master..7aade73 · typeable/pandoc

.circleci/config.yml+1−1

since splitsnapshots

unifiedsplit

@@ -2,7 +2,7 @@ version: "2.1"

2jobs:

3 build:

4 macos:

5− xcode: 11.1.0

5+ xcode: 9.4.1

6 environment:

7 HOMEBREW_NO_AUTO_UPDATE: 1

8 steps:

.github/ISSUE_TEMPLATEnew file+11

@@ -0,0 +1,11 @@

1+Asking a question?

2+Please use the pandoc-discuss mailing list instead:

3+https://groups.google.com/forum/#!forum/pandoc-discuss

4+This tracker is for bug reports and enhancement requests.

5+

6+Reporting a bug?

7+Please include your pandoc version and an example that allows us

8+to reproduce the problem (complete input, exact command line

9+used, expected and actual output). The smaller the example, the

10+better.

11+

.github/ISSUE_TEMPLATE/bug_report.mddeleted−25

@@ -1,25 +0,0 @@

1−---

2−name: Bug report

3−about: Create a report to help us improve

4−title: ''

5−labels: 'bug'

6−assignees: ''

7−

8−---

9−

10−<!--

11−Thank you for reporting an issue! Before you continue, please make sure that you have

12−

13−- searched the issue tracker for similar issues (including closed issues): https://github.com/jgm/pandoc/issues

14−- searched the pandoc-discuss mailing list for solutions: https://groups.google.com/forum/#!forum/pandoc-discuss

15−- reproduced your issue on the latest release of pandoc, or on https://pandoc.org/try

16−

17−Note that this bug tracker is for reporting bugs, not asking questions. For questions, use the pandoc-discuss mailing list.

18−-->

19−

20−**Explain the problem.**

21−Include the exact command line you used and all inputs necessary to reproduce the issue. Please create as minimal an example as possible, to help the maintainers isolate the problem. Explain the output you received and how it differs from what you expected.

22−

23−**Pandoc version?**

24−What version of pandoc are you using, on what OS?

25−

.github/ISSUE_TEMPLATE/config.ymldeleted−9

@@ -1,9 +0,0 @@

1−blank_issues_enabled: false

2−contact_links:

3− - name: Ask a question

4− url: https://groups.google.com/forum/#!forum/pandoc-discuss

5− about: "Discussion forum for pandoc (may be used as an email list)"

6− - name: Contributing Guidelines

7− url: https://pandoc.org/CONTRIBUTING.html

8− about: "Guidelines for submitting bug reports and code improvements"

9−

.github/ISSUE_TEMPLATE/feature_request.mddeleted−21

@@ -1,21 +0,0 @@

1−---

2−name: Feature request

3−about: Suggest an idea for this project

4−title: ''

5−labels: 'enhancement'

6−assignees: ''

7−

8−---

9−

10−<!--

11−Thank you for suggesting a feature! Before you continue, please make sure that you have

12−

13−- read the contributing guidelines: https://pandoc.org/CONTRIBUTING.html

14−- searched the issue tracker for similar issues (including closed issues): https://github.com/jgm/pandoc/issues

15−- searched the pandoc-discuss mailing list for relevant discussions: https://groups.google.com/forum/#!forum/pandoc-discuss

16−-->

17−

18−**Describe your proposed improvement and the problem it solves.**

19−

20−**Describe alternatives you've considered.**

21−

CONTRIBUTING.md+5−6

@@ -406,11 +406,11 @@ The library is structured as follows:

406 tree automatically.

407 - `Text.Pandoc.Readers.*` are the readers, and `Text.Pandoc.Writers.*`

408 are the writers.

409− - `Text.Pandoc.Citeproc.*` contain the code for citation handling,

409+ - `Text.Pandoc.Biblio` is a utility module for formatting citations

410− including an interface to the [citeproc] library.

410+ using citeproc-hs.

411 - `Text.Pandoc.Data` is used to embed data files when the `embed_data_files`

412− cabal flag is used.

412+ cabal flag is used. It is generated from `src/Text/Pandoc/Data.hsb` using

413− - `Text.Pandoc.Emoji` is a thin wrapper around [emojis].

413+ the preprocessor [hsb2hs].

414 - `Text.Pandoc.Highlighting` contains the interface to the

415 skylighting library, which is used for code syntax highlighting.

416 - `Text.Pandoc.ImageSize` is a utility module containing functions for

@@ -421,6 +421,7 @@ The library is structured as follows:

421 - `Text.Pandoc.PDF` contains functions for producing a PDF from a

422 LaTeX source.

423 - `Text.Pandoc.Parsing` contains parsing functions used in multiple readers.

424+ - `Text.Pandoc.Pretty` is a pretty-printing library specialized to

424 the needs of pandoc.

425 the needs of pandoc.

425 - `Text.Pandoc.SelfContained` contains functions for making an HTML

426 - `Text.Pandoc.SelfContained` contains functions for making an HTML

426 file "self-contained," by importing remotely linked images, CSS,

427 file "self-contained," by importing remotely linked images, CSS,

@@ -455,8 +456,6 @@ you may want to consider submitting a pull request to the

455[EditorConfig]: https://editorconfig.org/

456[EditorConfig]: https://editorconfig.org/

456[Haskell platform]: https://www.haskell.org/platform/

457[Haskell platform]: https://www.haskell.org/platform/

457[hlint]: https://hackage.haskell.org/package/hlint

458[hlint]: https://hackage.haskell.org/package/hlint

458−[citeproc]: https://hackage.haskell.org/package/citeproc

459−[emojis]: https://hackage.haskell.org/package/emojis

460[hsb2hs]: https://hackage.haskell.org/package/hsb2hs

459[hsb2hs]: https://hackage.haskell.org/package/hsb2hs

461[pre-commit hook]: https://git-scm.com/book/en/v2/Customizing-Git-Git-Hooks

460[pre-commit hook]: https://git-scm.com/book/en/v2/Customizing-Git-Git-Hooks

462[GitHub labels]: https://github.com/jgm/pandoc/labels

461[GitHub labels]: https://github.com/jgm/pandoc/labels

MANUAL.txt+15−21

@@ -1,7 +1,7 @@

1---

2title: Pandoc User's Guide

3author: John MacFarlane

4−date: June 20, 2021

4+date: May 28, 2021

5---

6

7# Synopsis

@@ -675,12 +675,12 @@ header when requesting a document from a URL:

675: Extract images and other media contained in or linked from

676 the source document to the path *DIR*, creating it if

677 necessary, and adjust the images references in the document

678− so they point to the extracted files. Media are downloaded,

678+ so they point to the extracted files. If the source format is

679− read from the file system, or extracted from a binary

679+ a binary container (docx, epub, or odt), the media is

680− container (e.g. docx), as needed. The original file paths

680+ extracted from the container and the original

681− are used if they are relative paths not containing `..`.

681+ filenames are used. Otherwise the media is read from the

682− Otherwise filenames are constructed from the SHA1 hash of

682+ file system or downloaded, and new filenames are constructed

683− the contents.

683+ based on SHA1 hashes of the contents.

684

685`--abbreviations=`*FILE*

686

@@ -1415,12 +1415,13 @@ results only for basic math, usually you will want to use

1415`--gladtex`

1416

1417: Enclose TeX math in `<eq>` tags in HTML output. The resulting HTML

1418− can then be processed by [GladTeX] to produce SVG images of the typeset

1418+ can then be processed by [GladTeX] to produce images of the typeset

1419− formulas and an HTML file with these images embedded.

1419+ formulas and an HTML file with links to these images.

1420+ So, the procedure is:

1420

1421

1421 pandoc -s --gladtex input.md -o myfile.htex

1422 pandoc -s --gladtex input.md -o myfile.htex

1422− gladtex -d image_dir myfile.htex

1423+ gladtex -d myfile-images myfile.htex

1423− # produces myfile.html and images in image_dir

1424+ # produces myfile.html and images in myfile-images

1424

1425

1425[MathML]: https://www.w3.org/Math/

1426[MathML]: https://www.w3.org/Math/

1426[MathJax]: https://www.mathjax.org

1427[MathJax]: https://www.mathjax.org

@@ -4198,12 +4199,6 @@ or block-level formatting:

4198 It consists of two paragraphs.

4199 It consists of two paragraphs.

4199 ...

4200 ...

4200

4201

4201−The literal block after the `|` must be indented relative to the

4202−line containing the `|`. If it is not, the YAML will be invalid

4203−and pandoc will not interpret it as metadata. For an overview

4204−of the complex rules governing YAML, see the [Wikipedia entry on

4205−YAML syntax].

4206−

4207Template variables will be set automatically from the metadata. Thus, for

4202Template variables will be set automatically from the metadata. Thus, for

4208example, in writing HTML, the variable `abstract` will be set to the HTML

4203example, in writing HTML, the variable `abstract` will be set to the HTML

4209equivalent of the Markdown in the `abstract` field:

4204equivalent of the Markdown in the `abstract` field:

@@ -4266,7 +4261,6 @@ following restrictions apply:

4266 if the link definition is somewhere else in the document.

4261 if the link definition is somewhere else in the document.

4267

4262

4268[YAML escape sequence]: https://yaml.org/spec/1.2/spec.html#id2776092

4263[YAML escape sequence]: https://yaml.org/spec/1.2/spec.html#id2776092

4269−[Wikipedia entry on YAML syntax]: https://en.m.wikipedia.org/wiki/YAML#Syntax

4270

4264

4271## Backslash escapes

4265## Backslash escapes

4272

4266

@@ -6504,9 +6498,9 @@ application, here are some things to keep in mind:

65044. The HTML generated by pandoc is not guaranteed to be safe.

64984. The HTML generated by pandoc is not guaranteed to be safe.

6505 If `raw_html` is enabled for the Markdown input, users can

6499 If `raw_html` is enabled for the Markdown input, users can

6506 inject arbitrary HTML. Even if `raw_html` is disabled,

6500 inject arbitrary HTML. Even if `raw_html` is disabled,

6507− users can include dangerous content in URLs and attributes.

6501+ users can include dangerous content in attributes for

6502+ headings, spans, and code blocks. To be safe, you should

6508− To be safe, you should run all the generated HTML through

6503+ run all the generated HTML through an HTML sanitizer.

6509− an HTML sanitizer.

6510

6504

6511# Authors

6505# Authors

6512

6506

SECURITY.mddeleted−12

@@ -1,12 +0,0 @@

1−# Security Policy

2−

3−## Supported Versions

4−

5−Only the most recent version of pandoc is supported with security updates.

6−

7−## Reporting a Vulnerability

8−

9−To report a vulnerability, email the maintainer, jgm@berkeley.edu.

10−But first please read the section of the manual entitled

11−[A note on security](https://pandoc.org/MANUAL.html#a-note-on-security),

12−which describes some security guarantees pandoc does NOT make.

cabal.project−9

@@ -2,12 +2,3 @@ packages: pandoc.cabal

2tests: True

3flags: +embed_data_files

4

5−source-repository-package

6− type: git

7− location: https://github.com/jgm/doctemplates

8− tag: 428c26d5303cf7a2b1051fe1ffd9aafe9ba71c81

9−

10−source-repository-package

11− type: git

12− location: https://github.com/jgm/citeproc

13− tag: 4ce0501cd6f9c86eee087afcf878c256e49b9615

changelog.md+2−174

@@ -1,173 +1,5 @@

1# Revision history for pandoc

2

3−## pandoc 2.14.0.3 (2021-06-22)

4−

5− * Text.Pandoc.MediaBag `insertMediaBag`: ensure we get a sane mediaPath

6− for URLs (#7391). In earlier 2.14.x versions, we'd get

7− incorrect paths for resources downloaded from URLs when the

8− media are extracted (including in PDF production).

9− * Text.Pandoc.Parsing: improve `emailAddress` (#7398).

10− Previously the parser would accept characters in domains

11− that are illegal in domains, and this sometimes caused it

12− to gobble bits of the following text.

13− * txt2tags reader: modify the email address parser so

14− it still includes form parameters, even after the change to

15− `emailAddress` in Text.Pandoc.Parsing.

16− * Text.Pandoc.Readers.Metadata: Fix regression with comment-only YAML

17− metadata blocks (#7400).

18− * reveal.js writer and template: better handling of options. Previously

19− it was impossible to specify false values for options that default to

20− true (e.g. `center`); setting the option to false just caused the portion

21− of the template setting the option to be omitted. Now we prepopulate

22− all the variables with their default values, including them all

23− unconditionally and allowing them to be overridden.

24− * Markdown writer: Fix regression in code blocks with attributes (#7397).

25− Code blocks with a single class but nonempty attributes

26− were having attributes drop as a result of #7242.

27− * LaTeX writer:

28− + Add strut at end of minipage if it contains line breaks.

29− Without them, the last line is not as tall as it should be in

30− some cases.

31− + Always use a minipage for cells with line breaks, when

32− width information is available (#7393). Otherwise the way we treat them

33− can lead to content that overflows a cell.

34− + Use `\strut` instead of `~` before `\\` in empty line.

35− * Use lts-18.0 stack resolver.

36− * Require skylighting 0.10.5.2 (adding support for Swift).

37− * Require commonmark 0.2.1.

38− * Rephrase section on unsafe HTML in manual.

39− * Create SECURITY.md

40−

41−## pandoc 2.14.0.2 (2021-06-13)

42−

43− * Fix MediaBag regressions (#7345). iIn the 2.14 release `--extract-media`

44− stopped working as before; there could be mismatches between the

45− paths in the rendered document and the extracted media.

46− This patch makes several changes that restore the earlier behavior

47− (while keeping the same API). The `mediaPath` in 2.14 was always

48− constructed from the SHA1 hash of the media contents. Now, we

49− preserve the original path unless it's an absolute path or contains

50− `..` segments (in that case we use a path based on the SHA1 hash of

51− the contents).

52−

53− In Text.Pandoc.MediaBag, `mediaDirectory` and `mediaItems` now use the

54− `mediaPath`, rather than the mediabag key, for the first component of the

55− tuple. This makes more sense, I think, and fits with the documentation of

56− these functions; eventually, though, we should rework the API so that

57− `mediaItems` returns both the keys and the MediaItems.

58−

59− In Text.Pandoc.Class.IO, rewriting of source paths in `extractMedia` has

60− been fixed.

61−

62− In Text.Pandoc.Class.PandocMonad, `fillMediaBag` has been modified so that

63− it doesn't modify image paths (that was part of the problem in #7345).

64−

65− We now do path normalization (e.g. `\` separators on Windows) in

66− writing the media.

67−

68− * Text.Pandoc.PDF:

69−

70− + Text.Pandoc.PDF: Fix regression in 2.14 for generation of PDFs with

71− SVGs (#7344).

72− + Only print relevant part of environment on `--verbose`. Since

73− `--verbose` output might be put in an issue, we want to avoid

74− spilling out secrets in environment variables.

75−

76− * Markdown reader: fix pipe table regression in 2.11.4 (#7343).

77− Previously pipe tables with empty headers (that is, a header

78− line with all empty cells) would be rendered as headerless

79− tables. This broke in 2.11.4. The fix here is to produce an

80− AST with an empty table head when a pipe table has all empty

81− header cells.

82−

83− * LaTeX reader: don't allow optional `*` on symbol control sequences

84− (#7340). Generally we allow optional starred variants of LaTeX commands

85− (since many allow them, and if we don't accept these explicitly,

86− ignoring the star usually gives acceptable results). But we

87− don't want to do this for `$*$` and similar cases.

88−

89− * Docx reader: handle absolute URIs in Relationship Target (#7374).

90−

91− * Docx writer: fix handling of empty table headers (Albert Krewinkel,

92− #7369). A table header which does not contain any cells is now treated as

93− an empty header.

94−

95− * LaTeX writer: Fix regression in table header position (#7347).

96− In recent versions the table headers were no longer bottom-aligned

97− (if more than one line). This patch fixes that by using minipages

98− for table headers in non-simple tables.

99−

100− * CommonMark writer:

101−

102− + Do not use simple class for fenced-divs (Jan Tojnar, amends #7242.)

103− + Do not throw away attributes when `Ext_attributes` is enabled.

104− `Ext_attributes` covers at least the following:

105− `Ext_fenced_code_attributes`, `Ext_header_attributes`,

106− `Ext_inline_code_attributes`, `Ext_link_attributes`.

107−

108− * Markdown writer:

109−

110− + Allow `pipe_tables` to be disabled for commonmark formats

111− (`commonmark_x`, `gfm`) (#7375).

112− + Re-use functions from Text.Pandoc.Markdown.Inline (Jan Tojnar).

113−

114− * DocBook writer: Remove non-existent admonitions (Jan Tojnar).

115− `attention`, `error` and `hint` are reStructuredText specific.

116−

117− * HTML writer: Don't omit width attribute on div (#7342).

118−

119− * Text.Pandoc.MIME, `extensionFromMimeType`: add a few special cases.

120− When we do a reverse lookup in the MIME table, we just get the

121− last match, so when the same mime type is associated with several

122− different extensions, we sometimes got weird results, e.g. `.vs`

123− for `text/plain`. These special cases help us get the most standard

124− extensions for mime types like `text/plain`.

125−

126− * Lua utils: fix handling of table headers in `from_simple_table` (Albert

127− Krewinkel, #7369). Passing an empty list of header cells now results

128− in an empty table header.

129−

130− * Text.Pandoc.Citeproc:

131−

132− + Avoid duplicate classes and attributes on references div.

133− + Fix regression in citeproc processing (#7376). If inline

134− references are used (in the metadata `references` field), we

135− should still only include in the bibliography items that are

136− actually cited (unless `nocite` is used).

137−

138− * Require citeproc 0.4.0.1. This fixes a bug which led to doubled

139− "et al." in some (rare) circumstances.

140−

141− * MANUAL.txt:

142−

143− + Mention GladTeX for EPUB export (Sebastian Humenda).

144− This updates the manual and the web site about the GladTeX usage.

145− + More details and a useful link for YAML syntax.

146−

147− * CONTRIBUTING.md: update modules overview (Albert Krewinkel).

148−

149− * using-the-pandoc-api.md: switch from String to Text (Albert Krewinkel).

150−

151−

152−## pandoc 2.14.0.1 (2021-06-01)

153−

154− * Commonmark reader: Fix regression in 2.14 with YAML metdata block parsing,

155− which could cause the document body to be omitted after metadata (#7339).

156−

157− * HTML reader: fix column width regression in 2.14 (#7334).

158− Column widths specified with a style attribute were off by a factor of 100.

159−

160− * Markdown reader: in `rebasePaths`, check for both Windows and Posix

161− absolute paths. Previously Windows pandoc was treating

162− `/foo/bar.jpg` as non-absolute.

163−

164− * Text.Pandoc.Logging: In rendering `LoadedResource`, use relative paths.

165−

166− * Docx writer: fix regression on captions (#7328). The "Table Caption"

167− style was no longer getting applied. (It was overwritten by "Compact.")

168−

169− * Use commonmark-extensions 0.2.1.2

170−

171## pandoc 2.14 (2021-05-28)

3## pandoc 2.14 (2021-05-28)

172

4

173 * Change reader types, allowing better tracking of source positions

5 * Change reader types, allowing better tracking of source positions

@@ -451,10 +283,8 @@

451 (#6639, Albert Krewinkel). The zero-width non-joiner character

283 (#6639, Albert Krewinkel). The zero-width non-joiner character

452 is used to avoid ligatures (e.g. in German).

284 is used to avoid ligatures (e.g. in German).

453

285

454− * ConTeXt template:

455−

456− + Define `enumerate` itemgroup (#5016, Denis Maier).

457− + List of figures before list of tables (#7235, Julien Dutant).

286+ * ConTeXt template: List of figures before list of tables (#7235,

287+ Julien Dutant).

458

288

459 * reveal.js template:

289 * reveal.js template:

460

290

@@ -587,8 +417,6 @@

587 * Command tests: fail if a file contains no tests---and fix a

417 * Command tests: fail if a file contains no tests---and fix a

588 test that failed in that way!

418 test that failed in that way!

589

419

590− * Use smaller images in tests, reducing the size of the source tarball by 8 MB.

