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| -rw-r--r-- | README | 26 | ||||
| -rw-r--r-- | README.md | 9 |
2 files changed, 4 insertions, 31 deletions
@@ -1,26 +0,0 @@ -These scripts create a cross-compiler toolchain in your $HOME/usr directory. -This kind of cross-compiler is mostly useful for basic Operating System developpment. - -== INCLUDED PACKAGES == - -These scripts install the following things in the toolchain : -- binutils (ld, ...) -- gcc for C and C++ - -== SETTING UP THE CROSS-COMPILER == - -- Create a directory named `usr` in your home directory. -- Add the following line to your .bashrc : - export PATH=$PATH:$HOME/usr/bin -- Run cross-<arch>.sh for the architecture you target - Go on the internet and read some useless stuff, this step is long. - -== SUPPORTED CROSS-COMPILING ARCHITECTURES == - - ARCH PREFIX -- x86 i586-elf -- arm arm-elf - -== USING THE CROSS-COMPILER == - -The compiler is available as *-gcc and *-g++, where * is one of the prefixes listed above (ex: i586-elf-gcc). @@ -1,4 +1,4 @@ -These scripts create a cross-compiler toolchain in your $HOME/usr directory. +These scripts create a cross-compiler toolchain in your `$HOME/usr` directory. This kind of cross-compiler is mostly useful for basic Operating System developpment. Included packages @@ -21,10 +21,9 @@ Setting up the cross-compiler ----------------------------- - Create a directory named `usr` in your home directory. -- Add the following line to your .bashrc : - export PATH=$PATH:$HOME/usr/bin -- Run cross-<arch>.sh for the architecture you target +- Add the following line to your `.bashrc` : `export PATH=$PATH:$HOME/usr/bin` +- Run `cross-<arch>.sh` for the architecture you target Go on the internet and read some useless stuff, this step is long. -The compiler is available as *-gcc and *-g++, where * is one of the prefixes listed above (ex: i586-elf-gcc). +The compiler is available as `*-gcc` and `*-g++`, where * is one of the prefixes listed above (ex: i586-elf-gcc). |