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GCC for Embedded Engineers

机译:嵌入式工程师GCC

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摘要

Read along to understand how GCC works, find out what all those other programs in the toolchain directory do, and learn some tips and tricks to become more comfortable with most indispensable tool in your project. GCC, the GNU Compiler Collection, is a tool used by nearly every embedded engineer, even those who don't target Linux. In release since 1987, supporting every processor known to man, GCC is a juggernaut of software engineering that, because of its ubiquity and ease of use, doesn't get the admiration it deserves. When used in an embedded project, GCC capably does another trick, cross-compilation, without complaint. Simply invoke the compiler and the right things will happen. Under the covers, GCC is a very complex tool with lots of knobs to turn to fine-tune the compilation and linking process; this article looks at how to build a GCC cross-compiler, examines the process that GCC uses to compile a program and shares some productivity-boosting tips and tricks.
机译:继续阅读以了解GCC的工作原理,了解工具链目录中所有其他程序的功能,并学习一些技巧,以使您更熟悉项目中最不可缺少的工具。 GCC(GNU编译器集合)是几乎所有嵌入式工程师使用的工具,即使是那些不以Linux为目标的工程师。自1987年发布以来,GCC支持着人类所熟知的每一个处理器,它是软件工程的先驱,由于它的普遍性和易用性,没有得到应有的赞赏。在嵌入式项目中使用时,GCC可以进行其他技巧,即交叉编译,而不会引起抱怨。只需调用编译器,正确的事情就会发生。在幕后,GCC是一个非常复杂的工具,带有许多旋钮,可以用来微调编译和链接过程。本文探讨了如何构建GCC交叉编译器,研究了GCC用来编译程序的过程,并分享了一些提高生产率的技巧和窍门。

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