591−

592

420

593## pandoc 2.13 (2021-03-21)

421## pandoc 2.13 (2021-03-21)

594

422

data/templates/default.latex+29−29

@@ -36,6 +36,35 @@ $for(classoption)$

36 $classoption$$sep$,

37$endfor$

38]{$documentclass$}

39+$if(title)$

40+\title{$title$$if(thanks)$\thanks{$thanks$}$endif$}

41+$endif$

42+$if(subtitle)$

43+$if(beamer)$

44+$else$

45+\usepackage{etoolbox}

46+\makeatletter

47+\providecommand{\subtitle}[1]{% add subtitle to \maketitle

48+ \apptocmd{\@title}{\par {\large #1 \par}}{}{}

49+}

50+\makeatother

51+$endif$

52+\subtitle{$subtitle$}

53+$endif$

54+\author{$for(author)$$author$$sep$ \and $endfor$}

55+\date{$date$}

56+$if(beamer)$

57+$if(institute)$

58+\institute{$for(institute)$$institute$$sep$ \and $endfor$}

59+$endif$

60+$if(titlegraphic)$

61+\titlegraphic{\includegraphics{$titlegraphic$}}

62+$endif$

63+$if(logo)$

64+\logo{\includegraphics{$logo$}}

65+$endif$

66+$endif$

67+

39$if(beamer)$

68$if(beamer)$

40$if(background-image)$

69$if(background-image)$

41\usebackgroundtemplate{%

70\usebackgroundtemplate{%

@@ -423,35 +452,6 @@ $if(csquotes)$

423\usepackage{csquotes}

452\usepackage{csquotes}

424$endif$

453$endif$

425

454

426−$if(title)$

427−\title{$title$$if(thanks)$\thanks{$thanks$}$endif$}

428−$endif$

429−$if(subtitle)$

430−$if(beamer)$

431−$else$

432−\usepackage{etoolbox}

433−\makeatletter

434−\providecommand{\subtitle}[1]{% add subtitle to \maketitle

435− \apptocmd{\@title}{\par {\large #1 \par}}{}{}

436−}

437−\makeatother

438−$endif$

439−\subtitle{$subtitle$}

440−$endif$

441−\author{$for(author)$$author$$sep$ \and $endfor$}

442−\date{$date$}

443−$if(beamer)$

444−$if(institute)$

445−\institute{$for(institute)$$institute$$sep$ \and $endfor$}

446−$endif$

447−$if(titlegraphic)$

448−\titlegraphic{\includegraphics{$titlegraphic$}}

449−$endif$

450−$if(logo)$

451−\logo{\includegraphics{$logo$}}

452−$endif$

453−$endif$

454−

455\begin{document}

456$if(has-frontmatter)$

457\frontmatter

data/templates/default.revealjs+128−70

@@ -90,198 +90,256 @@ $endif$

90 // Full list of configuration options available at:

91 // https://revealjs.com/config/

92 Reveal.initialize({

93+$if(center)$

94+ // Determines whether slide content should be vertically centered

95+ center: $center$,

96+$endif$

97+$if(controls)$

93 // Display controls in the bottom right corner

98 // Display controls in the bottom right corner

94 controls: $controls$,

99 controls: $controls$,

95−

100+$endif$

101+$if(controlsTutorial)$

96 // Help the user learn the controls by providing hints, for example by

102 // Help the user learn the controls by providing hints, for example by

97 // bouncing the down arrow when they first encounter a vertical slide

103 // bouncing the down arrow when they first encounter a vertical slide

98 controlsTutorial: $controlsTutorial$,

104 controlsTutorial: $controlsTutorial$,

99−

105+$endif$

106+$if(controlsLayout)$

100 // Determines where controls appear, "edges" or "bottom-right"

107 // Determines where controls appear, "edges" or "bottom-right"

101 controlsLayout: '$controlsLayout$',

108 controlsLayout: '$controlsLayout$',

102−

109+$endif$

110+$if(controlsBackArrows)$

103 // Visibility rule for backwards navigation arrows; "faded", "hidden"

111 // Visibility rule for backwards navigation arrows; "faded", "hidden"

104 // or "visible"

112 // or "visible"

105 controlsBackArrows: '$controlsBackArrows$',

113 controlsBackArrows: '$controlsBackArrows$',

106−

114+$endif$

115+$if(progress)$

107 // Display a presentation progress bar

116 // Display a presentation progress bar

108 progress: $progress$,

117 progress: $progress$,

109−

118+$endif$

119+$if(slideNumber)$

110 // Display the page number of the current slide

120 // Display the page number of the current slide

111 slideNumber: $slideNumber$,

121 slideNumber: $slideNumber$,

112−

122+$endif$

123+$if(showSlideNumber)$

113 // 'all', 'print', or 'speaker'

124 // 'all', 'print', or 'speaker'

114 showSlideNumber: '$showSlideNumber$',

125 showSlideNumber: '$showSlideNumber$',

115−

126+$endif$

116 // Add the current slide number to the URL hash so that reloading the

127 // Add the current slide number to the URL hash so that reloading the

117 // page/copying the URL will return you to the same slide

128 // page/copying the URL will return you to the same slide

118− hash: $hash$,

129+ hash: $if(hash)$$hash$$else$true$endif$,

119−

130+$if(hashOneBasedIndex)$

120 // Start with 1 for the hash rather than 0

131 // Start with 1 for the hash rather than 0

121 hashOneBasedIndex: $hashOneBasedIndex$,

132 hashOneBasedIndex: $hashOneBasedIndex$,

122−

133+$endif$

123− // Flags if we should monitor the hash and change slides accordingly

134+$if(history)$

124− respondToHashChanges: $respondToHashChanges$,

125−

126 // Push each slide change to the browser history

135 // Push each slide change to the browser history

127 history: $history$,

136 history: $history$,

128−

137+$endif$

138+$if(keyboard)$

129 // Enable keyboard shortcuts for navigation

139 // Enable keyboard shortcuts for navigation

130 keyboard: $keyboard$,

140 keyboard: $keyboard$,

131−

141+$endif$

142+$if(overview)$

132 // Enable the slide overview mode

143 // Enable the slide overview mode

133 overview: $overview$,

144 overview: $overview$,

134−

145+$endif$

135− // Disables the default reveal.js slide layout (scaling and centering)

146+$if(center)$

136− // so that you can use custom CSS layout

137− disableLayout: false,

138−

139 // Vertical centering of slides

147 // Vertical centering of slides

140 center: $center$,

148 center: $center$,

141−

149+$endif$

150+$if(touch)$

142 // Enables touch navigation on devices with touch input

151 // Enables touch navigation on devices with touch input

143 touch: $touch$,

152 touch: $touch$,

144−

153+$endif$

154+$if(loop)$

145 // Loop the presentation

155 // Loop the presentation

146 loop: $loop$,

156 loop: $loop$,

147−

157+$endif$

158+$if(rtl)$

148 // Change the presentation direction to be RTL

159 // Change the presentation direction to be RTL

149 rtl: $rtl$,

160 rtl: $rtl$,

150−

161+$endif$

162+$if(navigationMode)$

151 // see https://revealjs.com/vertical-slides/#navigation-mode

163 // see https://revealjs.com/vertical-slides/#navigation-mode

152 navigationMode: '$navigationMode$',

164 navigationMode: '$navigationMode$',

153−

165+$endif$

166+$if(shuffle)$

154 // Randomizes the order of slides each time the presentation loads

167 // Randomizes the order of slides each time the presentation loads

155 shuffle: $shuffle$,

168 shuffle: $shuffle$,

156−

169+$endif$

170+$if(fragments)$

157 // Turns fragments on and off globally

171 // Turns fragments on and off globally

158 fragments: $fragments$,

172 fragments: $fragments$,

159−

173+$endif$

174+$if(fragmentInURL)$

160 // Flags whether to include the current fragment in the URL,

175 // Flags whether to include the current fragment in the URL,

161 // so that reloading brings you to the same fragment position

176 // so that reloading brings you to the same fragment position

162 fragmentInURL: $fragmentInURL$,

177 fragmentInURL: $fragmentInURL$,

163−

178+$endif$

179+$if(embedded)$

164 // Flags if the presentation is running in an embedded mode,

180 // Flags if the presentation is running in an embedded mode,

165 // i.e. contained within a limited portion of the screen

181 // i.e. contained within a limited portion of the screen

166 embedded: $embedded$,

182 embedded: $embedded$,

167−

183+$endif$

184+$if(help)$

168 // Flags if we should show a help overlay when the questionmark

185 // Flags if we should show a help overlay when the questionmark

169 // key is pressed

186 // key is pressed

170 help: $help$,

187 help: $help$,

171−

188+$endif$

189+$if(pause)$

172− // Flags if it should be possible to pause the presentation (blackout)

190+ // Flags if it should be possible to pause the presentation (blackout)

173− pause: $pause$,

191+ pause: $pause$,

174−

192+$endif$

193+$if(showNotes)$

175 // Flags if speaker notes should be visible to all viewers

194 // Flags if speaker notes should be visible to all viewers

176 showNotes: $showNotes$,

195 showNotes: $showNotes$,

177−

196+$endif$

197+$if(autoPlayMedia)$

178− // Global override for autoplaying embedded media (null/true/false)

198+ // Global override for autoplaying embedded media (video/audio/iframe)

199+ // - null: Media will only autoplay if data-autoplay is present

200+ // - true: All media will autoplay, regardless of individual setting

201+ // - false: No media will autoplay, regardless of individual setting

179 autoPlayMedia: $autoPlayMedia$,

202 autoPlayMedia: $autoPlayMedia$,

180−

203+$endif$

204+$if(preloadIframes)$

181− // Global override for preloading lazy-loaded iframes (null/true/false)

205+ // Global override for preloading lazy-loaded iframes

206+ // - null: Iframes with data-src AND data-preload will be loaded when within

207+ // the viewDistance, iframes with only data-src will be loaded when visible

208+ // - true: All iframes with data-src will be loaded when within the viewDistance

209+ // - false: All iframes with data-src will be loaded only when visible

182 preloadIframes: $preloadIframes$,

210 preloadIframes: $preloadIframes$,

183−

211+$endif$

212+$if(autoSlide)$

184 // Number of milliseconds between automatically proceeding to the

213 // Number of milliseconds between automatically proceeding to the

185 // next slide, disabled when set to 0, this value can be overwritten

214 // next slide, disabled when set to 0, this value can be overwritten

186 // by using a data-autoslide attribute on your slides

215 // by using a data-autoslide attribute on your slides

187 autoSlide: $autoSlide$,

216 autoSlide: $autoSlide$,

188−

217+$endif$

218+$if(autoSlideStoppable)$

189 // Stop auto-sliding after user input

219 // Stop auto-sliding after user input

190 autoSlideStoppable: $autoSlideStoppable$,

220 autoSlideStoppable: $autoSlideStoppable$,

191−

221+$endif$

222+$if(autoSlideMethod)$

192 // Use this method for navigation when auto-sliding

223 // Use this method for navigation when auto-sliding

193 autoSlideMethod: $autoSlideMethod$,

224 autoSlideMethod: $autoSlideMethod$,

194−

225+$endif$

226+$if(defaultTiming)$

195 // Specify the average time in seconds that you think you will spend

227 // Specify the average time in seconds that you think you will spend

196 // presenting each slide. This is used to show a pacing timer in the

228 // presenting each slide. This is used to show a pacing timer in the

197 // speaker view

229 // speaker view

198 defaultTiming: $defaultTiming$,

230 defaultTiming: $defaultTiming$,

199−

231+$endif$

232+$if(totalTime)$

233+ // Specify the total time in seconds that is available to

234+ // present. If this is set to a nonzero value, the pacing

235+ // timer will work out the time available for each slide,

236+ // instead of using the defaultTiming value

237+ totalTime: $totalTime$,

238+$endif$

239+$if(minimumTimePerSlide)$

240+ // Specify the minimum amount of time you want to allot to

241+ // each slide, if using the totalTime calculation method. If

242+ // the automated time allocation causes slide pacing to fall

243+ // below this threshold, then you will see an alert in the

244+ // speaker notes window

245+ minimumTimePerSlide: $minimumTimePerSlide$,

246+$endif$

247+$if(mouseWheel)$

200 // Enable slide navigation via mouse wheel

248 // Enable slide navigation via mouse wheel

201 mouseWheel: $mouseWheel$,

249 mouseWheel: $mouseWheel$,

202−

250+$endif$

203− // The display mode that will be used to show slides

251+$if(rollingLinks)$

204− display: '$display$',

252+ // Apply a 3D roll to links on hover

205−

253+ rollingLinks: $rollingLinks$,

254+$endif$

255+$if(hideInactiveCursor)$

206 // Hide cursor if inactive

256 // Hide cursor if inactive

207 hideInactiveCursor: $hideInactiveCursor$,

257 hideInactiveCursor: $hideInactiveCursor$,

208−

258+$endif$

259+$if(hideCursorTime)$

209 // Time before the cursor is hidden (in ms)

260 // Time before the cursor is hidden (in ms)

210 hideCursorTime: $hideCursorTime$,

261 hideCursorTime: $hideCursorTime$,

211−

262+$endif$

263+$if(hideAddressBar)$

264+ // Hides the address bar on mobile devices

265+ hideAddressBar: $hideAddressBar$,

266+$endif$

267+$if(previewLinks)$

212 // Opens links in an iframe preview overlay

268 // Opens links in an iframe preview overlay

213 previewLinks: $previewLinks$,

269 previewLinks: $previewLinks$,

214−

270+$endif$

271+$if(transition)$

272+ // Transition style

215− // Transition style (none/fade/slide/convex/concave/zoom)

273+ transition: '$transition$', // none/fade/slide/convex/concave/zoom

216− transition: '$transition$',

274+$endif$

217−

275+$if(transitionSpeed)$

218− // Transition speed (default/fast/slow)

276+ // Transition speed

219− transitionSpeed: '$transitionSpeed$',

277+ transitionSpeed: '$transitionSpeed$', // default/fast/slow

220−

278+$endif$

279+$if(backgroundTransition)$

221 // Transition style for full page slide backgrounds

280 // Transition style for full page slide backgrounds

222− // (none/fade/slide/convex/concave/zoom)

281+ backgroundTransition: '$backgroundTransition$', // none/fade/slide/convex/concave/zoom

223− backgroundTransition: '$backgroundTransition$',

282+$endif$

224−

283+$if(viewDistance)$

225 // Number of slides away from the current that are visible

284 // Number of slides away from the current that are visible

226 viewDistance: $viewDistance$,

285 viewDistance: $viewDistance$,

227−

286+$endif$

287+$if(mobileViewDistance)$

228 // Number of slides away from the current that are visible on mobile

288 // Number of slides away from the current that are visible on mobile

229 // devices. It is advisable to set this to a lower number than

289 // devices. It is advisable to set this to a lower number than

230 // viewDistance in order to save resources.

290 // viewDistance in order to save resources.

231 mobileViewDistance: $mobileViewDistance$,

291 mobileViewDistance: $mobileViewDistance$,

292+$endif$

232$if(parallaxBackgroundImage)$

293$if(parallaxBackgroundImage)$

233−

234 // Parallax background image

294 // Parallax background image

235 parallaxBackgroundImage: '$parallaxBackgroundImage$', // e.g. "'https://s3.amazonaws.com/hakim-static/reveal-js/reveal-parallax-1.jpg'"

295 parallaxBackgroundImage: '$parallaxBackgroundImage$', // e.g. "'https://s3.amazonaws.com/hakim-static/reveal-js/reveal-parallax-1.jpg'"

236$else$

296$else$

237$if(background-image)$

297$if(background-image)$

238−

239 // Parallax background image

298 // Parallax background image

240 parallaxBackgroundImage: '$background-image$', // e.g. "'https://s3.amazonaws.com/hakim-static/reveal-js/reveal-parallax-1.jpg'"

299 parallaxBackgroundImage: '$background-image$', // e.g. "'https://s3.amazonaws.com/hakim-static/reveal-js/reveal-parallax-1.jpg'"

241$endif$

300$endif$

242$endif$

301$endif$

243$if(parallaxBackgroundSize)$

302$if(parallaxBackgroundSize)$

244−

245 // Parallax background size

303 // Parallax background size

246 parallaxBackgroundSize: '$parallaxBackgroundSize$', // CSS syntax, e.g. "2100px 900px"

304 parallaxBackgroundSize: '$parallaxBackgroundSize$', // CSS syntax, e.g. "2100px 900px"

247$endif$

305$endif$

248$if(parallaxBackgroundHorizontal)$

306$if(parallaxBackgroundHorizontal)$

249−

250 // Amount to move parallax background (horizontal and vertical) on slide change

307 // Amount to move parallax background (horizontal and vertical) on slide change

251 // Number, e.g. 100

308 // Number, e.g. 100

252 parallaxBackgroundHorizontal: $parallaxBackgroundHorizontal$,

309 parallaxBackgroundHorizontal: $parallaxBackgroundHorizontal$,

253$endif$

310$endif$

254$if(parallaxBackgroundVertical)$

311$if(parallaxBackgroundVertical)$

255−

256 parallaxBackgroundVertical: $parallaxBackgroundVertical$,

312 parallaxBackgroundVertical: $parallaxBackgroundVertical$,

257$endif$

313$endif$

258$if(width)$

314$if(width)$

259−

260 // The "normal" size of the presentation, aspect ratio will be preserved

315 // The "normal" size of the presentation, aspect ratio will be preserved

261 // when the presentation is scaled to fit different resolutions. Can be

316 // when the presentation is scaled to fit different resolutions. Can be

262 // specified using percentage units.

317 // specified using percentage units.

263 width: $width$,

318 width: $width$,

264$endif$

319$endif$

265$if(height)$

320$if(height)$

266−

267 height: $height$,

321 height: $height$,

268$endif$

322$endif$

269$if(margin)$

323$if(margin)$

270−

271 // Factor of the display size that should remain empty around the content

324 // Factor of the display size that should remain empty around the content

272 margin: $margin$,

325 margin: $margin$,

273$endif$

326$endif$

274$if(minScale)$

327$if(minScale)$

275−

276 // Bounds for smallest/largest possible scale to apply to content

328 // Bounds for smallest/largest possible scale to apply to content

277 minScale: $minScale$,

329 minScale: $minScale$,

278$endif$

330$endif$

279$if(maxScale)$

331$if(maxScale)$

280−

281 maxScale: $maxScale$,

332 maxScale: $maxScale$,

282$endif$

333$endif$

334+$if(zoomKey)$

335+ // Modifier key used to click-zoom to part of the slide

336+ zoomKey: '$zoomKey$',

337+$endif$

338+$if(display)$

339+ // The display mode that will be used to show slides

340+ display: '$display$',

341+$endif$

283$if(mathjax)$

342$if(mathjax)$

284−

285 math: {

343 math: {

286 mathjax: '$mathjaxurl$',

344 mathjax: '$mathjaxurl$',

287 config: 'TeX-AMS_HTML-full',

345 config: 'TeX-AMS_HTML-full',

data/templates/styles.html+1−2

@@ -14,7 +14,7 @@ body {

14 padding-top: $if(margin-top)$$margin-top$$else$50px$endif$;

15 padding-bottom: $if(margin-bottom)$$margin-bottom$$else$50px$endif$;

16 hyphens: auto;

17− overflow-wrap: break-word;

17+ word-wrap: break-word;

18 text-rendering: optimizeLegibility;

19 font-kerning: normal;

20}

@@ -93,7 +93,6 @@ $endif$

93pre code {

94 padding: 0;

95 overflow: visible;

96− overflow-wrap: normal;

97}

96}

98.sourceCode {

97.sourceCode {

99 background-color: transparent;

98 background-color: transparent;

doc/epub.md+2−9

@@ -141,15 +141,8 @@ Pandoc has an EPUB3 writer. It renders LaTeX math into MathML, which

141EPUB3 readers are supposed to support (but unfortunately few do).

142

143Of course, this isn't much help if you want EPUB2 output (`pandoc -t epub2`)

144−or target readers that don't support MathML. Then you have two options:

144+or target readers that don't support MathML. Then you should try using the

145−

146−1. Use the [`--webtex`](https://pandoc.org/MANUAL.html#option--webtex) option,

147− which will use a web service to convert the TeX to an image.

145+`--webtex` option, which will use a web service to convert the TeX to an image.

148−2. Use the [`--gladtex`](https://pandoc.org/MANUAL.html#option--gladtex) option

149− to convert maths into SVG images on your local machine.

150−

151−Both GladTeX and WebTeX add the LaTeX source of the formula as alternative text

152−of the image, increasing accessibility for blind users.

153

146

154[KindleGen]: https://www.amazon.com/gp/feature.html?ie=UTF8&docId=1000765211

147[KindleGen]: https://www.amazon.com/gp/feature.html?ie=UTF8&docId=1000765211

155[EPUB]: https://en.wikipedia.org/wiki/EPUB

148[EPUB]: https://en.wikipedia.org/wiki/EPUB

doc/faqs.mddeleted−128

@@ -1,128 +0,0 @@

1−% FAQs

2−

3−::: faqs

4−

5−## How can I convert a whole directory of files from Markdown to RTF?

6−

7−On linux or OSX:

8−

9− for f in *.txt; do pandoc "$f" -s -o "${f%.txt}.rtf"; done

10−

11−

12−In Windows Powershell:

13−

14− gci -r -i *.txt |foreach{$rtf=$_.directoryname+"\"+$_.basename+".rtf";pandoc -f markdown -s $_.name -o $rtf}

15−

16−## I used pandoc to convert a document to ICML (or OPML or RTF), and when I try to open it I'm told it's invalid. What have I done wrong?

17−

18−Be sure to use the `-s` or `--standalone` flag, or you just get a

19−fragment, not a full document with the required header:

20−

21− pandoc -s -f markdown -t icml -o my.icml my.md

22−

23−## I get a blank document when I try to convert a markdown document in Chinese to PDF.

24−

25−By default, pandoc uses pdflatex to generate the PDF, and pdflatex

26−doesn't handle Chinese characters. But you can change the default to

27−use xelatex instead. You should also make sure you're using a font

28−with Chinese glyphs. For example:

29−

30− pandoc -o c.pdf --pdf-engine=xelatex -V mainfont='Adobe Ming Std'

31−

32−## The Windows installer does a single user install, rather than installing pandoc for all users. How can I install pandoc for all users?

