repo/README.md

49 lines
1.9 KiB
Markdown
Raw Normal View History

2019-05-09 02:14:38 -06:00
# KISS Package Experiment
2019-05-09 01:59:27 -06:00
This is an alternative package system I am experimenting with. Instead of the usual `PKGBUILD`, `APKBUILD`, `xbps-template` and `Pkgfile` format, this repository explores a more unixy approach.
Each Package is split into multiple files.
```sh
zlib/ # Package name.
├─ build # Build script.
├─ depends # Dependencies (one per line).
├─ sources # Sources (one per line).
├─ version # Package version.
# Files generated by the package manager.
├─ manifest # The built package's files and directories.
├─ checksums # The checksums for the source files.
# Optional files.
├─ post_install # The script to run after install.
├─ release # Force a package update for the same version.
```
2019-05-09 02:05:09 -06:00
When a built package is installed, this entire directory tree is copied to `/var/db/puke` where it becomes a database entry. Listing the dependencies for a package is a simple as printing the contents of the `depends` file. Searching for which package owns a file is as simple as checking each `manifest` file.
This new structure also allows the package manager to be stupid simple. POSIX `sh` has no arrays. However, they are mimicked by looping over each line of each file. No more insecure `depends="pkg pkg pkg"` and `for pkg in $depends`.
Instead, the following can be done.
```sh
while read -r depend; do
# do thing.
done < depends
```
2019-05-09 02:12:31 -06:00
## Table of Contents
<!-- vim-markdown-toc GFM -->
* [`build`](#build)
<!-- vim-markdown-toc -->
## `build`
The `build` file should contain the necessary steps to patch, configure, build and install the package. When at the install step; the variable `$pkg_dir` is available. This variable points to the directory the package manager uses for built packages. Whatever is in this directory will become part of the package's manifest and will be copied to `/` (or `$PUKE_ROOT`).