From a5840d4f3b78687e701eef25ba4d4e9b4aa52483 Mon Sep 17 00:00:00 2001 From: John MacFarlane Date: Fri, 26 Aug 2022 13:16:59 -0700 Subject: Move trypandoc to a separate repository. jgm/trypandoc --- RELEASE-CHECKLIST | 1 - pandoc.cabal | 5 - trypandoc/Makefile | 4 - trypandoc/examples.js | 792 ------------------------------------------------- trypandoc/index.html | 225 -------------- trypandoc/trypandoc.js | 321 -------------------- 6 files changed, 1348 deletions(-) delete mode 100644 trypandoc/Makefile delete mode 100644 trypandoc/examples.js delete mode 100644 trypandoc/index.html delete mode 100644 trypandoc/trypandoc.js diff --git a/RELEASE-CHECKLIST b/RELEASE-CHECKLIST index 7b05731dd..ba07d6909 100644 --- a/RELEASE-CHECKLIST +++ b/RELEASE-CHECKLIST @@ -17,7 +17,6 @@ [ ] Add release on github (use 'make changes_github' and upload files) [ ] stack upload . [ ] copy deb to server, install it -[ ] cd trypandoc; make upload [ ] if needed, sh tools/build-and-upload-api-docs.sh [ ] Announce on pandoc-announce, pandoc-discuss diff --git a/pandoc.cabal b/pandoc.cabal index de66cb0b4..96da70d99 100644 --- a/pandoc.cabal +++ b/pandoc.cabal @@ -205,11 +205,6 @@ extra-source-files: man/manfilter.lua man/pandoc.1.before man/pandoc.1.after - -- trypandoc - trypandoc/Makefile - trypandoc/index.html - trypandoc/examples.js - trypandoc/trypandoc.js -- tests test/bodybg.gif test/*.native diff --git a/trypandoc/Makefile b/trypandoc/Makefile deleted file mode 100644 index 24a78993e..000000000 --- a/trypandoc/Makefile +++ /dev/null @@ -1,4 +0,0 @@ -upload: - scp trypandoc.js examples.js website:pandoc.org/try/ - scp index.html website:pandoc.org/try/index.html.in - ssh website 'sed -e "s/__DATE__/$$(date -Iseconds)/" pandoc.org/try/index.html.in > pandoc.org/try/index.html' diff --git a/trypandoc/examples.js b/trypandoc/examples.js deleted file mode 100644 index 8b937cda5..000000000 --- a/trypandoc/examples.js +++ /dev/null @@ -1,792 +0,0 @@ -const examples = { - ["Hello world"]: - { text: '*Hello* world!', - from: 'markdown', - to: 'html5'}, - ["BibTeX to CSL JSON"]: - { text: `@BOOK{Wurm2011-ho, - title = "{Substanz und Qualität : Ein Beitrag zur Interpretation der - plotinischen Traktate VI,1, 2 und 3}", - author = "Wurm, Klaus", - publisher = "De Gruyter", - series = "Quellen und Studien zur Philosophie", - edition = "Reprint 2011", - year = 2011, - address = "Berlin", - keywords = "!!! Plotinus translation", - language = "de" -}`, - from: 'bibtex', - to: 'csljson' }, - ["Markdown to Docbook with citations"]: - { text: `--- -references: -- author: - - family: Salam - given: Abdus - container-title: "Elementary particle theory: Relativistic groups and - analyticity. Proceedings of the eighth Nobel symposium" - editor: - - family: Svartholm - given: Nils - event-date: 1968-05-19/1968-05-25 - event-place: Aspenäsgarden, Lerum - id: salam - issued: 1968 - page: 367-377 - publisher: Almquist & Wiksell - publisher-place: Stockholm - title: Weak and electromagnetic interactions - type: paper-conference ---- - -@salam [p. 370] says some interesting things.`, - from: 'markdown', - to: 'docbook5', - standalone: true, - citeproc: true, - files: {} }, - ["MediaWiki to docx with equations"]: - { text: `Just as the components of a vector change when we change the [[basis (linear algebra)|basis]] of the vector space, the components of a tensor also change under such a transformation. Each type of tensor comes equipped with a ''transformation law'' that details how the components of the tensor respond to a [[change of basis]]. The components of a vector can respond in two distinct ways to a [[change of basis]] (see [[covariance and contravariance of vectors]]), where the new [[basis vectors]] \\mathbf{\\hat{e}}_i are expressed in terms of the old basis vectors \\mathbf{e}_j as, -:\\mathbf{\\hat{e}}_i = \\sum_{j=1}^n \\mathbf{e}_j R^j_i = \\mathbf{e}_j R^j_i . - -Here ''R'''' j''''i'' are the entries of the change of basis matrix, and in the rightmost expression the [[summation]] sign was suppressed: this is the [[Einstein summation convention]], which will be used throughout this article.The Einstein summation convention, in brief, requires the sum to be taken over all values of the index whenever the same symbol appears as a subscript and superscript in the same term. For example, under this convention B_i C^i = B_1 C^1 + B_2 C^2 + \\cdots B_n C^n The components ''v''''i'' of a column vector '''v''' transform with the [[matrix inverse|inverse]] of the matrix ''R'', -:\\hat{v}^i = \\left(R^{-1}\\right)^i_j v^j, - -where the hat denotes the components in the new basis. This is called a ''contravariant'' transformation law, because the vector components transform by the ''inverse'' of the change of basis. In contrast, the components, ''w''''i'', of a covector (or row vector), '''w''', transform with the matrix ''R'' itself, -:\\hat{w}_i = w_j R^j_i .