33−

34−Run the following command as admin:

35−

36− msiexec /i pandoc-VERSION.msi ALLUSERS=1

37−

38−This will put pandoc in `C:\Program Files\Pandoc`.

39−You can install Pandoc to a different directory by setting APPLICATIONFOLDER parameter,

40−for example:

41−

42− msiexec /i pandoc-1.11.1.msi ALLUSERS=1 APPLICATIONFOLDER="C:\Pandoc"

43−

44−## How do I change the margins in PDF output?

45−

46−The option

47−

48− -V geometry:margin=1in

49−

50−will set the margins to one inch on each side. If you don't want uniform

51−margins, you can do something like

52−

53− -V geometry:"top=2cm, bottom=1.5cm, left=1cm, right=1cm"

54−

55−Or

56−

57− -V geometry:"left=3cm, width=10cm"

58−

59−For more options, see the documentation for the LaTeX [geometry

60−package](https://www.ctan.org/pkg/geometry).

61−

62−## How does pandoc compare to multimarkdown?

63−

64−Here is a [wiki

65−page](https://github.com/jgm/pandoc/wiki/Pandoc-vs-Multimarkdown)

66−comparing the two.

67−

68−## When I specify an image width of 50% and convert to LaTeX, pandoc sets the height to textheight and the aspect ratio isn't preserved. How can I prevent this?

69−

70−For example, if you convert an image with `{width="50%"}`, the LaTeX produced

71−will be `\includegraphics[width=0.5\textwidth,height=\textheight]`.

72−

73−This output presupposes the following code in pandoc's default latex

74−template:

75−

76−```

77−% Scale images if necessary, so that they will not overflow the page

78−% margins by default, and it is still possible to overwrite the defaults

79−% using explicit options in \includegraphics[width, height, ...]{}

80−\setkeys{Gin}{width=\maxwidth,height=\maxheight,keepaspectratio}

81−```

82−

83−If you don't have this in your custom template, you should

84−add it. If we didn't set the `height` explicitly in this way,

85−the image would not be resized correctly unless it was

86−being resized to smaller than its original size.

87−

88−## Pandoc sometimes uses too much memory. How can I limit the memory used by pandoc?

89−

90−`pandoc +RTS -M30m -RTS` will limit heap memory to 30MB.

91−When converting a document requires more than this, an out of

92−memory error will be issued.

93−

94−## When using `--include-in-header` with PDF or LaTeX output, how do I reference tex declarations coming after `$header-includes$` in the default template?

95−

96−For various reasons, the `$header-includes$` are not at the very

97−end of the LaTeX preamble. This poses a problem when the code

98−you are inserting depends on declarations in the preamble coming

99−after the `$header-includes$` location. For example, you might

100−want to reference the `\author` and `\title` metadata values

101−(set at the very bottom of the preamble) and present them in

102−margins. In that case you can wrap your code in `etoolbox`'s

103−`\AtEndPreamble`. The technique is demonstrated in [this

104−gist](https://gist.github.com/JohnLukeBentley/9dda6166b9ee5c4127afd2b8cd16b70a).

105−When using `\AtEndPreamble`, keep any `makeatletter` or

106−`makeatother` outside of the `\AtEndPreamble`, as shown in the

107−example.

108−

109−## How can I convert PDFs to other formats using pandoc?

110−

111−You can't. You can try opening the PDF in Word or Google Docs

112−and saving in a format from which pandoc can convert directly.

113−

114−## Do I really need to install a 1 GB TeX installation to produce a PDF using pandoc?

115−

116−No. You can get by with a relatively small TeX installation,

117−for example, by starting with MacTeX's Basic TeX distribution

118−and using the `tlmgr` tool to install a few packages required by pandoc

119−(see https://pandoc.org/MANUAL.html#creating-a-pdf).

120−

121−Or, you can produce PDFs via HTML and `wkhtmltopdf`,

122−or via groff ms and `pdfroff`. (These don't produce as nice

123−topography as TeX, particularly when it comes to math, but they

124−may be fine for many purposes.)

125−

126−

127−:::

128−

doc/using-the-pandoc-api.md+9−9

@@ -139,7 +139,7 @@ report :: PandocMonad m => LogMessage -> m ()

139-- | Fetch an image or other item from the local filesystem or the net.

140-- Returns raw content and maybe mime type.

141fetchItem :: PandocMonad m

142− => Text

142+ => String

143 -> m (B.ByteString, Maybe MimeType)

144

145-- Set the resource path searched by 'fetchItem'.

@@ -213,8 +213,8 @@ of the Monoid typeclass and can easily be concatenated:

213import Text.Pandoc.Builder

214

215mydoc :: Pandoc

216−mydoc = doc $ header 1 (text (T.pack "Hello!"))

216+mydoc = doc $ header 1 (text "Hello!")

217− <> para (emph (text (T.pack "hello world")) <> text (T.pack "."))

217+ <> para (emph (text "hello world") <> text ".")

218

219main :: IO ()

220main = print mydoc

@@ -261,16 +261,16 @@ import qualified Data.Text as T

261import Data.List (intersperse)

262

263data Station = Station{

264− address :: T.Text

264+ address :: String

265− , name :: T.Text

265+ , name :: String

266− , cardsAccepted :: [T.Text]

266+ , cardsAccepted :: [String]

267 } deriving Show

268

269instance FromJSON Station where

270 parseJSON (Object v) = Station <$>

271 v .: "street_address" <*>

272 v .: "station_name" <*>

273− (T.words <$> (v .:? "cards_accepted" .!= ""))

273+ (words <$> (v .:? "cards_accepted" .!= ""))

274 parseJSON _ = mzero

275

276createLetter :: [Station] -> Pandoc

@@ -328,7 +328,7 @@ users to override the system defaults. If you want to disable

328this behavior, use `setUserDataDir Nothing`.

329

330To render a template, use `renderTemplate'`, which takes two

331−arguments, a template (Text) and a context (any instance

331+arguments, a template (String) and a context (any instance

332of ToJSON). If you want to create a context from the metadata

333part of a Pandoc document, use `metaToJSON'` from

334[Text.Pandoc.Writers.Shared]. If you also want to incorporate

@@ -426,7 +426,7 @@ concatenated together. Here's an example that returns a

426list of the URLs linked to in a document:

427

428```haskell

429−listURLs :: Pandoc -> [Text]

429+listURLs :: Pandoc -> [String]

430listURLs = query urls

431 where urls (Link _ _ (src, _)) = [src]

432 urls _ = []

man/pandoc.1+13−20

@@ -1,7 +1,7 @@

1'\" t

2−.\" Automatically generated by Pandoc 2.14.0.1

2+.\" Automatically generated by Pandoc 2.14

3.\"

4−.TH "Pandoc User\[cq]s Guide" "" "June 20, 2021" "pandoc 2.14.0.3" ""

4+.TH "Pandoc User\[cq]s Guide" "" "May 28, 2021" "pandoc 2.14" ""

5.hy

6.SH NAME

7pandoc - general markup converter

@@ -716,11 +716,11 @@ Extract images and other media contained in or linked from the source

716document to the path \f[I]DIR\f[R], creating it if necessary, and adjust

717the images references in the document so they point to the extracted

718files.

719−Media are downloaded, read from the file system, or extracted from a

720−binary container (e.g.\ docx), as needed.

719+If the source format is a binary container (docx, epub, or odt), the

721−The original file paths are used if they are relative paths not

720+media is extracted from the container and the original filenames are

722−containing \f[C]..\f[R].

721+used.

722+Otherwise the media is read from the file system or downloaded, and new

723−Otherwise filenames are constructed from the SHA1 hash of the contents.

723+filenames are constructed based on SHA1 hashes of the contents.

724.TP

725\f[B]\f[CB]--abbreviations=\f[B]\f[R]\f[I]FILE\f[R]

726Specifies a custom abbreviations file, with abbreviations one to a line.

@@ -1504,16 +1504,16 @@ inserted.

1504.TP

1505\f[B]\f[CB]--gladtex\f[B]\f[R]

1506Enclose TeX math in \f[C]<eq>\f[R] tags in HTML output.

1507−The resulting HTML can then be processed by GladTeX to produce SVG

1507+The resulting HTML can then be processed by GladTeX to produce images of

1508−images of the typeset formulas and an HTML file with these images

1508+the typeset formulas and an HTML file with links to these images.

1509−embedded.

1509+So, the procedure is:

1510.RS

1511.IP

1512.nf

1513\f[C]

1514pandoc -s --gladtex input.md -o myfile.htex

1515−gladtex -d image_dir myfile.htex

1515+gladtex -d myfile-images myfile.htex

1516−# produces myfile.html and images in image_dir

1516+# produces myfile.html and images in myfile-images

1517\f[R]

1518.fi

1519.RE

@@ -4820,13 +4820,6 @@ abstract: |

4820\f[R]

4821.fi

4822.PP

4823−The literal block after the \f[C]|\f[R] must be indented relative to the

4824−line containing the \f[C]|\f[R].

4825−If it is not, the YAML will be invalid and pandoc will not interpret it

4826−as metadata.

4827−For an overview of the complex rules governing YAML, see the Wikipedia

4828−entry on YAML syntax.

4829−.PP

4830Template variables will be set automatically from the metadata.

4823Template variables will be set automatically from the metadata.

4831Thus, for example, in writing HTML, the variable \f[C]abstract\f[R] will

4824Thus, for example, in writing HTML, the variable \f[C]abstract\f[R] will

4832be set to the HTML equivalent of the Markdown in the \f[C]abstract\f[R]

4825be set to the HTML equivalent of the Markdown in the \f[C]abstract\f[R]

@@ -7708,7 +7701,7 @@ The HTML generated by pandoc is not guaranteed to be safe.

7708If \f[C]raw_html\f[R] is enabled for the Markdown input, users can

7701If \f[C]raw_html\f[R] is enabled for the Markdown input, users can

7709inject arbitrary HTML.

7702inject arbitrary HTML.

7710Even if \f[C]raw_html\f[R] is disabled, users can include dangerous

7703Even if \f[C]raw_html\f[R] is disabled, users can include dangerous

7711−content in URLs and attributes.

7704+content in attributes for headings, spans, and code blocks.

7712To be safe, you should run all the generated HTML through an HTML

7705To be safe, you should run all the generated HTML through an HTML

7713sanitizer.

7706sanitizer.

7714.SH AUTHORS

7707.SH AUTHORS

pandoc.cabal+7−7

@@ -1,6 +1,6 @@

1cabal-version: 2.2

2name: pandoc

3−version: 2.14.0.3

3+version: 2.14

4build-type: Simple

5license: GPL-2.0-or-later

6license-file: COPYING.md

@@ -450,10 +450,10 @@ library

450 blaze-markup >= 0.8 && < 0.9,

451 bytestring >= 0.9 && < 0.12,

452 case-insensitive >= 1.2 && < 1.3,

453− citeproc >= 0.4.0.1 && < 0.4.1,

453+ citeproc >= 0.4 && < 0.4.1,

454− commonmark >= 0.2.1 && < 0.3,

454+ commonmark >= 0.2 && < 0.3,

455− commonmark-extensions >= 0.2.1.2 && < 0.3,

455+ commonmark-extensions >= 0.2.1 && < 0.3,

456− commonmark-pandoc >= 0.2.1.1 && < 0.3,

456+ commonmark-pandoc >= 0.2.1 && < 0.3,

457 connection >= 0.3.1,

458 containers >= 0.4.2.1 && < 0.7,

459 data-default >= 0.4 && < 0.8,

@@ -484,8 +484,8 @@ library

484 random >= 1 && < 1.3,

485 safe >= 0.3.18 && < 0.4,

486 scientific >= 0.3 && < 0.4,

487− skylighting >= 0.10.5.2 && < 0.10.6,

487+ skylighting >= 0.10.5.1 && < 0.10.6,

488− skylighting-core >= 0.10.5.2 && < 0.10.6,

488+ skylighting-core >= 0.10.5.1 && < 0.10.6,

489 split >= 0.2 && < 0.3,

490 syb >= 0.1 && < 0.8,

491 tagsoup >= 0.14.6 && < 0.15,

src/Text/Pandoc/Citeproc.hs+41−67

@@ -27,7 +27,7 @@ import Text.Pandoc.Error (PandocError(..))

27import Text.Pandoc.Extensions (pandocExtensions)

28import Text.Pandoc.Logging (LogMessage(..))

29import Text.Pandoc.Options (ReaderOptions(..))

30−import Text.Pandoc.Shared (stringify, ordNub, tshow)

30+import Text.Pandoc.Shared (stringify, ordNub, blocksToInlines, tshow)

31import qualified Text.Pandoc.UTF8 as UTF8

32import Text.Pandoc.Walk (query, walk, walkM)

33import Control.Applicative ((<|>))

@@ -91,18 +91,22 @@ processCitations (Pandoc meta bs) = do

91 walk (convertQuotes locale) .

92 insertSpace $ out)

93 (resultBibliography result)

94− let moveNotes = styleIsNoteStyle sopts &&

94+ let moveNotes = maybe True truish $

95− maybe True truish (lookupMeta "notes-after-punctuation" meta)

95+ lookupMeta "notes-after-punctuation" meta

96 let cits = map (walk (convertQuotes locale)) $

97 resultCitations result

98

99+ let fixQuotes = case localePunctuationInQuote locale of

100+ Just True ->

101+ B.toList . movePunctuationInsideQuotes . B.fromList

102+ _ -> id

103+

99 let metanocites = lookupMeta "nocite" meta

104 let metanocites = lookupMeta "nocite" meta

100 let Pandoc meta'' bs' =

105 let Pandoc meta'' bs' =

101 maybe id (setMeta "nocite") metanocites .

106 maybe id (setMeta "nocite") metanocites .

107+ walk (map capitalizeNoteCitation .

102− walk (mvPunct moveNotes locale) .

108+ fixQuotes . mvPunct moveNotes locale) .

103− (if styleIsNoteStyle sopts

104− then walk addNote . walk deNote

109+ walk deNote .

105− else id) .

106 evalState (walkM insertResolvedCitations $ Pandoc meta' bs)

110 evalState (walkM insertResolvedCitations $ Pandoc meta' bs)

107 $ cits

111 $ cits

108 return $ Pandoc meta''

112 return $ Pandoc meta''

@@ -191,9 +195,7 @@ getReferences mblocale (Pandoc meta bs) = do

191 then const True

195 then const True

192 else (`Set.member` citeIds)

196 else (`Set.member` citeIds)

193 let inlineRefs = case lookupMeta "references" meta of

197 let inlineRefs = case lookupMeta "references" meta of

194− Just (MetaList rs) ->

195− filter (idpred . unItemId . referenceId)

196− $ mapMaybe metaValueToReference rs

198+ Just (MetaList rs) -> mapMaybe metaValueToReference rs

197 _ -> []

199 _ -> []

198 externalRefs <- case lookupMeta "bibliography" meta of

200 externalRefs <- case lookupMeta "bibliography" meta of

199 Just (MetaList xs) ->

201 Just (MetaList xs) ->

@@ -372,6 +374,7 @@ formatFromExtension fp = case dropWhile (== '.') $ takeExtension fp of

372

374

373

375

374isNote :: Inline -> Bool

376isNote :: Inline -> Bool

377+isNote (Note _) = True

375isNote (Cite _ [Note _]) = True

378isNote (Cite _ [Note _]) = True

376 -- the following allows citation styles that are "in-text" but use superscript

379 -- the following allows citation styles that are "in-text" but use superscript

377 -- references to be treated as if they are "notes" for the purposes of moving

380 -- references to be treated as if they are "notes" for the purposes of moving

@@ -384,12 +387,6 @@ isSpacy Space = True

384isSpacy SoftBreak = True

387isSpacy SoftBreak = True

385isSpacy _ = False

388isSpacy _ = False

386

389

387−movePunctInsideQuotes :: Locale -> [Inline] -> [Inline]

388−movePunctInsideQuotes locale

389− | localePunctuationInQuote locale == Just True

390− = B.toList . movePunctuationInsideQuotes . B.fromList

391− | otherwise

392− = id

393

390

394mvPunct :: Bool -> Locale -> [Inline] -> [Inline]

391mvPunct :: Bool -> Locale -> [Inline] -> [Inline]

395mvPunct moveNotes locale (x : xs)

392mvPunct moveNotes locale (x : xs)

@@ -402,8 +399,7 @@ mvPunct moveNotes locale (q : s : x : ys)

402 in if moveNotes

399 in if moveNotes

403 then if T.null spunct

400 then if T.null spunct

404 then q : x : mvPunct moveNotes locale ys

401 then q : x : mvPunct moveNotes locale ys

405− else movePunctInsideQuotes locale

406− [q , Str spunct , x] ++ mvPunct moveNotes locale

402+ else q : Str spunct : x : mvPunct moveNotes locale

407 (B.toList

403 (B.toList

408 (dropTextWhile isPunctuation (B.fromList ys)))

404 (dropTextWhile isPunctuation (B.fromList ys)))

409 else q : x : mvPunct moveNotes locale ys

405 else q : x : mvPunct moveNotes locale ys

@@ -415,10 +411,9 @@ mvPunct moveNotes locale (Cite cs ils : ys)

415 , moveNotes

411 , moveNotes

416 = let s = stringify ys

412 = let s = stringify ys

417 spunct = T.takeWhile isPunctuation s

413 spunct = T.takeWhile isPunctuation s

418− in Cite cs (movePunctInsideQuotes locale $

419− init ils

414+ in Cite cs (init ils

420− ++ [Str spunct | not (endWithPunct False (init ils))]

415+ ++ [Str spunct | not (endWithPunct False (init ils))]

421− ++ [last ils]) :

416+ ++ [last ils]) :

422 mvPunct moveNotes locale

417 mvPunct moveNotes locale

423 (B.toList (dropTextWhile isPunctuation (B.fromList ys)))

418 (B.toList (dropTextWhile isPunctuation (B.fromList ys)))

424mvPunct moveNotes locale (s : x : ys) | isSpacy s, isNote x =

419mvPunct moveNotes locale (s : x : ys) | isSpacy s, isNote x =

@@ -504,8 +499,7 @@ insertRefs refkvs refclasses meta refs bs =

504 put True

499 put True

505 -- refHeader isn't used if you have an explicit references div

500 -- refHeader isn't used if you have an explicit references div

506 let cs' = ordNub $ cs ++ refclasses

501 let cs' = ordNub $ cs ++ refclasses

507− let kvs' = ordNub $ kvs ++ refkvs

508− return $ Div ("refs",cs',kvs') (xs ++ refs)

502+ return $ Div ("refs",cs' ++ refclasses,kvs ++ refkvs) (xs ++ refs)

509 go x = return x

503 go x = return x

510

504

511refTitle :: Meta -> Maybe [Inline]

505refTitle :: Meta -> Maybe [Inline]

@@ -564,62 +558,42 @@ extractText (FancyVal x) = toText x

564extractText (NumVal n) = T.pack (show n)

558extractText (NumVal n) = T.pack (show n)

565extractText _ = mempty

559extractText _ = mempty

566

560

567−-- Here we take the Spans with class csl-note that are left

568−-- after deNote has removed nested ones, and convert them

569−-- into real notes.

570−addNote :: Inline -> Inline

561+capitalizeNoteCitation :: Inline -> Inline

571−addNote (Span ("",["csl-note"],[]) ils) =

562+capitalizeNoteCitation (Cite cs [Note [Para ils]]) =

572− Note [Para $

563+ Cite cs

573− B.toList . addTextCase Nothing CapitalizeFirst . B.fromList $ ils]

564+ [Note [Para $ B.toList $ addTextCase Nothing CapitalizeFirst

574−addNote x = x

565+ $ B.fromList ils]]

575−

566+capitalizeNoteCitation x = x

576−-- Here we handle citation notes that occur inside footnotes

567+

577−-- or other citation notes, in a note style. We don't want

578−-- notes inside notes, so we convert these to parenthesized

579−-- or comma-separated citations.

580−deNote :: Inline -> Inline

568+deNote :: [Inline] -> [Inline]

581−deNote (Note bs) =

569+deNote [] = []

582− case bs of

570+deNote (Note bs:rest) =

583− [Para (cit@(Cite (c:_) _) : ils)]

571+ Note (walk go bs) : deNote rest

584− | citationMode c /= AuthorInText ->

585− -- if citation is first in note, no need to parenthesize.

