About this software
Xceed Zip for .NET is a managed library for creating, reading and modifying Zip archives from .NET applications. It supports Zip64, AES encryption, and modern compression methods including LZMA, PPMd, and BZip2, and can operate on files, streams, and FTP locations. The product targets .NET Framework, .NET Core and .NET Standard projects. For streaming "on-the-fly" scenarios, Xceed provides a separate Real-Time Zip product.
Purchase
Xceed Zip for .NET
In Stock
Delivery: 1 working day
Loading...
€1,248.38
Free and without obligation
Do you need more information or looking for another license?
Benefits
- Platform compatibility: Supports .NET Framework, .NET Core and .NET Standard.
- Compression algorithms: Includes LZMA, PPMd, BZip2, Deflate and Deflate64.
- Encryption support: Offers AES 128/192/256 encryption compatible with WinZip.
- Large archives: Supports Zip64 to handle large files and archives.
- File and stream operations: Read, write, and update zip files on disk, FTP, or streams.
Available languages
- English
Support information
- Documentation included: Documentation integrates into Visual Studio and includes code samples.
- Sample applications: Includes sample-filled Snippet Explorer application for code examples and testing.
- Product updates: Xceed publishes product updates and release notes on its site.
- Support offerings: Priority support options are listed on the product pages and purchase options.
- Knowledge base and FAQs: Online help, FAQs and news articles are available on Xceed’s website.
Frequently asked questions
What is Xceed Zip for .NET?
A .NET library for creating, reading, and manipulating ZIP archives programmatically within .NET applications, enabling compression and decompression of files and archive entries.
What file and archive operations does it support?
Common operations include creating and extracting archives, adding, removing, and updating entries, and processing files via streams or file paths.
How is it integrated into a .NET project?
Include the library in the project and reference its assembly or package, then invoke its API from application code using standard .NET build and deployment practices.
How does it handle large files and memory usage?
Supports stream-based read and write operations so entries can be processed directly from streams or files, minimizing in-memory usage when working with large archives.