`, - from: 'mediawiki', - to: 'docx', - standalone: true }, - - ["Man page to ConTeXt"]: - { text: `.TP -\\f[C]-L\\f[R] \\f[I]SCRIPT\\f[R], \\f[C]--lua-filter=\\f[R]\\f[I]SCRIPT\\f[R] -Transform the document in a similar fashion as JSON filters (see -\\f[C]--filter\\f[R]), but use pandoc\\[cq]s built-in Lua filtering system. -The given Lua script is expected to return a list of Lua filters which -will be applied in order. -Each Lua filter must contain element-transforming functions indexed by -the name of the AST element on which the filter function should be -applied. -.RS -.PP -The \\f[C]pandoc\\f[R] Lua module provides helper functions for element -creation. -It is always loaded into the script\\[cq]s Lua environment. -.PP -See the Lua filters documentation for further details. -.PP -In order of preference, pandoc will look for Lua filters in -.IP "1." 3 -a specified full or relative path, -.IP "2." 3 -\\f[C]$DATADIR/filters\\f[R] where \\f[C]$DATADIR\\f[R] is the user data -directory (see \\f[C]--data-dir\\f[R], above). -.PP -Filters, Lua filters, and citeproc processing are applied in the order -specified on the command line. -.RE -.TP -\\f[C]-M\\f[R] \\f[I]KEY\\f[R][\\f[C]=\\f[R]\\f[I]VAL\\f[R]], \\f[C]--metadata=\\f[R]\\f[I]KEY\\f[R][\\f[C]:\\f[R]\\f[I]VAL\\f[R]] -Set the metadata field \\f[I]KEY\\f[R] to the value \\f[I]VAL\\f[R]. -A value specified on the command line overrides a value specified in the -document using YAML metadata blocks. -Values will be parsed as YAML boolean or string values. -If no value is specified, the value will be treated as Boolean true. -Like \\f[C]--variable\\f[R], \\f[C]--metadata\\f[R] causes template -variables to be set. -But unlike \\f[C]--variable\\f[R], \\f[C]--metadata\\f[R] affects the -metadata of the underlying document (which is accessible from filters -and may be printed in some output formats) and metadata values will be -escaped when inserted into the template.`, - from: 'man', - to: 'context' }, - ["LaTeX with macros to reStructuredText"]: - { text: `% from https://en.wikibooks.org/wiki/LaTeX/Macros -\\newcommand{\\wbalTwo}[2][Wikimedia]{ -This is the Wikibook about LaTeX -supported by {#1} and {#2}!} - -\\begin{itemize} -\\item \\wbalTwo{John Doe} -\\item \\wbalTwo[lots of users]{John Doe} -\\end{itemize}`, - from: 'latex', - to: 'rst', - standalone: true, - citeproc: false, - files: {} }, - - ["CSV table to org"]: - { text: `"Year", "Score", "Title" -1968, 86, "Greetings" -1970, 17, "Bloody Mama" -1970, 73, "Hi, Mom!" -1971, 40, "Born to Win" -1973, 98, "Mean Streets" -1973, 88, "Bang the Drum Slowly" -1974, 97, "The Godfather, Part II" -1976, 41, "The Last Tycoon" -1976, 99, "Taxi Driver"`, - from: 'csv', - to: 'org' }, - - ["Markdown citations to plain with CSL style"]: - { text: `--- -csl: 'le-tapuscrit-note.csl' -lang: fr-FR -bibliography: refs.bib ---- - -Foo [@legras_michel_2010].`, - from: 'markdown', - to: 'plain', - citeproc: true, - files: { - ["refs.bib"]: - `@book{legras_michel_2010, - author = {Le~Gras, Gwénaëlle}, - publisher = {Scope}, - title = {Michel Simon~: l’art de la disgrâce}, - series = {Jeux d’acteurs}, - date = {2010}, - address = {Paris}, - isbn = {978-2-912573-52-0}, - langid = {fre}}`, - ["le-tapuscrit-note.csl"]: - ` -` } - }, - - ["LaTeX to DocBook with MathML"]: - { text: `\\newtheorem{theorem}{Theorem} -\\newtheorem{corollary}[theorem]{Corollary} -\\newtheorem{lemma}[theorem]{Lemma} -\\theoremstyle{definition} -\\newtheorem{definition}[theorem]{Definition} -\\theoremstyle{remark} -\\newtheorem{remark}{Remark} - -\\begin{definition}[right-angled triangles] \\label{def:tri} -A \\emph{right-angled triangle} is a triangle whose sides of length~\\(a\\), \\(b\\) and~\\(c\\), in some permutation of order, satisfies \\(a^2+b^2=c^2\\). -\\end{definition} - -\\begin{lemma} -The triangle with sides of length~\\(3\\), \\(4\\) and~\\(5\\) is right-angled. -\\end{lemma} - -\\begin{proof} -This lemma follows from \\cref{def:tri} since \\(3^2+4^2=9+16=25=5^2\\). -\\end{proof} - -\\begin{theorem}[Pythagorean triplets] \\label{thm:py} -Triangles with sides of length \\(a=p^2-q^2\\), \\(b=2pq\\) and \\(c=p^2+q^2\\) are right-angled triangles. -\\end{theorem} - -\\begin{remark} -These are all pretty interesting facts. -\\end{remark} -`, - from: 'latex', - to: 'docbook5', - ['html-math-method']: 'mathml', - standalone: true }, - - ["Custom template"]: - { text: `--- -keywords: -- bee -- ant -- ladybug -author: E. N. Tymologist -title: Some bugs -... - -This is a book about bugs.`, - from: 'markdown', - to: 'html5', - standalone: true, - template: `

