Hello, world!
"; @@ -57,7 +57,7 @@ In order to use the **PdfFormatProvider** of **RadWordsProcessing**, you should // Export the document. The different overloads enables you to export to a byte[] or to a Stream. byte[] pdfBytes = pdfProvider.Export(document, TimeSpan.FromSeconds(10)); -{{endregion}} +``` ## Convert a Spreadsheet Document to PDF diff --git a/getting-started/Installation/telerik-nuget-source.md b/getting-started/Installation/telerik-nuget-source.md index 5a5a394d..e447caf3 100644 --- a/getting-started/Installation/telerik-nuget-source.md +++ b/getting-started/Installation/telerik-nuget-source.md @@ -187,7 +187,7 @@ The NuGet v2 server at `https://nuget.telerik.com/nuget` was sunset in November ### Troubleshooting -See the [NuGet Troubleshooting](slug:troubleshooting-nuget) article for tips about common pitfalls when working with the Telerik NuGet feed. +See the [NuGet Troubleshooting]({%slug dpl-troubleshooting-nuget%}) article for tips about common pitfalls when working with the Telerik NuGet feed. ## See Also diff --git a/getting-started/first-steps.md b/getting-started/first-steps.md index e35c97c3..85eb75d5 100644 --- a/getting-started/first-steps.md +++ b/getting-started/first-steps.md @@ -72,21 +72,21 @@ This sample application will use [RadWordsProcessing]({%slug radwordsprocessing- ## Step 4: Create a Document -#### __[C#] Example 1: Create RadFlowDocument__ +#### __Example 1: Create RadFlowDocument__ -{{region cs-radwordsprocessing-getting-started_0}} +```csharp Telerik.Windows.Documents.Flow.Model.RadFlowDocument document = new Telerik.Windows.Documents.Flow.Model.RadFlowDocument(); Telerik.Windows.Documents.Flow.Model.Editing.RadFlowDocumentEditor editor = new Telerik.Windows.Documents.Flow.Model.Editing.RadFlowDocumentEditor(document); editor.InsertText("Hello world!"); -{{endregion}} +``` -#### __[VB.NET] Example 1: Create RadFlowDocument__ +#### __Example 1: Create RadFlowDocument__ -{{region cs-radwordsprocessing-getting-started_0}} +```csharp Dim document As Telerik.Windows.Documents.Flow.Model.RadFlowDocument = New Telerik.Windows.Documents.Flow.Model.RadFlowDocument() Dim editor As Telerik.Windows.Documents.Flow.Model.Editing.RadFlowDocumentEditor = New Telerik.Windows.Documents.Flow.Model.Editing.RadFlowDocumentEditor(document) editor.InsertText("Hello world!") -{{endregion}} +``` ## Step 5: Export the Generated Document @@ -95,48 +95,48 @@ This sample application will use [RadWordsProcessing]({%slug radwordsprocessing- To export the document as a docx file, use [DocxFormatProvider]({%slug radwordsprocessing-formats-and-conversion-docx-docxformatprovider%}). Using the below code will create a provider instance and save a document with it. The document will be exported in the bin folder of your current project. -#### __[C#] Example 2: Export RadFlowDocument to DOCX__ +#### __Example 2: Export RadFlowDocument to DOCX__ -{{region cs-radwordsprocessing-getting-started_1}} +```csharp using (Stream output = new FileStream("output.docx", FileMode.OpenOrCreate)) { Telerik.Windows.Documents.Flow.FormatProviders.Docx.DocxFormatProvider docxProvider = new Telerik.Windows.Documents.Flow.FormatProviders.Docx.DocxFormatProvider(); docxProvider.Export(document, output); } -{{endregion}} +``` -#### __[VB.NET] Example 2: Export RadFlowDocument to DOCX__ +#### __Example 2: Export RadFlowDocument to DOCX__ -{{region cs-radwordsprocessing-getting-started_0}} +```csharp Using output As Stream = New FileStream("output.docx", FileMode.OpenOrCreate) Dim docxProvider As Telerik.Windows.Documents.Flow.FormatProviders.Docx.DocxFormatProvider = New Telerik.Windows.Documents.Flow.FormatProviders.Docx.DocxFormatProvider() docxProvider.Export(document, output, TimeSpan.FromSeconds(10)) End Using -{{endregion}} +``` ### Export the RadFlowDocument to PDF To export the document as a PDF file, use [PdfFormatProvider]({%slug radpdfprocessing-formats-and-conversion-pdf-pdfformatprovider%}). __Example 3__ shows how to export the __RadFlowDocument__ created in Examples 1 to a file. -#### __[C#] Example 3: Export RadFlowDocument to PDF__ +#### __Example 3: Export RadFlowDocument to PDF__ -{{region cs-radpdfprocessing-getting-started_2}} +```csharp using (Stream output = File.OpenWrite("Output.pdf")) { Telerik.Windows.Documents.Flow.FormatProviders.Pdf.PdfFormatProvider flowPdfProvider = new Telerik.Windows.Documents.Flow.FormatProviders.Pdf.PdfFormatProvider(); flowPdfProvider.Export(document, output); } -{{endregion}} +``` -#### __[VB.NET] Example 2: Export RadFlowDocument to PDF__ +#### __Example 2: Export RadFlowDocument to PDF__ -{{region cs-radwordsprocessing-getting-started_0}} +```csharp Using output As Stream = File.OpenWrite("Output.pdf") Dim flowPdfProvider As Telerik.Windows.Documents.Flow.FormatProviders.Pdf.PdfFormatProvider = New Telerik.Windows.Documents.Flow.FormatProviders.Pdf.PdfFormatProvider() flowPdfProvider.Export(document, output, TimeSpan.FromSeconds(10)) End Using -{{endregion}} +``` Run the project and you should see something like this: diff --git a/images/avatar-ninja.svg b/images/avatar-ninja.svg new file mode 100644 index 00000000..d98c1b20 --- /dev/null +++ b/images/avatar-ninja.svg @@ -0,0 +1 @@ + \ No newline at end of file diff --git a/images/ninja-no-results.svg b/images/ninja-no-results.svg new file mode 100644 index 00000000..5d84ade5 --- /dev/null +++ b/images/ninja-no-results.svg @@ -0,0 +1,47 @@ + diff --git a/images/pdf-cover.png b/images/pdf-cover.png new file mode 100644 index 00000000..ce9967ef Binary files /dev/null and b/images/pdf-cover.png differ diff --git a/introduction.md b/introduction.md index 3e6c5491..cc5d76e2 100644 --- a/introduction.md +++ b/introduction.md @@ -36,13 +36,36 @@ img[alt$="><"] { Telerik Document Processing features the following libraries: -|Library|Description| -|----|----| -| [RadPdfProcessing]({%slug radpdfprocessing-overview%})|A processing library that allows you to create, import, and export PDF documents from your code. You can use it in any web or desktop .NET application without relying on third-party software like Adobe Acrobat.