O-code可在物理机上解译（为VM），或从 O-code编译为主机的本机语言。
The O-code could be interpreted on a physical machine (as a VM) or compiled from O-code to the native machine language of the host.
如果您编译一个包含资源文件的项目，Visualstudio会将该.resx文件编译为.resources文件，然后将它链接到所得到输出程序集的物理图像的内部。
When you compile a project that contains a resource file, Visual Studio compiles this.resx file into a.resources file and then links it inside the physical image of the resulting output assembly.
加载预编译头需要分配物理内存，如果您正在一台RAM有限的计算机上进行编译，这可能会是一个问题。
Loading precompiled headers requires allocation of physical memory, which can be a problem if you are compiling on a computer with limited RAM.
物理限制更多地取决于运行时内存，而不是编译时的各种因素。
Physical limits are dependent more on run-time memory than on compile-time considerations.
根据编译理论，结合LAMOST望远镜的特点和其观测运行模式，采用物理解析与语法解析相结合的方法，深入探讨了各层命令集之间的解析方法。
The command parsing method between different levels has been studied in detail based on the compiling theory, characteristics of LAMOST and its observatory running pattern.
这个允许物理数据库的位置改变(如，从开发到测试环境)，很快且不需要重新编译。
This allows the physical location of a database to be changed (for example, from a development to a test environment), quickly and without recompilation.
这个允许物理数据库的位置改变(如，从开发到测试环境)，很快且不需要重新编译。
This allows the physical location of a database to be changed (for example, from a development to a test environment), quickly and without recompilation.
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