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Lists of Inline and Block elements can now be filtered via `Inlines` and
`Blocks` functions, respectively. This is helpful if a filter conversion
depends on the order of elements rather than a single element.
For example, the following filter can be used to remove all spaces
before a citation:
function isSpaceBeforeCite (spc, cite)
return spc and spc.t == 'Space'
and cite and cite.t == 'Cite'
end
function Inlines (inlines)
for i = #inlines-1,1,-1 do
if isSpaceBeforeCite(inlines[i], inlines[i+1]) then
inlines:remove(i)
end
end
return inlines
end
Closes: #6038
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PR #5884.
+ Use pandoc-types 1.20 and texmath 0.12.
+ Text is now used instead of String, with a few exceptions.
+ In the MediaBag module, some of the types using Strings
were switched to use FilePath instead (not Text).
+ In the Parsing module, new parsers `manyChar`, `many1Char`,
`manyTillChar`, `many1TillChar`, `many1Till`, `manyUntil`,
`mantyUntilChar` have been added: these are like their
unsuffixed counterparts but pack some or all of their output.
+ `glob` in Text.Pandoc.Class still takes String since it seems
to be intended as an interface to Glob, which uses strings.
It seems to be used only once in the package, in the EPUB writer,
so that is not hard to change.
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The new version of doctemplates adds many features to pandoc's
templating system, while remaining backwards-compatible.
New features include partials and filters. Using template filters,
one can lay out data in enumerated lists and tables.
Templates are now layout-sensitive: so, for example, if a
text with soft line breaks is interpolated near the end of
a line, the text will break and wrap naturally. This makes
the templating system much more suitable for programatically
generating markdown or other plain-text files from metadata.
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This will allow structured values.
[API change]
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+ An error is now raised if you try to specify (enable or
disable) an extension that does not affect the given
format, e.g. `docx+pipe_tables`.
+ The `--list-extensions[=FORMAT]` option now lists only
extensions that affect the given FORMAT.
+ Text.Pandoc.Error: Add constructors `PandocUnknownReaderError`,
`PandocUnknownWriterError`, `PandocUnsupportedExtensionError`.
[API change]
+ Text.Pandoc.Extensions now exports `getAllExtensions`,
which returns the extensions that affect a given format
(whether enabled by default or not). [API change]
+ Text.Pandoc.Extensions: change type of `parseFormatSpec`
from `Either ParseError (String, Extensions -> Extensions)`
to `Either ParseError (String, [Extension], [Extension])`
[API change].
+ Text.Pandoc.Readers: change type of `getReader` so it returns
a value in the PandocMonad instance rather than an Either
[API change]. Exceptions for unknown formats and unsupported
extensions are now raised by this function and need not be handled by
the calling function.
+ Text.Pandoc.Writers: change type of `getWriter` so it returns
a value in the PandocMonad instance rather than an Either
[API change]. Exceptions for unknown formats and unsupported
extensions are now raised by this function and need not be handled by
the calling function.
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Text.Pandoc.Shared:
+ Remove `Element` type [API change]
+ Remove `makeHierarchicalize` [API change]
+ Add `makeSections` [API change]
+ Export `deLink` [API change]
Now that we have Divs, we can use them to represent the structure
of sections, and we don't need a special Element type.
`makeSections` reorganizes a block list, adding Divs with
class `section` around sections, and adding numbering
if needed.
This change also fixes some longstanding issues recognizing
section structure when the document contains Divs.
Closes #3057, see also #997.
All writers have been changed to use `makeSections`.
Note that in the process we have reverted the change
c1d058aeb1c6a331a2cc22786ffaab17f7118ccd
made in response to #5168, which I'm not completely
sure was a good idea.
Lua modules have also been adjusted accordingly.
Existing lua filters that use `hierarchicalize` will
need to be rewritten to use `make_sections`.
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Traversal methods are updated to use the new Walk module such that
sequences with nested Inline (or Block) elements are traversed in the
order in which they appear in the linearized document.
Fixes: #5667
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Lua filters must be able to traverse sequences of AST elements and to
replace elements by splicing sequences back in their place. Special
`Walkable` instances can be used for this; those are provided in a new
module `Text.Pandoc.Lua.Walk`.
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Fixed function names of pandoc.system.get_working_directory() and
pandoc.system.with_temporary_directory() which are written in the
manual of lua filter.
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Closes: #5568
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Function `pandoc.mediabag.delete` allows to remove a single item of the given
name from the media bag.
