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See https://github.com/haskell-foundation/foundation/issues/238
for the bug on Windows with 0.0.6.
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For example:
```latex
\SI[round-precision=2]{1}{m} is equal to \SI{1000}{mm}.
\SI[round-precision=2]{1}[\$]{} is equal to \SI{0.938094}{\euro}
```
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The return-type parameter for lua filter functions is removed. It only
complicated the code without introducing any additional type safety.
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Closes: #3577
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Closes: #3576
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We want to provide an interface familiar to users of other filtering
libraries.
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Closes #3548.
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This avoids parsing bare URIs that start with a scheme
+ colon + `*`, `_`, or `]`.
Closes #3570.
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Use this instead of PandocAppError when appropriate.
Removed exit code from PandocAppError, use 1 for all.
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No longer necessary with pandoc 2.0 framework.
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- PandocSyntaxMapError String
- PandocFailOnWarningError
- PandocPDFProgramNotFoundError String
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Element attributes are pushed to the stack via the `Attributes`
function. `Attributes` creates an Attr like triple, but the triple also
allows table-like access to key-value pairs.
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Ensure that documentation generated with `ldoc` is readable and correct.
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Provide functions `pandoc.SingleQuoted`, `pandoc.DoubleQuoted`,
`pandoc.DisplayMath`, and `pandoc.InlineMath` to allow simple building
of Math and Quoted elements.
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Allow to use functions named `SingleQuoted`, `DoubleQuoted`,
`DisplayMath`, and `InlineMath` in filters.
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Lua string are used to represent nullary data constructors. The previous
table-based representation was based on the JSON serialization, but can
be simplified. This also matches the way those arguments are passed to
custom writers.
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The lua filters and custom lua writer system defined very similar
StackValue instances for strings and tuples. These instance definitions
are extracted to a separate module to enable sharing.
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Native lua booleans and strings are used to represent MetaBool and
MetaString values. This is more natural than the previous table-based
representation. The old lua representation can still be read back to
haskell, ensuring compatibility with the `pandoc.MetaBool` and
`pandoc.MetaString` lua constructors.
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Destructuring lua filter functions
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Filtering functions take element components as arguments instead of the
whole block elements. This resembles the way elements are handled in
custom writers.
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Pushing values to the lua stack via custom functions is faster and more
flexible.
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All element creation tasks are handled by lua functions defined in the
pandoc module.
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All element creation tasks are handled in the lua module.
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Instead of taking only a single argument containing the pre-packed
element contents, `Inline` constructors now take the same arguments as
the respective filter and `Custom` writer function
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Instead of taking the whole inline element, forcing users to destructure it
themselves, the components of the elements are passed to the filtering
functions.
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Previously pandoc emitted incorrect markup for bold + italic, for example,
or bold + code.
Closes #3568.
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Inline elements are no longer pushed and pulled via aeson's Value.
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The docx writer takes components from the distribution's
version of reference.docx when it can't find them in a
user's custom reference.docx. (This sometimes happens
because Word will sometimes omit components needed for larger
documents when saving a simple one.)
Previously, we allowed a reference.docx in the data directory
(e.g. `~/.pandoc`) to be used as the distribution's reference.docx.
This led to a bizarre situation where pandoc would produce a
good docx using `--template ~/.pandoc/ref.docx`, but if `ref.docx`
were moved to `~/.pandoc/reference.docx`, it would then produce
a corrupted docx.
Closes #3322 (I think).
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foundation-0.0.4 from lts-8.8 does not build on FreeBSD
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This gives us a newer verison of executable-path, which we need
for FreeBSD.
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Pandoc elements are pushed and pulled from the lua stack via custom
instances.
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Reading of simple block values from the lua stack is handled manually,
but most block constructors are still handled via instances of aeson's
Value type.
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