Steps to reproduce were:
* Open Blender (no need for factory settings, "Promt Quit" needs to be enabled)
* Edit the file (e.g. translate some object)
* Quit Blender but don't skip quit promt
* Press "Save & Quit"
* Save the file
Not sure if Windows supports the "Save & Quit" behavior, so this may not have
applied to Windows.
You only had to close Blender through File -> Quit.
Leaks happened because WM_exit() was called from within operator, UI wasn't able
to free some of it's heap data then. This data was the handler added in
uiTemplateRunningJobs() and the IDProperty group added in uiItemFullO_ptr_ex().
There was obviously a general design issue which only became visible in this
specific case.
We now delay the WM_exit call by wrapping it into a handler that gets registered
as usual. I didn't see a better way to do this, all tricks done in
ui_apply_but_funcs_after() to prevent leaks didn't work here. In fact they may
be redundant now, but am not brave enough to try ;)
Seems we can not use include directories order trick, since
files are included form inside ".." string, which forces current
directory to be checked first.
MSVC still defines __cplusplus as 199711L until it's in full conformance with the newer c++ standards, however the things we need from the standard are fully supported, hence a check for the msvc version was needed.
Without this a "Clearcoat" link could be moved to "Clearcoat Normal"
for example, which doesn't make much sense.
Differential Revision: https://developer.blender.org/D3105
Increasing the samplig dimensions like this is not optimal, I'm looking
into some deeper changes to reuse the random number and change the RR
probabilities, but this should fix the bug for now.
PointCache was having a collection of items of PointCache type, having a
collection of items of PointCache type, having...
Nuff said.
For now, chose the 'ugly' way to fix it, that is, the one that changes
nothing to API and scripts using it: we define another 'PointCacheItem'
RNA type for items of our point cache collection, which has exact same
interface as PointCache except for the collection.
This is doomed to be rewritten at some point anyway, not worth spending
time trying to define a really correct data layout for now.
* In the Collada Module parameters are typically ordered
in a similar way. I changed this to:
extern std::string get_joint_id(Object *ob, Bone *bone);
* The Object parameter was not used in get_joint_sid().
I changed this to:
extern std::string get_joint_sid(Bone *bone);
