// Exports an IEntityCollection to a table in given Document. BookmarkName is the name of the bookmark associated
// with the table.
public static dynamic ExportEntityCollection(string DocumentPath, string BookmarkName, int StartRow, bool BuildColumnHeadings, IEntityCollection collection, List <string> ColumnNames)
{
dynamic functionReturnValue = null;
List <ColumnMapping> mappings = new List <ColumnMapping>();
ColumnMapping map = default(ColumnMapping);
dynamic doc = null;
WordHelper wordProxy = new WordHelper();
// if Word is active then use it
if (!wordProxy.GetWord())
{
if (!wordProxy.CreateWord())
{
throw new System.Exception("Could not start Microsoft Word.");
}
}
wordProxy.OpenDocument(DocumentPath);
doc = wordProxy.Document;
foreach (string name in ColumnNames)
{
map = new ColumnMapping("", name);
map.TableField.DisplayName = name;
mappings.Add(map);
}
functionReturnValue = ExportEntityCollection(doc, BookmarkName, StartRow, BuildColumnHeadings, collection, mappings);
wordProxy.ShowDocument();
return(functionReturnValue);
}
public static dynamic GenerateDocument(string Template, IEntityObject Item, List <ColumnMapping> ColumnMappings)
{
dynamic doc = null;
WordHelper wordProxy = new WordHelper();
wordProxy.CreateWord();
wordProxy.OpenDocument(Template);
PopulateContentControls(ColumnMappings, Item, wordProxy);
doc = wordProxy.Document;
wordProxy.ShowDocument();
return(doc);
}
// Exports an IEntityCollection to a table in given Document. BookmarkName is the name of the bookmark associated
// with the table.
public static dynamic ExportEntityCollection(string DocumentPath, string BookmarkName, int StartRow, bool BuildColumnHeadings, IEntityCollection collection, List <ColumnMapping> ColumnNames)
{
dynamic functionReturnValue = null;
dynamic doc = null;
WordHelper wordProxy = new WordHelper();
// if Word is active then use it
if (!wordProxy.GetWord())
{
if (!wordProxy.CreateWord())
{
throw new System.Exception("Could not start Microsoft Word.");
}
}
wordProxy.OpenDocument(DocumentPath);
doc = wordProxy.Document;
functionReturnValue = ExportEntityCollection(doc, BookmarkName, StartRow, BuildColumnHeadings, collection, ColumnNames);
wordProxy.ShowDocument();
return(functionReturnValue);
}
public static dynamic GenerateDocument(string Template, IEntityObject Item, List<ColumnMapping> ColumnMappings)
{
dynamic doc = null;
WordHelper wordProxy = new WordHelper();
wordProxy.CreateWord();
wordProxy.OpenDocument(Template);
PopulateContentControls(ColumnMappings, Item, wordProxy);
doc = wordProxy.Document;
wordProxy.ShowDocument();
return doc;
}
// Exports an IEntityCollection to a table in given Document. BookmarkName is the name of the bookmark associated
// with the table.
public static dynamic ExportEntityCollection(string DocumentPath, string BookmarkName, int StartRow, bool BuildColumnHeadings, IEntityCollection collection, List<ColumnMapping> ColumnNames)
{
dynamic functionReturnValue = null;
dynamic doc = null;
WordHelper wordProxy = new WordHelper();
// if Word is active then use it
if (!wordProxy.GetWord())
{
if (!wordProxy.CreateWord())
{
throw new System.Exception("Could not start Microsoft Word.");
}
}
wordProxy.OpenDocument(DocumentPath);
doc = wordProxy.Document;
functionReturnValue = ExportEntityCollection(doc, BookmarkName, StartRow, BuildColumnHeadings, collection, ColumnNames);
wordProxy.ShowDocument();
return functionReturnValue;
}
// Exports an IEntityCollection to a table in given Document. BookmarkName is the name of the bookmark associated
// with the table.
