Developers will benefit from significant updates in ASP.NET Core and Blazor, which now offer options to conceal error messages for a more polished user experience, improved password security measures, and support for the .localhost domain. Additionally, the preview brings PipeReader support to System.Text.Json, refined validation checks for classes and records, and updates to OpenAPI.NET dependencies to facilitate better integration and documentation of APIs.
Beyond these features, .NET 10 Preview 7 also includes enhancements for Windows Forms, WPF, Entity Framework Core, and improvements in container images to streamline application deployment.
.NET 10 Preview 7 is now available for developers to explore and experiment with its new functionalities, paving the way for more robust and secure applications. For a comprehensive overview of the updates, visit the official .NET Blog.
As .NET continues to evolve, future releases are expected to build upon these foundations, offering even more tools and capabilities that cater to the needs of modern developers, including further integration of cloud services, enhanced performance optimizations, and expanded platform support. Developers are encouraged to stay engaged with the ongoing updates to ensure they leverage the full potential of .NET in their projects
.NET 10 Preview 7 released
Microsoft has announced the release of .NET 10 Preview 7, introducing a variety of improvements to the .NET Runtime, SDK, libraries, C#, ASP.NET Core, Blazor, and .NET MAUI. The release features enhancements in AES KeyWrap with Padding, ML-DSA, PipeReader support for JSON serializer, WebSocketStream, and TLS 1.3 for macOS. The updates include improvements in ASP.NET Core and Blazor, such as options to hide error messages, better password security, support for the .localhost domain, PipeReader support in System.Text.Json, better checks for classes and records, and updates to OpenAPI.NET dependencies. The preview encompasses enhancements in Windows Forms, WPF, Entity Framework Core, and container images.