When restored, an overlap was wrongly detected in offsets for
failure to take into account the width of the border line.
This was causing the horizontal scrollbar to show unnecessarily.
A crash of Tracker was triggered when accessing AddOn menu (by
shortcut or context-menu) for Pose on Desktop, because of it's
incapacity to read the mime type list (that wasn't built in
those cases).
* You can code review it
* You can help developping
Uses libvterm as the backend for parsing ANSI escape sequences. The lib was
changed slightly to build with GCC2. It could be used by Terminal as well as
it seems cleaner and more reliable than our current parser.
1. Build the list of mimetypes of files in selection only once and
reuse it for all further tests.
2. Fix a regression introduced in hrev44384 where the MimeType()
wouldn't get recognized when just changed by tracker (by that same
right click). It would be on subsequent clicks.
3. Rename the static map variable to better fit our coding style
and be more understandable.
When sorting files by Modified dates, right clicking on a file was leading
to a sorting issue where files were changing positions (without reason).
1. Any changes to stats (size, modification, creation, mode) was triggering
the sorting. Now only stats fields currently used as a Sort criteria will
trigger such event.
2. The Mimeset of file was set (in case of unknown file format) once per checked
add-on when building AddOn Menu. Now it's checked once per file in selection.
(so, once per file, rather then once per file, per add-on).
3. Now rely on registrar to force the mimeset (to trigger the sniffer in case
the attribute already exist) rather than trying to duplicate the feature in Tracker.
4. When Sorting, if there is a old position known, check if it's working by looking
if you should come after the previous item, and before the following item. Previously,
the item would be pushed at the top if the group of item all fitting the criteria
(same file size, same file kind, etc.. depending on the sorting criteria).
Fixes#8478.
- When the message filter would receive and process a mouse moved message,
if the message resulted in causing the deskbar to relocate or reorient
itself, it was possible for the expando view to become detached from
the looper. Consequently, if the intercepted mouse moved happened to have
come from the latter, when returning out of the filter the view would no
longer have a target looper, triggering a debugger condition in BLooper.
In order to prevent this situation, we now dispatch a message asking for
the layout change to occur asynchronously.
* Option devices are generally WWAN serial
devices for 3G or lower.
* Picks up my CMOTECH Sprint 3G adaptor, need
to wire up endpoints so disabled for now.
Fixing #1592.
A feedback FSNotification()->EntryMoved->PendingNodeMonitorCache->FSNotification
was seemingly introducing some race condition, as it was working 1 time
on several tries.
Using "kernel.h" was pulling in the private kernel.h header instead,
which was causing a build failure on my branch since arch_cpu.h is
C++-only there.
* Update FTDI, KLSI, Prolific, and Silicon drivers to share a
common structural layout for device identification.
* More flexible and cleaner than massive switch case statements.
* Avoids the problem of different chipsets from identical vendors.
- Store whether or not the use of the horizontal scrollbar is desired
on the class itself. If the CLV was set to use the horizontal scrollbar,
and then asked to lay itself out while hidden, it would incorrectly assume
the horizontal scrollbar wasn't in use, and consequently repositioned its
views such that the horizontal scrollbar and outline view overlapped.
There's an input loop thread which reads and parses command lines and
the infrastructure for registering and executing commands. Currently
only "help" and "quit" commands are implemented.
- The cdrecord port was using the wrong path for searching for SCSI
devices. This led to it failing to find SATA CD drives. Updated
package by Chris Roberts.
- When a job needs to go dependent on another job, we no longer use recursion
to manage the execution stack. Instead the job is simply marked as waiting
and we execute other jobs with no dependencies in the meantime. When a job
completes, all dependents are moved back onto the unscheduled list and
executed as needed.
- Adjustments to ResolveValueNodeJob to handle the now asynchronous nature
of waiting.
