


What are the Best Alternatives to iTextSharp for Converting HTML to PDF in .NET?
When using ITEXTSHARP to process HTML content to generate PDF, the table and layout problem often have a headache. Fortunately, some better alternatives can effectively solve these problems.
<.> 1. htmlrenderer.pdfsharp:
HTMLRENDERER.PDFSHARP is an HTML to PDF solution that is completely from C#management, thread safe and free. The method of use is very simple. Just a simple function can generate PDF:
<.> 2. Rotativa (suitable for the MVC web application):
public static Byte[] PdfSharpConvert(String html) { Byte[] res = null; using (MemoryStream ms = new MemoryStream()) { var pdf = TheArtOfDev.HtmlRenderer.PdfSharp.PdfGenerator.GeneratePdf(html, PdfSharp.PageSize.A4); pdf.Save(ms); res = ms.ToArray(); } return res; }
Rotativa is a popular library designed for the MVC Web application. It interacts seamlessly with the underlying WKHTMTOPDF binary file, which renders PDF from HTML. Rotativa allows you to generate PDF directly from Razor view, which is very convenient:
Avoid solutions based on WKHTMLTOPDF
return ViewAsPdf();
Although WKHTMLTOPDF is a well -known solution, it may also bring some challenges:
Cross -platform compatibility between 32 -bit and 64 -bit systemsThe complexity of the environmental configuration in Azure, Elastic Beanstalk
- File management and user permission issues
- Resource dense type and behavior unpredictable
- Relying on temporary files, this may affect the performance in the environment where the disk I/O speed is slow
- By exploring alternatives such as htmlrenderer.pdfsharp or rotativa, developers can obtain higher stability, reliability and compatibility during HTML to PDF conversion.
The above is the detailed content of What are the Best Alternatives to iTextSharp for Converting HTML to PDF in .NET?. For more information, please follow other related articles on the PHP Chinese website!

Mastering polymorphisms in C can significantly improve code flexibility and maintainability. 1) Polymorphism allows different types of objects to be treated as objects of the same base type. 2) Implement runtime polymorphism through inheritance and virtual functions. 3) Polymorphism supports code extension without modifying existing classes. 4) Using CRTP to implement compile-time polymorphism can improve performance. 5) Smart pointers help resource management. 6) The base class should have a virtual destructor. 7) Performance optimization requires code analysis first.

C destructorsprovideprecisecontroloverresourcemanagement,whilegarbagecollectorsautomatememorymanagementbutintroduceunpredictability.C destructors:1)Allowcustomcleanupactionswhenobjectsaredestroyed,2)Releaseresourcesimmediatelywhenobjectsgooutofscop

Integrating XML in a C project can be achieved through the following steps: 1) parse and generate XML files using pugixml or TinyXML library, 2) select DOM or SAX methods for parsing, 3) handle nested nodes and multi-level properties, 4) optimize performance using debugging techniques and best practices.

XML is used in C because it provides a convenient way to structure data, especially in configuration files, data storage and network communications. 1) Select the appropriate library, such as TinyXML, pugixml, RapidXML, and decide according to project needs. 2) Understand two ways of XML parsing and generation: DOM is suitable for frequent access and modification, and SAX is suitable for large files or streaming data. 3) When optimizing performance, TinyXML is suitable for small files, pugixml performs well in memory and speed, and RapidXML is excellent in processing large files.

The main differences between C# and C are memory management, polymorphism implementation and performance optimization. 1) C# uses a garbage collector to automatically manage memory, while C needs to be managed manually. 2) C# realizes polymorphism through interfaces and virtual methods, and C uses virtual functions and pure virtual functions. 3) The performance optimization of C# depends on structure and parallel programming, while C is implemented through inline functions and multithreading.

The DOM and SAX methods can be used to parse XML data in C. 1) DOM parsing loads XML into memory, suitable for small files, but may take up a lot of memory. 2) SAX parsing is event-driven and is suitable for large files, but cannot be accessed randomly. Choosing the right method and optimizing the code can improve efficiency.

C is widely used in the fields of game development, embedded systems, financial transactions and scientific computing, due to its high performance and flexibility. 1) In game development, C is used for efficient graphics rendering and real-time computing. 2) In embedded systems, C's memory management and hardware control capabilities make it the first choice. 3) In the field of financial transactions, C's high performance meets the needs of real-time computing. 4) In scientific computing, C's efficient algorithm implementation and data processing capabilities are fully reflected.

C is not dead, but has flourished in many key areas: 1) game development, 2) system programming, 3) high-performance computing, 4) browsers and network applications, C is still the mainstream choice, showing its strong vitality and application scenarios.


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