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Function `pandoc.mediabag.empty` was added. It allows to clean-out the media
bag, removing all entries.
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A new function `pandoc.mediabag.items` was added to Lua module
pandoc.mediabag. This allows users to lazily iterate over all media bag
items, loading items into Lua one-by-one. Example:
for filename, mime_type, content in pandoc.mediabag.items() do
-- use media bag item.
end
This is a convenient alternative to using `mediabag.list` in combination
with `mediabag.lookup`.
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Version specifiers like `PANDOC_VERSION` and `PANDOC_API_VERSION` are
turned into `Version` objects. The objects simplify version-appropriate
comparisons while maintaining backward-compatibility.
A function `pandoc.types.Version` is added as part of the newly
introduced module `pandoc.types`, allowing users to create version
objects in scripts.
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The `system` Lua module provides utility functions to interact with the
operating- and file system. E.g.
print(pandoc.system.get_current_directory())
or
pandoc.system.with_temporary_directory('tikz', function (dir)
-- write and compile a TikZ file with pdflatex
end)
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The haddock module header contains essentially the
same information, so the boilerplate is redundant and
just one more thing to get out of sync.
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This allows more control over the common state from within Lua scripts.
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The file `init.lua` in pandoc's data directory is run as part of
pandoc's Lua initialization process. Previously, the `pandoc` module was
loaded in `init.lua`, and the structure for marshaling was set-up after.
This allowed simple patching of element marshaling, but made using
`init.lua` more difficult:
- it encouraged mixing essential initialization with user-defined
customization;
- upstream changes to init.lua had to be merged manually;
- accidentally breaking marshaling by removing required modules was
possible;
Instead, all required modules are now loaded before calling `init.lua`.
The file can be used entirely for user customization. Patching
marshaling functions, while discouraged, is still possible via the
`debug` module.
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Quite a few modules were missing copyright notices.
This commit adds copyright notices everywhere via haddock module
headers. The old license boilerplate comment is redundant with this and has
been removed.
Update copyright years to 2019.
Closes #4592.
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Equality of Lua objects representing pandoc AST elements is tested by
unmarshalling the objects and comparing the result in Haskell. A new
function `equals` which performs this test has been added to the
`pandoc.utils` module.
Closes: #5092
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Meta value strings (MetaString) and booleans (MetaBool) are now
converted to the literal string and the lowercase boolean name,
respectively. Previously, all values of these types were converted to
the empty string.
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Newly exported from Text.Pandoc.Lua:
- `runFilterFile` to run a Lua filter from file;
- data type `Global` and its constructors; and
- `setGlobals` to add globals to a Lua environment.
This module also contains `Pushable` and `Peekable` instances required
to get pandoc's data types to and from Lua. Low-level Lua operation
remain hidden in Text.Pandoc.Lua.
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* Lua: allow access to pandoc state
Lua filters and custom writers now have read-only access to most fields
of pandoc's internal state via the global variable `PANDOC_STATE`.
* Lua: allow iterating through fields of PANDOC_STATE
* Lua filters doc: describe CommonState
* Lua filters doc: mention global variable PANDOC_STATE
* Lua: add access to logs
Log messages can currently only be printed, but not decomposed.
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Snake case is used in most variable names, using camelCase for these
fields was an oversight. A metatable is added to ensure that the old
field names remain functional.
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Hierarchical Elements were pushed to Lua as plain tables. This is
simple, but has the disadvantage that marshaling is eager: all child
elements will be marshaled as part of the object. Using a Lua userdata
object instead allows lazy access to fields, causing content marshaling
just (but also each time) when a field is accessed. Filters which do not
traverse the full element contents tree become faster as a result.
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This ensures that ListAttributes, as present in OrderedList elements,
have additional accessors (viz. *start*, *style*, and *delimiter*).
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A proper Lua traceback is added if either loading of a file or execution
of a filter function fails. This should be of help to authors of Lua
filters who need to debug their code.
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Exposes a function converting which flattenes a list of blocks into a
list of inlines. An example use case would be the conversion of Note
elements into other inlines.
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This seems to be necessary if we are to use our custom Prelude
with ghci.
Closes #4464.
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The name of the Lua script which is executed is made available in the
global Lua variable `PANDOC_SCRIPT_FILE`, both for Lua filters and
custom writers.
Closes: #4393
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Lua functions used to construct AST element values are stored in the Lua
registry for quicker access. Getting a value from the registry is much
faster than getting a global value (partly to idiosyncrasies of hslua);
this change results in a considerable performance boost.
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Change: minor
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