SpreadStream{rocessing: Code snippets refactoring

libraries/radspreadstreamprocessing/features/cell-styles.md

@@ -84,8 +84,7 @@ When you apply a style to a cell with locally set properties, the end result is
 
 #### **[C#] Example 1: Get a built-in style and apply a number group**
 
-{{region radspreadstreamprocessing-features-styling-cell-styles_0}}
-
+{{region cs-radspreadstreamprocessing-features-styling-cell-styles_0}}
 	SpreadCellStyle style = workbook.CellStyles.GetByName("Good");
 	style.ApplyNumberFormat = true;
 {{endregion}}
@@ -101,8 +100,7 @@ Creating a new style is pretty straight-forward. All you have to do is invoke th
 
 #### **[C#] Example 2: Create SpreadCellStyle and apply it to a cell**
 
-{{region radspreadstreamprocessing-features-styling-cell-styles_1}}
-
+{{region cs-radspreadstreamprocessing-features-styling-cell-styles_1}}
 	SpreadBorder border = new SpreadBorder(SpreadBorderStyle.Thick, new SpreadThemableColor(new SpreadColor(255, 0, 0)));
 	SpreadCellStyle style = workbook.CellStyles.Add("MyStyle");
 
@@ -123,10 +121,10 @@ Creating a new style is pretty straight-forward. All you have to do is invoke th
 	style.Indent = 5;
 	style.VerticalAlignment = SpreadVerticalAlignment.Top;
 	style.WrapText = false;
-
-	cell.SetFormat(new SpreadCellFormat() 
-	{ 
-	    CellStyle = style 
+	
+	cell.SetFormat(new SpreadCellFormat()
+	{
+	    CellStyle = style
 	});
 {{endregion}}
 
@@ -138,9 +136,8 @@ Modifying a style is even easier than creating one. All you need to do is retrie
 
 #### **[C#] Example 3: Modify a built-in style**
 
-{{region radspreadstreamprocessing-features-styling-cell-styles_2}}
-
-	SpreadCellStyle style = workbook.CellStyles.GetByName("Bad"); 
+{{region cs-radspreadstreamprocessing-features-styling-cell-styles_2}}
+	SpreadCellStyle style = workbook.CellStyles.GetByName("Bad");
 	style.IsBold = true;
 {{endregion}}
 

libraries/radspreadstreamprocessing/features/worksheet-view-exporter.md

@@ -32,11 +32,10 @@ You can create an instance of the IWorksheetViewExporter interface using the cor
 
 #### **[C#] Example 1: Create IWorksheetViewExporter instance**
 
-{{region radspreadstreamprocessing-features-worksheet-view-exporter_0}}
-
+{{region cs-radspreadstreamprocessing-features-worksheet-view-exporter_0}}
 	using (IWorksheetViewExporter worksheetView = worksheetExporter.CreateWorksheetViewExporter())
 	{
-		// ...
+	    // ...
 	}
 {{endregion}}
 
@@ -52,15 +51,13 @@ With the IWorksheetViewExporter interface you can set the first visible cell. Th
 
 #### **[C#] Example 2: Export a document with first visible cell C5**
 
-{{region radspreadstreamprocessing-features-worksheet-view-exporter_1}}
-
+{{region cs-radspreadstreamprocessing-features-worksheet-view-exporter_1}}
 	using (IWorksheetExporter worksheetExporter = workbookExporter.CreateWorksheetExporter("Sheet 1"))
 	{
 	    using (IWorksheetViewExporter worksheetView = worksheetExporter.CreateWorksheetViewExporter())
 	    {
 	        worksheetView.SetFirstVisibleCell(4, 2);
 	    }
-
 	    // Fill the worksheet.
 	}
 {{endregion}}
@@ -72,35 +69,31 @@ IWorksheetViewExporter defines methods that allow you apply selection to the exp
 
 #### **[C#] Example 3: Export a document with applied multiple selection ranges**
 
-{{region radspreadstreamprocessing-features-worksheet-view-exporter_2}}
-
-	using (IWorksheetExporter worksheet = workbookExporter.CreateWorksheetExporter("Sheet 1"))
+{{region cs-radspreadstreamprocessing-features-worksheet-view-exporter_2}}
+	using (IWorksheetExporter worksheetExporter = workbookExporter.CreateWorksheetExporter("Sheet 1"))
 	{
-	    using (IWorksheetViewExporter worksheetView = worksheet.CreateWorksheetViewExporter())
+	    using (IWorksheetViewExporter worksheetView = worksheetExporter.CreateWorksheetViewExporter())
 	    {
 	        worksheetView.AddSelectionRange(2, 2, 5, 5);
 	        worksheetView.AddSelectionRange(4, 4, 8, 8);
 	        worksheetView.AddSelectionRange(3, 3, 10, 10);
 	    }
-
 	    // Fill the worksheet.
 	}
 {{endregion}}
 
