Xamarin iOS 模拟器构建
Xamarin iOS simulator build
有人知道为 iOS 模拟器构建的 Xamarin 是否与常规 Xcode 模拟器构建有某种不同吗？
换句话说是 Xamarin 模拟器构建 "clean" 原生构建？
如Xamarin docs所述：
When you compile any Xamarin platform application, the Mono C# (or F#)
compiler will run and will compile your C# and F# code into Microsoft
Intermediate Language (MSIL). If you are running a Xamarin.Android, a
Xamarin.Mac application, or even a Xamarin.iOS application on the
simulator, the .NET Common Language Runtime (CLR) compiles the MSIL
using a Just in Time (JIT) compiler. At runtime this is compiled into
a native code, which can run on the correct architecture for your
application.
However, there is a security restriction on iOS, set by Apple, which
disallows the execution of dynamically generated code on a device. To
ensure that we adhere to these safety protocols, Xamarin.iOS instead
uses an Ahead of Time (AOT) compiler to compile the managed code. This
produces a native iOS binary, optionally optimized with LLVM for
devices, that can be deployed on Apple’s ARM-based processor.
有人知道为 iOS 模拟器构建的 Xamarin 是否与常规 Xcode 模拟器构建有某种不同吗？
换句话说是 Xamarin 模拟器构建 "clean" 原生构建？
如Xamarin docs所述：
When you compile any Xamarin platform application, the Mono C# (or F#) compiler will run and will compile your C# and F# code into Microsoft Intermediate Language (MSIL). If you are running a Xamarin.Android, a Xamarin.Mac application, or even a Xamarin.iOS application on the simulator, the .NET Common Language Runtime (CLR) compiles the MSIL using a Just in Time (JIT) compiler. At runtime this is compiled into a native code, which can run on the correct architecture for your application.
However, there is a security restriction on iOS, set by Apple, which disallows the execution of dynamically generated code on a device. To ensure that we adhere to these safety protocols, Xamarin.iOS instead uses an Ahead of Time (AOT) compiler to compile the managed code. This produces a native iOS binary, optionally optimized with LLVM for devices, that can be deployed on Apple’s ARM-based processor.