* Remove tasks that are not going to be completed by FOSDEM 2017 release
(hopefully) announcement.
* Update item task lists to reflects changes discussed at CERN meeting.
* Update item status to reflect the current state of the tasks.
* Add a few new changes that are slated for release.
* Revise the generic road map by deleting complete items and adding new items
discussed at CERN meeting.
* Remove unused definition from config.h.cmake.
It is especially true in some Window Managers like KDE, but can be true in any WM, when initializations are made by TransferDataToWindow() method, called by the default wxInitDialogEvent handler.
* The FindSWIG.cmake shipped with CMake 3.0 does not yet look for the
"cmake3.0" binary, this was added shortly after the 3.0 release.
* This file can be removed once the minimum CMake version is 3.1 or greater.
This revised nginx.conf holds the cache for one week, truly. For some reason there are
two tuning knobs required to make one adjustment (cache duration). Without this fix the
cache was only held for 10 minutes. The most important change is the "inactive=1w" which
as I implied, is the *second* reference to one week. Sorry for this oversight.
Nginx can be run on something as simple as a raspberry PI. I run it on a network file
server attached to my desktop via copper ethernet. By caching the footprint libraries
from github, I can load all github libraries in about 2.5 seconds, making github the
fastest plugin of any kind.
* Rename the "net", "lastNet" and "nextNet" variables to "item", "lastItem"
and "nextItem", respectively, because these refer to netlist items, not
nets.
* This adds a suffix "Idx" to the indexes into the list, and introduces local
copies of the pointers to the objects we are looking at, in order to have a
shorter way of addressing them.
* The ERC code depends on netlist items to be sorted by net code, so verify
that in debug builds. While this condition is stricter than necessary, it
should still hold with the current code, and provide a good canary if a
change to the sorting code might break ERC.
* CPolyLine::Chamfer (and CPolyLine::Fillet) : removes null segments before calculating modified outlines.
It fixes some incorrect outlines after chamfer or fillet due to null segments creating overflow during calculations.
* CPolyLine::Chamfer : code cleaning (avoid useless double to integer and integer to double conversions).
* coding standard fixes
* library part not library component (no such thing as a library component)
* string concatenation fix
* and an inline harmless debug/dump function
* Use platform cache path insted of the KiCad configuration path to write the
3D model cache.
* OSX: ${HOME}/Library/Caches/kicad/3d
* Linux: ${XDG_CACHE_HOME}/kicad/3d or ${HOME}/.cache/kicad/3d
* Windows: AppData\Local\kicad\3d
* Deleting the wxFileSystemWatcher when switching from a remote project to
a local project caused KiCad to segfault. Switching from a local project
to a remote project did not cause KiCad to crash. The fix was to clear all
of the file system watcher paths instead of deleting and creating a new file
system watcher object between project changes. The object still crashes on
exit when deleted in the main window dtor. Allocating the file system
watcher object on the stack instead of on the heap did not make any difference.
decimad
jean-pierre charras
Wayne Stambaugh
Maciej Suminski
Simon Richter
Dick Hollenbeck
https://launchpad.net/~dmitrodem-gmail
Simon Wells
Cirilo Bernhardo
Dan Cross