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ASP.NET Core 1.1 has a lot of feature compatibility with older versions, it does not have what you would call code compatibility meaning that you can’t just run your old ASP.NET code in ASP.NET Core without a fair bit of change.
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About ASP.NET Core 1.1
We were recently informed by the fine folks at TechEmpower that ASP.NET Core 1.1 with Kestrel was ranked as the fastest mainstream fullstack web framework in the TechEmpower plaintext benchmark. That’s a great result, and the result of significant engineering effort.
We adopted a performance optimization for the CoreCLR runtime called Profile-Guided Optimization (PGO), for the .NET Core 1.1 Windows version. We’ve use this technique for the .NET Framework for many years, but had not yet used it for .NET Core. This improvement was not included in the earlier .NET Core 1.1 Preview 1 release.
PGO optimizes C++ compiler-generated binaries with information it records from apps it observes in our lab. We call this process “training”. It’s about as exciting as 6AM runs in the dark during the Winter. PGO records info about which codepaths are used in a binary and in what order. For this release, we used a simple “Hello World” app for training.
We saw a 15% improvement with the ASP.NET MusicStore app running with a PGO-optized CoreCLR in our lab and believe that these improvements will be representative to other Web applications. We hope to see greater improvements in the future as we increase the pool of apps we train with.
For Linux and macOS, we compile CoreCLR with Clang/LLVM. We intend to use the Clang version of PGO in the next release. Very preliminary scouting of Clang PGO suggests that we will see similar benefits.