586− Note [Para (walk removeNotes $ cit : walk addParens ils)]

587− _ -> Note (walk removeNotes . walk addParens $ bs)

588−

589 where

572 where

590− addParens [] = []

573+ go [] = []

591− addParens (Cite (c:cs) ils : zs)

574+ go (Cite (c:cs) ils : zs)

592 | citationMode c == AuthorInText

575 | citationMode c == AuthorInText

593− = Cite (c:cs) (concatMap (noteAfterComma (needsPeriod zs)) ils) :

576+ = Cite (c:cs) (concatMap (noteAfterComma (needsPeriod zs)) ils) : go zs

594− addParens zs

595 | otherwise

577 | otherwise

596− = Cite (c:cs) (concatMap noteInParens ils) : addParens zs

578+ = Cite (c:cs) (concatMap noteInParens ils) : go zs

597− addParens (x:xs) = x : addParens xs

579+ go (x:xs) = x : go xs

598−

599− removeNotes (Span ("",["csl-note"],[]) ils) = Span ("",[],[]) ils

600− removeNotes x = x

601−

602 needsPeriod [] = True

580 needsPeriod [] = True

603 needsPeriod (Str t:_) = case T.uncons t of

581 needsPeriod (Str t:_) = case T.uncons t of

604 Nothing -> False

582 Nothing -> False

605 Just (c,_) -> isUpper c

583 Just (c,_) -> isUpper c

606 needsPeriod (Space:zs) = needsPeriod zs

584 needsPeriod (Space:zs) = needsPeriod zs

607 needsPeriod _ = False

585 needsPeriod _ = False

608−

609− noteInParens (Span ("",["csl-note"],[]) ils)

586+ noteInParens (Note bs')

610 = Space : Str "(" :

587 = Space : Str "(" :

611− removeFinalPeriod ils ++ [Str ")"]

588+ removeFinalPeriod (blocksToInlines bs') ++ [Str ")"]

612 noteInParens x = [x]

589 noteInParens x = [x]

613−

614− noteAfterComma needsPer (Span ("",["csl-note"],[]) ils)

590+ noteAfterComma needsPer (Note bs')

615− | not (null ils)

616 = Str "," : Space :

591 = Str "," : Space :

617− if needsPer

592+ (if needsPer

618− then ils

593+ then id

619− else removeFinalPeriod ils

594+ else removeFinalPeriod) (blocksToInlines bs')

620 noteAfterComma _ x = [x]

595 noteAfterComma _ x = [x]

621−

622−deNote x = x

596+deNote (x:xs) = x : deNote xs

623

597

624-- Note: we can't use dropTextWhileEnd indiscriminately,

598-- Note: we can't use dropTextWhileEnd indiscriminately,

625-- because this would remove the final period on abbreviations like Ibid.

599-- because this would remove the final period on abbreviations like Ibid.

src/Text/Pandoc/Citeproc/BibTeX.hs+2−4

@@ -71,11 +71,9 @@ readBibtexString variant locale idpred contents = do

71 filter (\item -> idpred (identifier item) &&

72 entryType item /= "xdata"))

73 (fromMaybe defaultLang $ localeLanguage locale, Map.empty)

74− (initialSourceName sources) sources of

74+ "" (toSources contents) of

75 Left err -> Left err

76 Right xs -> return xs

77− where

78− sources = toSources contents

79

77

80-- | Write BibTeX or BibLaTeX given given a 'Reference'.

78-- | Write BibTeX or BibLaTeX given given a 'Reference'.

81writeBibtexString :: WriterOptions -- ^ options (for writing LaTex)

79writeBibtexString :: WriterOptions -- ^ options (for writing LaTex)

@@ -868,7 +866,7 @@ fieldName = resolveAlias . T.toLower

868

866

869isBibtexKeyChar :: Char -> Bool

867isBibtexKeyChar :: Char -> Bool

870isBibtexKeyChar c =

868isBibtexKeyChar c =

871− isAlphaNum c || c `elem` (".:;?!`'()$/*@_+=-[]*&" :: [Char])

869+ isAlphaNum c || c `elem` (".:;?!`'()/*@_+=-[]*&" :: [Char])

872

870

873bibItem :: BibParser Item

871bibItem :: BibParser Item

874bibItem = do

872bibItem = do

src/Text/Pandoc/Class/IO.hs+21−21

@@ -62,7 +62,7 @@ import Text.Pandoc.Definition (Pandoc, Inline (Image))

62import Text.Pandoc.Error (PandocError (..))

63import Text.Pandoc.Logging (LogMessage (..), messageVerbosity, showLogMessage)

64import Text.Pandoc.MIME (MimeType)

65−import Text.Pandoc.MediaBag (MediaBag, MediaItem(..), lookupMedia, mediaItems)

65+import Text.Pandoc.MediaBag (MediaBag, MediaItem(..), lookupMedia, mediaDirectory)

66import Text.Pandoc.Walk (walk)

67import qualified Control.Exception as E

68import qualified Data.ByteString as B

@@ -200,32 +200,32 @@ alertIndent (l:ls) = do

200extractMedia :: (PandocMonad m, MonadIO m) => FilePath -> Pandoc -> m Pandoc

201extractMedia dir d = do

202 media <- getMediaBag

203− let items = mediaItems media

203+ case [fp | (fp, _, _) <- mediaDirectory media] of

204− if null items

205− then return d

204+ [] -> return d

206− else do

205+ fps -> do

207− mapM_ (writeMedia dir) items

206+ mapM_ (writeMedia dir media) fps

208− return $ walk (adjustImagePath dir media) d

207+ return $ walk (adjustImagePath dir fps) d

209

208

210-- | Write the contents of a media bag to a path.

209-- | Write the contents of a media bag to a path.

211writeMedia :: (PandocMonad m, MonadIO m)

210writeMedia :: (PandocMonad m, MonadIO m)

212− => FilePath

211+ => FilePath -> MediaBag -> FilePath

213− -> (FilePath, MimeType, BL.ByteString)

214 -> m ()

212 -> m ()

215−writeMedia dir (fp, _mt, bs) = do

213+writeMedia dir mediabag subpath = do

216− -- we normalize to get proper path separators for the platform

214+ -- we join and split to convert a/b/c to a\b\c on Windows;

217− let fullpath = normalise $ dir </> fp

215+ -- in zip containers all paths use /

216+ let mbcontents = lookupMedia subpath mediabag

217+ case mbcontents of

218+ Nothing -> throwError $ PandocResourceNotFound $ pack subpath

219+ Just item -> do

220+ let fullpath = dir </> mediaPath item

218− liftIOError (createDirectoryIfMissing True) (takeDirectory fullpath)

221+ liftIOError (createDirectoryIfMissing True) (takeDirectory fullpath)

219− logIOError $ BL.writeFile fullpath bs

222+ logIOError $ BL.writeFile fullpath $ mediaContents item

220

223

221-- | If the given Inline element is an image with a @src@ path equal to

224-- | If the given Inline element is an image with a @src@ path equal to

222-- one in the list of @paths@, then prepends @dir@ to the image source;

225-- one in the list of @paths@, then prepends @dir@ to the image source;

223-- returns the element unchanged otherwise.

226-- returns the element unchanged otherwise.

224−adjustImagePath :: FilePath -> MediaBag -> Inline -> Inline

227+adjustImagePath :: FilePath -> [FilePath] -> Inline -> Inline

225−adjustImagePath dir mediabag (Image attr lab (src, tit)) =

228+adjustImagePath dir paths (Image attr lab (src, tit))

226− case lookupMedia (T.unpack src) mediabag of

229+ | unpack src `elem` paths

227− Nothing -> Image attr lab (src, tit)

230+ = Image attr lab (pack (normalise $ dir </> unpack src), tit)

228− Just item ->

229− let fullpath = dir </> mediaPath item

230− in Image attr lab (T.pack fullpath, tit)

231adjustImagePath _ _ x = x

src/Text/Pandoc/Class/PandocMonad.hs+13−8

@@ -66,7 +66,7 @@ import Network.URI ( escapeURIString, nonStrictRelativeTo,

66 unEscapeString, parseURIReference, isAllowedInURI,

67 parseURI, URI(..) )

68import System.FilePath ((</>), takeExtension, dropExtension,

69− isRelative, splitDirectories, makeRelative)

69+ isRelative, splitDirectories)

70import System.Random (StdGen)

71import Text.Collate.Lang (Lang(..), parseLang, renderLang)

72import Text.Pandoc.Class.CommonState (CommonState (..))

@@ -413,7 +413,7 @@ downloadOrRead s = do

413 (fp', cont) <- if isRelative f

414 then withPaths resourcePath readFileStrict f

415 else (f,) <$> readFileStrict f

416− report $ LoadedResource f (makeRelative "." fp')

416+ report $ LoadedResource f fp'

417 return (cont, mime)

418 httpcolon = URI{ uriScheme = "http:",

419 uriAuthority = Nothing,

@@ -638,12 +638,17 @@ fillMediaBag d = walkM handleImage d

638 handleImage (Image attr lab (src, tit)) = catchError

639 (do mediabag <- getMediaBag

640 let fp = T.unpack src

641− case lookupMedia fp mediabag of

641+ src' <- T.pack <$> case lookupMedia fp mediabag of

642− Just _ -> return ()

642+ Just item -> return $ mediaPath item

643− Nothing -> do

643+ Nothing -> do

644− (bs, mt) <- fetchItem src

644+ (bs, mt) <- fetchItem src

645− insertMedia fp mt (BL.fromStrict bs)

645+ insertMedia fp mt (BL.fromStrict bs)

646+ mediabag' <- getMediaBag

647+ case lookupMedia fp mediabag' of

648+ Just item -> return $ mediaPath item

649+ Nothing -> throwError $ PandocSomeError $

650+ src <> " not successfully inserted into MediaBag"

646− return $ Image attr lab (src, tit))

651+ return $ Image attr lab (src', tit))

647 (\e ->

652 (\e ->

648 case e of

653 case e of

649 PandocResourceNotFound _ -> do

654 PandocResourceNotFound _ -> do

src/Text/Pandoc/Error.hs+3−3

@@ -97,13 +97,13 @@ renderError e =

97 [] -> ""

98 ((pos,txt):_) ->

99 let ls = T.lines txt <> [""]

100− ln = (errLine - sourceLine pos) + 1

100+ ln = errLine - sourceLine pos

101− in if length ls > ln && ln >= 1

101+ in if length ls > ln - 1

102 then T.concat ["\n", ls !! (ln - 1)

103 ,"\n", T.replicate (errColumn - 1) " "

104 ,"^"]

105 else ""

106− in "Error at " <> tshow err' <> errorInFile

106+ in "\nError at " <> tshow err' <> errorInFile

107 PandocMakePDFError s -> s

108 PandocOptionError s -> s

109 PandocSyntaxMapError s -> s

src/Text/Pandoc/ImageSize.hs+1−5

@@ -57,8 +57,7 @@ import Codec.Picture (decodeImageWithMetadata)

57-- quick and dirty functions to get image sizes

58-- algorithms borrowed from wwwis.pl

59

60−data ImageType = Png | Gif | Jpeg | Svg | Pdf | Eps | Emf | Tiff

60+data ImageType = Png | Gif | Jpeg | Svg | Pdf | Eps | Emf deriving Show

61− deriving Show

62data Direction = Width | Height

61data Direction = Width | Height

63instance Show Direction where

62instance Show Direction where

64 show Width = "width"

63 show Width = "width"

@@ -101,8 +100,6 @@ imageType :: ByteString -> Maybe ImageType

101imageType img = case B.take 4 img of

100imageType img = case B.take 4 img of

102 "\x89\x50\x4e\x47" -> return Png

101 "\x89\x50\x4e\x47" -> return Png

103 "\x47\x49\x46\x38" -> return Gif

102 "\x47\x49\x46\x38" -> return Gif

104− "\x49\x49\x2a\x00" -> return Tiff

105− "\x4D\x4D\x00\x2a" -> return Tiff

106 "\xff\xd8\xff\xe0" -> return Jpeg -- JFIF

103 "\xff\xd8\xff\xe0" -> return Jpeg -- JFIF

107 "\xff\xd8\xff\xe1" -> return Jpeg -- Exif

104 "\xff\xd8\xff\xe1" -> return Jpeg -- Exif

108 "%PDF" -> return Pdf

105 "%PDF" -> return Pdf

@@ -127,7 +124,6 @@ imageSize opts img = checkDpi <$>

127 Just Png -> getSize img

124 Just Png -> getSize img

128 Just Gif -> getSize img

125 Just Gif -> getSize img

129 Just Jpeg -> getSize img

126 Just Jpeg -> getSize img

130− Just Tiff -> getSize img

131 Just Svg -> mbToEither "could not determine SVG size" $ svgSize opts img

127 Just Svg -> mbToEither "could not determine SVG size" $ svgSize opts img

132 Just Eps -> mbToEither "could not determine EPS size" $ epsSize img

128 Just Eps -> mbToEither "could not determine EPS size" $ epsSize img

133 Just Pdf -> mbToEither "could not determine PDF size" $ pdfSize img

129 Just Pdf -> mbToEither "could not determine PDF size" $ pdfSize img

src/Text/Pandoc/Lua/Module/Utils.hs+1−1

@@ -146,7 +146,7 @@ from_simple_table (SimpleTable capt aligns widths head' body) = do

146 nullAttr

147 (Caption Nothing [Plain capt])

148 (zipWith (\a w -> (a, toColWidth w)) aligns widths)

149− (TableHead nullAttr [blockListToRow head' | not (null head') ])

149+ (TableHead nullAttr [blockListToRow head'])

150 [TableBody nullAttr 0 [] $ map blockListToRow body]

151 (TableFoot nullAttr [])

152 return (NumResults 1)

src/Text/Pandoc/MIME.hs−10

@@ -43,16 +43,6 @@ getMimeTypeDef :: FilePath -> MimeType

43getMimeTypeDef = fromMaybe "application/octet-stream" . getMimeType

44

45extensionFromMimeType :: MimeType -> Maybe T.Text

46−-- few special cases, where there are multiple options:

47−extensionFromMimeType "text/plain" = Just "txt"

48−extensionFromMimeType "video/quicktime" = Just "mov"

49−extensionFromMimeType "video/mpeg" = Just "mpeg"

50−extensionFromMimeType "video/dv" = Just "dv"

51−extensionFromMimeType "image/vnd.djvu" = Just "djvu"

52−extensionFromMimeType "image/tiff" = Just "tiff"

53−extensionFromMimeType "image/jpeg" = Just "jpg"

54−extensionFromMimeType "application/xml" = Just "xml"

55−extensionFromMimeType "application/ogg" = Just "ogg"

56extensionFromMimeType mimetype =

46extensionFromMimeType mimetype =

57 M.lookup (T.takeWhile (/=';') mimetype) reverseMimeTypes

47 M.lookup (T.takeWhile (/=';') mimetype) reverseMimeTypes

58 -- note: we just look up the basic mime type, dropping the content-encoding etc.

48 -- note: we just look up the basic mime type, dropping the content-encoding etc.

src/Text/Pandoc/MediaBag.hs+12−20

@@ -26,14 +26,13 @@ module Text.Pandoc.MediaBag (

26import qualified Data.ByteString.Lazy as BL

27import Data.Data (Data)

28import qualified Data.Map as M

29−import Data.Maybe (fromMaybe, isNothing)

29+import Data.Maybe (fromMaybe)

30import Data.Typeable (Typeable)

31import System.FilePath

32import Text.Pandoc.MIME (MimeType, getMimeTypeDef, extensionFromMimeType)

33import Data.Text (Text)

34import qualified Data.Text as T

35import Data.Digest.Pure.SHA (sha1, showDigest)

36−import Network.URI (URI (..), parseURI)

37

36

38data MediaItem =

37data MediaItem =

39 MediaItem

38 MediaItem

@@ -72,25 +71,16 @@ insertMedia :: FilePath -- ^ relative path and canonical name of resource

72 -> MediaBag

71 -> MediaBag

73 -> MediaBag

72 -> MediaBag

74insertMedia fp mbMime contents (MediaBag mediamap) =

73insertMedia fp mbMime contents (MediaBag mediamap) =

75− MediaBag (M.insert fp' mediaItem mediamap)

74+ MediaBag (M.insert (canonicalize fp) mediaItem mediamap)

76− where mediaItem = MediaItem{ mediaPath = newpath

75+ where mediaItem = MediaItem{ mediaPath = showDigest (sha1 contents) <>

76+ "." <> ext

77 , mediaContents = contents

78 , mediaMimeType = mt }

79− fp' = canonicalize fp

80− uri = parseURI fp

81− newpath = if isRelative fp

82− && isNothing uri

83− && ".." `notElem` splitPath fp

84− then T.unpack fp'

85− else showDigest (sha1 contents) <> "." <> ext

86 fallback = case takeExtension fp of

79 fallback = case takeExtension fp of

87 ".gz" -> getMimeTypeDef $ dropExtension fp

80 ".gz" -> getMimeTypeDef $ dropExtension fp

88 _ -> getMimeTypeDef fp

81 _ -> getMimeTypeDef fp

89 mt = fromMaybe fallback mbMime

82 mt = fromMaybe fallback mbMime

90− path = maybe fp uriPath uri

91− ext = case takeExtension path of

92− '.':e -> e

93− _ -> maybe "" T.unpack $ extensionFromMimeType mt

83+ ext = maybe (takeExtension fp) T.unpack $ extensionFromMimeType mt

94

84

95

85

96-- | Lookup a media item in a 'MediaBag', returning mime type and contents.

86-- | Lookup a media item in a 'MediaBag', returning mime type and contents.

@@ -102,11 +92,13 @@ lookupMedia fp (MediaBag mediamap) = M.lookup (canonicalize fp) mediamap

102-- | Get a list of the file paths stored in a 'MediaBag', with

92-- | Get a list of the file paths stored in a 'MediaBag', with

103-- their corresponding mime types and the lengths in bytes of the contents.

93-- their corresponding mime types and the lengths in bytes of the contents.

104mediaDirectory :: MediaBag -> [(FilePath, MimeType, Int)]

94mediaDirectory :: MediaBag -> [(FilePath, MimeType, Int)]

105−mediaDirectory mediabag =

95+mediaDirectory (MediaBag mediamap) =

96+ M.foldrWithKey (\fp item ->

97+ ((T.unpack fp, mediaMimeType item,

106− map (\(fp, mt, bs) -> (fp, mt, fromIntegral (BL.length bs)))

98+ fromIntegral (BL.length (mediaContents item))):)) [] mediamap

107− (mediaItems mediabag)

108

99

109mediaItems :: MediaBag -> [(FilePath, MimeType, BL.ByteString)]

100mediaItems :: MediaBag -> [(FilePath, MimeType, BL.ByteString)]

110mediaItems (MediaBag mediamap) =

101mediaItems (MediaBag mediamap) =

102+ M.foldrWithKey (\fp item ->

111− map (\item -> (mediaPath item, mediaMimeType item, mediaContents item))

103+ ((T.unpack fp, mediaMimeType item, mediaContents item):))

112− (M.elems mediamap)

104+ [] mediamap

src/Text/Pandoc/PDF.hs+3−16

@@ -202,7 +202,7 @@ convertImage opts tmpdir fname = do

202 Just "image/svg+xml" -> E.catch (do

203 (exit, _) <- pipeProcess Nothing "rsvg-convert"

204 ["-f","pdf","-a","--dpi-x",dpi,"--dpi-y",dpi,

205− "-o",pdfOut,svgIn] BL.empty

205+ "-o",pdfOut,fname] BL.empty

206 if exit == ExitSuccess

207 then return $ Right pdfOut

208 else return $ Left "conversion from SVG failed")

@@ -217,7 +217,6 @@ convertImage opts tmpdir fname = do

217 where

218 pngOut = replaceDirectory (replaceExtension fname ".png") tmpdir

219 pdfOut = replaceDirectory (replaceExtension fname ".pdf") tmpdir

220− svgIn = tmpdir </> fname

221 mime = getMimeType fname

220 mime = getMimeType fname

222 doNothing = return (Right fname)

221 doNothing = return (Right fname)

223

222

@@ -507,20 +506,8 @@ showVerboseInfo mbTmpDir program programArgs env source = do

507 UTF8.hPutStrLn stderr $

506 UTF8.hPutStrLn stderr $

508 T.pack program <> " " <> T.pack (unwords (map show programArgs))

507 T.pack program <> " " <> T.pack (unwords (map show programArgs))

509 UTF8.hPutStr stderr "\n"

508 UTF8.hPutStr stderr "\n"

510− UTF8.hPutStrLn stderr "[makePDF] Relevant environment variables:"

509+ UTF8.hPutStrLn stderr "[makePDF] Environment:"

511− -- we filter out irrelevant stuff to avoid leaking passwords and keys!