| -| [RadSpreadProcessing]({%slug radspreadprocessing-overview%})|A powerful library that enables you to create applications with native support for spreadsheet documents. With RadSpreadProcessing, you can create spreadsheets from scratch, modify existing documents or convert between the most common spreadsheet formats. You can save the generated workbook to a local file, stream, or stream it to the client browser.| -| [RadSpreadStreamProcessing]({%slug radspreadstreamprocessing-overview%})|Spread streaming is a document processing paradigm that allows you to create or read big spreadsheet documents with great performance and minimal memory footprint. The key for the memory efficiency is that the spread streaming library writes the spreadsheet content directly to a stream without creating and preserving the spreadsheet document model in memory.| -| [RadWordsProcessing]({%slug radwordsprocessing-overview%})|A processing library that allows you to create, modify and export documents to a variety of formats. Through the API, you can access each element in the document and modify, remove it or add a new one. The generated content you can save as a stream, as a file, or sent it to the client browser.| -| [RadZipLibrary]({%slug radziplibrary-overview%})| It allows you to compress and combine files in ZIP archives, browse and extract files from existing ZIP archives and compress streams for easy file shipping and reduced storage space.| +* [RadPdfProcessing]({%slug radpdfprocessing-overview%}) + + ||| + |----|----| + ||A processing library that allows you to create, import, and export PDF documents from your code. You can use it in any web or desktop .NET application without relying on third-party software like Adobe Acrobat.| + +* [RadSpreadProcessing]({%slug radspreadprocessing-overview%}) + + ||| + |----|----| + || A powerful library that enables you to create applications with native support for spreadsheet documents. With RadSpreadProcessing, you can create spreadsheets from scratch, modify existing documents or convert between the most common spreadsheet formats. You can save the generated workbook to a local file, stream, or stream it to the client browser.| + +* [RadSpreadStreamProcessing]({%slug radspreadstreamprocessing-overview%}) + + ||| + |----|----| + ||Spread streaming is a document processing paradigm that allows you to create or read big spreadsheet documents with great performance and minimal memory footprint. The key for the memory efficiency is that the spread streaming library writes the spreadsheet content directly to a stream without creating and preserving the spreadsheet document model in memory. | + +* [RadWordsProcessing]({%slug radwordsprocessing-overview%}) + + ||| + |----|----| + ||A processing library that allows you to create, modify and export documents to a variety of formats. Through the API, you can access each element in the document and modify, remove it or add a new one. The generated content you can save as a stream, as a file, or sent it to the client browser.| + + +* [RadZipLibrary]({%slug radziplibrary-overview%}) + + ||| + |----|----| + ||It allows you to compress and combine files in ZIP archives, browse and extract files from existing ZIP archives and compress streams for easy file shipping and reduced storage space.| ## Key Features diff --git a/knowledge-base/add-html-to-pdf-document.md b/knowledge-base/add-html-to-pdf-document.md index a0a0c6ff..7028841f 100644 --- a/knowledge-base/add-html-to-pdf-document.md +++ b/knowledge-base/add-html-to-pdf-document.md @@ -33,11 +33,7 @@ You have an HTML that needs to be converted to PDF or added to an existing docum ## Solution You can use the WordsProcessing library to convert the content to a RadFlowDocument and then insert it to the existing document along with other content. -#### __C#__ - -{{region kb-convert-html-to-pdf}} - -```c# +```csharp HtmlFormatProvider provider = new HtmlFormatProvider(); var htmlConteont = provider.Import(File.ReadAllText(@"..\..\HtmlPage1.html")); @@ -58,8 +54,6 @@ var pdfBytes = pdfFProvider.Export(document); File.WriteAllBytes("result.pdf", pdfBytes); ``` -{{endregion}} - # See Also * [RadFlowDocumentEditor]({%slug radwordsprocessing-editing-radflowdocumenteditor%}) diff --git a/knowledge-base/archive-a-list-of-files.md b/knowledge-base/archive-a-list-of-files.md index 502ceeff..72cce4d5 100644 --- a/knowledge-base/archive-a-list-of-files.md +++ b/knowledge-base/archive-a-list-of-files.md @@ -21,9 +21,7 @@ You need to create an archive from a list of files. Use [RadZipLibrary]({%slug radziplibrary-overview%}) to create and export the archive. -#### __C#__ - -{{region kb-archive-a-list-of-files1}} +```csharp ListHello, world!
