Microsoft presented the new version of the .NET framework, .Net 4.6.1 back in November 2015. This new .NET framework has given a thorough stage to those hoping to create .Net applications development with astounding client encounters, security, and consistent correspondence support. This gives a solid programming model to the speck net developers for the formation of client drawing in web applications for an assortment of business procedures.
The .Net framework 4.6.1 as can be found in the name itself is a redone version of the .Net framework 4.6 with numerous changes, early version issue fixes, and new features included with the end goal of better speck net development. This framework can be introduced utilizing either web or disconnected installer on Windows 10, Windows 8, Windows 7, and server stages relating to Windows Server 2008 R2 SP1.
This framework 4.6.1 incorporates numerous new features that make speck net application development a much less demanding, advantageous, and quicker process for the developers. Presently how about we observe a couple of fascinating features presented in this most recent spot net version.
This most recent version of Dotnet supports ECDSA X509 Certificates. ECDSA or Elliptic Curve Digital Signature Algorithm is a much secure cryptographic calculation when contrasted with RSA and offers better execution to the applications where TLS execution and scalability are a worry.
WPF in .NET 4.6.1 has seen numerous new changes as:
.NET framework 4.6.1 supports data availability changes with AlwaysOn and Always Encrypted features. A couple of things have been added to the ADO.NET like Always Encrypted support for equipment secured keys. Presently it is conceivable to store the Always Encrypted ace keys in Hardware Security Modules locally. It now empowers speedier association with an AlwaysOn Availability Group (AG) with SqlClient.
The .NET Core gives irrelevant support to code page encodings. Be that as it may, now in .NET framework 4.6.1 it is conceivable to include support for code page encodings by enrolling these with the Encoding Register Provider strategy.
The unmanaged profiling API has significantly enhanced in this most recent version of .NET with upgraded support for PDB access in the ICorProfilerInfo7 interface. The PDBs are utilized by profiler instruments for mapping code to undertaking source lines like for line-by-line execution examination. This interface with strategies called GetInMemorySymbolsLength and ReadInMemorySymbols gives profiler apparatuses access to in-memory PDB data. The profilers that are utilizing the ICorProfiler interface for element instrumentation will now have the capacity to roll out improvements to some metadata as well.