交叉编译环境

交叉编译环境的搭建：交叉编译环境是嵌入式开发工具的集合，搭建该环境就是在系统中编译安装开发工具链。

The process includes : Set up the cross compiling environment : The cross compiling environment is the name of all the embedded developing tools .

软件平台采用嵌入式Linux系统，并且建立了交叉编译环境。

Software platform adopts embedded Linux , and it set up across-edit circumstance .

本论文以嵌入式系统Linux操作系统为平台，建立交叉编译环境。

This thesis use the embedded Linux operating system as a platform , set up cross-compiler environment .

本文介绍了基于arm和linux的嵌入式系统的交叉编译环境的建立方法。

This paper is focus on how to build a cross-compiling environment based on arm and linux conveniently .

然后建立了交叉编译环境，介绍了Linux操作系统的移植过程。

Secondly , we build the cross compile environment , introduces the transplant process of Linux operating system .

要进行嵌入式linux开发，软件方面的首要任务就是搭建适合自身开发平台的交叉编译环境。

In order to develop embedded linux , an important thing that we can 't forget is to build cross-compiling environment .

本文首先介绍了如何建立完整的交叉编译环境，这是在ArmLinux上做嵌入式开发的基础。

Firstly , the method how to setup a cross-compiling environment is described , which is the foundation of embedded development on ARM Linux .

进行嵌入式Linux环境搭建，给出了交叉编译环境的建立等环节。

Do detail explanations of how to build the embedded Linux environment , make the cross-compiler environment to prepare the establishment of such links .

在Linux系统上建立了嵌入式交叉编译环境，将编译好的U-boot和嵌入式Linux内核移植到开发板上。

Establishing the embedded cross-compiling environment in Linux system , and transplanting the compiled U-boot and Linux kernel to the development board .

按照嵌入式的开发流程，完成了交叉编译环境的搭建、系统引导程序Bootloader的烧写以及Linux内核的移植。

In accordance with the embedded development process , the cross-compiler environment was built , Boot Loader was written , and Linux kernel was transplanted .

其次详细阐述了系统开发环境的构建过程，包括主机和目标板的配置、交叉编译环境的安装、虚拟环境下Linux系统的安装以及相关服务的配置。

Including the configuration of the host and target board , installation of the cross-compilation environment , installation of the Linux system in a virtual environment and configuration of the related services .

使用了一个新的交叉编译环境，名为Scratchbox，由Nokia主导开发。

The770 uses a new cross-compilation setup called Scratchbox , development of which was sponsored by Nokia .

搭建系统平台，研究了uCLinux操作系统的工作机制，在搭建好的交叉编译环境下实现了uCLinux操作系统的配置和编译。

And build the cross-compiler environment , based on it , realize the configuration and compilation and of the uCLinux operating system .

首先课题采用源代码公开的GNU软件配套调试工具GCC来配置宿主机的交叉编译环境。

To begin with , the host cross - compile development environment is configured with the tool - GCC of the GNU free software .

RTEMS交叉编译环境的创建

Installation of Cross Development Environment of RTEMS

在PowerPC上开发嵌入式Linux系统，需要交叉编译环境来移植Linux内核，并且所有的应用程序也需要这个编译环境才能在PowerPC上运行。

While developing embedded Linux system on PowerPC , cross compiler environment is needed for transplanting Linux kernel . This environment is also needed for application software running on PowerPC .

文中首先就Linux内核移植与构建进行了重点阐述，涉及四个方面：交叉编译环境的建立、内核启动代码分析、内核可移植性分析、内核代码的修改和裁减。

First the paper prominently introduced the process and details of porting Linux kernel , which includes four aspects : building cross compiler , analyzing booting code and the portability of kernel , modifying and cutting down the kernel code .

在系统选型的基础上，本文通过编写BashShell脚本的方法，利用网上的开源代码项目创建配置了嵌入式Linux系统开发的交叉编译环境。

Then based on the system components selection and the source of Open-Source Software at the internet , the author configured the embedded Linux system 's cross-compile environment by the means of " bash shell " script .

在熟悉ARM体系结构和周边硬件设计的基础之上，本文给出了搭建交叉编译环境，移植U-Boot，Linux，yaffs文件系统的关键步骤。

Familiar with ARM architecture and hardware design around the basis of this paper , build cross-compiler environment , transplants U-Boot , Linux , yaffs a key step in the file system .

在软件上解决了基于uCLinux的交叉编译环境的建立、uCLinux的板级移植与内核配置、uCLinux系统机制的研究、设备驱动程序的开发和基于GUI的上层应用程序的设计等问题。

On the side of software , we conquered difficulties , such as the foundation of cross-compiling circumstance in uCLinux , board-plant and kernel configure of uCLinux , the research of system mechanism , the design of device drivers and applications based on GUI and so on .

本文对支持图形界面运行的硬件平台和软件平台做了简要的说明，研究了嵌入式ARM-Linux开发系统的构建过程，包括交叉编译环境的建立、U-BOOT的移植、嵌入式Linux内核的裁剪等内容。

This article has given a brief description of the hardware platform and the software platform , and then research the building process of embedded ARM-Linux System , including the establishment of cross-compiler environment , transplant of U-BOOT , kernel cutting of embedded Linux and so on .

同时，本文还介绍了一种基于网络的交叉编译环境构建方法。

Besides , a network based cross compile environment is researched .

论文详细介绍了嵌入式软件的开发特点及交叉编译环境的搭建过程。

The paper introduces the process of embedded software development and to build cross-compiler environment .

软件部分包括交叉编译环境的建立，经交叉编译工具最后生成可执行程序下载到内存中。

Software part includes cross-compiling environment establishment , the cross-compiling tools finally generating an executable program downloaded to memory .

并对此交叉编译环境进行了浮点运算能力和软件依赖性两方面的测试。

The performance test for this cross-compiler environment consists of two parts including the floating-point operation and the software-dependence .

同时还介绍了整个仿真平台搭建过程中涉及到的交叉编译环境的搭建及代码移植过程。

It also presents the build process of cross-compiler environment involving the entire simulation platform structures and code porting process .

实现了交叉编译环境、Linux2.6内核的移植等，建立了嵌入式系统的开发环境。

Build the environment for the development , including the cross-compiling environment , the Linux 2.6 kernel transplantation and so on .

此外，嵌入式程序开发过程依赖于交叉编译环境，导致程序的开发和测试更加困难。

In addition , the embedded program development depends on the cross-compiler environment , resulting in the development and testing more difficult .

第四章介绍了开发调试环境的建立，包括交叉编译环境的建立以及相关程序库、工具的安装。

In chapter 4 , the build of enviroment for development and debugging is introduced , which consists of the build of cross-compile enviroment and the install of correlative libs and tools .

完成系统软件开发环境的搭建，包括嵌入式系统上位机与下位机的软件开发环境、交叉编译环境以及硬件芯片和各种外设接口的驱动程序设计。

Build software development environment to the embedded software designing , including host PC and target board , cross-compiler environment , and the driver of the various peripheral interface and hardware . 3 .