telerik · YoanKar · Jun 30, 2026
diff --git a/ai-tools/agent-tools/getting-started.md b/ai-tools/agent-tools/getting-started.md
@@ -62,7 +62,7 @@ Below is a comprehensive example demonstrating the entire workflow from setup to
 
 >warning If you are building a multi-user application, see the [Multi-User AI Agent Sessions]({%slug agent-tools-multi-user-scenario%}) article for patterns on isolating document repositories per user and managing concurrent sessions safely.
 
-<snippet id='ai-tools-agent-tools-getting-started-complete-example'/>
+<snippet id='ai-tools-agent-tools-getting-started'/>
 
 ## Security Considerations
 

diff --git a/common-information/clear-output-stream-on-export.md b/common-information/clear-output-stream-on-export.md
@@ -35,13 +35,13 @@ No code changes are required on the consumer side. The clearing happens automati
 
 **Example 1: Reusing a MemoryStream for Multiple Exports**
 
-<snippet id='reuse-stream-for-multiple-exports'/>
+<snippet id='common-information-clear-output-stream-on-export-reuse-stream-for-multiple-exports'/>
 
 When reusing a stream, the second `Export()` call truncates the stream to zero length before writing, so only the new document data is present.
 
 **Example 2: Exporting to a FileStream**
 
-<snippet id='export-to-filestream'/>
+<snippet id='common-information-clear-output-stream-on-export-to-filestream'/>
 
 Even when opening the file with `FileMode.OpenOrCreate`, the stream is cleared automatically so no leftover data from a previous file remains.
 

diff --git a/common-information/fileformatdetector.md b/common-information/fileformatdetector.md
@@ -48,7 +48,7 @@ Represents the result of a file format detection operation.
 
 The following example demonstrates how to detect the format of a document from a file stream:
 
-<snippet id='libraries-common-fileformatdetector-detect-format'/>
+<snippet id='common-information-fileformatdetector'/>
 
 ## See Also
 

diff --git a/getting-started/first-steps.md b/getting-started/first-steps.md
@@ -77,15 +77,15 @@ Use the following snippet to create the `RadFlowDocument` instance that the samp
 
 #### **Example 1: Create a RadFlowDocument**
 
-<snippet id='first-steps-create-document'/>
+<snippet id='getting-started-first-steps-create-document'/>
 
 ## Step 5: Import an Existing DOCX File
 
 Use this optional step if you want to start from an existing DOCX file instead of building the document content entirely in code.
 
 ### Example 2: Import a DOCX File
 
-<snippet id='first-steps-import-docx'/>
+<snippet id='getting-started-first-steps-import-docx'/>
 
 ## Step 6: Export the Generated Document
 
@@ -96,15 +96,15 @@ Use [DocxFormatProvider]({%slug radwordsprocessing-formats-and-conversion-docx-d
 
 ### Example 3: Export a RadFlowDocument to DOCX
 
-<snippet id='first-steps-export-docx'/>
+<snippet id='getting-started-first-steps-export-docx'/>
 
 ### Export the RadFlowDocument to PDF
 
 Use [PdfFormatProvider]({%slug radpdfprocessing-formats-and-conversion-pdf-pdfformatprovider%}) to export the same `RadFlowDocument` to a PDF file.
 
 ### Example 4: Export a RadFlowDocument to PDF
 
-<snippet id='first-steps-export-pdf'/>
+<snippet id='getting-started-first-steps-export-pdf'/>
 
 ## Step 7: Run the Project and Verify the Output
 

diff --git a/libraries/radpdfprocessing/concepts/clipping.md b/libraries/radpdfprocessing/concepts/clipping.md
@@ -22,7 +22,7 @@ The `Clipping` element exposes a single property:
 
 #### __Example 1: Create Clipping__
 
-<snippet id='pdf-clipping-geometry'/>
+<snippet id='libraries-pdf-concepts-clipping-geometry'/>
 
 ## Using Clipping
 
@@ -32,7 +32,7 @@ All inheritors of the `ContentElementBase` class expose a `Clipping` property. S
 
 #### __Example 2: Use Clipping__
 
-<snippet id='pdf-image-clipping'/>
+<snippet id='libraries-pdf-concepts-clipping-image-clipping'/>
 
 
 

diff --git a/libraries/radpdfprocessing/concepts/cmaps.md b/libraries/radpdfprocessing/concepts/cmaps.md
@@ -25,7 +25,7 @@ The **Telerik[.Windows].Documents.CMapUtils** package provides a default impleme
 >To use this feature, you must add a reference to the **Telerik[.Windows].Documents.CMapUtils package**.
 
