The Emacs default is to include tags in the headline when exporting.
Instead of just empty spans, which contain the tag name as attribute,
tags are rendered as small caps and wrapped in those spans.
Non-breaking spaces serve as separators for multiple tags.
Until now, org-ref cite keys included special characters also at the
end. This caused problems when citations occur right before colons or
at the end of a sentence.
With this change, all non alphanumeric characters at the end of a cite
key are ignored.
This also adds `,` to the list of special characters that are legal
in cite keys to better mirror the behaviour of org-export.
Emacs parses org documents into a tree structure, which is then
post-processed during exporting. The reader is changed to do the same,
turning the document into a single tree of headlines starting at
level 0.
Fixes: #3695
Parsing of smart quotes and special characters can either be enabled via
the `smart` language extension or the `'` and `-` export options. Smart
parsing is active if either the extension or export option is enabled.
Only smart parsing of special characters (like ellipses and en and em
dashes) is enabled by default, while smart quotes are disabled.
This means that all smart parsing features will be enabled by adding the
`smart` language extension. Fine-grained control is possible by leaving
the language extension disabled. In that case, smart parsing is
controlled via the aforementioned export OPTIONS only.
Previously, all smart parsing was disabled unless the language extension
was enabled.
The implicitly defined global filter (i.e. all element filtering
functions defined in the global lua environment) is used if no filter is
returned from a lua script. This allows to just write top-level
functions in order to define a lua filter. E.g
function Emph(elem) return pandoc.Strong(elem.content) end
Source block parameter names are no longer prefixed with *rundoc*. This
was intended to simplify working with the rundoc project, a babel
runner. However, the rundoc project is unmaintained, and adding those
markers is not the reader's job anyway.
The original language that is specified for a source element is now
retained as the `data-org-language` attribute and only added if it
differs from the translated language.
The line-numbering switch that can be given to source blocks (`-n` with
an start number as an optional parameter) is parsed and translated to a
class/key-value combination used by highlighting and other readers and
writers.
Plain text readers are exposed to lua scripts via the `pandoc.reader`
submodule, which is further subdivided by format. Converting e.g. a
markdown string into a pandoc document is possible from within lua:
doc = pandoc.reader.markdown.read_doc("Hello, World!")
A `read_block` convenience function is provided for all formats,
although it will still parse the whole string but return only the first
block as the result.
Custom reader options are not supported yet, default options are used
for all parsing operations.
* New module: Text.Pandoc.Writers.Ms.
* New template: default.ms.
* The writer uses texmath's new eqn writer to convert math
to eqn format, so a ms file produced with this writer
should be processed with `groff -ms -e` if it contains
math.
* Add `--lua-filter` option. This works like `--filter` but takes pathnames of special lua filters and uses the lua interpreter baked into pandoc, so that no external interpreter is needed. Note that lua filters are all applied after regular filters, regardless of their position on the command line.
* Add Text.Pandoc.Lua, exporting `runLuaFilter`. Add `pandoc.lua` to data files.
* Add private module Text.Pandoc.Lua.PandocModule to supply the default lua module.
* Add Tests.Lua to tests.
* Add data/pandoc.lua, the lua module pandoc imports when processing its lua filters.
* Document in MANUAL.txt.
These were confusing.
Now we rely on the +raw_tex or +raw_html extension with latex
or html input.
Thus, instead of
--parse-raw -f latex
we use
-f latex+raw_tex
and instead of
--parse-raw -f html
we use
-f html+raw_html
