This was missing for macros defined in lib/symbols. This only affects the
equation splitting since global macros are always linearized. This fixes#10107.
Testcase: Define a math macro \AA, overriding the definition of \AA from
lib/symbols, then insert it in math mode.
* Before this commit: \text{\AA}, and \lyxmathsym{\AA} after deleting \text, but
displayed like \AA.
* After this commit: \text{\AA} is inserted, but one gets \AA after deleting
\text. The output is now consistent with the display and the meaning.
* Expected: only \AA is inserted. This is unfortuately not what one gets; for
this to work, the scope of the macros would need to be resolved upon creating
the inset.
About removing the changeEnsureMath in MathMacro::{metrics,draw} : as it is only
called in edition mode, it only happened for user macros for which no ensureMath
is needed anyway. ChangeEnsureMath should indeed be applied for global macros,
but since they are linearized there is no obvious place to call it.
Next to the cmd name, introduce optional latex names (that might differ
from the cmd name) and aliases (that are "obsoleted by" the cmd).
This enhances portability between the engines.
For biblatex, we need the file name as it was entered in the inset
(abs path, rel path, only file name) in order to resolve it properly
for the export (as in the BibTeX inset intself).
Therefore, we now store a pair<docstring, FileName>.
A FileNamePairList has been added to FileNameList for this purpose.
https://www.mail-archive.com/lyx-devel@lists.lyx.org/msg198191.html
The root of the issue is in Buffer::reload() called during "Save As". After
loadLyXFile() there, all the insets have been deleted, and therefore the Inset
pointer GuiView::documentBufferView()->cursor().inset() is dangling. Immediately
after loadLyXFile(), reload() calls updateBuffer() which causes a segfault.
While debugging I got other segfaults caused by the same dangling Inset pointer
in Cursor, notably: 1) a trace identical to the second one from
<http://www.lyx.org/trac/ticket/10520>, and 2) a similar segfault in the
critical path after emergency saving (call to inMathed()).
Having to "refresh" by hand the inset pointer cache in CursorSlice is very
unsatisfactory, but there does not appears to be a consistent strategy for
managing these Inset pointers in CursorSlice.