512− let isRelevant ("PATH",_) = True

513− isRelevant ("TMPDIR",_) = True

514− isRelevant ("PWD",_) = True

515− isRelevant ("LANG",_) = True

516− isRelevant ("HOME",_) = True

517− isRelevant ("LUA_PATH",_) = True

518− isRelevant ("LUA_CPATH",_) = True

519− isRelevant ("SHELL",_) = True

520− isRelevant ("TEXINPUTS",_) = True

521− isRelevant ("TEXMFOUTPUT",_) = True

522− isRelevant _ = False

523− mapM_ (UTF8.hPutStrLn stderr . tshow) (filter isRelevant env)

510+ mapM_ (UTF8.hPutStrLn stderr . tshow) env

524 UTF8.hPutStr stderr "\n"

511 UTF8.hPutStr stderr "\n"

525 UTF8.hPutStrLn stderr "[makePDF] Source:"

512 UTF8.hPutStrLn stderr "[makePDF] Source:"

526 UTF8.hPutStrLn stderr source

513 UTF8.hPutStrLn stderr source

src/Text/Pandoc/Parsing.hs+5−4

@@ -188,7 +188,7 @@ import Control.Monad.Identity

188import Control.Monad.Reader

189 ( asks, runReader, MonadReader(ask), Reader, ReaderT(ReaderT) )

190import Data.Char (chr, isAlphaNum, isAscii, isAsciiUpper, isAsciiLower,

191− isSpace, ord, toLower, toUpper)

191+ isPunctuation, isSpace, ord, toLower, toUpper)

192import Data.Default ( Default(..) )

193import Data.Functor (($>))

194import Data.List (intercalate, transpose)

@@ -693,12 +693,13 @@ emailAddress = try $ toResult <$> mailbox <*> (char '@' *> domain)

693 mailbox = intercalate "." <$> (emailWord `sepBy1'` dot)

694 domain = intercalate "." <$> (subdomain `sepBy1'` dot)

695 dot = char '.'

696− subdomain = many1 $ alphaNum <|> innerPunct (=='-')

696+ subdomain = many1 $ alphaNum <|> innerPunct

697 -- this excludes some valid email addresses, since an

698 -- email could contain e.g. '__', but gives better results

699 -- for our purposes, when combined with markdown parsing:

700− innerPunct f = try (satisfy f

700+ innerPunct = try (satisfy (\c -> isEmailPunct c || c == '@')

701+ <* notFollowedBy space

701− <* notFollowedBy (satisfy (not . isAlphaNum)))

702+ <* notFollowedBy (satisfy isPunctuation))

702 -- technically an email address could begin with a symbol,

703 -- technically an email address could begin with a symbol,

703 -- but allowing this creates too many problems.

704 -- but allowing this creates too many problems.

704 -- See e.g. https://github.com/jgm/pandoc/issues/2940

705 -- See e.g. https://github.com/jgm/pandoc/issues/2940

src/Text/Pandoc/Readers/CommonMark.hs+5−5

@@ -30,7 +30,7 @@ import Text.Pandoc.Readers.Metadata (yamlMetaBlock)

30import Control.Monad.Except

31import Data.Functor.Identity (runIdentity)

32import Data.Typeable

33−import Text.Pandoc.Parsing (runParserT, getInput,

33+import Text.Pandoc.Parsing (runParserT, getPosition,

34 runF, defaultParserState, option, many1, anyChar,

35 Sources(..), ToSources(..), ParserT, Future,

36 sourceName)

@@ -44,14 +44,14 @@ readCommonMark opts s

44 let sources = toSources s

45 let toks = concatMap sourceToToks (unSources sources)

46 res <- runParserT (do meta <- yamlMetaBlock (metaValueParser opts)

47− rest <- getInput

47+ pos <- getPosition

48− return (meta, rest))

48+ return (meta, pos))

49 defaultParserState "YAML metadata" (toSources s)

50 case res of

51 Left _ -> readCommonMarkBody opts sources toks

52− Right (meta, rest) -> do

52+ Right (meta, pos) -> do

53 -- strip off metadata section and parse body

54− let body = concatMap sourceToToks (unSources rest)

54+ let body = dropWhile (\t -> tokPos t < pos) toks

55 Pandoc _ bs <- readCommonMarkBody opts sources body

56 return $ Pandoc (runF meta defaultParserState) bs

57 | otherwise = do

src/Text/Pandoc/Readers/DocBook.hs+1−2

@@ -134,7 +134,6 @@ List of all DocBook tags, with [x] indicating implemented,

134[ ] corpcredit - A corporation or organization credited in a document

135[ ] corpname - The name of a corporation

136[ ] country - The name of a country

137−[x] danger - An admonition set off from the text indicating hazardous situation

138[ ] database - The name of a database, or part of a database

137[ ] database - The name of a database, or part of a database

139[x] date - The date of publication or revision of a document

138[x] date - The date of publication or revision of a document

140[ ] dedication - A wrapper for the dedication section of a book

139[ ] dedication - A wrapper for the dedication section of a book

@@ -719,7 +718,7 @@ blockTags =

719 ] ++ admonitionTags

718 ] ++ admonitionTags

720

719

721admonitionTags :: [Text]

720admonitionTags :: [Text]

722−admonitionTags = ["caution","danger","important","note","tip","warning"]

721+admonitionTags = ["important","caution","note","tip","warning"]

723

722

724-- Trim leading and trailing newline characters

723-- Trim leading and trailing newline characters

725trimNl :: Text -> Text

724trimNl :: Text -> Text

src/Text/Pandoc/Readers/Docx/Parse.hs+5−11

@@ -479,26 +479,20 @@ filePathToRelType path docXmlPath =

479 then Just InDocument

480 else Nothing

481

482−relElemToRelationship :: FilePath -> DocumentLocation -> Element

482+relElemToRelationship :: DocumentLocation -> Element -> Maybe Relationship

483− -> Maybe Relationship

484−relElemToRelationship fp relType element | qName (elName element) == "Relationship" =

483+relElemToRelationship relType element | qName (elName element) == "Relationship" =

485 do

484 do

486 relId <- findAttr (QName "Id" Nothing Nothing) element

485 relId <- findAttr (QName "Id" Nothing Nothing) element

487 target <- findAttr (QName "Target" Nothing Nothing) element

486 target <- findAttr (QName "Target" Nothing Nothing) element

488− -- target may be relative (media/image1.jpeg) or absolute

489− -- (/word/media/image1.jpeg); we need to relativize it (see #7374)

490− let frontOfFp = T.pack $ takeWhile (/= '_') fp

491− let target' = fromMaybe target $

492− T.stripPrefix frontOfFp $ T.dropWhile (== '/') target

493− return $ Relationship relType relId target'

487+ return $ Relationship relType relId target

494−relElemToRelationship _ _ _ = Nothing

488+relElemToRelationship _ _ = Nothing

495

489

496filePathToRelationships :: Archive -> FilePath -> FilePath -> [Relationship]

490filePathToRelationships :: Archive -> FilePath -> FilePath -> [Relationship]

497filePathToRelationships ar docXmlPath fp

491filePathToRelationships ar docXmlPath fp

498 | Just relType <- filePathToRelType fp docXmlPath

492 | Just relType <- filePathToRelType fp docXmlPath

499 , Just entry <- findEntryByPath fp ar

493 , Just entry <- findEntryByPath fp ar

500 , Just relElems <- parseXMLFromEntry entry =

494 , Just relElems <- parseXMLFromEntry entry =

501− mapMaybe (relElemToRelationship fp relType) $ elChildren relElems

495+ mapMaybe (relElemToRelationship relType) $ elChildren relElems

502filePathToRelationships _ _ _ = []

496filePathToRelationships _ _ _ = []

503

497

504archiveToRelationships :: Archive -> FilePath -> [Relationship]

498archiveToRelationships :: Archive -> FilePath -> [Relationship]

src/Text/Pandoc/Readers/HTML/Table.hs+1−1

@@ -49,7 +49,7 @@ pCol = try $ do

49 return $ case lookup "width" attribs of

50 Nothing -> case lookup "style" attribs of

51 Just (T.stripPrefix "width:" -> Just xs) | T.any (== '%') xs ->

52− maybe (Right ColWidthDefault) (Right . ColWidth . (/ 100.0))

52+ maybe (Right ColWidthDefault) (Right . ColWidth)

53 $ safeRead (T.filter

54 (`notElem` (" \t\r\n%'\";" :: [Char])) xs)

55 _ -> Right ColWidthDefault

src/Text/Pandoc/Readers/LaTeX.hs+2−4

@@ -24,7 +24,7 @@ module Text.Pandoc.Readers.LaTeX ( readLaTeX,

24import Control.Applicative (many, optional, (<|>))

25import Control.Monad

26import Control.Monad.Except (throwError)

27−import Data.Char (isDigit, isLetter, isAlphaNum, toUpper, chr)

27+import Data.Char (isDigit, isLetter, toUpper, chr)

28import Data.Default

29import Data.List (intercalate)

30import qualified Data.Map as M

@@ -300,9 +300,7 @@ inlineCommand' :: PandocMonad m => LP m Inlines

300inlineCommand' = try $ do

301 Tok _ (CtrlSeq name) cmd <- anyControlSeq

302 guard $ name /= "begin" && name /= "end" && name /= "and"

303− star <- if T.all isAlphaNum name

304− then option "" ("*" <$ symbol '*' <* sp)

303+ star <- option "" ("*" <$ symbol '*' <* sp)

305− else pure ""

306 overlay <- option "" overlaySpecification

304 overlay <- option "" overlaySpecification

307 let name' = name <> star <> overlay

305 let name' = name <> star <> overlay

308 let names = ordNub [name', name] -- check non-starred as fallback

306 let names = ordNub [name', name] -- check non-starred as fallback

src/Text/Pandoc/Readers/Markdown.hs+3−7

@@ -29,9 +29,7 @@ import qualified Data.Set as Set

29import Data.Text (Text)

30import qualified Data.Text as T

31import qualified Data.ByteString.Lazy as BL

32−import System.FilePath (addExtension, takeExtension, takeDirectory)

32+import System.FilePath (addExtension, takeExtension, isAbsolute, takeDirectory)

33−import qualified System.FilePath.Windows as Windows

34−import qualified System.FilePath.Posix as Posix

35import Text.HTML.TagSoup hiding (Row)

33import Text.HTML.TagSoup hiding (Row)

36import Text.Pandoc.Builder (Blocks, Inlines)

34import Text.Pandoc.Builder (Blocks, Inlines)

37import qualified Text.Pandoc.Builder as B

35import qualified Text.Pandoc.Builder as B

@@ -1926,9 +1924,7 @@ rebasePath :: SourcePos -> Text -> Text

1926rebasePath pos path = do

1924rebasePath pos path = do

1927 let fp = sourceName pos

1925 let fp = sourceName pos

1928 isFragment = T.take 1 path == "#"

1926 isFragment = T.take 1 path == "#"

1929− path' = T.unpack path

1930− isAbsolutePath = Posix.isAbsolute path' || Windows.isAbsolute path'

1931− in if T.null path || isFragment || isAbsolutePath || isURI path

1927+ in if T.null path || isFragment || isAbsolute (T.unpack path) || isURI path

1932 then path

1928 then path

1933 else

1929 else

1934 case takeDirectory fp of

1930 case takeDirectory fp of

@@ -2254,4 +2250,4 @@ toRow :: [Blocks] -> Row

2254toRow = Row nullAttr . map B.simpleCell

2250toRow = Row nullAttr . map B.simpleCell

2255

2251

2256toHeaderRow :: [Blocks] -> [Row]

2252toHeaderRow :: [Blocks] -> [Row]

2257−toHeaderRow l = [toRow l | not (null l) && not (all null l)]

2253+toHeaderRow l = [toRow l | not (null l)]

src/Text/Pandoc/Readers/Metadata.hs−3

@@ -45,9 +45,6 @@ yamlBsToMeta pMetaValue bstr = do

45 Right [] -> return . return $ mempty

46 Right [YAML.Doc (YAML.Scalar _ YAML.SNull)]

47 -> return . return $ mempty

48− -- the following is what we get from a comment:

49− Right [YAML.Doc (YAML.Scalar _ (YAML.SUnknown _ ""))]

50− -> return . return $ mempty

51 Right _ -> Prelude.fail "expected YAML object"

48 Right _ -> Prelude.fail "expected YAML object"

52 Left (yamlpos, err')

49 Left (yamlpos, err')

53 -> do pos <- getPosition

50 -> do pos <- getPosition

src/Text/Pandoc/Readers/Txt2Tags.hs+1−21

@@ -478,29 +478,9 @@ macro = try $ do

478-- raw URLs in text are automatically linked

479url :: T2T Inlines

480url = try $ do

481− (rawUrl, escapedUrl) <- try uri <|> emailAddress'

481+ (rawUrl, escapedUrl) <- try uri <|> emailAddress

482 return $ B.link rawUrl "" (B.str escapedUrl)

483

484−emailAddress' :: T2T (Text, Text)

485−emailAddress' = do

486− (base, mailURI) <- emailAddress

487− query <- option "" emailQuery

488− return (base <> query, mailURI <> query)

489−

490−emailQuery :: T2T Text

491−emailQuery = do

492− char '?'

493− parts <- kv `sepBy1` (char '&')

494− return $ "?" <> T.intercalate "&" parts

495−

496−kv :: T2T Text

497−kv = do

498− k <- T.pack <$> many1 alphaNum

499− char '='

500− let vchar = alphaNum <|> try (oneOf "%._/~:,=$@&+-;*" <* lookAhead alphaNum)

501− v <- T.pack <$> many1 vchar

502− return (k <> "=" <> v)

503−

504uri :: T2T (Text, Text)

484uri :: T2T (Text, Text)

505uri = try $ do

485uri = try $ do

506 address <- t2tURI

486 address <- t2tURI

src/Text/Pandoc/Writers/Docbook.hs+2−1

@@ -198,7 +198,8 @@ blockToDocbook opts (Div (id',"section":_,_) (Header lvl (_,_,attrs) ils : xs))

198blockToDocbook opts (Div (ident,classes,_) bs) = do

199 version <- ask

200 let identAttribs = [(idName version, ident) | not (T.null ident)]

201+ admonitions = ["attention","caution","danger","error","hint",

201− admonitions = ["caution","danger","important","note","tip","warning"]

202+ "important","note","tip","warning"]

202 case classes of

203 case classes of

203 (l:_) | l `elem` admonitions -> do

204 (l:_) | l `elem` admonitions -> do

204 let (mTitleBs, bodyBs) =

205 let (mTitleBs, bodyBs) =

src/Text/Pandoc/Writers/Docx.hs+3−19

@@ -36,8 +36,7 @@ import Data.Time.Clock.POSIX

36import Data.Digest.Pure.SHA (sha1, showDigest)

37import Skylighting

38import Text.Collate.Lang (renderLang)

39−import Text.Pandoc.Class.PandocMonad (PandocMonad, report, toLang, translateTerm)

39+import Text.Pandoc.Class.PandocMonad (PandocMonad, report, toLang)

40−import qualified Text.Pandoc.Translations as Term

41import qualified Text.Pandoc.Class.PandocMonad as P

40import qualified Text.Pandoc.Class.PandocMonad as P

42import Data.Time

41import Data.Time

43import Text.Pandoc.UTF8 (fromTextLazy)

42import Text.Pandoc.UTF8 (fromTextLazy)

@@ -855,28 +854,14 @@ blockToOpenXML' opts (Plain lst) = do

855-- title beginning with fig: indicates that the image is a figure

854-- title beginning with fig: indicates that the image is a figure

856blockToOpenXML' opts (Para [Image attr alt (src,T.stripPrefix "fig:" -> Just tit)]) = do

855blockToOpenXML' opts (Para [Image attr alt (src,T.stripPrefix "fig:" -> Just tit)]) = do

857 setFirstPara

856 setFirstPara

858− fignum <- gets stNextFigureNum

859− unless (null alt) $ modify $ \st -> st{ stNextFigureNum = fignum + 1 }

860− let figid = "fig" <> tshow fignum

861− figname <- translateTerm Term.Figure

862 prop <- pStyleM $

857 prop <- pStyleM $

863 if null alt

858 if null alt

864 then "Figure"

859 then "Figure"

865 else "Captioned Figure"

860 else "Captioned Figure"

866 paraProps <- local (\env -> env { envParaProperties = EnvProps (Just prop) [] <> envParaProperties env }) (getParaProps False)

861 paraProps <- local (\env -> env { envParaProperties = EnvProps (Just prop) [] <> envParaProperties env }) (getParaProps False)

867 contents <- inlinesToOpenXML opts [Image attr alt (src,tit)]

862 contents <- inlinesToOpenXML opts [Image attr alt (src,tit)]

868− captionNode <- if null alt

869− then return []

870− else withParaPropM (pStyleM "Image Caption")

863+ captionNode <- withParaPropM (pStyleM "Image Caption")

871− $ blockToOpenXML opts

864+ $ blockToOpenXML opts (Para alt)

872− (Para $ Span (figid,[],[])

873− [Str (figname <> "\160"),

874− RawInline (Format "openxml")

875− ("<w:fldSimple w:instr=\"SEQ Figure"

876− <> " \\* ARABIC \"><w:r><w:t>"

877− <> tshow fignum

878− <> "</w:t></w:r></w:fldSimple>"),

879− Str ":", Space] : alt)

880 return $

865 return $

881 Elem (mknode "w:p" [] (map Elem paraProps ++ contents))

866 Elem (mknode "w:p" [] (map Elem paraProps ++ contents))

882 : captionNode

867 : captionNode

@@ -1304,7 +1289,6 @@ inlineToOpenXML' opts (Image attr@(imgident, _, _) alt (src, title)) = do

1304 Just Eps -> ".eps"

1289 Just Eps -> ".eps"

1305 Just Svg -> ".svg"

1290 Just Svg -> ".svg"

1306 Just Emf -> ".emf"

1291 Just Emf -> ".emf"

1307− Just Tiff -> ".tiff"

1308 Nothing -> ""

1292 Nothing -> ""

1309 imgpath = "media/" <> ident <> imgext

1293 imgpath = "media/" <> ident <> imgext

1310 mbMimeType = mt <|> getMimeType (T.unpack imgpath)

1294 mbMimeType = mt <|> getMimeType (T.unpack imgpath)

src/Text/Pandoc/Writers/Docx/Table.hs+6−33

@@ -17,7 +17,7 @@ import Control.Monad.State.Strict

17import Data.Array

18import Data.Text (Text)

19import Text.Pandoc.Definition

20−import Text.Pandoc.Class.PandocMonad (PandocMonad, translateTerm)

20+import Text.Pandoc.Class.PandocMonad (PandocMonad)

21import Text.Pandoc.Writers.Docx.Types

22import Text.Pandoc.Shared

23import Text.Printf (printf)

@@ -25,7 +25,6 @@ import Text.Pandoc.Writers.GridTable hiding (Table)

25import Text.Pandoc.Writers.OOXML

26import Text.Pandoc.XML.Light as XML hiding (Attr)

27import qualified Data.Text as T

28−import qualified Text.Pandoc.Translations as Term

29import qualified Text.Pandoc.Writers.GridTable as Grid

28import qualified Text.Pandoc.Writers.GridTable as Grid

30

29

31tableToOpenXML :: PandocMonad m

30tableToOpenXML :: PandocMonad m

@@ -34,26 +33,16 @@ tableToOpenXML :: PandocMonad m

34 -> WS m [Content]

33 -> WS m [Content]

35tableToOpenXML blocksToOpenXML gridTable = do

34tableToOpenXML blocksToOpenXML gridTable = do

36 setFirstPara

35 setFirstPara

36+ modify $ \s -> s { stInTable = True }

37− let (Grid.Table (ident,_,_) caption colspecs _rowheads thead tbodies tfoot) =

37+ let (Grid.Table _attr caption colspecs _rowheads thead tbodies tfoot) =

38 gridTable

39 let (Caption _maybeShortCaption captionBlocks) = caption

40− tablenum <- gets stNextTableNum

41− unless (null captionBlocks) $

42− modify $ \st -> st{ stNextTableNum = tablenum + 1 }

43− let tableid = if T.null ident

44− then "table" <> tshow tablenum

45− else ident

46− tablename <- translateTerm Term.Table

47 let captionStr = stringify captionBlocks

40 let captionStr = stringify captionBlocks

48 let aligns = map fst $ elems colspecs

41 let aligns = map fst $ elems colspecs

49 captionXml <- if null captionBlocks

42 captionXml <- if null captionBlocks

50 then return []

43 then return []

51 else withParaPropM (pStyleM "Table Caption")

44 else withParaPropM (pStyleM "Table Caption")

52− $ blocksToOpenXML

45+ $ blocksToOpenXML captionBlocks

53− $ addLabel tableid tablename tablenum captionBlocks

54− -- We set "in table" after processing the caption, because we don't

55− -- want the "Table Caption" style to be overwritten with "Compact".