 #### Example 1: Register Default CMapsProvider
-<snippet id='pdf-cmaps'/>
+<snippet id='libraries-pdf-concepts-cmaps'/>
 
 After you register the `PredefinedCMapsProvider` class, you can import any document containing a predefined CMap table. 
 

diff --git a/libraries/radpdfprocessing/concepts/colors-and-color-spaces.md b/libraries/radpdfprocessing/concepts/colors-and-color-spaces.md
@@ -32,7 +32,7 @@ The following example shows how to create an `RgbColor` and assign it as Fill of
 
 #### **Create RgbColor**
 
-<snippet id='pdf-create-rgb-color'/>
+<snippet id='libraries-pdf-concepts-colors-and-color-spaces-create-rgb-color'/>
 
 ### GrayColor
 
@@ -48,7 +48,7 @@ The following example covers the most common `GrayColor` scenarios: default and
 
 #### Create GrayColor
 
-<snippet id='pdf-create-gray-color'/>
+<snippet id='libraries-pdf-concepts-colors-and-color-spaces-create-gray-color'/>
 
 ### CmykColor
 
@@ -63,7 +63,7 @@ Represents a CMYK (cyan, magenta, yellow, key) color. The `CmykColor` class was
 
 #### Create CmykColor
 
-<snippet id='pdf-create-cmyk-color'/>
+<snippet id='libraries-pdf-concepts-colors-and-color-spaces-create-cmyk-color'/>
 
 ![CMYK Color](images/cmyk-color.png) 
 
@@ -94,7 +94,7 @@ The `Gradient` class is inherited by the following classes:
 
 	#### **Example 2: Create LinearGradient**
 
-	<snippet id='pdf-create-linear-gradient'/>
+	<snippet id='libraries-pdf-concepts-colors-and-color-spaces-create-linear-gradient'/>
 
 The gradient created in **Example 2** is shown in **Figure 1**.
 
@@ -113,7 +113,7 @@ The gradient created in **Example 2** is shown in **Figure 1**.
 
 #### **Example 3: Create RadialGradient**
 
-<snippet id='pdf-create-linear-gradient'/>
+<snippet id='libraries-pdf-concepts-colors-and-color-spaces-create-linear-gradient'/>
 
 The result from **Example 3** is shown in **Figure 2**.
 
@@ -146,7 +146,7 @@ Because the `TilingBase` class implements the `IContentRootElement` interface li
 
 #### __Example 4: Create Tiling__
 
-<snippet id='pdf-create-tiling'/>
+<snippet id='libraries-pdf-concepts-colors-and-color-spaces-create-tiling'/>
 
 The tiling created in **Example 4** is shown in **Figure 3**.
 
@@ -159,7 +159,7 @@ The **LAB** color space is device-independent. **L** represents lightness or bri
 
 #### **Create LabColor**
 
-<snippet id='pdf-create-lab-color'/>
+<snippet id='libraries-pdf-concepts-colors-and-color-spaces-create-lab-color'/>
 
 ## See Also
 

diff --git a/libraries/radpdfprocessing/concepts/comply-with-pdfa-standard.md b/libraries/radpdfprocessing/concepts/comply-with-pdfa-standard.md
@@ -54,13 +54,13 @@ The `PdfFormatProvider` class exports a `RadFixedDocument` to PDF and allows you
 
 To comply with any of the standards, set the `ComplianceLevel` property to a value different than `None`:
 
-<snippet id='libraries-pdf-concepts-compliance-ensure-compliance'/>
+<snippet id='libraries-pdf-concepts-comply-with-pdfa-standard-compliance-ensure-compliance'/>
 
 ### Accessibility Compliance
 
 To comply with the [accessibility]({%slug create-accessible-pdf-documents%}) requirements of the PDF/A-1a, PDF/A-2a, PDF/A-3a, or PDF/UA-1 standards, you must also set the [TaggingStrategy]({%slug radpdfprocessing-model-tagged-pdf%}) property of the `PdfFormatProvider` `PdfExportSettings`. 
 
