MSIL

Even without understanding MSIL , you can clearly see what is going on here .

即使不理解的MSIL，你可以清楚地看到这里发生了什么。

It can generate binary code , but it can also write MSIL assemblies .

它能生成二进制代码，也能输出MSIL程序集。

The optimizations done on MSIL code are a large subset of those done on unmanaged code .

对MSIL代码的优化是对非托管代码进行优化的一个大子集。

The end result is generating MSIL bytecode that runs on any platform , Windows , Linux , Max OS .

这么做的结果就是生成的MSIL字节码可以运行在任何平台上：Windows、Linux及MaxOS。

NET Framework 's foundation : Common Language Runtime ( CLR ), MSIL ( Microsoft Intermediate Language ), and the core of the .

NET框架的基础：公共语言运行时（CLR）和微软中间语言（MSIL），以及。

One instruction sequence of MSIL might be very amenable to optimization , whereas another ( semantically equivalent ) sequence stifles optimization .

一个MSIL指令序列也许能够很好地进行优化，但另一个（语义上等同的）序列却可能抑制优化。

With Visual C + + 2005 , the compiler can perform a large subset of the standard native code optimizations on MSIL code .

在VisualC++2005中，编译器可以对MSIL代码执行标准本机代码优化很大的子集。

The resulting source code then passes through the rest of the standard compiler phases producing MSIL byte-code with IKVM library references .

接下来，生成的源代码再经过其他标准的编译器编译并使用IKVM库引用来生成MSIL字节码。

Of course , you also need to consider the performance cost associated with Y.cpp being MSIL , and ensure that this is the right tradeoff for the application .

当然，您也需要考虑从Y.cpp生成MSIL的相关性能代价，并确保这种折衷对应用程序有利。

During this compilation , code must pass a verification process that examines the MSIL and metadata to find out whether the code can be determined to be type safe .

在此编译过程中，代码必须通过验证过程，该过程检查msil和元数据以查看是否可以将代码确定为类型安全。

The JIT reads in the MSIL and begins to perform optimizations that are very sensitive to changes in the MSIL .

JIT读取MSIL并开始执行优化，这些优化对MSIL中的变化很敏感。

This is apparent even in Visual C + + . NET2003 , which just began enabling the optimizations from the native compiler for MSIL code generation .

甚至在VisualC++.NET2003中这一点也很明显，它只是通过用于生成MSIL代码的本机编译器开始启用优化。

Visual C + + . NET2003 is able to generate MSIL for templates on native types , but cannot use managed types as the parameterized type in the template .

VisualC++.NET2003可以在本机类型上为模板生成MSIL，但不能在该模板中将托管类型作为参数化类型使用。

Through MSIL rewriting , Volta follows developer 's declarations to turn a single-tiered application into a multi-tiered application , generating boilerplate code for communication and serialization .

通过MSIL重写技术，Volta将单层应用转化成一个多层应用，自动生成通信和序列化的例程。

The second part involves the MSIL being fed to the just-in-time ( JIT ) compiler or NGEN , which reads the MSIL and then generates optimized native machine code .

第二部分包括将MSIL送到实时（JIT）编译器或NGEN，由它读取MSIL并随后生成优化的本机代码。

Whether the code generated by the Visual C + + compiler is MSIL or unmanaged code , the optimizer that generates the code is the same one that has been developed and tuned for over a decade .

不管VisualC++编译器生成的代码是MSIL还是非托管代码，生成代码的优化器还是十几年前就已开发并已进行调整的优化器。