Instead of recursive calls for each nested level of HTML, the next level is
pushed to a stack on the heap, and returned to the main loop. This prevents
stack overflow at _n_ depth (where _n_ is operating-system dependent). It's
probably still possible to use all of the heap memory, but Tidy's allocators
already fail gracefully in this circumstance.
Please report any regressions of your own HTML!
NOTE: the XML parser is not affected, and is probably still highly recursive.
- Added doxygen documentation to `tags.h`
- Consistency to `tags.c` header.
- Moved TY_(DeclareUserTag) to tags.c/.h for consistency with the other list
parsing declaratory functions.
- Merged user tags parsing into the general list, eliminating a lot of redundant
code.
Revert TidyTag_A to HTML5 mode, but allow the table to be modified if the
DOCTYPE given is found to NOT be HTML5, through a service TY_(AdjustTags).
Care is taken to clear any previous hash cached tags.
At present this only effects the anchor tag, but could be applied to
others that need to change their parsing due to an identified DOCTYPE.
This is a set of kludgy fixes for MathML attribute and entities support.
It is intended that a full HTML5 entity table be added at some time, but
at present ALL entities are accepted as written when within the math
element.
Likewise all attributes are accepted on MathML elements without any check
of their name or value, even if they match attributes outside MathML.
And in the pprinter such entities are written as is from the lexer, using
a new PPrintMathML service added, using the new mode OtherNameSpace.
It is hoped all these fixes will NOT effect tidy outside the math element.
ALL fixes in the set a clearly marked '#130 - MathML attr and entity fix!'
for easy searching, and improving if possible.
An immense thanks to Ger Hobbelt who had already done this
in his github.com/GerHobbelt/htmltidy fork.
The two sources have diverges so was not a simple cut
an paste. But again thanks Ger for this.