 
 #### **[C#] Example 4: Export a document with selection range and specified active cell of the selection**
 
-{{region radspreadstreamprocessing-features-worksheet-view-exporter_3}}
-
+{{region cs-radspreadstreamprocessing-features-worksheet-view-exporter_3}}
 	using (IWorksheetExporter worksheet = workbookExporter.CreateWorksheetExporter("Sheet 1"))
 	{
 	    using (IWorksheetViewExporter worksheetView = worksheet.CreateWorksheetViewExporter())
 	    {
 	        worksheetView.AddSelectionRange(2, 2, 5, 5);
 	        worksheetView.SetActiveSelectionCell(3, 3);
 	    }
-
-	    // Fill the worksheet.
+	    // Fill the worksheet with data.
 	}
 {{endregion}}
 
@@ -114,7 +107,7 @@ You can apply a scale factor to the exported document.
 
 #### **[C#] Example 5: Set scale factor**
 
-{{region radspreadstreamprocessing-features-worksheet-view-exporter_4}}
+{{region cs-radspreadstreamprocessing-features-worksheet-view-exporter_4}}
 	worksheetView.SetScaleFactor(0.5);
 {{endregion}}
 
@@ -125,7 +118,7 @@ IWorksheetViewExporter enables you to set whether the resultant document should
 
 #### **[C#] Example 6: Hide grid lines and row/column headers**
 
-{{region radspreadstreamprocessing-features-worksheet-view-exporter_5}}
+{{region cs-radspreadstreamprocessing-features-worksheet-view-exporter_5}}
 	worksheetView.SetShouldShowGridLines(false);
 	worksheetView.SetShouldShowRowColumnHeaders(false);
 {{endregion}}
@@ -137,7 +130,7 @@ You can freeze panes in the spreadsheet document using the SetFreezePanes() meth
 
 #### **[C#] Example 7: Set freeze panes**
 
-{{region radspreadstreamprocessing-features-worksheet-view-exporter_6}}
+{{region cs-radspreadstreamprocessing-features-worksheet-view-exporter_6}}
 	worksheetView.SetFreezePanes(4, 6);
 {{endregion}}
 
@@ -148,7 +141,7 @@ An overload of the SetFreezePanes() method enables you to change the first visib
 
 #### **[C#] Example 8: Set freeze panes and change the first visible cell of the scrollable pane**
 
-{{region radspreadstreamprocessing-features-worksheet-view-exporter_7}}
+{{region cs-radspreadstreamprocessing-features-worksheet-view-exporter_7}}
 	worksheetView.SetFreezePanes(4, 6, 10, 10);
 {{endregion}}
 

libraries/radspreadstreamprocessing/model/cells.md

@@ -35,9 +35,9 @@ A concrete instance of ICellExporter could be created through the **CreateCellEx
 #### **[C#] Example 1: Using ICellExporter**
 
 
-{{region radspreadstreamprocessing-model-cells_0}}
-	using (ICellExporter cell = row.CreateCellExporter()) 
-	{ 
+{{region cs-radspreadstreamprocessing-model-cells_0}}
+	using (ICellExporter cell = row.CreateCellExporter())
+	{
 	}
 {{endregion}}
 
@@ -58,10 +58,10 @@ The **SetValue()** method exposes several overloads allowing you to set values f
 
 #### **[C#] Example 2: Setting a value to a cell**
 
-{{region radspreadstreamprocessing-model-cells_1}}
-	using (ICellExporter cell = row.CreateCellExporter()) 
-	{ 
-	    cell.SetValue(123.456); 
+{{region cs-radspreadstreamprocessing-model-cells_1}}
+	using (ICellExporter cell = row.CreateCellExporter())
+	{
+	    cell.SetValue(123.456);
 	}
 {{endregion}}
 
@@ -72,10 +72,10 @@ In order to allow you setting a formula as a value of a cell, ICellExporter defi
 
 #### **[C#] Example 4: Setting a formula to a cell**
 
-{{region radspreadstreamprocessing-model-cells_3}}
-	using (ICellExporter cell = row.CreateCellExporter()) 
-	{ 
-	    cell.SetFormula("=Sum(A1, B2)");  
+{{region cs-radspreadstreamprocessing-model-cells_3}}
+	using (ICellExporter cell = row.CreateCellExporter())
+	{
+	    cell.SetFormula("=Sum(A1, B2)");
 	}
 {{endregion}}
 
@@ -91,8 +91,7 @@ In some cases you may need to skip several cells and start filling the data in t
 
 #### **[C#] Example 3: Skip cells**
 
-{{region radspreadstreamprocessing-model-cells_2}}
-
+{{region cs-radspreadstreamprocessing-model-cells_2}}
 	row.SkipCells(5);
 	using (ICellExporter cell = row.CreateCellExporter())
 	{
@@ -110,10 +109,10 @@ In some cases you may need to skip several cells and start filling the data in t
 