56− modify $ \s -> s { stInTable = True }

57 head' <- cellGridToOpenXML blocksToOpenXML HeadRow aligns thead

46 head' <- cellGridToOpenXML blocksToOpenXML HeadRow aligns thead

58 bodies <- mapM (cellGridToOpenXML blocksToOpenXML BodyRow aligns) tbodies

47 bodies <- mapM (cellGridToOpenXML blocksToOpenXML BodyRow aligns) tbodies

59 foot' <- cellGridToOpenXML blocksToOpenXML FootRow aligns tfoot

48 foot' <- cellGridToOpenXML blocksToOpenXML FootRow aligns tfoot

@@ -90,22 +79,6 @@ tableToOpenXML blocksToOpenXML gridTable = do

90 modify $ \s -> s { stInTable = False }

79 modify $ \s -> s { stInTable = False }

91 return $ captionXml ++ [Elem tbl]

80 return $ captionXml ++ [Elem tbl]

92

81

93−addLabel :: Text -> Text -> Int -> [Block] -> [Block]

94−addLabel tableid tablename tablenum bs =

95− case bs of

96− (Para ils : rest) -> Para (label : Space : ils) : rest

97− (Plain ils : rest) -> Plain (label : Space : ils) : rest

98− _ -> Para [label] : bs

99− where

100− label = Span (tableid,[],[])

101− [Str (tablename <> "\160"),

102− RawInline (Format "openxml")

103− ("<w:fldSimple w:instr=\"SEQ Table"

104− <> " \\* ARABIC \"><w:r><w:t>"

105− <> tshow tablenum

106− <> "</w:t></w:r></w:fldSimple>"),

107− Str ":"]

108−

109-- | Parts of a table

82-- | Parts of a table

110data RowType = HeadRow | BodyRow | FootRow

83data RowType = HeadRow | BodyRow | FootRow

111

84

@@ -141,8 +114,8 @@ cellGridToOpenXML :: PandocMonad m

141 -> [Alignment]

114 -> [Alignment]

142 -> Part

115 -> Part

143 -> WS m [Element]

116 -> WS m [Element]

144−cellGridToOpenXML blocksToOpenXML rowType aligns part@(Part _ cellArray _) =

117+cellGridToOpenXML blocksToOpenXML rowType aligns part@(Part _ _ rowAttrs) =

145− if null (elems cellArray)

118+ if null (indices rowAttrs)

146 then return mempty

119 then return mempty

147 else mapM (rowToOpenXML blocksToOpenXML) $

120 else mapM (rowToOpenXML blocksToOpenXML) $

148 partToRows rowType aligns part

121 partToRows rowType aligns part

src/Text/Pandoc/Writers/Docx/Types.hs−4

@@ -117,8 +117,6 @@ data WriterState = WriterState{

117 , stDynamicParaProps :: Set.Set ParaStyleName

118 , stDynamicTextProps :: Set.Set CharStyleName

119 , stCurId :: Int

120− , stNextFigureNum :: Int

121− , stNextTableNum :: Int

122 }

120 }

123

121

124defaultWriterState :: WriterState

122defaultWriterState :: WriterState

@@ -139,8 +137,6 @@ defaultWriterState = WriterState{

139 , stDynamicParaProps = Set.empty

137 , stDynamicParaProps = Set.empty

140 , stDynamicTextProps = Set.empty

138 , stDynamicTextProps = Set.empty

141 , stCurId = 20

139 , stCurId = 20

142− , stNextFigureNum = 1

143− , stNextTableNum = 1

144 }

140 }

145

141

146setFirstPara :: PandocMonad m => WS m ()

142setFirstPara :: PandocMonad m => WS m ()

src/Text/Pandoc/Writers/HTML.hs+10−66

@@ -26,13 +26,8 @@ module Text.Pandoc.Writers.HTML (

26 writeSlideous,

27 writeDZSlides,

28 writeRevealJs,

29− tagWithAttributes,

29+ tagWithAttributes

30− inlineToHtml,

31− blockToHtml,

32− WriterState(..),

33− defaultWriterState

34 ) where

30 ) where

35−

36import Control.Monad.State.Strict

31import Control.Monad.State.Strict

37import Data.Char (ord)

32import Data.Char (ord)

38import Data.List (intercalate, intersperse, partition, delete, (\\), foldl')

33import Data.List (intercalate, intersperse, partition, delete, (\\), foldl')

@@ -349,52 +344,6 @@ pandocToHtml opts (Pandoc meta blocks) = do

349 PlainMath -> defField "displaymath-css" True

344 PlainMath -> defField "displaymath-css" True

350 WebTeX _ -> defField "displaymath-css" True

345 WebTeX _ -> defField "displaymath-css" True

351 _ -> id) .

346 _ -> id) .

352− (if slideVariant == RevealJsSlides

353− then -- set boolean options explicitly, since

354− -- template can't distinguish False/undefined

355− defField "controls" True .

356− defField "controlsTutorial" True .

357− defField "controlsLayout" ("bottom-right" :: Text) .

358− defField "controlsBackArrows" ("faded" :: Text) .

359− defField "progress" True .

360− defField "slideNumber" False .

361− defField "showSlideNumber" ("all" :: Text) .

362− defField "hashOneBasedIndex" False .

363− defField "hash" False .

364− defField "respondToHashChanges" True .

365− defField "history" False .

366− defField "keyboard" True .

367− defField "overview" True .

368− defField "disableLayout" False .

369− defField "center" True .

370− defField "touch" True .

371− defField "loop" False .

372− defField "rtl" False .

373− defField "navigationMode" ("default" :: Text) .

374− defField "shuffle" False .

375− defField "fragments" True .

376− defField "fragmentInURL" True .

377− defField "embedded" False .

378− defField "help" True .

379− defField "pause" True .

380− defField "showNotes" False .

381− defField "autoPlayMedia" ("null" :: Text) .

382− defField "preloadIframes" ("null" :: Text) .

383− defField "autoSlide" ("0" :: Text) .

384− defField "autoSlideStoppable" True .

385− defField "autoSlideMethod" ("null" :: Text) .

386− defField "defaultTiming" ("null" :: Text) .

387− defField "mouseWheel" False .

388− defField "display" ("block" :: Text) .

389− defField "hideInactiveCursor" True .

390− defField "hideCursorTime" ("5000" :: Text) .

391− defField "previewLinks" False .

392− defField "transition" ("slide" :: Text) .

393− defField "transitionSpeed" ("default" :: Text) .

394− defField "backgroundTransition" ("fade" :: Text) .

395− defField "viewDistance" ("3" :: Text) .

396− defField "mobileViewDistance" ("2" :: Text)

397− else id) .

398 defField "document-css" (isNothing mCss && slideVariant == NoSlides) .

347 defField "document-css" (isNothing mCss && slideVariant == NoSlides) .

399 defField "quotes" (stQuotes st) .

348 defField "quotes" (stQuotes st) .

400 -- for backwards compatibility we populate toc

349 -- for backwards compatibility we populate toc

@@ -664,20 +613,17 @@ dimensionsToAttrList attr = consolidateStyles $ go Width ++ go Height

664figure :: PandocMonad m

613figure :: PandocMonad m

665 => WriterOptions -> Attr -> [Inline] -> (Text, Text)

614 => WriterOptions -> Attr -> [Inline] -> (Text, Text)

666 -> StateT WriterState m Html

615 -> StateT WriterState m Html

667−figure opts attr@(_, _, attrList) txt (s,tit) = do

616+figure opts attr txt (s,tit) = do

668 html5 <- gets stHtml5

617 html5 <- gets stHtml5

669 -- Screen-readers will normally read the @alt@ text and the figure; we

618 -- Screen-readers will normally read the @alt@ text and the figure; we

670 -- want to avoid them reading the same text twice. With HTML5 we can

619 -- want to avoid them reading the same text twice. With HTML5 we can

671 -- use aria-hidden for the caption; with HTML4, we use an empty

620 -- use aria-hidden for the caption; with HTML4, we use an empty

672 -- alt-text instead.

621 -- alt-text instead.

673− -- When the alt text differs from the caption both should be read.

674 let alt = if html5 then txt else [Str ""]

622 let alt = if html5 then txt else [Str ""]

675 let tocapt = if html5

623 let tocapt = if html5

676− then (H5.figcaption !) $

624+ then H5.figcaption !

677− if isJust (lookup "alt" attrList)

678− then mempty

679− else H5.customAttribute (textTag "aria-hidden")

625+ H5.customAttribute (textTag "aria-hidden")

680− (toValue @Text "true")

626+ (toValue @Text "true")

681 else H.p ! A.class_ "caption"

627 else H.p ! A.class_ "caption"

682 img <- inlineToHtml opts (Image attr alt (s,tit))

628 img <- inlineToHtml opts (Image attr alt (s,tit))

683 capt <- if null txt

629 capt <- if null txt

@@ -824,10 +770,9 @@ blockToHtml opts (Div attr@(ident, classes, kvs') bs) = do

824 lookup "entry-spacing" kvs' >>=

770 lookup "entry-spacing" kvs' >>=

825 safeRead }

771 safeRead }

826 let isCslBibEntry = "csl-entry" `elem` classes

772 let isCslBibEntry = "csl-entry" `elem` classes

827− let kvs = [(k,v) | (k,v) <- kvs'

773+ let kvs = [(k,v) | (k,v) <- kvs', k /= "width"] ++

828− , k /= "width" || "column" `notElem` classes] ++

829− [("style", "width:" <> w <> ";") | "column" `elem` classes

774+ [("style", "width:" <> w <> ";") | "column" `elem` classes,

830− , ("width", w) <- kvs'] ++

775+ ("width", w) <- kvs'] ++

831 [("role", "doc-bibliography") | isCslBibBody && html5] ++

776 [("role", "doc-bibliography") | isCslBibBody && html5] ++

832 [("role", "doc-biblioentry") | isCslBibEntry && html5]

777 [("role", "doc-biblioentry") | isCslBibEntry && html5]

833 let speakerNotes = "notes" `elem` classes

778 let speakerNotes = "notes" `elem` classes

@@ -1441,7 +1386,7 @@ inlineToHtml opts inline = do

1441 return $ if T.null tit

1386 return $ if T.null tit

1442 then link'

1387 then link'

1443 else link' ! A.title (toValue tit)

1388 else link' ! A.title (toValue tit)

1444− (Image attr@(_, _, attrList) txt (s, tit)) -> do

1389+ (Image attr txt (s,tit)) -> do

1445 let alternate = stringify txt

1390 let alternate = stringify txt

1446 slideVariant <- gets stSlideVariant

1391 slideVariant <- gets stSlideVariant

1447 let isReveal = slideVariant == RevealJsSlides

1392 let isReveal = slideVariant == RevealJsSlides

@@ -1454,8 +1399,7 @@ inlineToHtml opts inline = do

1454 [A.title $ toValue tit | not (T.null tit)] ++

1399 [A.title $ toValue tit | not (T.null tit)] ++

1455 attrs

1400 attrs

1456 imageTag = (if html5 then H5.img else H.img

1401 imageTag = (if html5 then H5.img else H.img

1457− , [A.alt $ toValue alternate | not (null txt) &&

1402+ , [A.alt $ toValue alternate | not (null txt)] )

1458− isNothing (lookup "alt" attrList)] )

1459 mediaTag tg fallbackTxt =

1403 mediaTag tg fallbackTxt =

1460 let linkTxt = if null txt

1404 let linkTxt = if null txt

1461 then fallbackTxt

1405 then fallbackTxt

src/Text/Pandoc/Writers/LaTeX.hs+1−1

@@ -919,7 +919,7 @@ inlineToLaTeX il@(RawInline f str) = do

919inlineToLaTeX LineBreak = do

920 emptyLine <- gets stEmptyLine

921 setEmptyLine True

922− return $ (if emptyLine then "\\strut " else "") <> "\\\\" <> cr

922+ return $ (if emptyLine then "~" else "") <> "\\\\" <> cr

923inlineToLaTeX SoftBreak = do

924 wrapText <- gets (writerWrapText . stOptions)

925 case wrapText of

src/Text/Pandoc/Writers/LaTeX/Table.hs+5−20

@@ -16,7 +16,6 @@ module Text.Pandoc.Writers.LaTeX.Table

16 ) where

17import Control.Monad.State.Strict

18import Data.List (intersperse)

19−import qualified Data.List.NonEmpty as NonEmpty

20import Data.List.NonEmpty (NonEmpty ((:|)))

19import Data.List.NonEmpty (NonEmpty ((:|)))

21import Data.Text (Text)

20import Data.Text (Text)

22import qualified Data.Text as T

21import qualified Data.Text as T

@@ -26,8 +25,7 @@ import Text.DocLayout

26 ( Doc, braces, cr, empty, hcat, hsep, isEmpty, literal, nest

25 ( Doc, braces, cr, empty, hcat, hsep, isEmpty, literal, nest

27 , text, vcat, ($$) )

26 , text, vcat, ($$) )

28import Text.Pandoc.Shared (blocksToInlines, splitBy, tshow)

27import Text.Pandoc.Shared (blocksToInlines, splitBy, tshow)

29−import Text.Pandoc.Walk (walk, query)

28+import Text.Pandoc.Walk (walk)

30−import Data.Monoid (Any(..))

31import Text.Pandoc.Writers.LaTeX.Caption (getCaption)

29import Text.Pandoc.Writers.LaTeX.Caption (getCaption)

32import Text.Pandoc.Writers.LaTeX.Notes (notesToLaTeX)

30import Text.Pandoc.Writers.LaTeX.Notes (notesToLaTeX)

33import Text.Pandoc.Writers.LaTeX.Types

31import Text.Pandoc.Writers.LaTeX.Types

@@ -245,13 +243,8 @@ cellToLaTeX :: PandocMonad m

245 -> Ann.Cell

243 -> Ann.Cell

246 -> LW m (Doc Text)

244 -> LW m (Doc Text)

247cellToLaTeX blockListToLaTeX celltype annotatedCell = do

245cellToLaTeX blockListToLaTeX celltype annotatedCell = do

248− let (Ann.Cell specs _colnum cell) = annotatedCell

246+ let (Ann.Cell _specs _colnum cell) = annotatedCell

249− let hasWidths = snd (NonEmpty.head specs) /= ColWidthDefault

250− let specAlign = fst (NonEmpty.head specs)

251− let (Cell _attr align' rowspan colspan blocks) = cell

247+ let (Cell _attr align rowspan colspan blocks) = cell

252− let align = case align' of

253− AlignDefault -> specAlign

254− _ -> align'

255 beamer <- gets stBeamer

248 beamer <- gets stBeamer

256 externalNotes <- gets stExternalNotes

249 externalNotes <- gets stExternalNotes

257 inMinipage <- gets stInMinipage

250 inMinipage <- gets stInMinipage

@@ -262,13 +255,8 @@ cellToLaTeX blockListToLaTeX celltype annotatedCell = do

262 Para{} -> True

255 Para{} -> True

263 Plain{} -> True

256 Plain{} -> True

264 _ -> False

257 _ -> False

265− let hasLineBreak LineBreak = Any True

266− hasLineBreak _ = Any False

267− let hasLineBreaks = getAny $ query hasLineBreak blocks

268 result <-

258 result <-

269− if not hasWidths || (celltype /= HeaderCell

270− && all isPlainOrPara blocks

259+ if all isPlainOrPara blocks

271− && not hasLineBreaks)

272 then

260 then

273 blockListToLaTeX $ walk fixLineBreaks $ walk displayMathToInline blocks

261 blockListToLaTeX $ walk fixLineBreaks $ walk displayMathToInline blocks

274 else do

262 else do

@@ -281,9 +269,7 @@ cellToLaTeX blockListToLaTeX celltype annotatedCell = do

281 let halign = literal $ alignCommand align

269 let halign = literal $ alignCommand align

282 return $ "\\begin{minipage}" <> valign <>

270 return $ "\\begin{minipage}" <> valign <>

283 braces "\\linewidth" <> halign <> cr <>

271 braces "\\linewidth" <> halign <> cr <>

284− cellContents <>

272+ cellContents <> cr <>

285− (if hasLineBreaks then "\\strut" else mempty)

286− <> cr <>

287 "\\end{minipage}"

273 "\\end{minipage}"

288 modify $ \st -> st{ stExternalNotes = externalNotes }

274 modify $ \st -> st{ stExternalNotes = externalNotes }

289 when (rowspan /= RowSpan 1) $

275 when (rowspan /= RowSpan 1) $

@@ -304,4 +290,3 @@ cellToLaTeX blockListToLaTeX celltype annotatedCell = do

304data CellType

290data CellType

305 = HeaderCell

291 = HeaderCell

306 | BodyCell

292 | BodyCell

307− deriving Eq

src/Text/Pandoc/Writers/Markdown.hs+38−18

@@ -43,7 +43,7 @@ import Text.Pandoc.Templates (renderTemplate)

43import Text.DocTemplates (Val(..), Context(..), FromContext(..))

44import Text.Pandoc.Walk

45import Text.Pandoc.Writers.HTML (writeHtml5String)

46−import Text.Pandoc.Writers.Markdown.Inline (inlineListToMarkdown, linkAttributes, attrsToMarkdown)

46+import Text.Pandoc.Writers.Markdown.Inline (inlineListToMarkdown)

47import Text.Pandoc.Writers.Markdown.Types (MarkdownVariant(..),

48 WriterState(..),

49 WriterEnv(..),

@@ -75,6 +75,7 @@ writeCommonMark opts document =

75 -- we set them here so that escapeText will behave

76 -- properly.

77 enableExtension Ext_all_symbols_escapable $

78+ enableExtension Ext_pipe_tables $

78 enableExtension Ext_intraword_underscores $

79 enableExtension Ext_intraword_underscores $

79 writerExtensions opts }

80 writerExtensions opts }

80

81

@@ -256,12 +257,39 @@ noteToMarkdown opts num blocks = do

256 then hang (writerTabStop opts) (marker <> spacer) contents

257 then hang (writerTabStop opts) (marker <> spacer) contents

257 else marker <> spacer <> contents

258 else marker <> spacer <> contents

258

259

260+attrsToMarkdown :: Attr -> Doc Text

261+attrsToMarkdown attribs = braces $ hsep [attribId, attribClasses, attribKeys]

262+ where attribId = case attribs of

263+ ("",_,_) -> empty

264+ (i,_,_) -> "#" <> escAttr i

265+ attribClasses = case attribs of

266+ (_,[],_) -> empty

267+ (_,cs,_) -> hsep $

268+ map (escAttr . ("."<>))

269+ cs

270+ attribKeys = case attribs of

271+ (_,_,[]) -> empty

272+ (_,_,ks) -> hsep $

273+ map (\(k,v) -> escAttr k

274+ <> "=\"" <>

275+ escAttr v <> "\"") ks

276+ escAttr = mconcat . map escAttrChar . T.unpack

277+ escAttrChar '"' = literal "\\\""

278+ escAttrChar '\\' = literal "\\\\"

279+ escAttrChar c = literal $ T.singleton c

280+

259−-- | (Code) blocks with a single class and no attributes can just use it

281+-- | (Code) blocks with a single class can just use it standalone,

260−-- standalone, no need to bother with curly braces.

282+-- no need to bother with curly braces.

261classOrAttrsToMarkdown :: Attr -> Doc Text

283classOrAttrsToMarkdown :: Attr -> Doc Text

262−classOrAttrsToMarkdown ("",[cls],[]) = literal cls

284+classOrAttrsToMarkdown ("",[cls],_) = literal cls

263classOrAttrsToMarkdown attrs = attrsToMarkdown attrs

285classOrAttrsToMarkdown attrs = attrsToMarkdown attrs

264

286

287+linkAttributes :: WriterOptions -> Attr -> Doc Text

288+linkAttributes opts attr =

289+ if isEnabled Ext_link_attributes opts && attr /= nullAttr

290+ then attrsToMarkdown attr

291+ else empty

292+

265-- | Ordered list start parser for use in Para below.

293-- | Ordered list start parser for use in Para below.