"; Telerik.Windows.Documents.Flow.FormatProviders.Html.HtmlFormatProvider htmlProvider = new Telerik.Windows.Documents.Flow.FormatProviders.Html.HtmlFormatProvider(); @@ -97,11 +97,11 @@ In scenarios where you need to convert a document from another file format to PD // Export the document. The different overloads enables you to export to a byte[] or to a Stream. byte[] pdfBytes = pdfProvider.Export(flowDocument); -```` +``` ### Convert RTF to PDF -````C# +```csharp Telerik.Windows.Documents.Flow.Model.RadFlowDocument flowDocument; using (Stream input = File.OpenRead("sample.rtf")) { @@ -114,12 +114,12 @@ In scenarios where you need to convert a document from another file format to PD // Export the document. The different overloads enables you to export to a byte[] or to a Stream. byte[] pdfBytes = pdfProvider.Export(flowDocument); -```` +``` ### Convert Plain text to PDF -````C# +```csharp Telerik.Windows.Documents.Flow.Model.RadFlowDocument flowDocument; string text = "Hello, WordsProcessing!"; Telerik.Windows.Documents.Flow.FormatProviders.Txt.TxtFormatProvider provider = new Telerik.Windows.Documents.Flow.FormatProviders.Txt.TxtFormatProvider(); @@ -130,7 +130,7 @@ In scenarios where you need to convert a document from another file format to PD // Export the document. The different overloads enables you to export to a byte[] or to a Stream. byte[] pdfBytes = pdfProvider.Export(flowDocument); -```` +``` ## Convert a Spreadsheet Document to PDF @@ -143,7 +143,7 @@ While the so far discussed libraries allow working with text documents, with **S ### Convert XLSX to PDF -````C# +```csharp Telerik.Windows.Documents.Spreadsheet.Model.Workbook workbook; using (Stream input = File.OpenRead("sample.xlsx")) { @@ -156,11 +156,11 @@ While the so far discussed libraries allow working with text documents, with **S // Export the document. The different overloads enables you to export to a byte[] or to a Stream. byte[] pdfBytes = pdfProvider.Export(workbook); -```` +``` ### Convert XLS to PDF -````C# +```csharp Telerik.Windows.Documents.Spreadsheet.Model.Workbook workbook; using (Stream input = File.OpenRead("sample.xls")) { @@ -174,11 +174,11 @@ While the so far discussed libraries allow working with text documents, with **S // Export the document. The different overloads enables you to export to a byte[] or to a Stream. byte[] pdfBytes = pdfProvider.Export(workbook); -```` +``` ### Convert CSV to PDF -````C# +```csharp Telerik.Windows.Documents.Spreadsheet.Model.Workbook workbook; using (Stream input = File.OpenRead("sample.csv")) { @@ -191,11 +191,11 @@ While the so far discussed libraries allow working with text documents, with **S // Export the document. The different overloads enables you to export to a byte[] or to a Stream. byte[] pdfBytes = pdfProvider.Export(workbook); -```` +``` ### Convert DataTable to PDF -````C# +```csharp Telerik.Windows.Documents.Spreadsheet.Model.Workbook workbook; using (Stream input = File.OpenRead("sample.csv")) { @@ -209,7 +209,7 @@ While the so far discussed libraries allow working with text documents, with **S // Export the document. The different overloads enables you to export to a byte[] or to a Stream. byte[] pdfBytes = pdfProvider.Export(workbook); -```` +``` ## See Also diff --git a/knowledge-base/convert-xlsx-to-pdf.md b/knowledge-base/convert-xlsx-to-pdf.md index 2dc2f0fc..c2ef184b 100644 --- a/knowledge-base/convert-xlsx-to-pdf.md +++ b/knowledge-base/convert-xlsx-to-pdf.md @@ -21,9 +21,9 @@ This article demonstrates how you can convert a Xlsx file to a PDF with the [Sp The solution is to import the file with the XlsxFormatProvider and export it with the PdfFormatProvider. -#### [C#] Convert Xlsx to PDF +#### Convert Xlsx to PDF -{{region kb-convert-xlsx-topdf1}} +```csharp public static void ConvertXlsxToPdf(string path, string resultPath) { @@ -37,5 +37,5 @@ The solution is to import the file with the XlsxFormatProvider and export it wit File.WriteAllBytes(resultPath, resultBytes); } -{{endregion}} +``` diff --git a/knowledge-base/create-custom-image-bullets.md b/knowledge-base/create-custom-image-bullets.md index 5b988b12..7666a88c 100644 --- a/knowledge-base/create-custom-image-bullets.md +++ b/knowledge-base/create-custom-image-bullets.md @@ -34,9 +34,7 @@ How to create a custom [ListLevel](https://docs.telerik.com/devtools/document-pr This functionality could be achieved by creating a custom class implementing [IBulletNumberingFormat](https://docs.telerik.com/devtools/document-processing/api/Telerik.Windows.Documents.Fixed.Model.Editing.Lists.IBulletNumberingFormat.html) and passing it to [BulletNumberingFormat](https://docs.telerik.com/devtools/document-processing/api/Telerik.Windows.Documents.Fixed.Model.Editing.Lists.ListLevel.html#collapsible-Telerik_Windows_Documents_Fixed_Model_Editing_Lists_ListLevel_BulletNumberingFormat) property of the [ListLevel](https://docs.telerik.com/devtools/document-processing/api/Telerik.Windows.Documents.Fixed.Model.Editing.Lists.ListLevel.html) class. -#### __[C#]__ - -{{region kb-create-custom-image-bullets1}} +```csharp RadFixedDocument document = new RadFixedDocument(); @@ -61,11 +59,11 @@ This functionality could be achieved by creating a custom class implementing [IB RadFixedDocumentEditor editor = new RadFixedDocumentEditor(document); editor.InsertTable(table); -{{endregion}} +``` -#### __[C#] Create custom image numbering bullet__ +#### __Create custom image numbering bullet__ -{{region kb-create-custom-image-bullets2}} +```csharp private List GetCustomBullet() { @@ -98,11 +96,11 @@ This functionality could be achieved by creating a custom class implementing [IB return list; } -{{endregion}} +``` -#### __[C#] Creating a custom class implementing IBulletNumberingFormat__ +#### __Creating a custom class implementing