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Author: dessyordanova

libraries/radpdfprocessing/concepts/clipping.md

@@ -27,10 +27,7 @@ __Example 1__ demonstrates how you can create a Clipping element and assign a __
 
 #### __[C#] Example 1: Create clipping__
 
-{{region cs-radpdfprocessing-concepts-clipping_0}}
-	Clipping clipping = new Clipping();
-	clipping.Clip = new RectangleGeometry(new Rect(5, 5, 50, 50));
-{{endregion}}
+<snippet id='pdf-clipping-geometry'/>
 
 
 
@@ -44,10 +41,7 @@ __Example 2__ demonstrates how to clip an image using the Clipping created in __
 
 #### __[C#] Example 2: Use clipping__
 
-{{region cs-radpdfprocessing-concepts-clipping_1}}
-	Image image = container.Content.AddImage(imageSource);
-	image.Clipping = clipping;
-{{endregion}}
+<snippet id='pdf-image-clipping'/>
 
 
 

libraries/radpdfprocessing/concepts/cmaps.md

@@ -24,13 +24,7 @@ The **Telerik[.Windows].Documents.CMapUtils.dll** assembly provides a default im
 >To use this functionality, you must add a reference to the **Telerik[.Windows].Documents.CMapUtils.dll**.
 
 #### [C#] Example 1: Register default CMapsProvider
-{{region radpdfprocessing-concepts-cmap_0}}
-    // For .NET Framework
-    Telerik.Windows.Documents.Extensibility.FixedExtensibilityManager.PredefinedCMapsProvider = new Telerik.Windows.Documents.CMapUtils.PredefinedCMapsProvider();
-        
-    // For .NET Standard
-    Telerik.Windows.Documents.Extensibility.FixedExtensibilityManager.PredefinedCMapsProvider = new Telerik.Documents.CMapUtils.PredefinedCMapsProvider();
-{{endregion}}
+<snippet id='pdf-cmaps'/>
 
 After registering the **PredefinedCMapsProvider** class, you will be able to import any document containing a predefined CMap table. 
 

libraries/radpdfprocessing/concepts/colors-and-color-spaces.md

@@ -34,11 +34,7 @@ __Example 1__ demonstrates how you can create an RgbColor and assign it as Fill
 
 #### __[C#] Example 1: Create RgbColor__
 
-{{region cs-radpdfprocessing-concepts-colors-and-color-spaces_0}}
-	RgbColor magenta = new RgbColor(255, 0, 255);
-	Path path = new Path();
-	path.Fill = magenta;
-{{endregion}}
+<snippet id='pdf-create-rgb-color'/>
 
 ### CmykColor
 
@@ -51,20 +47,7 @@ Represents a CMYK (cyan, magenta, yellow, key) color. The CmykColor class was in
 
 #### Create CmykColor
 
-```csharp
-   RadFixedDocument document = new RadFixedDocument();
-   RadFixedPage page = document.Pages.AddPage();
-   FixedContentEditor containerEditor = new FixedContentEditor(page);
-
-   double c = 0.46;
-   double m = 0.3;
-   double y = 0.76;
-   double k = 0.12;
-
-   CmykColor cmykColor = new CmykColor(c, m, y, k);
-   containerEditor.GraphicProperties.FillColor = cmykColor;
-   containerEditor.DrawRectangle(new Rect(10, 10, 48, 29));
-```
+<snippet id='pdf-create-cmyk-color'/>
 
 ![CMYK Color](images/cmyk-color.png) 
 
@@ -98,21 +81,13 @@ The __Gradient__ class is inherited by the following classes:
             
 	#### __[C#] Example 2: Create LinearGradient__
 
-	{{region cs-radpdfprocessing-concepts-colors-and-color-spaces_1}}
-		FixedContentEditor containerEditor = new FixedContentEditor(container);
-		
-		LinearGradient linearGradient = new LinearGradient(new Point(0, 0), new Point(30, 30));
-		linearGradient.GradientStops.Add(new GradientStop(new RgbColor(0, 207, 0), 0));
-		linearGradient.GradientStops.Add(new GradientStop(new RgbColor(0, 102, 204), 1));
-		
-		containerEditor.GraphicProperties.FillColor = linearGradient;
-		containerEditor.DrawRectangle(new Rect(10, 10, 48, 29));
-	{{endregion}}
+	<snippet id='pdf-create-linear-gradient'/>
 
-	The gradient created in __Example 2__ is shown in __Figure 1__.
+The gradient created in __Example 2__ is shown in __Figure 1__.
 
