- xbps_binpkg_pkgver() returns a heap allocated string with the pkgver component.
- xbps_binpkg_arch() returns a heap allocated string with the architecture component.
A basename, full path or relative path is supported, i.e:
/path/to/foo-1.0_1.x86_64.xbps
../../foo/blah-0.1_1.x86_64.xbps
baz-0.1_1.x86_64.xbps
- xbps_repo_open() accepts a third argument (bool) to acquire a POSIX file
lock on the repository archive.
- xbps_repo_close() accepts a second argument (bool) to release a POSIX file
lock on the repository archive.
This avoids the issue of multiple xbps-rindex(8) processes being blocked
even for different repositories on the same architecture, resulting in
unnecessary contention.
The reason is that even if the pkg was not configured, it should still be accepted
as installed. If installing packages via XBPS_TARGET_ARCH, pkgs are never configured,
so this must be taken into account.
Will be cherry-picked to 0.37 meanwhile.
If a package that is going to be installed or updated contains invalid
dependencies return ENXIO and XBPS_STATE_INVALID_DEP xbps state to clients.
This improves the error messages returned to the clients when such
condition happens.
The system virtualpkg directory set to <rootdir>/usr/share/xbps/virtualpkg.d contains
virtualpkg configuration files (.conf/.vpkg) that can be overrided by the admin
in <rootdir>/etc/xbps/virtualpkg.d bearing the same file name.
This obsoletes the "virtualpkgdir" keyword support from the xbps configuration file.
The system repository directory set to <prefix>/share/xbps/repo.d contains
system repository configuration files (.conf) that can be overrided by the admin
in <sysconfdir>/xbps/repo.d bearing the same file name.
- Rather than using a POSIX named semaphore use a POSIX lock (lockf(3))
for pkgdb for writers. Writers that cannot acquire the pkgdb lock will
get EAGAIN rather then being blocked.
- Due to using a file lock we cannot write the pkgdb every time a package
is being unpacked, configured or removed. Instead pkgdb is only written
at the end of a specific point in the transaction (unpack, configure, remove)
or via xbps_pkgdb_unlock().
This function is similiar to xbps_fetch_file(). In contrast to xbps_fetch_file()
xbps_fetch_file_dest has an extra paramenter which allow to define an output file
for the request.
The variables to set cachedir, rootdir and metadir have been
changed to "array of chars", this way there are no extra allocations.
Update clients accordingly and bump API version.
The previous internal "struct rpool" was an extra structure that
can be avoided by just using "struct xbps_repo" directly.
This makes rpool use (at least) 4KB less per repository and 1
extra allocation.
- Repository keys are now stored in a new directory on metadir (/var/db/xbps):
<metadir>/key>
- Repository keys are stored with the hex fingerprint of its RSA
public key in a plist dictionary:
<metadir>/keys/xx:xx:xx:xx:xx:xx:xx:xx:xx:xx:xx:xx:xx:xx:xx.plist
- Drop xbps-rkeys(8) and merge its functionality into xbps-install(8) and
xbps-query(8).
- xbps-query(8) -vL now shows some more details of remote repositories:
3134 http://localhost:8000 (RSA signed, verified)
Signed-by: Void Linux
4096 60:ae:0c:d6:f0:95:17:80:bc:93:46:7a:89:af:a3:2d
16 http://localhost:8000/nonfree (RSA signed, verified)
Signed-by: Void Linux
4096 60:ae:0c:d6:f0:95:17:80:bc:93:46:7a:89:af:a3:2d
Bump XBPS_API_VERSION.
- Remove xbps_repo_get_plist() and try to internalize all members at
xbps_repo_open() time.
- Added xbps_repo_open_idxfiles() to also internalize the index-files
plist from repository, which is really huge and must only be internalized
when needed.
- Improve how signed and verified repositories are detected.
- Misc optimizations and small performance improvements.
Bump XBPS_API_VERSION.
In some tasks the single threaded implementation outperms the multithreaded
one. Use it where it really makes a difference. The _multi() routines do not
spawn any thread if _SC_NPROCESSORS_ONLN == 1.
Bump XBPS_API_VERSION.
This routine will spawn a thread per core to process N items stored
in the specified array, the last thread gets the remainder of items left.
Results have shown that xbps benefits if there is a considerable amount
of items and number of threads being spawned.
Use it in xbps_pkgdb_foreach_cb(), xbps-pkgdb(8), xbps-query(8)
and xbps-rindex(8).
On UP systems there's no overhead because pthread(3) is not used at all.
WIP! investigate if it can be used in libxbps (xbps_rpool_foreach()),
and finish conversion of xbps-rindex(8) -c.