IBulletNumberingFormat__ -{{region kb-create-custom-image-bullets2}} +```csharp internal class CustomBullet : IBulletNumberingFormat { @@ -120,4 +118,4 @@ This functionality could be achieved by creating a custom class implementing [IB } } -{{endregion}} +``` diff --git a/knowledge-base/create-custom-image-properties-resolver-net-standard.md b/knowledge-base/create-custom-image-properties-resolver-net-standard.md index f3b5eaee..14b96158 100644 --- a/knowledge-base/create-custom-image-properties-resolver-net-standard.md +++ b/knowledge-base/create-custom-image-properties-resolver-net-standard.md @@ -41,7 +41,7 @@ res_type: kb The following code snippets demonstrate how to create a custom implementation of the ImagePropertiesResolver abstract class using the [SixLabors.ImageSharp](https://github.com/SixLabors/ImageSharp) (2.0.0) library and set it to the **ImagePropertiesResolver** property of the **FixedExtensibilityManager**. -#### __[C#] Create a custom implementation inheriting the ImagePropertiesResolverBase abstract class__ +#### __Create a custom implementation inheriting the ImagePropertiesResolverBase abstract class__ ```csharp @@ -186,7 +186,7 @@ public class ImagePropertiesResolver : ImagePropertiesResolverBase ``` -#### __[C#] Set the custom implementation to the ImagePropertiesResolver property of the FixedExtensibilityManager__ +#### __Set the custom implementation to the ImagePropertiesResolver property of the FixedExtensibilityManager__ ```csharp diff --git a/knowledge-base/create-custom-jpeg-image-converter-net-standard.md b/knowledge-base/create-custom-jpeg-image-converter-net-standard.md index 98e75b8d..96583be9 100644 --- a/knowledge-base/create-custom-jpeg-image-converter-net-standard.md +++ b/knowledge-base/create-custom-jpeg-image-converter-net-standard.md @@ -40,9 +40,9 @@ res_type: kb The following code snippets demonstrate how to create a custom implementation of the JpegImageConverterBase abstract class using the [SixLabors.ImageSharp](https://github.com/SixLabors/ImageSharp) library and set it to the JpegImageConverter property of the FixedExtensibilityManager. We are using the ImageSharp library to convert the images from one of the library's supported formats to Jpeg and to change their quality if it is set. Note that this approach is valid up to version 2023.1.410 of RadPdfProcessing. -#### __[C#] Create a custom implementation inheriting the JpegImageConverterBase abstract class__ +#### __Create a custom implementation inheriting the JpegImageConverterBase abstract class__ -{{region kb-create-custom-jpeg-image-converter1}} +```csharp public class CustomJpegImageConverter : JpegImageConverterBase { @@ -89,11 +89,11 @@ The following code snippets demonstrate how to create a custom implementation of } } -{{endregion}} +``` -#### __[C#] Set the custom implementation to the JpegImageConverter property of the FixedExtensibilityManager__ +#### __Set the custom implementation to the JpegImageConverter property of the FixedExtensibilityManager__ -{{region kb-create-custom-jpeg-image-converter2}} +```csharp JpegImageConverterBase customJpegImageConverter = new CustomJpegImageConverter(); FixedExtensibilityManager.JpegImageConverter = customJpegImageConverter; @@ -123,7 +123,7 @@ The following code snippets demonstrate how to create a custom implementation of Process.Start(new ProcessStartInfo() { FileName = outputFilePath, UseShellExecute = true }); -{{endregion}} +``` # See Also diff --git a/knowledge-base/create-custom-predefined-cmaps-provider.md b/knowledge-base/create-custom-predefined-cmaps-provider.md index d2a80fee..b7c0f018 100644 --- a/knowledge-base/create-custom-predefined-cmaps-provider.md +++ b/knowledge-base/create-custom-predefined-cmaps-provider.md @@ -35,9 +35,9 @@ How to create a custom implementation of the [PredefinedCMapsProviderBase](https This functionality could be achieved by creating a custom class inheriting the [PredefinedCMapsProviderBase](https://docs.telerik.com/devtools/document-processing/api/telerik.windows.documents.extensibility.predefinedcmapsproviderbase) and passing it to [PredefinedCMapsProvider](https://docs.telerik.com/devtools/document-processing/api/telerik.windows.documents.cmaputils.predefinedcmapsprovider) property of the [FixedExtensibilityManager](https://docs.telerik.com/devtools/document-processing/api/telerik.windows.documents.extensibility.fixedextensibilitymanager) class. -#### __[C#] Creating a custom class inheriting PredefinedCMapsProviderBase__ +#### __Creating a custom class inheriting PredefinedCMapsProviderBase__ -{{region kb-create-custom-predefined-cmaps-provider1}} +```csharp internal class CustomPredefinedCMapsProvider : PredefinedCMapsProviderBase { @@ -64,12 +64,12 @@ This functionality could be achieved by creating a custom class inheriting the [ } } -{{endregion}} +``` -#### __[C#] Set the custom PredefinedCMapsProvider the FixedExtensibilityManager.PredefinedCMapsProvider__ +#### __Set the custom PredefinedCMapsProvider the FixedExtensibilityManager.PredefinedCMapsProvider__ -{{region kb-create-custom-predefined-cmaps-provider2}} +```csharp FixedExtensibilityManager.PredefinedCMapsProvider = new CustomPredefinedCMapsProvider(new PredefinedCMapsProvider()); -{{endregion}} +``` diff --git a/knowledge-base/create-custom-text-measurer-net-standard.md b/knowledge-base/create-custom-text-measurer-net-standard.md index fa8f6345..baa74164 100644 --- a/knowledge-base/create-custom-text-measurer-net-standard.md +++ b/knowledge-base/create-custom-text-measurer-net-standard.md @@ -34,9 +34,9 @@ Due to **.NET Standard** APIs limitations, the _SimpleTextMeasurer_ provides bas In the example below, we are demonstrating how to create a custom [TextMeasurer](https://docs.telerik.com/devtools/document-processing/api/telerik.windows.documents.core.textmeasurer) inheriting