=====================
deskbar-applet 2.24.2
=====================
Changes:
- Fixed#557570, Crash when proxy port changed (Sebastian Pölsterl)
- Fixed#558700, the yahoo url listed are duplicated (Sebastian Pölsterl)
- Fixed#559169, gnome power manager has new dbus path, this breaks some code in gdmaction module (patch by Christian Assing)
- Work around bug #552204 and ignore rows where match is None
Translations:
- Updated ast: Gil Forcada, Astur
- Updated de: Christian Kirbach
- Updated ja: Takeshi AIHANA
- Updated uk: Maxim Dziumanenko
* Fix a bug in the page cache that can lead database corruption following
a rollback. This bug was first introduced in version 3.6.4.
* Two other very minor bug fixes
Add new maintainer. Thank you J.A.
The following is from PR #40006:
I would like to maintain this package if that is acceptable.
Thus, I added myself as MAINTAINER.
Changed files: DESCR, Makefile, PLIST, distinfo
Changes between osh-20080629 and osh-20081122 which affect the osh
package on the various pkgsrc platforms are described below.
------------------------------------------------------------------------
[osh-20081122]:
mkconfig:
* Added a case for DragonFly BSD (uname -s == DragonFly).
osh.c:
* Fixed a bug introduced in osh-20061230 where the shell
incorrectly handles an unescaped terminating backslash (\)
character at the end of string when the shell is invoked as
`osh -c string'. In this case, the terminating backslash
causes the shell to incorrectly read from the standard input
at the end of string.
For example:
% osh -c 'echo Hello\'
to\
you!
Hello to you!
This example should instead do nothing and exit w/ a zero
status. For `osh -c string', an unescaped terminating
backslash should effectively turn string into a no-op.
Now, it behaves as expected.
------------------------------------------------------------------------
[osh-20081026]:
Makefile:
* Changed the "oshall" target to only build osh since the fd2,
goto, and if utilities are now built into the shell.
* Changed the "install-oshall" target to only install osh and
its manual pages. This includes the fd2.1, goto.1, and if.1
manual pages since they are not fully documented elsewhere.
osh.c:
* Renamed cmd_index() to cmd_lookup(), and changed the algorithm
from a linear search to a binary search.
* Added a base reallocation multiplier to glob() to reduce the
number of realloc()s required for very large argument vectors
while allowing the first malloc() to be a relatively small
allocation for up to 126 matching file-name arguments.
util.c:
* This is a new file for the integrated shell utilities.
* Added a new `-e' command-line option to fd2 to simplify
redirecting all conventional output to the standard error
as diagnostic output.
* Integrated the external `fd2', `goto', and `if' shell
utilities as special built-in commands to improve shell
performance. Also, added `echo' as a special built-in
command. Osh executes each of these built-ins in a subshell.
Consequently, the I/O for each can be redirected as before,
and the argument list for each can be the result of a call to
glob() as before.
The grand plan with gnome-mount is to get the appropriate GNOME
software (such as gnome-volume-manager and gnome-vfs) to use this
instead of invoking mount(1)/umount(1)/eject(1) / invoking methods on
HAL directly.
Included in gnome-mount is also gnome-umount and gnome-eject. All
programs utilize the methods on HAL and as such run unprivileged. The
rationale for gnome-mount is to have a centralized place (in gconf)
where settings (e.g. mount options, mount location) are
maintained.
gnome-volume-manager is a desktop-level daemon that enforces volume-related
policy in response to events received from HAL. Its goal is to implement all
functionality as a state-machine in response to asynchronous events from HAL.
more to come soon.
What is the point of HAL?
To merge information from various sources such that desktop applications can
locate and use hardware devices. The point is that the exact set of
information to merge varies by device and bus type. In order to do this, we
need to define a format for the information, hence the HAL specification.
We may read some stuff from the hardware itself, then add some info provided
by the kernel, then add some metadata from some systemwide files, then add
some data that has been obtained by the desktop and stored per-user, then
look at some blacklist, and finally we have a complete picture of everything
known about that particular device.
An extra value is that we can do this in an operating system independent way.
Stuff like this is important to the major desktop environments.
Libvolume_id is an API for obtaining many file system related attributes
(such as type, label, uuid, etc.) given an open file handle to a block
special device.
This package contains a public list of all known IDs used in USB devices;
that is ID's of vendors, devices, subsystems and device classes. These ID
lists (usually in form of a usb.ids file) are used in various programs
to display full device names instead of the numeric IDs.