-<snippet id='libraries-pdf-concepts-compliance-ensure-accessability-compliance'/>
+<snippet id='libraries-pdf-concepts-comply-with-pdfa-standard-compliance-ensure-accessability-compliance'/>
 
 This ensures that the exported PDF document is properly tagged, which is essential for meeting these standards' requirements.
 
@@ -72,11 +72,11 @@ This ensures that the exported PDF document is properly tagged, which is essenti
 
 When you work with PDF/A-compliant documents, you can specify fallback fonts for the standard fonts to ensure proper rendering when the standard font is unavailable or needs to be replaced:
 
-<snippet id='libraries-pdf-concepts-comply-with-pdfa-set-standard-font-fallback'/>
+<snippet id='libraries-pdf-concepts-comply-with-pdfa-standard-comply-with-pdfa-set-standard-font-fallback'/>
 
 If you need to remove all configured fallback fonts, use the `ClearStandardFontFallbacks()` method:
 
-<snippet id='libraries-pdf-concepts-comply-with-pdfa-clear-fallback-fonts'/>
+<snippet id='libraries-pdf-concepts-comply-with-pdfa-standard-comply-with-pdfa-clear-fallback-fonts'/>
 
 ## See Also
 

diff --git a/libraries/radpdfprocessing/concepts/fonts.md b/libraries/radpdfprocessing/concepts/fonts.md
@@ -79,27 +79,27 @@ There are 14 *Type 1* fonts, known as the standard 14 fonts, that are not embedd
 | Symbol|
 | ZapfDingbats|
 
-<snippet id='pdf-standard-font'/>
+<snippet id='libraries-pdf-concepts-fonts-standard-font'/>
 
 >tip These fonts, or their font metrics and suitable substitution fonts, must be available to the consumer application.
 
 RadPdfProcessing introduced a suitable API for replacing the predefined Standard Fonts in **R2 2023**. The public static method `ReplaceStandardFont(StandardFontNames name, byte[] data)` offered by `FontsRepository` replaces the provided standard font with the passed font data:
 
 #### Replace a Standard Font
 
-<snippet id='pdf-replace-standard-font'/>
+<snippet id='libraries-pdf-concepts-fonts-replace-standard-font'/>
 
 #### Set a Fallback Font
 
 You can configure fallback fonts for the standard fonts to ensure proper rendering when a standard font needs to be substituted with another font.
 
 The following example demonstrates how to set a fallback font for a specific standard font:
 
-<snippet id='libraries-pdf-concepts-comply-with-pdfa-set-standard-font-fallback'/>
+<snippet id='libraries-pdf-concepts-fonts-comply-with-pdfa-set-standard-font-fallback'/>
 
 To remove all configured fallback fonts, use the `ClearStandardFontFallbacks()` method:
 
-<snippet id='libraries-pdf-concepts-comply-with-pdfa-clear-fallback-fonts'/>
+<snippet id='libraries-pdf-concepts-fonts-comply-with-pdfa-clear-fallback-fonts'/>
 
 ## Embedded Fonts
 
@@ -115,23 +115,23 @@ If you want to use a font that is not part of the standard ones, register it usi
 
 #### __Example 1: Register font in .NET Framework application__
 
-<snippet id='pdf-register-font-net-framework'/>
+<snippet id='libraries-pdf-concepts-fonts-register-font-net-framework'/>
 
 #### __Example 1: Register font in .NET Standard application__
 
-<snippet id='pdf-register-font-net-standard'/>
+<snippet id='libraries-pdf-concepts-fonts-register-font-net-standard'/>
 
 ### Creating a Font
 
 >tip Each registered font can be obtained from the font repository as a `FontBase` object and applied to a [TextFragment]({%slug radpdfprocessing-model-textfragment%}) through its `Font` property.
 