the _SpreadTextMeasurerBase_ abstract class and set it to the _TextMeasurer_ property of the _SpreadExtensibilityManager_. -#### __[C#] Creating a CustomTextMeasurer__ +#### __Creating a CustomTextMeasurer__ -{{region kb-create-custom-text-measurer-net-standard1}} +```csharp public class CustomTextMeasurer : SpreadTextMeasurerBase { @@ -79,17 +79,17 @@ In the example below, we are demonstrating how to create a custom [TextMeasurer] }; } } -{{endregion}} +``` The following example shows how to set the custom implementation inheriting the SpreadTextMeasurerBase abstract class to the TextMeasurer property of the SpreadExtensibilityManager. -#### __[C#] Setting the CustomTextMeasurer__ +#### __Setting the CustomTextMeasurer__ -{{region kb-create-custom-text-measurer-net-standard2}} +```csharp SpreadTextMeasurerBase customTextMeasurer = new CustomTextMeasurer(SpreadExtensibilityManager.TextMeasurer); SpreadExtensibilityManager.TextMeasurer = customTextMeasurer; -{{endregion}} +``` ## See Also * [How to Measure Text in WordsProcessing .NET Framework]({%slug wordsprocessing-measure-text-netframework%}) diff --git a/knowledge-base/create-dashed-line-border-table-radpdfprocessing.md b/knowledge-base/create-dashed-line-border-table-radpdfprocessing.md index 7f34e9a5..a7bfeb55 100644 --- a/knowledge-base/create-dashed-line-border-table-radpdfprocessing.md +++ b/knowledge-base/create-dashed-line-border-table-radpdfprocessing.md @@ -7,17 +7,17 @@ slug: create-dashed-line-border-table-radpdfprocessing tags: pdfprocessing, table, border, dash, line res_type: kb --- -# Environment +## Environment | Version | Product | Author | | --- | --- | ---- | | 2024.1.124 | RadPdfProcessing |[Desislava Yordanova](https://www.telerik.com/blogs/author/desislava-yordanova)| -# Description +## Description Learn how to add a dashed line border in a table using [RadPdfProcessing]({%slug radpdfprocessing-overview%}). -# Solution +## Solution To create a dashed line border for a [Table]({%slug radpdfprocessing-editing-table-overview%}) in RadPdfProcessing, you can follow these steps: 1. Set the desired font style properties for the table. @@ -26,7 +26,7 @@ To create a dashed line border for a [Table]({%slug radpdfprocessing-editing-tab 4. Set the `Padding` property of the table's `DefaultCellProperties` to the desired padding values. 5. Add rows and cells to the table and set the preferred width for each cell. 6. Insert text into each cell using the desired font style properties. -7. Use a [FixedContentEditor]({%slug radpdfprocessing-editing-fixedcontenteditor%}}) to draw the table on the document page. +7. Use a [FixedContentEditor]({%slug radpdfprocessing-editing-fixedcontenteditor%}) to draw the table on the document page. 8. Specify the desired dashed line style by setting the `StrokeDashArray` property of the `GraphicProperties` of the `FixedContentEditor`. Here is a sample code snippet that demonstrates how to create a dashed line border for a table in RadPdfProcessing: diff --git a/knowledge-base/create-pdf-document-with-logo-and-text-using-fixedcontenteditor.md b/knowledge-base/create-pdf-document-with-logo-and-text-using-fixedcontenteditor.md index e2c65364..a6d3c3d6 100644 --- a/knowledge-base/create-pdf-document-with-logo-and-text-using-fixedcontenteditor.md +++ b/knowledge-base/create-pdf-document-with-logo-and-text-using-fixedcontenteditor.md @@ -7,16 +7,16 @@ slug: create-pdf-document-with-logo-and-text-using-fixedcontenteditor tags: pdf, fixedcontenteditor, editor, logo, image, text res_type: kb --- -# Environment +## Environment | Version | Product | Author | | --- | --- | ---- | | 2024.1.124 | RadPdfProcessing |[Desislava Yordanova](https://www.telerik.com/blogs/author/desislava-yordanova)| -# Description +## Description This tutorial demonstrates a sample approach how to create a PDF document from scratch that contains a logo and text. -# Solution +## Solution The powerful [FixedContentEditor]({%slug radpdfprocessing-editing-fixedcontenteditor%}) allows you draw any element at the desired [Position]({%slug radpdfprocessing-concepts-position%}): diff --git a/knowledge-base/creating-colored-squares-radflowdocument.md b/knowledge-base/creating-colored-squares-radflowdocument.md index 0903178e..de0dd710 100644 --- a/knowledge-base/creating-colored-squares-radflowdocument.md +++ b/knowledge-base/creating-colored-squares-radflowdocument.md @@ -7,7 +7,7 @@ slug: creating-colored-squares-radflowdocument tags: radflowdocument, colored-square, border, telerik-document-processing res_type: kb --- -# Environment +## Environment | Version | Product | Author | | ---- | ---- | ---- | diff --git a/knowledge-base/cs0104-error-pdf-format-provider.md b/knowledge-base/cs0104-error-pdf-format-provider.md index c4240ec7..3c233dcf 100644 --- a/knowledge-base/cs0104-error-pdf-format-provider.md +++ b/knowledge-base/cs0104-error-pdf-format-provider.md @@ -24,13 +24,13 @@ When using the **PdfFormatProvider** in your project, you may encounter one of t Usually, such an error may occur when the following **using** statements are imported: -````C# +```csharp using Telerik.Windows.Documents.Fixed.FormatProviders.Pdf; using Telerik.Windows.Documents.Flow.FormatProviders.Pdf; using Telerik.Windows.Documents.Spreadsheet.FormatProviders.Pdf; PdfFormatProvider provider = PdfFormatProvider(); -```` +``` ## Solution @@ -45,21 +45,21 @@ Telerik Document Processing Libraries offer PdfFormatProvider which makes it eas Explicitly specify the namespace when declaring the **PdfFormatProvider** object based on your specific requirement: - If you are working with **RadSpreadProcessing**, use the following namespace: -````C# +```csharp Telerik.Windows.Documents.Spreadsheet.FormatProviders.Pdf.PdfFormatProvider