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使用 Homebrew 安装 i686-elf-gcc

查看 i686-elf-gcc 的安装路径、可执行文件、元数据以及面向 AI 代理工作流的安全说明。

安装

其他安装命令

macOS

Homebrew已验证 · 100%
brew install i686-elf-gcc

local Homebrew formula metadata

概览

软件包摘要

GNU compiler collection for i686-elf

命令和别名

  • i686-elf-c++
  • i686-elf-cpp
  • i686-elf-g++
  • i686-elf-gcc
  • i686-elf-gcc-16.1.0
  • i686-elf-gcc-ar
  • i686-elf-gcc-nm
  • i686-elf-gcc-ranlib
  • i686-elf-gcov
  • i686-elf-gcov-dump
  • i686-elf-gcov-tool
  • i686-elf-lto-dump

历史

项目历史与用法

i686-elf-gcc is Homebrew's target-prefixed build of the GNU Compiler Collection for i686-elf. It is a package-manager expression of a much older GCC pattern: build the compiler for a target that is not the host so kernels, freestanding programs, and boot-time code can be produced reproducibly.

项目历史

GCC began as the GNU C compiler for the GNU operating system. GNU's January 1987 bulletin described a portable optimizing C compiler that supported the October 1986 ANSI C draft and was expected for release in the first quarter of 1987.

The GCC project page describes GCC as the GNU Compiler Collection, with front ends for C, C++, Objective-C, Fortran, Ada, Go, D, Modula-2, COBOL, Rust, and Algol 68, plus runtime libraries. It also states that GCC strives to work on native and cross targets.

A major governance and naming milestone came from the EGCS reunification. GCC's 2.95 page says GCC 2.95, released July 31, 1999, was the first GCC release after the April 1999 GCC/EGCS reunification, and that GCC had expanded from GNU C Compiler to GNU Compiler Collection.

采用历史

GCC became central to free software because it was both a compiler and a portability layer for the GNU system, GNU/Linux, BSD-derived environments, embedded systems, and vendor Unix targets. Cross-target support made it especially important for low-level systems work.

The i686-elf-gcc formula packages that cross-target tradition for Homebrew. Homebrew lists i686-elf-binutils as a dependency, matching the usual order in which a target assembler and linker support a target compiler.

使用方式

Users install i686-elf-gcc to compile C and C++ into i686-elf objects and binaries without targeting macOS or the host Linux ABI. The package ships prefixed drivers such as i686-elf-gcc, i686-elf-g++, i686-elf-cpp, and target-prefixed gcc-ar, gcc-nm, and gcc-ranlib helpers.

In package-manager workflows it is usually paired with i686-elf-binutils and sometimes i686-elf-gdb or i686-elf-grub, forming a compact operating-system-development toolchain.

为什么软件包爱好者会关心

This package is a neat distillation of GCC's cross-compilation culture. The formula does not represent a fork of GCC; it represents a configured target, a dependency relationship with target Binutils, and a set of prefixed executables that are safe to put on a developer workstation.

For package nerds, i686-elf-gcc is also a reminder that compiler packages are not only language runtimes. They encode ABI, target object format, linker expectations, and a naming convention that other build scripts can depend on.

时间线

  • 1987: GNU's bulletin described the GNU C compiler nearing release.
  • 1998: The EGCS steering committee formed to prevent any one group from controlling the compiler project.
  • 1999: The FSF appointed the GCC steering committee as official GNU maintainer for GCC.
  • 1999: GCC 2.95 shipped after the GCC/EGCS reunification and used the GNU Compiler Collection name.
  • 2026: Homebrew packaged i686-elf-gcc with i686-elf-binutils as a dependency for i686-elf cross compilation.

Related projects

  • GNU Binutils supplies the target assembler and linker used by this cross compiler.
  • GDB, Newlib, libgcc, GRUB, QEMU, and LLVM/Clang are adjacent tools in cross-development and freestanding systems work.

安全态势

风险级别:绿色

narrow executable package without higher-risk signals.

风险分类器

绿色 风险 · 低 置信度 · appliance

原因

  • narrow executable package without higher-risk signals

信号

  • metadata:no-higher-risk-signals

安装行为

  • 未记录 Homebrew bottle 元数据。

建议审查

在无人值守的代理使用前,请检查该工具是否读取明文凭据、写入远程状态、发布制品或调用插件。

可执行文件

已安装的可执行文件

命令类型暴露范围备注
i686-elf-c++可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-cpp可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-g++可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-gcc可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-gcc-16.1.0可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-gcc-ar可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-gcc-nm可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-gcc-ranlib可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-gcov可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-gcov-dump可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-gcov-tool可执行文件已索引可执行文件从本地可执行文件索引发现。
i686-elf-lto-dump可执行文件已索引可执行文件从本地可执行文件索引发现。

新鲜度

版本和新鲜度

这些信号区分页生成时间、软件包管理器活动和上游发布比较。只有存在证据 URL 和可比较版本时,才会提示版本落后。

页面生成时间2026-08-03
管理器版本16.1.0
管理器更新时间
本地数据未知
上游不可用
检测到的最新版本未检测到
  • OK没有生成新鲜度警告。

安装元数据

软件包元数据

软件包键brew:i686-elf-gcc
版本16.1.0
软件包管理器Homebrew
主页https://gcc.gnu.org
Bottle未记录
服务未声明

来源线索

由仓库数据生成

此页面由 av-webscripts/generate-pkg-sqlite.py 生成的私有软件包 SQLite 工件提供。

使用的来源

  • Geiger risk classifier
  • cross-ecosystem install command graph
  • curated package history
  • pkg.so package database
  • pkgdb category and tag curation