-	#### Figure 1: LinearGradient	
-	![Rad Pdf Processing Concepts Colors And Color Spaces 01](images/RadPdfProcessing_Concepts_Colors_And_Color_Spaces_01.png)
+#### Figure 1: LinearGradient	
+
+![Rad Pdf Processing Concepts Colors And Color Spaces 01](images/RadPdfProcessing_Concepts_Colors_And_Color_Spaces_01.png)
 
 * __RadialGradient__: Defines a blend between two circles, optionally extended beyond the boundary circles by continuing the boundary colors. The __RadialGradient__ class exposes the following properties:
 
@@ -124,16 +99,7 @@ The __Gradient__ class is inherited by the following classes:
 
 	#### __[C#] Example 3: Create RadialGradient__
 
-	{{region cs-radpdfprocessing-concepts-colors-and-color-spaces_3}}
-		FixedContentEditor containerEditor = new FixedContentEditor(container);
-		
-		RadialGradient radialGradient = new RadialGradient(new Point(40, 40), new Point(40, 40), 0, 30);
-		radialGradient.GradientStops.Add(new GradientStop(new RgbColor(0, 207, 0), 0));
-		radialGradient.GradientStops.Add(new GradientStop(new RgbColor(0, 102, 204), 1));
-		
-		containerEditor.GraphicProperties.FillColor = radialGradient;
-		containerEditor.DrawEllipse(new Point(40, 40), 30, 30);
-	{{endregion}}
+	<snippet id='pdf-create-linear-gradient'/>
 
 	The result from __Example 3__ is shown in __Figure 2__.
 
@@ -177,18 +143,7 @@ Since the __TilingBase__ class implements the __IContentRootElement__ interface
 
 #### __[C#] Example 4: Create tiling__
 
-{{region cs-radpdfprocessing-concepts-colors-and-color-spaces_2}}
-	FixedContentEditor containerEditor = new FixedContentEditor(container);
-	
-	Tiling tiling = new Tiling(new Rect(0, 0, 10, 10));
-	FixedContentEditor tilingEditor = new FixedContentEditor(tiling);
-	tilingEditor.GraphicProperties.IsStroked = false;
-	tilingEditor.GraphicProperties.FillColor = new RgbColor(128, 28, 43);
-	tilingEditor.DrawRectangle(new Rect(2, 2, 5, 7));
-	
-	containerEditor.GraphicProperties.FillColor = tiling;
-	containerEditor.DrawCircle(new Point(30, 30), 20);
-{{endregion}}
+<snippet id='pdf-create-tiling'/>
 
 The tiling created in __Example 4__ is shown in __Figure 3__.        
 
@@ -201,13 +156,7 @@ The tiling created in __Example 4__ is shown in __Figure 3__.
 
 #### Create LabColor
 
-```csharp
-   double[] whitePoint = new double[3] { 1, 2, 3 };
-   double[] range = new double[4] { 4, 5, 6, 7 };
-   double[] expectedBlackPoint = new double[3] { 0, 0, 0 };
-
-   LabColor labColor = new LabColor(1, 2, 3, whitePoint, range);
-```
+<snippet id='pdf-create-lab-color'/>
 
 ## See Also
 

libraries/radpdfprocessing/concepts/fonts.md

@@ -80,11 +80,8 @@ There are 14 *Type 1* fonts, known as the standard 14 fonts, that are not embedd
 | ZapfDingbats|
 
 
-{{region cs-radpdfprocessing-concepts-fonts_0}}
 
-	FontBase helvetica = FontsRepository.Helvetica;
-	
-{{endregion}}
+<snippet id='pdf-standard-font'/>
 
 >tip These fonts, or their font metrics and suitable substitution fonts, must be available to the consumer application.
 
@@ -93,11 +90,7 @@ FontsRepository will replace the provided standard font with the passed font dat
 
 #### Replace a Standard Font
 
-```csharp
-  byte[] fontData = File.ReadAllBytes("Courier-font.ttf");
-  FontsRepository.ReplaceStandardFont(StandardFontNames.Courier, fontData);
-
-```
+<snippet id='pdf-replace-standard-font'/>
 
 ## Embedded Fonts
 
@@ -113,49 +106,23 @@ __Example 1__ demonstrates how you can use the RegisterFont() method.
 
 #### __[C#] Example 1: Register font in .NET Framework application__
 
-{{region cs-radpdfprocessing-concepts-fonts_1}}
-
-	// Read the font file
-	byte[] fontData = File.ReadAllBytes("some-font.ttf");
-	System.Windows.Media.FontFamily fontFamily = new System.Windows.Media.FontFamily("Some Font");
-	
-	// Register the font
-	 Telerik.Windows.Documents.Fixed.Model.Fonts.FontsRepository.RegisterFont(fontFamily, System.Windows.FontStyles.Normal, System.Windows.FontWeights.Normal, fontData);
-{{endregion}}
+<snippet id='pdf-register-font-net-framework'/>
 