provider = new Telerik.Windows.Documents.Spreadsheet.FormatProviders.Pdf.PdfFormatProvider(); -```` +``` - If you are working with **RadWordsProcessing**, use the following namespace: -````C# +```csharp Telerik.Windows.Documents.Flow.FormatProviders.Pdf.PdfFormatProvider provider = new Telerik.Windows.Documents.Flow.FormatProviders.Pdf.PdfFormatProvider(); -```` +``` - If you are working with **RadPdfProcessing**, use the following namespace: -````C# +```csharp Telerik.Windows.Documents.Fixed.FormatProviders.Pdf.PdfFormatProvider provider = new Telerik.Windows.Documents.Fixed.FormatProviders.Pdf.PdfFormatProvider(); -```` +``` By explicitly specifying the namespace, you ensure that the correct `PdfFormatProvider` is used and avoid ambiguous reference errors. diff --git a/knowledge-base/dpl-troubleshooting-nuget.md b/knowledge-base/dpl-troubleshooting-nuget.md index e6a9d3cb..3cc83b89 100644 --- a/knowledge-base/dpl-troubleshooting-nuget.md +++ b/knowledge-base/dpl-troubleshooting-nuget.md @@ -15,7 +15,7 @@ ticketid: 1671187 | --- | --- | ---- | | N/A| Telerik Document Processing Libraries|[Desislava Yordanova](https://www.telerik.com/blogs/author/desislava-yordanova)| -# Troubleshooting Telerik NuGet +## Troubleshooting Telerik NuGet This article provides solutions to common issues that you may observe when working with the Telerik NuGet server and the NuGet packages that it provides. diff --git a/knowledge-base/draw-chart-with-fixedcontenteditor.md b/knowledge-base/draw-chart-with-fixedcontenteditor.md index 2824cf7c..54458c67 100644 --- a/knowledge-base/draw-chart-with-fixedcontenteditor.md +++ b/knowledge-base/draw-chart-with-fixedcontenteditor.md @@ -7,16 +7,16 @@ slug: draw-chart-with-fixedcontenteditor tags: pdfprocessing, chart, draw, pdf, fixedcontenteditor res_type: kb --- -# Environment +## Environment | Version | Product | Author | | ---- | ---- | ---- | | 2024.1.124 | RadPdfProcessing |[Desislava Yordanova](https://www.telerik.com/blogs/author/desislava-yordanova)| -# Description +## Description This article demonstrates a sample solution how to draw a chart in PdfProcessing. -# Solution +## Solution The powerful [FixedContentEditor]({%slug radpdfprocessing-editing-fixedcontenteditor%}) allows you to draw a simulation of a chart element at the desired [Position]({%slug radpdfprocessing-concepts-position%}): diff --git a/knowledge-base/export-radfixedpage-to-image.md b/knowledge-base/export-radfixedpage-to-image.md index 3ed25f4e..33d85549 100644 --- a/knowledge-base/export-radfixedpage-to-image.md +++ b/knowledge-base/export-radfixedpage-to-image.md @@ -42,8 +42,8 @@ To achieve this we can use the [RadPdfViewer](https://docs.telerik.com/devtools/ q >note The COM threading model for the application has to be a single-threaded apartment (STA). A STAThreadAttribute tag "[STAThread]" should be placed on the class. -#### __[C#] Assemblies version bellow 2020.2.513__ -{{region kb-export-radfixedpage-to-image1}} +#### __Assemblies version bellow 2020.2.513__ +```csharp [STAThread] private static void Main(string[] args) @@ -85,10 +85,10 @@ To achieve this we can use the [RadPdfViewer](https://docs.telerik.com/devtools/ } } -{{endregion}} +``` -#### __[C#] Assemblies version 2020.2.513 or above__ -{{region kb-export-radfixedpage-to-image2}} +#### __Assemblies version 2020.2.513 or above__ +```csharp [STAThread] private static void Main(string[] args) @@ -123,4 +123,4 @@ To achieve this we can use the [RadPdfViewer](https://docs.telerik.com/devtools/ } } -{{endregion}} +``` diff --git a/knowledge-base/extract-text-specific-rectangle-pdf-radpdfprocessing.md b/knowledge-base/extract-text-specific-rectangle-pdf-radpdfprocessing.md index cc29af3f..3f19b6fc 100644 --- a/knowledge-base/extract-text-specific-rectangle-pdf-radpdfprocessing.md +++ b/knowledge-base/extract-text-specific-rectangle-pdf-radpdfprocessing.md @@ -65,6 +65,6 @@ The detected text is printed in the Output console: ## See Also -- [RadPdfProcessing Documentation]({%slug radpdfprocessing-overview%}}) -- [TextFragment]({%slug radpdfprocessing-model-textfragment%}}) +- [RadPdfProcessing Documentation]({%slug radpdfprocessing-overview%}) +- [TextFragment]({%slug radpdfprocessing-model-textfragment%}) - [MatrixPosition]({%slug radpdfprocessing-concepts-position%}) diff --git a/knowledge-base/fit-multiline-text-stamp-annotation-radpdfprocessing.md b/knowledge-base/fit-multiline-text-stamp-annotation-radpdfprocessing.md index c586652e..f0f64603 100644 --- a/knowledge-base/fit-multiline-text-stamp-annotation-radpdfprocessing.md +++ b/knowledge-base/fit-multiline-text-stamp-annotation-radpdfprocessing.md @@ -36,7 +36,7 @@ To fit multiline text inside a stamp rectangle: Below is a complete example demonstrating these steps. -#### [C#] Measure and Fit Multiline Text in a StampAnnotation +#### Measure and Fit Multiline Text in a StampAnnotation ```csharp using System; diff --git a/knowledge-base/fix-winforms-runtime-dpi-aware-application.md b/knowledge-base/fix-winforms-runtime-dpi-aware-application.md index ba1bd449..4949a6c3 100644 --- a/knowledge-base/fix-winforms-runtime-dpi-aware-application.md +++ b/knowledge-base/fix-winforms-runtime-dpi-aware-application.md @@ -33,7 +33,7 @@ With this approach your app will look smaller when started. It will not look blu This approach works only on Windows 10. If you intend to use your application on machines where the DPI scaling is larger than 100 percent, you should explicitly set the application to be DPI-unaware -#### [C#] Force process DPI unaware before using a Document Processing type +#### Force process DPI unaware before using a Document Processing type ```csharp private void workbookTestButton_Click(object sender, EventArgs e) diff --git a/knowledge-base/flatten-form-fields.md