GCC4 brings many changes to the standard compiler suite, the biggest of which is around support for optimizations with the introduction of the tree Static Single Assignment ( SSA) form. GCC4为标准的编译器套件带来了很多变化,最大的变化是为了支持优化而引入的树的StaticSingleAssignment(SSA)形式。
The binding compiler also generates some added support classes that go along with the added methods. 绑定编译器在生成一些添加的方法时,还会生成一些添加的支持类。
Lastly, new features make it easier to create a new compiler environment with the ability to create new makefile templates to support the environment. 最后,新的特性使得创建一个新的汇编环境变得更加容易,创建新的makefile模板以支持环境也变得更加容易。
Trampolines are exotic constructs sometimes generated by compilers ( such as the GNAT Ada compiler) to support constructs like nested subroutines. trampoline是有时由编译器(比如GNATAda编译器)生成的奇妙结构,用以支持像嵌套子例程之类的结构。
C++ 0x compiler support: Learn more from this comparative study of C++ 0x compiler support. C++0xcompilersupport:通过对C++0x编译器支持的对比研究了解更多信息。
XL Fortran for Linux: For Linux distributions, the compiler of choice for the scientific and engineering communities to support extensive numerical, scientific and high-performance computing. XLFortranforLinux:面向Linux系统的科学技术和工程领域编译器的最佳选择,支持广泛的数学、科学及高性能计算。
This allowed useful applications such as the GNU Compiler Collection ( GCC) and various shell support. 这允许使用一些非常有用的应用程序,例如GCC(GNUCompilerCollection)和各种shell支持。
But in general, the compiler is faster in some optimization modes and provides many new enhancements, including new target support. 但是,通常情况下编译器在某些优化模式下会更快,并提供很多新的增强,包括新的目标支持。
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。
VLIW Microprocessors Features and Compiler Support VLIW微处理器特征与编译技术支持
And GCC, one of the open source compiler, which had been developed many years, can support nearly all famous processor and become an appropriate cross-compiler for the development of embedded software. 而开放源码的编译器GCC,经过多年的发展,已能支持几乎所有知名厂商的处理器,是嵌入式软件开发中理想的交叉编译器。
The compiler system on the Grid in future is a kind of software model which can proceed dynamic compiling and optimizing, adapt itself to the performance of runtime environ-ment and network, and support the adaptive application. 未来Grid平台上的编译系统将是能够进行动态编译和优化,根据实时系统以及网络的性能不断进行自我调整的软件模型,同时它还能为具有自适应性的应用程序提供编译支持。
A multi aspect programming paradigm and its compiler support 多视图编程范式及其编译支持
This paper introduces the extensible compiler architecture which is called X architecture. Then it exhibits some language mechanisms to support writing language extensions. 本文首先介绍了可扩展编译系统的组织结构&X体系结构,然后介绍一些方便用户编写语言扩展的语言机制,我们称所有这种语言机制的集合为X语言。
GCC ( GNU Compiler Collection) is an open source compiler system based on Linux. It is able to accept many kinds of high-level language and can support multi-operating system with perfect efficiency. GCC是基于Linux下的开放源码的优化编译系统,可以接收多种高级源语言,广泛支持多平台操作系统。
So an extensible compiler infrastructure is designed to support users write language extensions. 因此我们设计了可扩展的编译系统,目标是支持用户扩展语言机制,编码领域抽象、优化技巧。
The compiler uses the retargetable design idea to support various back-end, and provides a flexible interface for developers to add new ones, which enable the language to adapt to various systems and application environments and enhance the practicality and flexibility. 它的后端采用了可重定向的设计思想,支持不同的编译后端,并为开发者提供灵活的接口以添加新的后端实现,适用于不同的系统和应用环境,增强了语言的实用性和灵活性。
As the AVR compiler support C compiler, lower computer system software use C language. AVR单片机编译器支持C编译器,下位机系统软件全部采用C语言编写。
NET platform is the most advanced compiler platform which Microsoft strongly recommend and it support multiple languages. NET平台是目前微软大力推广也是目前最为先进的编译平台,支持多种语言。