交叉编译器

单片机C语言交叉编译器存贮分配研究

Storage Allocation of C Language Cross Compiler on A Single Chip Microprocessor

用gcc存在一个问题，对每一个目标OS或是系统架构，我们都需要一个单独的交叉编译器。

The problem with using gcc was that for every target OS or architecture we would need a separate cross compiler .

文中详细描述了嵌入式Linux环境的搭建，包括：库函数的选用、交叉编译器的制作、内核的裁减和修改、文件系统的选择等。

This article also introduces how to build the embedded linux environment , including : selecting of library , making cross-compiler , selecting of file system and so on .

交叉编译器已经不是一件容易的事情了，何况它还依赖了大量JDK的API。

While the cross-compiler was a great piece of work , it ran on JDK only so its sources had a lot of dependencies on JDK APIs .

在ARM-Linux开发环境的建立中说明了虚拟机和交叉编译器的重要作用。

Through the construction of ARM-Linux development environment , the important role of virtual machine and cross-compiler has been shown .

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。

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 .

MCL语言编译器是我们为智能测控仪器CK-01设计的一款交叉编译器。

MCL language compiler is a kind of cross compiler developed for CK-01 which is an intelligent measurement & control instrument .

构建工具链建立了一个交叉编译器环境。

Building a toolchain establishes a cross-compiler environment .

交叉编译器运行在某一种处理器上，却可以编译另一种处理器的指令。

A cross-compiler runs on one type of processor , but compiles instructions for another .

交叉编译器在主机上运行并且产生目标机的目标代码。

A cross-compiler runs on a host computer and produces object code for the target .

在文章的结尾，解决了经交叉编译器编译后的应用程序如何加载到目标系统执行的问题。

Finally , the problem of loading the compiled executable code to target embedded system is discussed .

其中在嵌入式软件开发工具中，使用的最多的工具就是交叉编译器和交叉调试器，同时这两者也是嵌入式软件开发工具的最核心部分。

It is discussed in this thesis that use of cross compiler and cross debugger in embedded system software development toolkit .

随着日前越来越多嵌入式系统的飞速发展，必须快速有效地为之开发合适的交叉编译器。

With the rapid development of more and more embedded systems nowadays , the need for fit cross-compilers should be satisfied efficiently .

所完成的交叉编译器和交叉调试器作为一个重要的系统开发工具，成功应用于云南省科技厅的项目上。

The cross debugger and cross complier in this thesis are two important development toolkits in the project of Yunnan Province Technology Hall .

按照生成代码所运行的目标平台划分，编译器可以分为两类，本地编译器和交叉编译器。

Compilers can be divided into two kinds : local compilers and cross compilers , in accordance with the target platform where generates the codes .

大多数C/+交叉编译器在你可以修改、译他连接你的嵌入式程序时与启动代码一起来到。

Most C / C + + cross-compilers come with startup code that you can modify , compile , and link with your embedded programs .

当进行嵌入式应用开发时，需要利用宿主机开发环境中的多种工具，例如交叉编译器、远程调试器、命令解析器和实时资源浏览器。

When developing embedded applications , cross-development environment needs to provide various kinds of host tools such as cross compiler , remote debugger , interactive shell , and real-time resource browser etc.

这对交叉编译尤其不利，因为您可能不能运行实际上是由交叉编译器创建的可执行程序。

This is especially pernicious for cross-compiling , since you probably can 't run an executable actually created with the cross compiler .