable();
builder.CellFormat.Borders.Top.LineStyle = LineStyle.None;
builder.CellFormat.Borders.Bottom.LineStyle = LineStyle.Single;
builder.CellFormat.Borders.Right.LineStyle = LineStyle.None;
builder.CellFormat.Borders.Left.LineStyle = LineStyle.None;
builder.CellFormat.TopPadding = 4;
builder.CellFormat.BottomPadding = 4;
builder.CellFormat.LeftPadding = 0;
ParagraphFormat paragraphFormat = builder.ParagraphFormat;
paragraphFormat.Alignment = ParagraphAlignment.Left;
paragraphFormat.LeftIndent = 0;
builder.Font.Name = "Arial";
builder.Font.Size = 10;
builder.Font.Bold = true;
builder.Font.Bold = false;
Color headerFont = new Color();
headerFont = Color.FromArgb(39, 55, 96);
builder.Font.Color = headerFont;
foreach (CommonDefinitions.ColumnDefinition colDef in colDefs)
{
builder.InsertCell();
if (colDef == colDefs.First())
{
builder.StartBookmark(tableName + "START");
builder.EndBookmark(tableName + "START");
}
tbl.LeftIndent = -42;
tbl.AutoFit(Aspose.Words.Tables.AutoFitBehavior.FixedColumnWidths);
builder.CellFormat.PreferredWidth = Aspose.Words.Tables.PreferredWidth.FromPoints(colDef.columnWidth);
builder.Write(colDef.columnName);
}
builder.EndRow();
NBElement rowItems = docData;
foreach (String elementName in groupDataItem.Split('.'))
{
rowItems = rowItems[elementName];
}
builder.Font.Bold = false;
Color contentFont = new Color();
contentFont = Color.FromArgb(128, 128, 128);
builder.Font.Color = contentFont;
int rowId = 1;
//foreach (NBElement row in rowItems)
//{
foreach (ColumnDefinition colDef in colDefs)
{
builder.InsertCell();
tbl.AutoFit(Aspose.Words.Tables.AutoFitBehavior.FixedColumnWidths);
builder.CellFormat.PreferredWidth = Aspose.Words.Tables.PreferredWidth.FromPoints(colDef.columnWidth);
builder.Write("[[" + colDef.fieldName + "]]");
}
rowId++;
builder.EndRow();
foreach (ColumnDefinition colDef in colDefs)
{
builder.InsertCell();
tbl.AutoFit(Aspose.Words.Tables.AutoFitBehavior.FixedColumnWidths);
builder.CellFormat.PreferredWidth = Aspose.Words.Tables.PreferredWidth.FromPoints(colDef.columnWidth);
builder.Write("[[" + colDef.fieldName + "Last]]");
}
rowId++;
builder.EndRow();
builder.EndTable();
builder.Writeln();
builder.Write("##" + tableName + "END##");
MemoryStream rtfTableStream = new MemoryStream();
tableDoc.Save(rtfTableStream, SaveFormat.Rtf);
Byte[] rtfByteArray = rtfTableStream.ToArray();
String rtfDocString = Encoding.ASCII.GetString(rtfByteArray);
String tableRowString = rtfDocString.Substring(rtfDocString.IndexOf("}\\trowd\\irow1\\") + 1, rtfDocString.IndexOf("}\\trowd\\irow2\\") - rtfDocString.IndexOf("}\\trowd\\irow1\\"));
int insertIndex = rtfDocString.IndexOf(tableRowString) + tableRowString.Length;
//String tableContents = "";
StringBuilder tableContents = new StringBuilder(rtfDocString.Substring(0, insertIndex));
int rowCount = 2;
foreach (NBElement row in rowItems)
{
String rowString = tableRowString;
foreach (ColumnDefinition colDef in colDefs)
{
String sData = "";
if (colDef.fieldName != "lineNo")
{
if (row[colDef.fieldName] != null)
{
sData = row[colDef.fieldName].ValueAsString;
if (sData.ToUpper() == "NULL")
{
sData = "";
}
}
else
{
sData = colDef.defaultValue;
}
}
else
{
sData = (rowCount - 1).ToString();
}
if (rowCount < rowItems.Count() + 1)
{
rowString = rowString.Replace("[[" + colDef.fieldName + "]]", sData);
}
else
{
rtfDocString = rtfDocString.Replace("[[" + colDef.fieldName + "Last]]", sData);
}
}
if (rowCount < rowItems.Count() + 1)
{
rowString = rowString.Replace("irow1", "irow" + rowCount.ToString());
tableContents.Append(rowString);
}
rowCount++;
}
tableContents.Replace(tableRowString, "");
tableContents.Append(rtfDocString.Substring(insertIndex));
