The performance benefits of using these SIMD-aware vector types is anywhere between 1.5x to 10x depending on the use cases. The Documentation for this library includes the API-level description of the new data types introduced in this new release. See this page for more information about the SIMD support. Support for SIMD instructions has been added to the Mono JIT.
It is now possible to load code externally into a Mono process to debug or augment code live.Ī new assembly: Mono.Management wraps this functionality. Support for monitoring the runtime internals is now available through a new PerformanceCounters implementation.Ī new GUI tool `mperfmon' is available to allow developers and administrators to monitor the system performance.
#Mono framework version supported full#
Support for Full Ahead of Time Compilation, generic sharing, and static linking is now available. You can control the sharing setup using the MONO_GENERIC_SHARING environment variable. Generic sharing is now turned on in all cases.
The new engine already outperforms the old engine in many computationally intensive tasks. The code generation engine has been replaced from tree-based representation that we used for 1.0.x, 1.2.x, 1.9 and 2.0 releases to a representation that is better suited for advanced optimizations, the Linear IL engine. This documents the changes since Mono 2.0 Runtime Performance NET framework for Unix, Windows, MacOS and other operating systems.
#Mono framework version supported portable#
Mono 2.0 is a portable and open source implementation of the.
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