266olMarker :: Parser Text ParserState ()

294olMarker :: Parser Text ParserState ()

267olMarker = do (start, style', delim) <- anyOrderedListMarker

295olMarker = do (start, style', delim) <- anyOrderedListMarker

@@ -321,12 +349,9 @@ blockToMarkdown' opts (Div attrs ils) = do

321 case () of

349 case () of

322 _ | isEnabled Ext_fenced_divs opts &&

350 _ | isEnabled Ext_fenced_divs opts &&

323 attrs /= nullAttr ->

351 attrs /= nullAttr ->

324− let attrsToMd = if variant == Commonmark

325− then attrsToMarkdown

326− else classOrAttrsToMarkdown

327− in nowrap (literal ":::" <+> attrsToMd attrs) $$

352+ nowrap (literal ":::" <+> classOrAttrsToMarkdown attrs) $$

328− chomp contents $$

353+ chomp contents $$

329− literal ":::" <> blankline

354+ literal ":::" <> blankline

330 | isEnabled Ext_native_divs opts ||

355 | isEnabled Ext_native_divs opts ||

331 (isEnabled Ext_raw_html opts &&

356 (isEnabled Ext_raw_html opts &&

332 (variant == Commonmark ||

357 (variant == Commonmark ||

@@ -368,7 +393,7 @@ blockToMarkdown' opts (Plain inlines) = do

368-- title beginning with fig: indicates figure

393-- title beginning with fig: indicates figure

369blockToMarkdown' opts (Para [Image attr alt (src,tgt@(T.stripPrefix "fig:" -> Just tit))])

394blockToMarkdown' opts (Para [Image attr alt (src,tgt@(T.stripPrefix "fig:" -> Just tit))])

370 | isEnabled Ext_raw_html opts &&

395 | isEnabled Ext_raw_html opts &&

371− not (isEnabled Ext_link_attributes opts || isEnabled Ext_attributes opts) &&

396+ not (isEnabled Ext_link_attributes opts) &&

372 attr /= nullAttr = -- use raw HTML

397 attr /= nullAttr = -- use raw HTML

373 (<> blankline) . literal . T.strip <$>

398 (<> blankline) . literal . T.strip <$>

374 writeHtml5String opts{ writerTemplate = Nothing }

399 writeHtml5String opts{ writerTemplate = Nothing }

@@ -433,8 +458,7 @@ blockToMarkdown' opts (Header level attr inlines) = do

433 && id' == autoId -> empty

458 && id' == autoId -> empty

434 (id',_,_) | isEnabled Ext_mmd_header_identifiers opts ->

459 (id',_,_) | isEnabled Ext_mmd_header_identifiers opts ->

435 space <> brackets (literal id')

460 space <> brackets (literal id')

436− _ | isEnabled Ext_header_attributes opts ||

461+ _ | isEnabled Ext_header_attributes opts ->

437− isEnabled Ext_attributes opts ->

438 space <> attrsToMarkdown attr

462 space <> attrsToMarkdown attr

439 | otherwise -> empty

463 | otherwise -> empty

440 contents <- inlineListToMarkdown opts $

464 contents <- inlineListToMarkdown opts $

@@ -493,8 +517,7 @@ blockToMarkdown' opts (CodeBlock attribs str) = do

493 endline c = literal $ T.replicate (endlineLen c) $ T.singleton c

517 endline c = literal $ T.replicate (endlineLen c) $ T.singleton c

494 backticks = endline '`'

518 backticks = endline '`'

495 tildes = endline '~'

519 tildes = endline '~'

496− attrs = if isEnabled Ext_fenced_code_attributes opts ||

520+ attrs = if isEnabled Ext_fenced_code_attributes opts

497− isEnabled Ext_attributes opts

498 then nowrap $ " " <> classOrAttrsToMarkdown attribs

521 then nowrap $ " " <> classOrAttrsToMarkdown attribs

499 else case attribs of

522 else case attribs of

500 (_,cls:_,_) -> " " <> literal cls

523 (_,cls:_,_) -> " " <> literal cls

@@ -791,9 +814,6 @@ blockListToMarkdown opts blocks = do

791 b1 : commentSep : fixBlocks (b2:bs)

814 b1 : commentSep : fixBlocks (b2:bs)

792 fixBlocks (Plain ils : bs@(RawBlock{}:_)) =

815 fixBlocks (Plain ils : bs@(RawBlock{}:_)) =

793 Plain ils : fixBlocks bs

816 Plain ils : fixBlocks bs

794− fixBlocks (Plain ils : bs@(Div{}:_))

795− | isEnabled Ext_fenced_divs opts =

796− Para ils : fixBlocks bs

797 fixBlocks (Plain ils : bs) | inlist =

817 fixBlocks (Plain ils : bs) | inlist =

798 Plain ils : fixBlocks bs

818 Plain ils : fixBlocks bs

799 fixBlocks (Plain ils : bs) =

819 fixBlocks (Plain ils : bs) =

src/Text/Pandoc/Writers/Markdown/Inline.hs+11−15

@@ -11,9 +11,7 @@

11 Portability : portable

12-}

13module Text.Pandoc.Writers.Markdown.Inline (

14− inlineListToMarkdown,

14+ inlineListToMarkdown

15− linkAttributes,

16− attrsToMarkdown

17 ) where

15 ) where

18import Control.Monad.Reader

16import Control.Monad.Reader

19import Control.Monad.State.Strict

17import Control.Monad.State.Strict

@@ -117,7 +115,7 @@ attrsToMarkdown attribs = braces $ hsep [attribId, attribClasses, attribKeys]

117

115

118linkAttributes :: WriterOptions -> Attr -> Doc Text

116linkAttributes :: WriterOptions -> Attr -> Doc Text

119linkAttributes opts attr =

117linkAttributes opts attr =

120− if (isEnabled Ext_link_attributes opts || isEnabled Ext_attributes opts) && attr /= nullAttr

118+ if isEnabled Ext_link_attributes opts && attr /= nullAttr

121 then attrsToMarkdown attr

119 then attrsToMarkdown attr

122 else empty

120 else empty

123

121

@@ -394,15 +392,13 @@ inlineToMarkdown opts (Quoted DoubleQuote lst) = do

394 then "“" <> contents <> "”"

392 then "“" <> contents <> "”"

395 else "“" <> contents <> "”"

393 else "“" <> contents <> "”"

396inlineToMarkdown opts (Code attr str) = do

394inlineToMarkdown opts (Code attr str) = do

397− let tickGroups = filter (T.any (== '`')) $ T.group str

395+ let tickGroups = filter (T.any (== '`')) $ T.group str

398− let longest = maybe 0 maximum $ nonEmpty $ map T.length tickGroups

396+ let longest = maybe 0 maximum $ nonEmpty $ map T.length tickGroups

399− let marker = T.replicate (longest + 1) "`"

397+ let marker = T.replicate (longest + 1) "`"

400− let spacer = if longest == 0 then "" else " "

398+ let spacer = if longest == 0 then "" else " "

401− let attrsEnabled = isEnabled Ext_inline_code_attributes opts ||

399+ let attrs = if isEnabled Ext_inline_code_attributes opts && attr /= nullAttr

402− isEnabled Ext_attributes opts

403− let attrs = if attrsEnabled && attr /= nullAttr

404− then attrsToMarkdown attr

400+ then attrsToMarkdown attr

405− else empty

401+ else empty

406 variant <- asks envVariant

402 variant <- asks envVariant

407 case variant of

403 case variant of

408 PlainText -> return $ literal str

404 PlainText -> return $ literal str

@@ -561,7 +557,7 @@ inlineToMarkdown opts lnk@(Link attr txt (src, tit)) = do

561 else "[" <> reftext <> "]"

557 else "[" <> reftext <> "]"

562 in return $ first <> second

558 in return $ first <> second

563 | isEnabled Ext_raw_html opts

559 | isEnabled Ext_raw_html opts

564− , not (isEnabled Ext_link_attributes opts || isEnabled Ext_attributes opts)

560+ , not (isEnabled Ext_link_attributes opts)

565 , attr /= nullAttr -> -- use raw HTML to render attributes

561 , attr /= nullAttr -> -- use raw HTML to render attributes

566 literal . T.strip <$>

562 literal . T.strip <$>

567 writeHtml5String opts{ writerTemplate = Nothing }

563 writeHtml5String opts{ writerTemplate = Nothing }

@@ -571,7 +567,7 @@ inlineToMarkdown opts lnk@(Link attr txt (src, tit)) = do

571 linkAttributes opts attr

567 linkAttributes opts attr

572inlineToMarkdown opts img@(Image attr alternate (source, tit))

568inlineToMarkdown opts img@(Image attr alternate (source, tit))

573 | isEnabled Ext_raw_html opts &&

569 | isEnabled Ext_raw_html opts &&

574− not (isEnabled Ext_link_attributes opts || isEnabled Ext_attributes opts) &&

570+ not (isEnabled Ext_link_attributes opts) &&

575 attr /= nullAttr = -- use raw HTML

571 attr /= nullAttr = -- use raw HTML

576 literal . T.strip <$>

572 literal . T.strip <$>

577 writeHtml5String opts{ writerTemplate = Nothing } (Pandoc nullMeta [Plain [img]])

573 writeHtml5String opts{ writerTemplate = Nothing } (Pandoc nullMeta [Plain [img]])

src/Text/Pandoc/Writers/Powerpoint/Output.hs−1

@@ -537,7 +537,6 @@ registerMedia fp caption = do

537 Just Eps -> Just ".eps"

538 Just Svg -> Just ".svg"

539 Just Emf -> Just ".emf"

540− Just Tiff -> Just ".tiff"

541 Nothing -> Nothing

540 Nothing -> Nothing

542

541

543 let newGlobalId = fromMaybe (maxGlobalId + 1) (M.lookup fp globalIds)

542 let newGlobalId = fromMaybe (maxGlobalId + 1) (M.lookup fp globalIds)

stack.yaml+11−9

@@ -7,16 +7,18 @@ flags:

7packages:

8- '.'

9extra-deps:

10−- commonmark-0.2.1

10+- haddock-library-1.10.0

11−- commonmark-pandoc-0.2.1.1

11+- hslua-1.3.0

12−- skylighting-core-0.10.5.2

12+- hslua-module-path-0.1.0

13−- skylighting-0.10.5.2

13+- jira-wiki-markup-1.4.0

14−- git: https://github.com/jgm/doctemplates

14+- random-1.2.0

15− commit: 428c26d5303cf7a2b1051fe1ffd9aafe9ba71c81

15+- unicode-collation-0.1.3

16−- git: https://github.com/jgm/citeproc

16+- citeproc-0.4

17− commit: 4ce0501cd6f9c86eee087afcf878c256e49b9615

17+- commonmark-0.2

18+- commonmark-extensions-0.2.1

19+- commonmark-pandoc-0.2.1

18ghc-options:

20ghc-options:

19 "$locals": -fhide-source-paths -Wno-missing-home-modules

21 "$locals": -fhide-source-paths -Wno-missing-home-modules

20−resolver: lts-18.0

22+resolver: lts-17.12

21nix:

23nix:

22 packages: [zlib]

24 packages: [zlib]

test/Tests/Writers/Docbook.hs+6−6

@@ -83,32 +83,32 @@ tests = [ testGroup "line blocks"

83 , "</warning>"

84 ]

85 , "admonition-with-title" =:

86− divWith ("foo", ["note"], []) (

86+ divWith ("foo", ["attention"], []) (

87 divWith ("foo", ["title"], [])

88 (plain (text "This is title")) <>

89 para "This is a test"

90 )

91 =?> unlines

92− [ "<note id=\"foo\">"

92+ [ "<attention id=\"foo\">"

93 , " <title>This is title</title>"

94 , " <para>"

95 , " This is a test"

96 , " </para>"

97− , "</note>"

97+ , "</attention>"

98 ]

99 , "admonition-with-title-in-para" =:

100− divWith ("foo", ["note"], []) (

100+ divWith ("foo", ["attention"], []) (

101 divWith ("foo", ["title"], [])

102 (para "This is title") <>

103 para "This is a test"

104 )

105 =?> unlines

106− [ "<note id=\"foo\">"

106+ [ "<attention id=\"foo\">"

107 , " <title>This is title</title>"

108 , " <para>"

109 , " This is a test"

110 , " </para>"

111− , "</note>"

111+ , "</attention>"

112 ]

113 , "single-child" =:

114 divWith ("foo", [], []) (para "This is a test")

test/Tests/Writers/OOXML.hs+1−3

@@ -55,9 +55,7 @@ testArchive :: (WriterOptions -> Pandoc -> PandocIO BL.ByteString)

55 -> IO Archive

56testArchive writerFn opts fp = do

57 txt <- T.readFile fp

58− bs <- runIOorExplode $ do

59− setTranslations "en-US"

60− readNative def txt >>= writerFn opts

58+ bs <- runIOorExplode $ readNative def txt >>= writerFn opts

61 return $ toArchive bs

59 return $ toArchive bs

62

60

63compareFileList :: FilePath -> Archive -> Archive -> Maybe String

61compareFileList :: FilePath -> Archive -> Archive -> Maybe String

test/command/2874.md+2−2

@@ -3,12 +3,12 @@

3<a></a>

4<br/>

5^D

6−{}\strut \\

6+{}~\\

7```

8

9```

10% pandoc -f html -t latex

11<a name="foo"></a><br/>

12^D

13−\protect\hypertarget{foo}{}{}\strut \\

13+\protect\hypertarget{foo}{}{}~\\

14```

test/command/3752.md+4−4

@@ -1,9 +1,9 @@

1```

2−% pandoc command/chap1/text.md command/chap2/text.md -f markdown+rebase_relative_paths --verbose -t docx -o - | pandoc -f docx -t plain

2+% pandoc command/chap1/text.md command/chap2/text.md -f markdown+rebase_relative_paths --verbose -t docx | pandoc -f docx -t plain

3^D

4−[INFO] Loaded command/chap1/spider.png from command/chap1/spider.png

4+[INFO] Loaded command/chap1/spider.png from ./command/chap1/spider.png

5−[INFO] Loaded command/chap2/spider.png from command/chap2/spider.png

5+[INFO] Loaded command/chap2/spider.png from ./command/chap2/spider.png

6−[INFO] Loaded command/chap1/../../lalune.jpg from command/chap1/../../lalune.jpg

6+[INFO] Loaded command/chap1/../../lalune.jpg from ./command/chap1/../../lalune.jpg

7Chapter one

8

9A spider: [spider]

test/command/4465.mddeleted−15

@@ -1,15 +0,0 @@

1−```

2−% pandoc -f html -t markdown

3−<ol>

4− <li>An ordered list can contain block-level elements ind html, it means that divs are also allowed.</li>

5− <li>Let's see the problem! <div class="example">This is an example.</div></li>

6−</ol>

7−^D

8−1. An ordered list can contain block-level elements ind html, it means

9− that divs are also allowed.

10−2. Let\'s see the problem!

11−

12− ::: example

13− This is an example.

14− :::

15−```

test/command/5367.md+2−6

@@ -24,15 +24,11 @@ hello\footnote{doc footnote}

24 >{\centering\arraybackslash}p{(\columnwidth - 0\tabcolsep) * \real{0.17}}@{}}

25\caption[Sample table.]{Sample table.\footnote{caption footnote}}\tabularnewline

26\toprule

27−\begin{minipage}[b]{\linewidth}\centering

28−Fruit\footnote{header footnote}

27+Fruit\footnote{header footnote} \\

29−\end{minipage} \\

30\midrule

28\midrule

31\endfirsthead

29\endfirsthead

32\toprule

30\toprule

33−\begin{minipage}[b]{\linewidth}\centering

34−Fruit{}

31+Fruit{} \\

35−\end{minipage} \\

36\midrule

32\midrule

37\endhead

33\endhead

38Bans\footnote{table cell footnote} \\

34Bans\footnote{table cell footnote} \\

test/command/6890.md+2−2

@@ -23,12 +23,12 @@ references:

23

24@fruchtel-sozialer-2013a

25

26−Some text.[^1]

26+Some text [^1].

27

28[^1]: @fruchtel-sozialer-2013a

29^D

30[Para [Cite [Citation {citationId = "fruchtel-sozialer-2013a", citationPrefix = [], citationSuffix = [], citationMode = AuthorInText, citationNoteNum = 1, citationHash = 0}] [Str "Fr\252chtel,",Space,Str "Budde,",Space,Str "and",Space,Str "Cyprian",Space,Str "(2013)"]]

31−,Para [Str "Some",Space,Str "text.",Note [Para [Cite [Citation {citationId = "fruchtel-sozialer-2013a", citationPrefix = [], citationSuffix = [], citationMode = AuthorInText, citationNoteNum = 2, citationHash = 0}] [Str "Fr\252chtel,",Space,Str "Budde,",Space,Str "and",Space,Str "Cyprian",Space,Str "(2013)"]]]]

31+,Para [Str "Some",Space,Str "text",Str ".",Note [Para [Cite [Citation {citationId = "fruchtel-sozialer-2013a", citationPrefix = [], citationSuffix = [], citationMode = AuthorInText, citationNoteNum = 2, citationHash = 0}] [Str "Fr\252chtel,",Space,Str "Budde,",Space,Str "and",Space,Str "Cyprian",Space,Str "(2013)"]]],Str ""]

32,Div ("refs",["references","csl-bib-body","hanging-indent"],[])

33 [Div ("ref-fruchtel-sozialer-2013a",["csl-entry"],[])

34 [Para [Str "Fr\252chtel,",Space,Str "Frank,",Space,Str "Wolfgang",Space,Str "Budde,",Space,Str "and",Space,Str "Gudrun",Space,Str "Cyprian.",Space,Str "2013.",Space,Emph [Str "Sozialer",Space,Str "Raum",Space,Str "und",Space,Str "Soziale",Space,Str "Arbeit",Space,Str "Fieldbook:",Space,Str "Methoden",Space,Str "und",Space,Str "Techniken"],Str ".",Space,Str "3rd",Space,Str "ed.",Space,Str "Wiesbaden,",Space,Str "Germany:",Space,Str "Springer",Space,Str "VS."]]]]

test/command/7272.md+1−4

@@ -18,10 +18,7 @@

18 >{\raggedright\arraybackslash}p{(\columnwidth - 0\tabcolsep) * \real{1.00}}@{}}

19\toprule

20\endhead

21−\begin{minipage}[t]{\linewidth}\raggedright

21+{\vtop{\hbox{\strut text}\hbox{\strut text2 }}} \\

22−{ text\\

23−text2 }\strut

24−\end{minipage} \\

25\bottomrule

22\bottomrule

26\end{longtable}

23\end{longtable}

27```

24```

test/command/7339.mddeleted−11

@@ -1,11 +0,0 @@

1−```

2−% pandoc -f gfm -s -t native

3−---

4−title: Test

5−---

6−

7−Hi

8−^D

9−Pandoc (Meta {unMeta = fromList [("title",MetaInlines [Str "Test"])]})

10−[Para [Str "Hi"]]

11−```

test/command/7340.mddeleted−6

@@ -1,6 +0,0 @@

1−```

2−% pandoc -f latex -t native

3−$*$

4−^D

5−[Para [Math InlineMath "*"]]

6−```

test/command/7376.mddeleted−16

@@ -1,16 +0,0 @@

1−```

2−% pandoc --citeproc -t plain

3−---

4−references:

5−- id: item1

6− type: book

7− author:

8− - family: Doe

9− given: Jane

10− issued: 2020

11− title: The title

12−...

13−^D

14−

15−

16−```

test/command/7394.mddeleted−85

@@ -1,85 +0,0 @@

1−```

2−% pandoc -f markdown -t plain --citeproc

3−---

4−csl: command/chicago-fullnote-bibliography.csl

5−references:

6−- author:

7− - family: Wandt

8− given: Manfred

9− edition: 6

10− id: wandt2014ges-sv

11− issued: 2014

12− publisher: Franz Vahlen

13− publisher-place: München

14− title: Gesetzliche schuldverhältnisse

15− title-short: Gesetzl SV

16− type: book

17−- author:

18− - family: Smith

19− given: Zenda

20− edition: 6

21− id: smith2015

22− issued: 2015

23− publisher: Macmillan

24− publisher-place: New York

25− title: A verb and a noun

26− type: book

27−---

28−

29−Hi^[@wandt2014ges-sv.].

30−

31−Hi^[[@wandt2014ges-sv].].

32−

33−Hi^[[See also @wandt2014ges-sv].].

34−

35−Hi^[See also @wandt2014ges-sv.].

36−

37−Hi^[@wandt2014ges-sv [@smith2015].].

38−

39−Hi^[[@wandt2014ges-sv; @smith2015].].

40−

41−Hi [@wandt2014ges-sv].

42−

43−Hi [see also @wandt2014ges-sv].

44−

45−^D

46−Hi[1].

47−

48−Hi[2].

49−

50−Hi[3].

51−

52−Hi[4].

53−

54−Hi[5].

55−

56−Hi[6].

57−

58−Hi.[7]

59−

60−Hi.[8]

61−

62−Smith, Zenda. A Verb and a Noun. 6th ed. New York: Macmillan, 2015.

63−

64−Wandt, Manfred. Gesetzliche Schuldverhältnisse. 6th ed. München: Franz

65−Vahlen, 2014.

66−

67−[1] Manfred Wandt, Gesetzliche Schuldverhältnisse, 6th ed. (München:

68−Franz Vahlen, 2014).

69−

70−[2] Wandt.

71−

72−[3] See also Wandt.

73−

74−[4] See also Wandt.

75−

76−[5] Wandt, Zenda Smith, A Verb and a Noun, 6th ed. (New York: Macmillan,

77−2015).

78−

79−[6] Wandt, Gesetzl SV; Smith, A Verb and a Noun.

80−

81−[7] Wandt, Gesetzl SV.

82−

83−[8] See also Wandt.

84−```

85−

test/command/7397.mddeleted−14

@@ -1,14 +0,0 @@

1−````

2−% pandoc -t markdown

3−~~~~ { .haskell startFrom="100"}

4−qsort [] = []

5−qsort (x:xs) = qsort (filter (< x) xs) ++ [x] ++

6− qsort (filter (>= x) xs)

7−~~~~

8−^D

9−``` {.haskell startFrom="100"}

10−qsort [] = []

11−qsort (x:xs) = qsort (filter (< x) xs) ++ [x] ++

12− qsort (filter (>= x) xs)

13−```

14−````

test/command/7400.mddeleted−9

@@ -1,9 +0,0 @@

1−```

2−% pandoc -t native -s

3−---

4−# Comment only

5−...

6−^D

7−Pandoc (Meta {unMeta = fromList []})

8−[]

9−```

test/command/7416.mddeleted−19

@@ -1,19 +0,0 @@

1−```

2−% pandoc -f markdown -t html

3−![caption](../media/rId25.jpg "title"){alt="alt"}

4−

5−^D

6−<figure>

7−<img src="../media/rId25.jpg" title="title" alt="alt" /><figcaption>caption</figcaption>

8−</figure>

9−```

10−

11−```

12−% pandoc -f markdown -t html

13−![caption](../media/rId25.jpg "title")

14−

15−^D

16−<figure>

17−<img src="../media/rId25.jpg" title="title" alt="caption" /><figcaption aria-hidden="true">caption</figcaption>

18−</figure>

19−```

test/command/pandoc-citeproc-322.md+1−1

@@ -19,7 +19,7 @@ references:

19 type: 'article-journal'

20---

21

22−Foo [@timmory__justice_1950].