String tableOnly = tableContents.ToString();
//tableOnly = tableOnly.Substring(tableOnly.IndexOf(@"\trowd", tableOnly.Length - tableOnly.IndexOf(@"{\*\latentstyles")));
int startIndex = tableOnly.IndexOf("##" + tableName + "START##") + ("##" + tableName + "START##").Length;
int endIndex = tableOnly.IndexOf("##" + tableName + "END##");
tableOnly = tableOnly.Substring(startIndex, endIndex - startIndex);
documentContent = documentContent.Replace("[[##TABLE" + table + "|TABLE##]]", tableOnly);
}
// replace any items not found in the dataset
Regex regex = new Regex(string.Format("\\[.*?\\]]"));
documentContent = regex.Replace(documentContent, "");
templateName = ReplaceDateTimeReferences(templateName);
byte[] byteArray = Encoding.ASCII.GetBytes(documentContent);
MemoryStream stream = new MemoryStream(byteArray);
Document doc = new Document(stream);
stream.Dispose();
//String tempFileName = @"c:\temp\FileTest\" + Guid.NewGuid().ToString();
//File.WriteAllText(tempFileName, documentContent);
//Document doc = new Document(tempFileName);
//File.Delete(tempFileName);
foreach (String tableName in tableNames)
{
Bookmark bm = doc.Range.Bookmarks[tableName + "START"];
Aspose.Words.Tables.Table t = (Aspose.Words.Tables.Table)bm.BookmarkStart.GetAncestor(NodeType.Table);
foreach (Aspose.Words.Tables.Cell c in t.GetChildNodes(NodeType.Cell, true))
{
foreach (Run run in c.GetChildNodes(NodeType.Run, true))
{
Aspose.Words.Font font = run.Font;
Color contentFont = new Color();
contentFont = Color.FromArgb(128, 128, 128);
font.Color = contentFont;
font.Name = "Arial";
}
}
foreach (Aspose.Words.Tables.Cell c in t.FirstRow.Cells)
{
foreach (Run run in c.GetChildNodes(NodeType.Run, true))
{
Aspose.Words.Font font = run.Font;
Color contentFont = new Color();
contentFont = Color.FromArgb(39, 55, 96);
font.Color = contentFont;
font.Name = "Arial";
font.Bold = true;
}
}
}
MemoryStream pdfStream = new MemoryStream();
doc.Save(pdfStream, SaveFormat.Pdf);
PDFStream pdfs = new PDFStream(pdfStream.ToArray(), templateName, identifier);
pdfStream.Close();
if (isZipUpload == "TRUE")
{
pdfStreams.Add(pdfs);
}
else
{
nonZipPDFStreams.Add(pdfs);
}
//}
});
}
if (outputFileType == OutputFileTypes.CSV)
{
foreach (NBElement docData in elementsToProcess)
{
csvCollatedFile = docData["headerRow"].ValueAsString;
csvCollatedFile += Environment.NewLine;
Boolean isFirstRow = true;
foreach (NBElement row in docData["rows"])
{
if (isFirstRow == true)
{
isFirstRow = false;
}
else
{
csvCollatedFile += Environment.NewLine;
}
csvCollatedFile += row.ValueAsString;
}
}
byte[] byteArray = Encoding.ASCII.GetBytes(csvCollatedFile);
outputFileName = ReplaceDateTimeReferences(outputFileName);
outputFileName = getUploadFileName(outputFileName, inputRoot);
if (isZipUpload == "TRUE")
{
pdfStreams.Add(new PDFStream(byteArray, outputFileName));
}
else
{
nonZipPDFStreams.Add(new PDFStream(byteArray, outputFileName));
}
}
}
}
if (pdfStreams.Count() > 0)
{
byte[] zipContent = writeContentToZip(pdfStreams, outputRoot);
writeFileToBlobStore(outputRoot, zipContent, inputRoot, requestId);
}
if (nonZipPDFStreams.Count() > 0)
{
writeMultiFilesToBlobStore(outputRoot, nonZipPDFStreams, inputRoot, requestId);
outputRoot["JSON"]["Data"].CreateFirstChild("requestId").SetValue(requestId);
}
}
}
}
else
{
outputRoot["JSON"]["Data"].DeleteAllChildren();
checkBlobStore(inputRoot, outputRoot);
}
}
catch (Exception e)
{
handleError("PDF10000", e, outputRoot, "General Error in PDF Generation Process");
}
#endregion UserCode
// Change the following if not propagating message to the 'Out' terminal
outTerminal.Propagate(outAssembly);
}
}