b/knowledge-base/flatten-form-fields.md index 32cd58fb..e454b626 100644 --- a/knowledge-base/flatten-form-fields.md +++ b/knowledge-base/flatten-form-fields.md @@ -36,9 +36,7 @@ How to flatten [Form Fields]({%slug radpdfprocessing-model-interactive-forms-for This could be achieved by iterating the [RadFixedPage]({%slug radpdfprocessing-model-radfixedpage%})`s [Annotations]({%slug radpdfprocessing-model-annotations-overview%}) and if the type of the annotation is [Widget]({%slug radpdfprocessing-model-annotations-widgets%}) to flatten its appearance. -#### __C#__ - -{{region kb-flatten-form-fields1}} +```csharp public static void FlattenFormFields(RadFixedDocument document) { @@ -139,4 +137,4 @@ This could be achieved by iterating the [RadFixedPage]({%slug radpdfprocessing-m return widgetAppearance; } -{{endregion}} +``` diff --git a/knowledge-base/generate-table-with-images-pdf-processing.md b/knowledge-base/generate-table-with-images-pdf-processing.md index ac95ca25..9e997115 100644 --- a/knowledge-base/generate-table-with-images-pdf-processing.md +++ b/knowledge-base/generate-table-with-images-pdf-processing.md @@ -8,16 +8,16 @@ tags: radpdfprocessing, radfixeddocument, image, height, width, retain res_type: kb --- -# Environment +## Environment | Version | Product | Author | | --- | --- | ---- | | 2024.1.124 | RadPdfProcessing |[Desislava Yordanova](https://www.telerik.com/blogs/author/desislava-yordanova)| -# Description +## Description Learn how to create a PDF document containing a [Table]({%slug radpdfprocessing-editing-table-overview%}) with [images]({%slug radpdfprocessing-model-image%}). -# Solution +## Solution [RadPdfProcessing]({%slug radpdfprocessing-overview%}) is suitable for such a requirement and it allows a convenient API for creating a RadFixedDocument from scratch and populating a table with image content: @@ -81,7 +81,7 @@ Here is an example of how to implement this solution:  # See Also -- [RadPdfProcessing]({%slug radpdfprocessing-overview%}}) +- [RadPdfProcessing]({%slug radpdfprocessing-overview%}) - [Table]({%slug radpdfprocessing-editing-table-overview%}) - [Images]({%slug radpdfprocessing-model-image%}) diff --git a/knowledge-base/how-to-fit-graphics-to-frames.md b/knowledge-base/how-to-fit-graphics-to-frames.md index 0b327e45..ec334b45 100644 --- a/knowledge-base/how-to-fit-graphics-to-frames.md +++ b/knowledge-base/how-to-fit-graphics-to-frames.md @@ -40,9 +40,9 @@ This functionality could be achieved by using the [FixedContentEditor](https://d * Fit Frame to Content The following example demonstrates how to fit the image in a square without changing the image sides aspect ratio. -#### __[C#] Fit Content Proportionally__ +#### __Fit Content Proportionally__ -{{region kb-how-to-fit-graphics-to-frames1}} +```csharp double squareSide = 90; @@ -63,12 +63,12 @@ The following example demonstrates how to fit the image in a square without chan } } -{{endregion}} +``` The following example demonstrates how to stretch the image in a square (the image aspect ratio is changed). -#### __[C#] Fit Content To Frame__ +#### __Fit Content To Frame__ -{{region kb-how-to-fit-graphics-to-frames2}} +```csharp double squareSide = 90; @@ -82,12 +82,12 @@ The following example demonstrates how to stretch the image in a square (the ima editor.DrawBlock(block); } -{{endregion}} +``` The following example demonstrates how to crop the image in order to fill a square without changing the image aspect ratio. -#### __[C#] Fill Frame Proportionally__ +#### __Fill Frame Proportionally__ -{{region kb-how-to-fit-graphics-to-frames3}} +```csharp double squareSide = 90; @@ -126,15 +126,15 @@ The following example demonstrates how to crop the image in order to fill a squa } } -{{endregion}} +``` In the last scenario, we are finding the smallest side of the image and use it to calculate the factor which we are using to scale the position. After that, we are calculating the offset that we are going to use to create an image [Clipping](https://docs.telerik.com/devtools/document-processing/libraries/radpdfprocessing/concepts/clipping) with the desired size. The following example demonstrates how to insert an image in its original size. -#### __[C#] Fit Frame to Content__ +#### __Fit Frame to Content__ -{{region kb-how-to-fit-graphics-to-frames4}} +```csharp FixedContentEditor editor = new FixedContentEditor(document.Pages.AddPage()); editor.DrawText("Fit Frame To Content"); @@ -147,4 +147,4 @@ The following example demonstrates how to insert an image in its original size. editor.DrawBlock(block); } -{{endregion}} +``` diff --git a/knowledge-base/how-to-identify-document-type.md b/knowledge-base/how-to-identify-document-type.md index 008da324..ba2063ad 100644 --- a/knowledge-base/how-to-identify-document-type.md +++ b/knowledge-base/how-to-identify-document-type.md @@ -35,9 +35,9 @@ This article describes how to identify the actual document type when the filenam The following example demonstrates how to read two documents with ".doc" filename extensions but actually different document types. Using the [`StringBuilder`](https://docs.microsoft.com/en-us/dotnet/api/system.text.stringbuilder?view=net-6.0) class we are creating the document signature (header) string, which later to compare with predefined values. Once having the right document type we can determine which format provider to use to import the document. -#### __[C#] Example__ +#### __Example__ -{{region how-to-identify-document-type1}} +```csharp List
editor.InsertField("PAGE \\* ROMAN", "«VII»");
@@ -59,7 +59,7 @@ The __\\* ROMAN__ is general formatting switch that formats a numeric result usi
**Example 2** demonstrates how a combination of __PAGE__ and __NUMPAGES__ fields can be inserted to show which is the current page as well as the total page count in the document.