22+Foo[@timmory__justice_1950].

23^D

24Foo.[^1]

25

test/command/pandoc-citeproc-356.md+7−2

@@ -15,6 +15,11 @@ references:

15

16[@bar]

17^D

18−[WARNING] Citeproc: citation bar not found

18+(Alice 2042)

19−(**bar?**)

19+

20+::: {#refs .references .csl-bib-body .hanging-indent}

21+::: {#ref-foo .csl-entry}

22+Alice. 2042.

23+:::

24+:::

20```

25```

test/command/pandoc-citeproc-chicago-author-date.md+7−7

@@ -54,14 +54,14 @@ References {#references .unnumbered}

54

55([**nonexistent?**](#ref-nonexistent))

56

57−Doe ([2005](#ref-item1)) says blah.

57+[Doe](#ref-item1) ([2005](#ref-item1)) says blah.

58

59−Doe ([2005, 30](#ref-item1)) says blah.

59+[Doe](#ref-item1) ([2005, 30](#ref-item1)) says blah.

60

61−Doe ([2005, 30](#ref-item1), with suffix) says blah.

61+[Doe](#ref-item1) ([2005, 30](#ref-item1), with suffix) says blah.

62

63−Doe ([2005](#ref-item1); [2006, 30](#ref-item2); see also [Doe and Roe

63+[Doe](#ref-item1) ([2005](#ref-item1); [2006, 30](#ref-item2); see also

64−2007](#ref-пункт3)) says blah.

64+[Doe and Roe 2007](#ref-пункт3)) says blah.

65

66In a note.[^1]

67

@@ -98,8 +98,8 @@ edited by Sam Smith. Oxford: Oxford University Press.

98:::

99:::

100

101−[^1]: Doe and Roe ([2007, 12](#ref-пункт3)) and a citation without

101+[^1]: [Doe and Roe](#ref-пункт3) ([2007, 12](#ref-пункт3)) and a

102− locators ([Doe and Roe 2007](#ref-пункт3)).

102+ citation without locators ([Doe and Roe 2007](#ref-пункт3)).

103

104[^2]: Some citations (see [Doe 2005, chap. 3](#ref-item1);

105 [2006](#ref-item2); [Doe and Roe 2007](#ref-пункт3)).

test/command/pandoc-citeproc-chicago-fullnote-bibliography.md+7−6

@@ -55,13 +55,13 @@ References {#references .unnumbered}

55

56[^2]

57

58−John Doe[^3] says blah.

58+[John Doe](#ref-item1)[^3] says blah.

59

60−Doe[^4] says blah.

60+[Doe](#ref-item1)[^4] says blah.

61

62−Doe[^5] says blah.

62+[Doe](#ref-item1)[^5] says blah.

63

64−Doe[^6] says blah.

64+[Doe](#ref-item1)[^6] says blah.

65

66In a note.[^7]

67

@@ -112,8 +112,9 @@ Sam Smith. Oxford: Oxford University Press, 2007.

112 Roe, "Why Water Is Wet," in *Third Book*, ed. Sam Smith (Oxford:

113 Oxford University Press, 2007)](#ref-пункт3).

114

115−[^7]: Doe and Roe, ["Why Water Is Wet," 12](#ref-пункт3) and a citation

115+[^7]: [Doe and Roe](#ref-пункт3), ["Why Water Is Wet," 12](#ref-пункт3)

116− without locators ([Doe and Roe, "Why Water Is Wet"](#ref-пункт3)).

116+ and a citation without locators ([Doe and Roe, "Why Water Is

117+ Wet"](#ref-пункт3)).

117

118

118[^8]: See [Doe, *First Book*, chap. 3](#ref-item1); also [Doe and Roe,

119[^8]: See [Doe, *First Book*, chap. 3](#ref-item1); also [Doe and Roe,

119 "Why Water Is Wet," 34--35](#ref-пункт3).

120 "Why Water Is Wet," 34--35](#ref-пункт3).

test/docx/golden/image.docx

Binary file not shown.

test/fb2/images.fb2+1−1

@@ -1,2 +1,2 @@

1<?xml version="1.0" encoding="UTF-8"?>

2−<FictionBook xmlns="http://www.gribuser.ru/xml/fictionbook/2.0" xmlns:l="http://www.w3.org/1999/xlink"><description><title-info><genre>unrecognised</genre></title-info><document-info><program-used>pandoc</program-used></document-info></description><body><title><p /></title><section><p>This example test if Pandoc correctly embeds images into FictionBook.</p><p>Small inline image: <image l:href="#image1" l:type="inlineImageType" alt="alt text a small PNG image" />.</p><p>Paragraph image:</p><image l:href="#image2" l:type="imageType" alt="alt text of a big JPEG image" title="image title text" /><p>alt text of a big missing image</p><p>A missing image inline: alt text of missing image.</p></section></body><binary id="image2" 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2+<FictionBook xmlns="http://www.gribuser.ru/xml/fictionbook/2.0" xmlns:l="http://www.w3.org/1999/xlink"><description><title-info><genre>unrecognised</genre></title-info><document-info><program-used>pandoc</program-used></document-info></description><body><title><p /></title><section><p>This example test if Pandoc correctly embeds images into FictionBook.</p><p>Small inline image: <image l:href="#image1" l:type="inlineImageType" alt="alt text a small PNG image" />.</p><p>Paragraph image:</p><image l:href="#image2" l:type="imageType" alt="alt text of a big JPEG image" title="image title text" /><p>alt text of a big missing image</p><p>A missing image inline: alt text of missing image.</p></section></body><binary id="image2" 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test/fb2/test.jpg

Binary file not shown.

test/lhs-test.html+1−2

@@ -21,7 +21,7 @@

21 padding-top: 50px;

22 padding-bottom: 50px;

23 hyphens: auto;

24− overflow-wrap: break-word;

24+ word-wrap: break-word;

25 text-rendering: optimizeLegibility;

26 font-kerning: normal;

27 }

@@ -92,7 +92,6 @@

92 pre code {

93 padding: 0;

94 overflow: visible;

95− overflow-wrap: normal;

96 }

95 }

97 .sourceCode {

96 .sourceCode {

98 background-color: transparent;

97 background-color: transparent;

test/lhs-test.html+lhs+1−2

@@ -21,7 +21,7 @@

21 padding-top: 50px;

22 padding-bottom: 50px;

23 hyphens: auto;

24− overflow-wrap: break-word;

24+ word-wrap: break-word;

25 text-rendering: optimizeLegibility;

26 font-kerning: normal;

27 }

@@ -92,7 +92,6 @@

92 pre code {

93 padding: 0;

94 overflow: visible;

95− overflow-wrap: normal;

96 }

95 }

97 .sourceCode {

96 .sourceCode {

98 background-color: transparent;

97 background-color: transparent;

test/lhs-test.latex+3−3

@@ -4,6 +4,9 @@

4%

5\documentclass[

6]{article}

7+\author{}

8+\date{}

9+

7\usepackage{amsmath,amssymb}

10\usepackage{amsmath,amssymb}

8\usepackage{lmodern}

11\usepackage{lmodern}

9\usepackage{iftex}

12\usepackage{iftex}

@@ -85,9 +88,6 @@

85 \usepackage{selnolig} % disable illegal ligatures

88 \usepackage{selnolig} % disable illegal ligatures

86\fi

89\fi

87

90

88−\author{}

89−\date{}

90−

91\begin{document}

92

93\hypertarget{lhs-test}{%

test/lhs-test.latex+lhs+3−3

@@ -4,6 +4,9 @@

4%

5\documentclass[

6]{article}

7+\author{}

8+\date{}

9+

7\usepackage{amsmath,amssymb}

10\usepackage{amsmath,amssymb}

8\usepackage{lmodern}

11\usepackage{lmodern}

9\usepackage{iftex}

12\usepackage{iftex}

@@ -52,9 +55,6 @@

52 \usepackage{selnolig} % disable illegal ligatures

55 \usepackage{selnolig} % disable illegal ligatures

53\fi

56\fi

54

57

55−\author{}

56−\date{}

57−

58\begin{document}

59

60\hypertarget{lhs-test}{%

test/pipe-tables.native+10−2

@@ -131,7 +131,13 @@

131 ,(AlignLeft,ColWidthDefault)

132 ,(AlignCenter,ColWidthDefault)]

133 (TableHead ("",[],[])

134+ [Row ("",[],[])

135+ [Cell ("",[],[]) AlignDefault (RowSpan 1) (ColSpan 1)

136+ []

137+ ,Cell ("",[],[]) AlignDefault (RowSpan 1) (ColSpan 1)

138+ []

139+ ,Cell ("",[],[]) AlignDefault (RowSpan 1) (ColSpan 1)

134− [])

140+ []]])

135 [(TableBody ("",[],[]) (RowHeadColumns 0)

141 [(TableBody ("",[],[]) (RowHeadColumns 0)

136 []

142 []

137 [Row ("",[],[])

143 [Row ("",[],[])

@@ -207,7 +213,9 @@

207 [])

213 [])

208 [(AlignCenter,ColWidthDefault)]

214 [(AlignCenter,ColWidthDefault)]

209 (TableHead ("",[],[])

215 (TableHead ("",[],[])

216+ [Row ("",[],[])

217+ [Cell ("",[],[]) AlignDefault (RowSpan 1) (ColSpan 1)

210− [])

218+ []]])

211 [(TableBody ("",[],[]) (RowHeadColumns 0)

219 [(TableBody ("",[],[]) (RowHeadColumns 0)

212 []

220 []

213 [Row ("",[],[])

221 [Row ("",[],[])

test/tables.latex+3−27

@@ -56,27 +56,11 @@ Multiline table with caption:

56 >{\raggedright\arraybackslash}p{(\columnwidth - 6\tabcolsep) * \real{0.35}}@{}}

57\caption{Here's the caption. It may span multiple lines.}\tabularnewline

58\toprule

59−\begin{minipage}[b]{\linewidth}\centering

60−Centered Header

59+Centered Header & Left Aligned & Right Aligned & Default aligned \\

61−\end{minipage} & \begin{minipage}[b]{\linewidth}\raggedright

62−Left Aligned

63−\end{minipage} & \begin{minipage}[b]{\linewidth}\raggedleft

64−Right Aligned

65−\end{minipage} & \begin{minipage}[b]{\linewidth}\raggedright

66−Default aligned

67−\end{minipage} \\

68\midrule

60\midrule

69\endfirsthead

61\endfirsthead

70\toprule

62\toprule

71−\begin{minipage}[b]{\linewidth}\centering

72−Centered Header

63+Centered Header & Left Aligned & Right Aligned & Default aligned \\

73−\end{minipage} & \begin{minipage}[b]{\linewidth}\raggedright

74−Left Aligned

75−\end{minipage} & \begin{minipage}[b]{\linewidth}\raggedleft

76−Right Aligned

77−\end{minipage} & \begin{minipage}[b]{\linewidth}\raggedright

78−Default aligned

79−\end{minipage} \\

80\midrule

64\midrule

81\endhead

65\endhead

82First & row & 12.0 & Example of a row that spans multiple lines. \\

66First & row & 12.0 & Example of a row that spans multiple lines. \\

@@ -92,15 +76,7 @@ Multiline table without caption:

92 >{\raggedleft\arraybackslash}p{(\columnwidth - 6\tabcolsep) * \real{0.16}}

76 >{\raggedleft\arraybackslash}p{(\columnwidth - 6\tabcolsep) * \real{0.16}}

93 >{\raggedright\arraybackslash}p{(\columnwidth - 6\tabcolsep) * \real{0.35}}@{}}

77 >{\raggedright\arraybackslash}p{(\columnwidth - 6\tabcolsep) * \real{0.35}}@{}}

94\toprule

78\toprule

95−\begin{minipage}[b]{\linewidth}\centering

96−Centered Header

79+Centered Header & Left Aligned & Right Aligned & Default aligned \\

97−\end{minipage} & \begin{minipage}[b]{\linewidth}\raggedright

98−Left Aligned

99−\end{minipage} & \begin{minipage}[b]{\linewidth}\raggedleft

100−Right Aligned

101−\end{minipage} & \begin{minipage}[b]{\linewidth}\raggedright

102−Default aligned

103−\end{minipage} \\

104\midrule

80\midrule

105\endhead

81\endhead

106First & row & 12.0 & Example of a row that spans multiple lines. \\

82First & row & 12.0 & Example of a row that spans multiple lines. \\

test/tables/nordics.latex+4−22

@@ -5,31 +5,13 @@

5 >{\raggedright\arraybackslash}p{(\columnwidth - 6\tabcolsep) * \real{0.20}}@{}}

6\caption{States belonging to the \emph{Nordics.}}\tabularnewline

7\toprule

8−\begin{minipage}[b]{\linewidth}\centering

8+Name & Capital & \vtop{\hbox{\strut Population}\hbox{\strut (in 2018)}} &

9−Name

10−\end{minipage} & \begin{minipage}[b]{\linewidth}\centering

11−Capital

12−\end{minipage} & \begin{minipage}[b]{\linewidth}\centering

13−Population\\

14−(in 2018)\strut

15−\end{minipage} & \begin{minipage}[b]{\linewidth}\centering

16−Area\\

17−(in km\textsuperscript{2})\strut

9+\vtop{\hbox{\strut Area}\hbox{\strut (in km\textsuperscript{2})}} \\

18−\end{minipage} \\

19\midrule

10\midrule

20\endfirsthead

11\endfirsthead

21\toprule

12\toprule

22−\begin{minipage}[b]{\linewidth}\centering

13+Name & Capital & \vtop{\hbox{\strut Population}\hbox{\strut (in 2018)}} &

23−Name

24−\end{minipage} & \begin{minipage}[b]{\linewidth}\centering

25−Capital

26−\end{minipage} & \begin{minipage}[b]{\linewidth}\centering

27−Population\\

28−(in 2018)\strut

29−\end{minipage} & \begin{minipage}[b]{\linewidth}\centering

30−Area\\

31−(in km\textsuperscript{2})\strut

14+\vtop{\hbox{\strut Area}\hbox{\strut (in km\textsuperscript{2})}} \\

32−\end{minipage} \\

33\midrule

15\midrule

34\endhead

16\endhead

35Denmark & Copenhagen & 5,809,502 & 43,094 \\

17Denmark & Copenhagen & 5,809,502 & 43,094 \\

test/tables/planets.latex+4−4

@@ -1,18 +1,18 @@

1\begin{longtable}[]{@{}cclrrrrrrrrl@{}}

2\caption{Data about the planets of our solar system.}\tabularnewline

3\toprule

4−\multicolumn{2}{c}{} & Name & Mass (10\^{}24kg) & Diameter (km) & Density

4+\multicolumn{2}{l}{} & Name & Mass (10\^{}24kg) & Diameter (km) & Density

5(kg/m\^{}3) & Gravity (m/s\^{}2) & Length of day (hours) & Distance from Sun

6(10\^{}6km) & Mean temperature (C) & Number of moons & Notes \\

7\midrule

8\endfirsthead

9\toprule

10−\multicolumn{2}{c}{} & Name & Mass (10\^{}24kg) & Diameter (km) & Density

10+\multicolumn{2}{l}{} & Name & Mass (10\^{}24kg) & Diameter (km) & Density

11(kg/m\^{}3) & Gravity (m/s\^{}2) & Length of day (hours) & Distance from Sun

12(10\^{}6km) & Mean temperature (C) & Number of moons & Notes \\

13\midrule

14\endhead

15−\multicolumn{2}{c}{\multirow{4}{*}{Terrestrial planets}} & Mercury & 0.330 &

15+\multicolumn{2}{l}{\multirow{4}{*}{Terrestrial planets}} & Mercury & 0.330 &

164,879 & 5427 & 3.7 & 4222.6 & 57.9 & 167 & 0 & Closest to the Sun \\

17& & Venus & 4.87 & 12,104 & 5243 & 8.9 & 2802.0 & 108.2 & 464 & 0 & \\

18& & Earth & 5.97 & 12,756 & 5514 & 9.8 & 24.0 & 149.6 & 15 & 1 & Our world \\

@@ -24,7 +24,7 @@ planet \\

24& \multirow{2}{*}{Ice giants} & Uranus & 86.8 & 51,118 & 1271 & 8.7 & 17.2 &

252872.5 & -195 & 27 & \\

26& & Neptune & 102 & 49,528 & 1638 & 11.0 & 16.1 & 4495.1 & -200 & 14 & \\

27−\multicolumn{2}{c}{Dwarf planets} & Pluto & 0.0146 & 2,370 & 2095 & 0.7 &

27+\multicolumn{2}{l}{Dwarf planets} & Pluto & 0.0146 & 2,370 & 2095 & 0.7 &

28153.3 & 5906.4 & -225 & 5 & Declassified as a planet in 2006. \\

29\bottomrule

30\end{longtable}

test/tables/students.latex+2−10

@@ -3,19 +3,11 @@

3 >{\raggedright\arraybackslash}p{(\columnwidth - 2\tabcolsep) * \real{0.50}}@{}}

4\caption{List of Students}\tabularnewline

5\toprule

6−\begin{minipage}[b]{\linewidth}\centering

7−Student ID

6+Student ID & Name \\

8−\end{minipage} & \begin{minipage}[b]{\linewidth}\centering

9−Name

10−\end{minipage} \\

11\midrule

7\midrule

12\endfirsthead

8\endfirsthead

13\toprule

9\toprule

14−\begin{minipage}[b]{\linewidth}\centering

15−Student ID

10+Student ID & Name \\

16−\end{minipage} & \begin{minipage}[b]{\linewidth}\centering

17−Name

18−\end{minipage} \\

19\midrule

11\midrule

20\endhead

12\endhead

21\multicolumn{2}{l}{Computer Science} \\

13\multicolumn{2}{l}{Computer Science} \\

test/writer.html4+1−2

@@ -24,7 +24,7 @@

24 padding-top: 50px;

25 padding-bottom: 50px;

26 hyphens: auto;

27− overflow-wrap: break-word;

27+ word-wrap: break-word;

28 text-rendering: optimizeLegibility;

29 font-kerning: normal;

30 }

@@ -95,7 +95,6 @@

95 pre code {

96 padding: 0;

97 overflow: visible;

98− overflow-wrap: normal;

99 }

98 }

100 .sourceCode {

99 .sourceCode {

101 background-color: transparent;

100 background-color: transparent;

test/writer.html5+1−2

@@ -24,7 +24,7 @@

24 padding-top: 50px;

25 padding-bottom: 50px;

26 hyphens: auto;

27− overflow-wrap: break-word;

27+ word-wrap: break-word;

28 text-rendering: optimizeLegibility;

29 font-kerning: normal;

30 }

@@ -95,7 +95,6 @@

95 pre code {

96 padding: 0;

97 overflow: visible;

98− overflow-wrap: normal;

99 }

98 }

100 .sourceCode {

99 .sourceCode {

101 background-color: transparent;

100 background-color: transparent;

test/writer.latex+4−4

@@ -4,6 +4,10 @@

4%

5\documentclass[

6]{article}

7+\title{Pandoc Test Suite}

8+\author{John MacFarlane \and Anonymous}

9+\date{July 17, 2006}

10+

7\usepackage{amsmath,amssymb}

11\usepackage{amsmath,amssymb}

8\usepackage{lmodern}

12\usepackage{lmodern}

9\usepackage{iftex}

13\usepackage{iftex}

@@ -67,10 +71,6 @@

67 \usepackage{selnolig} % disable illegal ligatures

71 \usepackage{selnolig} % disable illegal ligatures

68\fi

72\fi

69

73

70−\title{Pandoc Test Suite}

71−\author{John MacFarlane \and Anonymous}

72−\date{July 17, 2006}

73−

74\begin{document}

75\maketitle

76

test/writers-lang-and-dir.latex+3−3

@@ -5,6 +5,9 @@

5\documentclass[

6 english,

7]{article}

8+\author{}

9+\date{}

10+

8\usepackage{amsmath,amssymb}

11\usepackage{amsmath,amssymb}

9\usepackage{lmodern}

12\usepackage{lmodern}

10\usepackage{iftex}

13\usepackage{iftex}

@@ -84,9 +87,6 @@

84 \newenvironment{LTR}{\beginL}{\endL}

87 \newenvironment{LTR}{\beginL}{\endL}

85\fi

88\fi

86

89

87−\author{}

88−\date{}

89−

90\begin{document}

91

92\hypertarget{empty-divs-and-spans}{%

tools/build-arm.sh+1−3

@@ -1,8 +1,6 @@

1#!/bin/sh

2

3−#old version:

4−#IMAGE_ID=ami-0fa8979d18f69948b

3+IMAGE_ID=ami-0fa8979d18f69948b

5−IMAGE_ID=ami-0cd6b53a434812702

6INSTANCE_TYPE=t4g.2xlarge

4INSTANCE_TYPE=t4g.2xlarge

7KEY_NAME=debian-arm-us-east-2

5KEY_NAME=debian-arm-us-east-2

8SECURITY_GROUP_ID=sg-086ffbadc286c5c00

6SECURITY_GROUP_ID=sg-086ffbadc286c5c00