Age | Commit message (Collapse) | Author | Files | Lines |
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recursive bump for the dependency change
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pkglint -Wall -F --only aligned -r
No manual corrections.
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Unsorted entries in PLIST files have generated a pkglint warning for at
least 12 years. Somewhat more recently, pkglint has learned to sort
PLIST files automatically. Since pkglint 5.4.23, the sorting is only
done in obvious, simple cases. These have been applied by running:
pkglint -Cnone,PLIST -Wnone,plist-sort -r -F
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require much less memory.
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Problems found with mismatching existing digests for:
distfiles/asclock-classic-1.0.tar.gz
distfiles/asclock-gtk-2.1.10beta.tar.gz
distfiles/asclock-xlib-2.0.11.tar.gz
distfiles/emiclock-2.0.2.tar.gz
Otherwise, existing SHA1 digests verified and found to be the same on
the machine holding the existing distfiles (morden). All existing
SHA1 digests retained for now as an audit trail.
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memory and CPU time for certain input. Provide a variable
(CLANG_NO_VALUE_PROPAGATION_PASS) for selectively disabling it in those
places known to trigger it.
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Version 5.24.0
- Version 5.24.0
- Updated to Qt 5.4.0.
- Significant speed improvements when using many students sets (suggested by Volker Dirr).
- Speed improvements in the statistics menu.
- Other speed improvements for larger data.
- Added an option to hide students subgroups in combo boxes/activity planning (useful if you have too many students subgroups
and you don't use them in the interface).
- Added options to select the categories of timetables to write on the hard disk.
- Automatic division of years by categories is improved (suggested by alxgudea, Bobby Wise and Volker Dirr).
- Code improvement in reading the .fet XML files: converted from the obsolete Qt classes QDom* to QXmlStreamReader. It brings
speed and memory improvements when reading the input files, and ensures FET source compatibility with future Qt versions.
Also error reporting when reading a corrupt file is improved. The structure of the .fet XML files is slightly changed,
but of course older files are opened correctly.
- Several bug fixes, when trying to open corrupt files.
- Other bug fixes, reported by Vanyo Georgiev.
- It is now allowed to have constraints preferred/home rooms with a single room (suggested by liquid and Volker Dirr).
- Added a new example file from Vietnam, by nguyenhuuduyet.
- Added a new example file from Namibia, by Bobby Wise.
- Added two anonymous example files.
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Versions 5.25.0 - 5.25.x
- Version 5.25.0
- Improved the split year dialog: groups and subgroups which will exist in this year after the division will retain their activities and constraints.
- Sort (temporarily) the constraints by description in the all time/space constraints dialogs. Also, removed the 'Sort by comments' button,
which is probably useless.
- Fixed a bug introduced in version 5.24.0: when having individually modified activities, removing teachers, subjects, activity tags,
or students sets could remove only some components of the large split activity.
- Some minor strings improvements.
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- Version 5.23.3
- Updated to Qt 5.3.2.
- Added a fet.desktop file (by Alexey Loginov).
- Fixed some comments concerning the GNU GPL license (reported by Alexey Loginov).
- Added a "make install" option (suggested by Alexey Loginov
and other users, done by Zsolt Udvari and Liviu Lalescu).
- Added an icon (suggested by Alexey Loginov and other users).
- Added an option at compilation time so that FET
automatically detects the system locale (suggested by Alexey
Loginov and other users).
- Version 5.23.4
- Added a partial Chinese Simplified (zh_CN) translation, by orange.
- Added two example files from Vietnam, by Nguyen Huu Tuyen.
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- Version 5.23.2
- Fixed a building problem under C++11 (reported by pkgsrc
packager Thomas Klausner, solved by Jörg Sonnenberger).
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FET is open source free software for automatically scheduling the
timetable of a school, high-school or university. It uses a fast
and efficient timetabling algorithm. It is licensed under GNU GPL.
Usually, FET is able to solve a complicated timetable in maximum
5-20 minutes. For simpler timetables, it may take a shorter time,
under 5 minutes (in some cases, a matter of seconds). For extremely
difficult timetables, it may take a longer time, a matter of hours.
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