-<snippet id='pdf-text-fragment-font'/>
+<snippet id='libraries-pdf-concepts-fonts-text-fragment-font'/>
 
 **Example 2** shows how to create a font using `FontsRepository`.
 
 #### __Example 2: Create FontBase__
 
-<snippet id='pdf-bool-font-creation'/>
+<snippet id='libraries-pdf-concepts-fonts-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. 
 

diff --git a/libraries/radpdfprocessing/concepts/geometry.md b/libraries/radpdfprocessing/concepts/geometry.md
@@ -41,7 +41,7 @@ This article covers the supported geometry types:
 
 #### __Example 1: Create RectangleGeometry__
 
-<snippet id='pdf-create-rectangle-geometry'/>
+<snippet id='libraries-pdf-concepts-geometry-create-rectangle-geometry'/>
 
 
 
@@ -60,7 +60,7 @@ This article covers the supported geometry types:
 
 #### __Example 2: Create PathGeometry__
 
-<snippet id='pdf-create-path-geometry'/>
+<snippet id='libraries-pdf-concepts-geometry-create-path-geometry'/>
 
 
 

diff --git a/libraries/radpdfprocessing/concepts/imagequality.md b/libraries/radpdfprocessing/concepts/imagequality.md
@@ -34,7 +34,7 @@ To specify the default `ImageQuality` value when exporting to PDF, use the [PdfE
 
 #### __Example 1: Set a default value for all images in a document__
 
-<snippet id='pdf-image-quality'/>
+<snippet id='libraries-pdf-concepts-imagequality-image-quality'/>
 
 > The `PdfExportSettings.ImageQuality` property does not affect the quality of 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`.
 
@@ -44,7 +44,7 @@ If you need a particular image to be exported with a different `ImageQuality` va
 
 #### __Example 2: Set the image quality of an image__
 
-<snippet id='pdf-image-source-quality'/>
+<snippet id='libraries-pdf-concepts-imagequality-image-source-quality'/>
 
 
 ### ImageQuality and EncodedImageData Class

diff --git a/libraries/radpdfprocessing/concepts/position.md b/libraries/radpdfprocessing/concepts/position.md
@@ -50,7 +50,7 @@ The `MatrixPosition` class exposes a static `Default` property, which represents
 
 #### __Example 1: Transform MatrixPosition__
 
-<snippet id='pdf-matrix-position'/>
+<snippet id='libraries-pdf-concepts-position-matrix-position'/>
 
 The resulting matrix position is translated both horizontally and vertically by 50.
 
@@ -68,7 +68,7 @@ The `SimplePosition` class exposes a static `Default` property which represents
 
 #### __Example 2: Transform SimplePosition__
 
-<snippet id='pdf-simple-position'/>
+<snippet id='libraries-pdf-concepts-position-simple-position'/>
 
 The resulting simple position is translated both horizontally and vertically by 30, because of the transformation overwriting.
 

diff --git a/libraries/radpdfprocessing/cross-platform/images.md b/libraries/radpdfprocessing/cross-platform/images.md
@@ -43,7 +43,7 @@ PdfProcessing provides a default implementation called `ImagePropertiesResolver`
 
 #### **Example 1: Set the default implementation of the ImagePropertiesResolver class**
 
-<snippet id='pdf-image-property-resolver'/>
+<snippet id='libraries-pdf-cross-platform-images-image-property-resolver'/>
 
 ### Custom Implementation for ImagePropertiesResolver
 
@@ -67,7 +67,7 @@ The **Telerik.Documents.ImageUtils** package provides a default implementation o
 
 #### **Example 2: Set the default implementation of the JpegImageConverter class**
 
-<snippet id='pdf-jpeg-image-converter'/>
+<snippet id='libraries-pdf-cross-platform-images-jpeg-image-converter'/>
 
 ### Custom Implementation for JpegImageConverter
 
@@ -88,11 +88,11 @@ The following `using`/`imports` statements are required in the project:
 
 #### **Example 3: Create a custom implementation inheriting the JpegImageConverterBase abstract class**
 
-<snippet id='pdf-custom-sixlabors-imagesharp-converter'/>
+<snippet id='libraries-pdf-cross-platform-images-custom-sixlabors-imagesharp-converter'/>
 
 #### **Example 4: Set the custom implementation to the JpegImageConverter property of the FixedExtensibilityManager**
 
-<snippet id='pdf-set-custom-image-converter'/>
+<snippet id='libraries-pdf-cross-platform-images-set-custom-image-converter'/>
 
 >note A complete SDK example of a custom `JpegImageConverterBase` implementation is available on the [GitHub repository](https://github.com/telerik/document-processing-sdk/tree/master/PdfProcessing/CustomJpegImageConverter).