public static dynamic ExportEntityCollection(string DocumentPath, string BookmarkName, int StartRow, bool BuildColumnHeadings, IEntityCollection collection, List<string> ColumnNames)
{
dynamic functionReturnValue = null;
List<ColumnMapping> mappings = new List<ColumnMapping>();
ColumnMapping map = default(ColumnMapping);
dynamic doc = null;
WordHelper wordProxy = new WordHelper();
// if Word is active then use it
if (!wordProxy.GetWord())
{
if (!wordProxy.CreateWord())
{
throw new System.Exception("Could not start Microsoft Word.");
}
}
wordProxy.OpenDocument(DocumentPath);
doc = wordProxy.Document;
foreach (string name in ColumnNames)
{
map = new ColumnMapping("", name);
map.TableField.DisplayName = name;
mappings.Add(map);
}
functionReturnValue = ExportEntityCollection(doc, BookmarkName, StartRow, BuildColumnHeadings, collection, mappings);
wordProxy.ShowDocument();
return functionReturnValue;
}
// Exports an IEntityCollection to a table in either the active (UseActiveDocument = True) or a new document (UseActiveDocument = False)
public static dynamic ExportEntityCollection(IEntityCollection collection, bool UseActiveDocument)
{
dynamic doc = null;
WordHelper wordProxy = new WordHelper();
bool bUseActiveDocument = false;
dynamic rg = null;
// if Word is active then use it
if (wordProxy.GetWord())
{
// obtain a reference to the selection range
if (UseActiveDocument)
{
rg = wordProxy.Word.Selection.Range;
bUseActiveDocument = true;
}
else
{
wordProxy.CreateDocument();
}
}
else
{
wordProxy.CreateWord();
wordProxy.CreateDocument();
}
List<string> columnNames = new List<string>();
// get column properties
IEnumerable<IEntityProperty> columnProperties = collection.OfType<IEntityObject>().First().Details.Properties.All();
int columnCounter = 1;
int rowCounter = 1;
// add table
dynamic oTable = null;
if (bUseActiveDocument)
{
oTable = wordProxy.AddTable(1, columnProperties.Count(), rg);
}
else
{
oTable = wordProxy.AddTable(1, columnProperties.Count());
}
// add columns names to the list
foreach (IEntityProperty entityProperty in columnProperties)
{
columnNames.Add(entityProperty.Name);
// add column headers to table
wordProxy.SetTableCell(oTable, 1, columnCounter, entityProperty.DisplayName);
columnCounter += 1;
}
// add values on the row following the headers
rowCounter = 2;
// iterate the collection and extract values by column name
foreach (IEntityObject entityObj in collection)
{
oTable.Rows.Add();
for (int i = 0; i <= columnNames.Count - 1; i++)
{
wordProxy.SetTableCell(oTable, rowCounter, i + 1, LightSwitchHelper.GetValue(entityObj, columnNames[i]));
}
rowCounter += 1;
}
doc = wordProxy.Document;
wordProxy.ShowDocument();
return doc;
}
// Exports an IVisualCollection to a table in either the active (UseActiveDocument = True) or a new document (UseActiveDocument = False)
public static dynamic Export(IVisualCollection collection, bool UseActiveDocument)
{
dynamic doc = null;
WordHelper wordProxy = new WordHelper();
bool bUseActiveDocument = false;
dynamic rg = null;
// if Word is active then use it
if (wordProxy.GetWord())
{
// obtain a reference to the selection range
if (UseActiveDocument)
{
rg = wordProxy.Word.Selection.Range;
bUseActiveDocument = true;
}
else
{
wordProxy.CreateDocument();
}
}
else
{
wordProxy.CreateWord();
wordProxy.CreateDocument();
}
List <string> columnNames = new List <string>();
if (collection.Count > 0)
{
// get column properties
IEnumerable <IEntityProperty> columnProperties = collection.OfType <IEntityObject>().First().Details.Properties.All();
int columnCounter = 1;
int rowCounter = 1;
// add table
dynamic oTable = null;
if (bUseActiveDocument)
{
oTable = wordProxy.AddTable(collection.Count + 1, columnProperties.Count(), rg);
}
else
{
oTable = wordProxy.AddTable(collection.Count + 1, columnProperties.Count());
}
// add columns names to the list
foreach (IEntityProperty entityProperty in columnProperties)
{
columnNames.Add(entityProperty.Name);
// add column headers to table
wordProxy.SetTableCell(oTable, 1, columnCounter, entityProperty.DisplayName);
columnCounter += 1;
}
// add values on the row following the headers
rowCounter = 2;
// iterate the collection and extract values by column name
foreach (IEntityObject entityObj in collection)
{
for (int i = 0; i <= columnNames.Count - 1; i++)
{
wordProxy.SetTableCell(oTable, rowCounter, i + 1, LightSwitchHelper.GetValue(entityObj, columnNames[i]));
}
rowCounter += 1;
}
}
doc = wordProxy.Document;
wordProxy.ShowDocument();
return(doc);
}