Phoenix doesn't have the same initialization as wxpython3 and so the
namespace doesn't get the wxApp() initialized to the existing instance.
In python, this is worked around by starting a new wxApp.
Unfortunately, this appears to overwrite the existing global instance
variable. The issue _appears_ to be in Phoenix but for now we work
around it by saving and resetting the instance pointer in the main app.
The downside is that Python likely won't be able to respond to events
from C++
Fixes: lp:1809913
* https://bugs.launchpad.net/kicad/+bug/1809913
When loading the load using the UI, netclasses and net info are
synchronized to the board object after parsing the file. This needs to
happen automatically when loading the board via the Python interface as
well.
Fixes: lp:1806506
* https://bugs.launchpad.net/kicad/+bug/1806506
The implementation relied on the fact that PyString_AsString is returning NULL
for invalid inputs (and causing an error condition), which is then fixed by the
call to FROM_UTF8. Now, we will simply return an empty string if Py_None is
returned by a python fuction, which resemebles the old behaviour of those methods
SEGZONE types were confusingly named PCB_ZONE_T. Zones in pcbnew are
now _only_ PCB_ZONE_AREA_T, so we name segzone types PCB_SEGZONE_T to be
clear.
This also removes processing of the SEGZONEs from connectivity
calculations.
For some obscure (for me) reason, the path separators in bundlepath are seen as escape seq, and the path can be incorrectly handled
(when \n or \r are found in this string).
it happens only for this path, not for other paths in LoadPlugins.
For bundlepath parameter, unix separator is now used.
Fixes: lp:1766879
https://bugs.launchpad.net/kicad/+bug/1766879
pcbnew_action_plug tracks items that were modified within a plugin. In the case of
deletion, the old object is no longer valid. This commit turns off the call to delete
if a plugin is active.
Refresh is used in the python domain to refresh the display with the current
design. If something has changed, board connectivity likely needs rebuilding.
If using GAL canvas, update its display db.
Added new file connectivity.i to expose CONNECTIVITY_DATA to
python. enables access to d_pads from nets.
Added typemap to board_connected_item.i. since board_connected_item
doesn't use virtual inheritance, when returning a std::list of these
items, the typemap populates the return list with the child
types. This enables python scripts to use the full interface of those
classes (pad, track, zone)
Added typeinfo.i to enable passing a list of KICAD_T values to methods
GetNetItems. This list acts as a query filter. typeinfo.i is included
from pcbnew.i right after kicad.i (instead of in board.i like the
others) typeinfo.h is already being included kicad.i so to ensure the
typemap(s) are properly applied I put them next to each other.
The two new files (typeinfo.i and connectivity.i) were added to
pcbnew's CMakeLists.txt as dependencies.
Seth Hillbrand
jean-pierre charras
Thomas Pointhuber
Jeff Young
qu1ck
Baranovskiy Konstantin
Miles McCoo
Damien Espitallier
Maciej Suminski
Henner Zeller
Tomasz Włostowski