Dynamic proxy, as its name suggests, supports an SEI dynamically at run time without requiring any code generation of a stub class that implements a specific SEI.
动态代理，正如它的名字暗示的，能在运行时动态的支持一个SEI而不需要产生任何代码实现一个特定的SEI。
Note that the sample application for this article utilizes only dynamic SDO, although the EMF code generator also provides full support for static code generation of data objects.
注意，本文中示例应用程序仅使用了动态SDO，虽然EMF代码生成器也为数据对象的静态代码生成提供了完整的支持。
The difference between them is that dynamic proxy support a service endpoint interface dynamically at runtime without requiring any code generation.
二者之间的区别是，动态代理在运行时动态支持服务端点接口，不会生成任何代码。
Even frameworks that specialise in dynamic languages still use code generation for areas like the initial application structure, key application artifacts and so on.
甚至是动态语言框架也会在某些地方使用代码生成技术，如初始化应用结构、关键的应用代码等等。
Dynamic code generation - Because dynamic code generation depends on the JIT Compiler, there is no support for any dynamic language compilation.
动态代码生成——因为动态代码生成依赖于JIT编译器，所以对任何动态语言编译的过程也不能支持。
It will be useful for 1 code obfuscation 2 use Ruby on environments where dynamic code generation is not allowed.
这样做有利于1代码混淆，及2在动态代码生成不允许的环境下使用Ruby。
Community Edition does not require this additional code generation step because it USES dynamic proxy generation.
CommunityEdition不需要这一额外的代码生成步骤，因为它使用动态代理生成。
Dynamic code Generation is a kind of technology that generates executable code at runtime, which can be used to implement various program optimization.
动态代码生成技术是一种在运行时刻生成可执行代码的技术，可以用来实现各种程序优化。
The interface interceptor USES dynamic code generation to create the proxy class.
介面侦听器使用动态代码生成来创建代理类。
Dynamic code instrumentation, combined with hybrid code generation and source breakpoint identification, provides a well-suited solution to those problems.
并针对上述问题，提出了预编译与运行时编译结合的代码生成方式、动态代码插装、源断点标识技术等解决方案。
The numerical examples of real-time code generation for dynamic model matrix elements and simulation calculation are given for illustration.
给出了动力学模型矩阵元素的实时代码生成和驱动力矩与参数关系的具体数值实例。
The numerical examples of real-time code generation for dynamic model matrix elements and simulation calculation are given for illustration.
给出了动力学模型矩阵元素的实时代码生成和驱动力矩与参数关系的具体数值实例。
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