 #### __[C#] Example 1: Register font in .NET Standard application__
 
-{{region cs-radpdfprocessing-concepts-fonts_2}}
-
-	// Read the font file
-	byte[] fontData = File.ReadAllBytes("some-font.ttf");
-	Telerik.Documents.Core.Fonts.FontFamily fontFamily = new Telerik.Documents.Core.Fonts.FontFamily("Some Font");
-	
-	// Register the font
-	 Telerik.Windows.Documents.Fixed.Model.Fonts.FontsRepository.RegisterFont(fontFamily, Telerik.Documents.Core.Fonts.FontStyles.Normal, Telerik.Documents.Core.Fonts.FontWeights.Normal, fontData);
-{{endregion}}
+<snippet id='pdf-register-font-net-standard'/>
 
 ### Creating a Font
 
 >tip Each registered font can be obtained from the font repository as __FontBase__ object and applied to a __[TextFragment]({%slug radpdfprocessing-model-textfragment%})__ through its __Font__ property.
 
-{{region cs-radpdfprocessing-concepts-fonts_3}}
-
-	FontBase courier = FontsRepository.Courier;
-	TextFragment textFragment = new TextFragment();
-	textFragment.Font = courier;	
-
-{{endregion}}
+<snippet id='pdf-text-fragment-font'/>
 
 __Example 2__ shows how to create a font using the FontsRepository.
 
-
 #### __[C#] Example 2: Create FontBase__
 
-{{region cs-radpdfprocessing-concepts-fonts_4}}
-	FontBase font;
-	bool success = FontsRepository.TryCreateFont(fontFamily, fontStyle, fontWeight, out font);
-{{endregion}}
+<snippet id='pdf-bool-font-creation'/>
 
 You can create fonts that are not explicitly registered. Creating a font that is not registered in the repository with the code from __Example 2__ tries to find the font from the ones installed on the machine. 
 

libraries/radpdfprocessing/concepts/geometry.md

@@ -47,10 +47,7 @@ __Example 1__ shows how to create a RectangleGeometry.
 
 #### __[C#] Example 1: Create RectangleGeometry__
 
-{{region cs-radpdfprocessing-concepts-geometry_0}}
-	RectangleGeometry rectangleGeometry = new RectangleGeometry();
-	rectangleGeometry.Rect = new Rect(10, 5, 400, 300);
-{{endregion}}
+<snippet id='pdf-create-rectangle-geometry'/>
 
 
 
@@ -72,18 +69,7 @@ __Example 2__ shows how to create a PathGeometry, which consists of line segment
 
 #### __[C#] Example 2: Create PathGeometry__
 
-{{region cs-radpdfprocessing-concepts-geometry_1}}
-	PathGeometry pathGeometry = new PathGeometry();
-	PathFigure pathFigure = pathGeometry.Figures.AddPathFigure();
-	pathFigure.StartPoint = new Point(5, 5);
-	LineSegment lineSegment = pathFigure.Segments.AddLineSegment();
-	lineSegment.Point = new Point(205, 5);
-	BezierSegment bezierSegment = pathFigure.Segments.AddBezierSegment();
-	bezierSegment.Point1 = new Point(105, 50);
-	bezierSegment.Point2 = new Point(130, 105);
-	bezierSegment.Point3 = new Point(100, 200);
-	pathFigure.IsClosed = true;
-{{endregion}}
+<snippet id='pdf-create-path-geometry'/>
 
 
 

libraries/radpdfprocessing/concepts/imagequality.md

@@ -33,10 +33,7 @@ In order to specify the default **ImageQuality** value when exporting to PDF, yo
 
 #### __[C#] Example 1: Set a default value for all images in a document__
 
-{{region cs-radpdfprocessing-concepts-imagequality_0}}
-	PdfExportSettings settings = new PdfExportSettings();
-	settings.ImageQuality = ImageQuality.Medium;
-{{endregion}}
+<snippet id='pdf-image-quality'/>
 
 > `PdfExportSettings.ImageQuality` property doesn't affect the quality of the images imported from a PDF document. Such images are preserved using `EncodedImageData` (see [ImageQuality and EncodedImageData Class](#imagequality-and-encodedimagedata-class)). `PdfExportSettings.ImageQuality` only affects the export quality of images created using an image stream or a `BitmapSource`.
 
@@ -46,9 +43,7 @@ If you need some particular image to be exported with a different **ImageQuality
 
 #### __[C#] Example 2: Set the image quality of an image__
 
-{{region cs-radpdfprocessing-concepts-imagequality_1}}
-	ImageSource imageSource = new ImageSource(bitmap, ImageQuality.Medium);
-{{endregion}}
+<snippet id='pdf-image-source-quality'/>
 
 
 ### ImageQuality and EncodedImageData Class

libraries/radpdfprocessing/concepts/position.md

@@ -62,11 +62,7 @@ __Example 1__ shows how transformations can be appended.
 
