你如何建立转到第八代和6G围棋编译器 [英] How do you build the 8g and 6g Go compilers for Go

问题描述

我在写这将广泛地部署有所之间在x86和x86-64架构的Windows，Mac和Linux系统的软件。每当我设置了编译器去我的Mac和Linux系统上我只得到6克建造。在Windows中我只是使用pre-建实验的二进制文件，它使用8克。

I'm writing software that will be somewhat widely deployed amongst Windows, Mac, and Linux systems on x86 and x86-64 architectures. Whenever I set up the go compiler on my Mac and Linux systems I only ever get 6g built. On Windows I just use the pre-built experimental binaries, which uses 8g.

当我得到周围设置构建服务器，我想我还需要建立8克这样我就可以产生32位的构建也是如此。我如何设置8G，尤其是在Mac上（因为他们可以是x86或x64取决于他们的年龄有多大）？

When I get around to setting up build servers, I assume I need to also build 8g so I can produce 32 bit builds as well. How do I set up 8g, in particular on a Mac (since they can be x86 or x64 depending on how old they are)?

推荐答案

作为另一个海报说，使用 GOARCH 。他没有说的是，你不需要多个目录。

As another poster said, use GOARCH. What he didn't say is that you don't need multiple directories.

运行 all.bash 两次，相同的 GOROOT ：

GOARCH=amd64 ./all.bash
GOARCH=386 ./all.bash

当你用 gomake 的东西建立 GOARCH 如果默认不适合你。

When you build something with gomake set up GOARCH if the default doesn't suit you

GOARCH=386 gomake

不幸的是 goinstall 不兑现 GOARCH 呢。

注意，GC的编译器总是交叉编译。一旦你有你需要的架构，设置编译器 GOOS 和建立 $ GOROOT / src目录/ PKG 包，那么你应该能够建立你的软件定位任何操作系统或体系结构。

Notice that gc compilers are always cross compiling. Once you have the compilers for the architecture you need, set GOOS and build the packages in $GOROOT/src/pkg, then you should be able to build your software targeting any operating system or architecture.

GOARCH=386 GOOS=windows gomake

这篇关于你如何建立转到第八代和6G围棋编译器的文章就介绍到这了，希望我们推荐的答案对大家有所帮助，也希望大家多多支持IT屋！