vp-build/common/environment
Enno Boland 6eb37e35b2 common: merge only_for_archs and noarch=yes into one.
* noarch=yes is replaced with archs=noarch
* only_for_archs= is renamed to archs=
* archs= allows the use of wildcards and negations; first matching rule applies:
  * archs="*-musl" will build the pkg only for musl-libcs
  * archs="~*-musl" will build the pkg only on non-musl-libc
  * archs="x86_64-musl ~*-musl" will build for x86_64-musl and any non-musl
    arch.
* archs= defaults to "*"
2019-02-15 13:19:44 +01:00
..
build
build-style build-style/perl-ModuleBuild: add perl to makedepends 2019-01-27 10:09:46 +01:00
check
configure common: Add ppc target 2019-01-19 10:15:01 +01:00
extract
fetch environment/fetch: add cmd_fetch variable. 2019-01-21 16:17:02 -02:00
install
pkg
setup common: merge only_for_archs and noarch=yes into one. 2019-02-15 13:19:44 +01:00
setup-subpkg common: merge only_for_archs and noarch=yes into one. 2019-02-15 13:19:44 +01:00
README

ENVIRONMENT SHELL SNIPPETS
==========================

This directory contains shell files (must not be executable nor contain a shebang)
that are read by xbps-src when building source packages. The shell files
are read in lexical order (as ordered by shell rules).

These files shall set or unset environment variables while building packages.
Only files with the `.sh' extension are read, so this file will be simply ignored.

The following directories are used to set the order in which the shell snippets
should be read by xbps-src:

	* build-style	(to set vars for a specific build_style helper)
	* setup		(before reading template)
	* setup-subpkg	(before running the subpkg <pkgname>_package() function)
	* fetch		(before running fetch phase)
	* extract	(before running extract phase)
	* configure	(before running configure phase)
	* build		(before running build phase)
	* check		(before running check phase)
	* install	(before running install phase)
	* pkg		(before running pkg phase)

NOTES
~~~~~
* Symlinks can be created (relative) to make a shell snippet available in
  multiple phases.