 #### __[C#] Example 1: Trasform MatrixPosition__
 
-{{region cs-radpdfprocessing-concepts-position_0}}
-	MatrixPosition matrixPosition = new MatrixPosition();
-	matrixPosition.Translate(20, 20); // Translates the position by (20, 20)
-	matrixPosition.Translate(30, 30); // Translates the position by (30, 30).
-{{endregion}}
+<snippet id='pdf-matrix-position'/>
 
 
 
@@ -91,11 +87,7 @@ __Example 2__ shows how transformations overwrite the previous transformations o
 
 #### __[C#] Example 2: Transform SimplePosition__
 
-{{region cs-radpdfprocessing-concepts-position_1}}
-	SimplePosition simplePosition = new SimplePosition();
-	simplePosition.Translate(20, 20); // Translates the position by (20, 20).
-	simplePosition.Translate(30, 30); // Translates the position by (30, 30) overwriting the previous translations.
-{{endregion}}
+<snippet id='pdf-simple-position'/>
 
 
 

libraries/radpdfprocessing/cross-platform/images.md

@@ -43,11 +43,8 @@ PdfProcessing comes with a default implementation for such resolver called `Imag
 >note View Implementation [Requirements](#requirements).
 
 #### **[C#] Example 1: Set the default implementation of the ImagePropertiesResolver class**
-    {{region cs-radpdfprocessing-cross-platform-images_0}}
-
-        Telerik.Documents.ImageUtils.ImagePropertiesResolver defaultImagePropertiesResolver = new Telerik.Documents.ImageUtils.ImagePropertiesResolver();
-        Telerik.Windows.Documents.Extensibility.FixedExtensibilityManager.ImagePropertiesResolver = defaultImagePropertiesResolver;
-    {{endregion}}
+   
+<snippet id='pdf-image-property-resolver'/>
 
 ### Custom Implementation for ImagePropertiesResolver
 
@@ -72,49 +69,20 @@ The **Telerik.Documents.ImageUtils** assembly provides a default implementation
 >note View Implementation [Requirements](#requirements).
 
 #### **[C#] Example 2: Set the default implementation of the JpegImageConverter class**
-    {{region cs-radpdfprocessing-cross-platform_3}}
 
-       Telerik.Windows.Documents.Extensibility.JpegImageConverterBase defaultJpegImageConverter = new Telerik.Documents.ImageUtils.JpegImageConverter();
-       Telerik.Windows.Documents.Extensibility.FixedExtensibilityManager.JpegImageConverter = defaultJpegImageConverter;
-    {{endregion}}
+<snippet id='pdf-jpeg-image-converter'/>
 
 ### Custom Implementation for JpegImageConverter
 
 The following example depends on the [Magick.NET](https://www.nuget.org/packages/Magick.NET-Q16-AnyCPU/) library to convert images to Jpeg format.
 
 #### **[C#] Example 3: Create a custom implementation inheriting the JpegImageConverterBase abstract class**
-    {{region cs-radpdfprocessing-cross-platform_2}}
-
-        internal class CustomJpegImageConverter : Telerik.Windows.Documents.Extensibility.JpegImageConverterBase
-        {
-            public override bool TryConvertToJpegImageData(byte[] imageData, ImageQuality imageQuality, out byte[] jpegImageData)
-            {
-                IMagickFormatInfo? formatInfo = MagickFormatInfo.Create(imageData);
-                if (formatInfo != null && formatInfo.SupportsReading)
-                {
-                    using (MagickImage magickImage = new MagickImage(imageData))
-                    {
-                        magickImage.Alpha(AlphaOption.Remove);
-                        magickImage.Quality = (int)imageQuality;
-
-                        jpegImageData = magickImage.ToByteArray(MagickFormat.Jpeg);
-                    }
-
-                    return true;
-                }
-
-                jpegImageData = null;
-                return false;
-            }
-        }
-    {{endregion}}
+
+<snippet id='pdf-custom-jpeg-converter'/>
 
 #### **[C#] Example 4: Set the custom implementation to the JpegImageConverter property of the FixedExtensibilityManager**
-    {{region cs-radpdfprocessing-cross-platform_3}}
-    
-        JpegImageConverterBase customJpegImageConverter = new CustomJpegImageConverter();
-        Telerik.Windows.Documents.Extensibility.FixedExtensibilityManager.JpegImageConverter = customJpegImageConverter;
-    {{endregion}}
+
+<snippet id='pdf-set-custom-image-converter'/>
 
 
 >note A complete SDK example of a custom implementation JpegImageConverterBase is available on our [GitHub repository](https://github.com/telerik/document-processing-sdk/tree/master/PdfProcessing/CustomJpegImageConverter).