 #### **[C#] Example 5: Merge cells**
 
-{{region radspreadstreamprocessing-model-cells_4}}
+{{region cs-radspreadstreamprocessing-model-cells_4}}
 	using (IWorksheetExporter worksheet = workbook.CreateWorksheetExporter("Sheet 1")) 
-	{ 
-	   worksheet.MergeCells(3, 3, 10, 10);  
+	{
+	    worksheet.MergeCells(3, 3, 10, 10);
 	}
 {{endregion}}
 
@@ -172,8 +171,7 @@ Another method, exposed by **ICellExporter** - SetFormat() - enables you to chan
 
 
 #### **[C#] Example 6: Format cells**
-{{region radspreadstreamprocessing-model-cells_5}}
-
+{{region cs-radspreadstreamprocessing-model-cells_5}}
 	SpreadBorder border = new SpreadBorder(SpreadBorderStyle.Thick, new SpreadThemableColor(new SpreadColor(255, 0, 0)));
 
 	SpreadCellFormat cellFormat = new SpreadCellFormat()

libraries/radspreadstreamprocessing/model/column.md

@@ -34,8 +34,7 @@ A concrete instance of IColumnExporter could be created through the CreateColumn
 #### **[C#] Example 1: Create IColumnExporter**
 
 
-{{region radspreadstreamprocessing-model-columns_0}}
-
+{{region cs-radspreadstreamprocessing-model-columns_0}}
 	using (IColumnExporter column = worksheet.CreateColumnExporter())
 	{
 	}
@@ -56,11 +55,10 @@ In order to customize the way a column appears, you could use one of the followi
 
 #### **[C#] Example 2: Set properties to IColumnExporter**
 
-{{region radspreadstreamprocessing-model-columns_1}}
-
+{{region cs-radspreadstreamprocessing-model-columns_1}}
 	using (IColumnExporter column = worksheet.CreateColumnExporter())
 	{
-		column.SetWidthInPixels(100);
+	    column.SetWidthInPixels(100);
 	}
 {{endregion}}
 
@@ -72,8 +70,7 @@ In some cases you may need to skip several columns and start filling the data in
 
 #### **[C#] Example 3: Skip columns**
 
-{{region radspreadstreamprocessing-model-columns_2}}
-
+{{region cs-radspreadstreamprocessing-model-columns_2}}
 	worksheet.SkipColumns(5);
 	using (IColumnExporter column = worksheet.CreateColumnExporter())
 	{

libraries/radspreadstreamprocessing/model/row.md

@@ -34,8 +34,7 @@ A concrete instance of IRowExporter could be created through the CreateRowExport
 #### **[C#] Example 1: Create IRowExporter**
 
 
-{{region radspreadstreamprocessing-model-rows_0}}
-
+{{region cs-radspreadstreamprocessing-model-rows_0}}
 	using (IRowExporter row = worksheet.CreateRowExporter())
 	{
 	}
@@ -56,11 +55,10 @@ In order to customize the way a row appears, you could use one of the following
 
 #### **[C#] Example 2: Set properties to IRowExporter**
 
-{{region radspreadstreamprocessing-model-rows_1}}
-
+{{region cs-radspreadstreamprocessing-model-rows_1}}
 	using (IRowExporter row = worksheet.CreateRowExporter())
 	{
-		row.SetHeightInPixels(200);
+	    row.SetHeightInPixels(200);
 	}
 {{endregion}}
 
@@ -72,8 +70,7 @@ In some cases you may need to skip several rows and start filling the data in th
 
 #### **[C#] Example 3: Skip rows**
 
-{{region radspreadstreamprocessing-model-rows_2}}
-
+{{region cs-radspreadstreamprocessing-model-rows_2}}
 	worksheet.SkipRows(5);
 	using (IRowExporter row = worksheet.CreateRowExporter())
 	{

libraries/radspreadstreamprocessing/model/workbook.md

@@ -40,8 +40,7 @@ The code from **Example 1** creates an empty workbook and exports it to an XLSX
 
 #### **[C#] Example 1: Create IWorkbookExporter**
 
-{{region radspreadstreamprocessing-model-workbook_0}}
-
+{{region cs-radspreadstreamprocessing-model-workbook_0}}
 	using (FileStream stream = File.OpenWrite("sample.xlsx"))
 	{
 	    using (IWorkbookExporter workbook = SpreadExporter.CreateWorkbookExporter(SpreadDocumentFormat.Xlsx, stream))

libraries/radspreadstreamprocessing/model/worksheet.md

@@ -35,11 +35,10 @@ A concrete instance of IWorksheetExporter could be created through the CreateWor
 
 #### **[C#] Example 1: Create IWorksheetExporter**
 
-{{region radspreadstreamprocessing-model-worksheet_0}}
-
+{{region cs-radspreadstreamprocessing-model-worksheet_0}}
 	using (IWorksheetExporter worksheet = workbook.CreateWorksheetExporter("My sheet"))
 	{
-		// Fill the worksheet with data and set the desired properties
+	    // Fill the worksheet with data and set the desired properties
 	}
 {{endregion}}