-#### __[C#] Example 2: Insert NUMPAGES field__
+#### __Example 2: Insert NUMPAGES field__
editor.InsertText("Page ");
@@ -73,7 +73,7 @@ The __\\* ROMAN__ is general formatting switch that formats a numeric result usi
In **Example 3** is demonstrated how to insert __AUTHOR__ field showing the name of the author of the document.
-#### __[C#] Example 3: Insert AUTHOR field__
+#### __ Example 3: Insert AUTHOR field__
editor.InsertField("AUTHOR \\* Upper", "«JOHN DOE»");
@@ -87,7 +87,7 @@ The __\\* Upper__ switch will convert all letters in the result to uppercase.
**Example 4** shows how to insert a table of contents (TOC) field.
-#### __[C#] Example 4: Insert Table of Contents field__
+#### __ Example 4: Insert Table of Contents field__
FieldInfo tocField = editor.InsertField("TOC \\o \"1-3\" \\h \\z \\u", "«result»");
diff --git a/libraries/radwordsprocessing/concepts/fields/date-field.md b/libraries/radwordsprocessing/concepts/fields/date-field.md
index d0991907..1892b23d 100644
--- a/libraries/radwordsprocessing/concepts/fields/date-field.md
+++ b/libraries/radwordsprocessing/concepts/fields/date-field.md
@@ -38,7 +38,7 @@ Inserting a Date Field is easily achieved through the [RadFlowDocumentEditor]({%
__Example 1__ demonstrates how you can insert a date field.
-#### __[C#] Example 1: Insert date field__
+#### __Example 1: Insert date field__
var document = new RadFlowDocument();
diff --git a/libraries/radwordsprocessing/concepts/fields/tc-field.md b/libraries/radwordsprocessing/concepts/fields/tc-field.md
index 696b86d4..45057167 100644
--- a/libraries/radwordsprocessing/concepts/fields/tc-field.md
+++ b/libraries/radwordsprocessing/concepts/fields/tc-field.md
@@ -38,7 +38,7 @@ Inserting this field is easily achieved through the [RadFlowDocumentEditor]({%sl
__Example 1__ demonstrates how you can insert a TC field.
-#### __[C#] Example 1: Insert TC field__
+#### __Example 1: Insert TC field__
diff --git a/libraries/radwordsprocessing/concepts/fields/time-field.md b/libraries/radwordsprocessing/concepts/fields/time-field.md
index e9e7a379..4b1b6572 100644
--- a/libraries/radwordsprocessing/concepts/fields/time-field.md
+++ b/libraries/radwordsprocessing/concepts/fields/time-field.md
@@ -38,7 +38,7 @@ Inserting a merge field is easily achieved through the [RadFlowDocumentEditor]({
__Example 1__ demonstrates how you can insert a merge field.
-#### __[C#] Example 1: Insert merge field__
+#### __Example 1: Insert merge field__
editor.InsertField("TIME \\@ \"h:mm:ss am/pm\"", "«to be updated»");
diff --git a/libraries/radwordsprocessing/concepts/fields/toa-field.md b/libraries/radwordsprocessing/concepts/fields/toa-field.md
index c28af8d5..bd88ac25 100644
--- a/libraries/radwordsprocessing/concepts/fields/toa-field.md
+++ b/libraries/radwordsprocessing/concepts/fields/toa-field.md
@@ -40,7 +40,7 @@ Inserting this field is easily achieved through the [RadFlowDocumentEditor]({%sl
__Example 1__ demonstrates how you can insert a TOA field.
-#### __[C#] Example 1: Insert TOA field__
+#### __Example 1: Insert TOA field__
var document = new RadFlowDocument();
diff --git a/libraries/radwordsprocessing/concepts/fields/toc-field.md b/libraries/radwordsprocessing/concepts/fields/toc-field.md
index e9a9c13c..57f2818c 100644
--- a/libraries/radwordsprocessing/concepts/fields/toc-field.md
+++ b/libraries/radwordsprocessing/concepts/fields/toc-field.md
@@ -64,7 +64,7 @@ Inserting this field is easily achieved through the [RadFlowDocumentEditor]({%sl
__Example 1__ demonstrates how you can insert a TOC field.
-#### __[C#] Example 1: Insert TOC field__
+#### __Example 1: Insert TOC field__
var document = new RadFlowDocument();
diff --git a/libraries/radwordsprocessing/concepts/lists.md b/libraries/radwordsprocessing/concepts/lists.md
index d5aa5716..61137c32 100644
--- a/libraries/radwordsprocessing/concepts/lists.md
+++ b/libraries/radwordsprocessing/concepts/lists.md
@@ -98,7 +98,7 @@ In order to add one of the list templates to the document, you need to pass a __
__Example 1__ adds a default bulleted list to a predefined RadFlowDocument.
-#### __[C#] Example 1: Add list template__
+#### __Example 1: Add list template__
inlines):__ Replaces all matches of the passed **Regex** with multiple inlines.
-#### __[C#] Example 1: Replace text with a single inline__
+#### __Example 1: Replace text with a single inline__
blocks):__ Replaces all matches of the passed **Regex** with multiple blocks.
-#### __[C#] Example 3: Replace text with a single block__
+#### __Example 3: Replace text with a single block__