Multicore JIT uses parallelization to reduce the JIT compilation time during application startup. NET Framework 4.5 and higher, you can use the class to enable Multicore JIT. Refer to the following article for information about various native image generation capabilities: Ngen.exe (Native Image Generator). Var ngenPath = Path.Combine(dotNetRuntimePath, "ngen.exe") Īrguments = $"install \""" /nologo", Var dotNetRuntimePath = RuntimeEnvironment.GetRuntimeDirectory() Var hash = string.Concat(SHA1.Create().ComputeHash(File.ReadAllBytes(assemblyLocation))
Var hashPath = Path.Combine(Environment.GetFolderPath(), "hash.txt") Var assemblyLocation = Assembly.GetEntryAssembly().Location Compile Assemblies After the Application InstallationĬreate a script that executes the following code after a user installs your application: You can compile your application’s IL code (and its dependencies’ IL code) into native code after the application installation or at the first application startup. When a user runs your application, CLR loads the precompiled code from the native image cache so that no compilation is required at runtime. Use the Native Image Generator (Ngen.exe) tool to compile assemblies’ IL code into native code.
REDUCE STARTUP TIME HOW TO
This topic describes how to reduce the WPF or WinForms application startup time if you have noticeable delays in your application due to the JIT compilation.NET Framework Compile IL Code Into Native Code (Ngen) External DLLs (for example, DevExpress DLLs) may be loaded in addition to your own application, which means that any delay does not depend on the size of your code alone.
This process can cause noticeable delays. When a user launches the application, its MSIL code is compiled into machine code by the “just-in-time” (JIT) compiler.
NET application, it is compiled into Microsoft Intermediate Language (MSIL).
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