$title$

-

by $author$

-

Keywords: $for(keywords)$$it$$sep$; $endfor$

-
-$body$ -
-` }, - - ["ipynb to rtf"]: - { text: `{ - "cells": [ - { - "cell_type": "markdown", - "metadata": {}, - "source": [ - "# Lorem ipsum\\n", - "\\n", - "**Lorem ipsum** dolor sit amet, consectetur adipiscing elit. Nunc luctus\\n", - "bibendum felis dictum sodales." - ], - "id": "42a14256-91c8-446e-92a7-ab6bf11055d3" - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": {}, - "outputs": [], - "source": [ - "print(\\"hello\\")" - ], - "id": "98ee7437-e11a-4c16-b642-9e7911f32cd2" - }, - { - "cell_type": "markdown", - "metadata": {}, - "source": [ - "## Pyout" - ], - "id": "2df739f6-1afd-400b-845c-ad1efebc209f" - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": {}, - "outputs": [], - "source": [ - "from IPython.display import HTML\\n", - "HTML(\\"\\"\\"\\n", - "\\n", - "HTML\\n", - "\\"\\"\\")" - ], - "id": "622b77f5-76e7-46cb-a694-56007ed6adbe" - }, - { - "cell_type": "markdown", - "metadata": {}, - "source": [ - "## Image\\n", - "\\n", - "This image ![the moon](attachment:lalune.jpg) will be included as a cell\\n", - "attachment." - ], - "attachments": { - "lalune.jpg": { - "image/jpeg": 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Np3w20+zidTqN5cPqcwLAFEXlc58zxgedUfVVuLWC2sbnA2KZRtbIO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\\n3FNQTvPJ7UYAelf/2Q==\\n" - } - }, - "id": "0db42901-5dc0-4fd3-b2db-b83b3c584437" - } - ], - "nbformat": 4, - "nbformat_minor": 5, - "metadata": {} -}`, - from: 'ipynb', - to: 'rtf', - standalone: true }, - - ["docx with equations to LaTeX"]: - { text: 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`, - from: 'docx', - to: 'latex', - standalone: true } -}; - - diff --git a/trypandoc/index.html b/trypandoc/index.html deleted file mode 100644 index e7f8aa109..000000000 --- a/trypandoc/index.html +++ /dev/null @@ -1,225 +0,0 @@ - - - - - Try pandoc! - - - - - -
-
-
-

Try pandoc!

- -
-
- 

-    

-  

-  

-    

-      
-       
-      
-      
-      

-      Input
-      
-      
-      

-      

-      
-      

-      

-      

-      

-      
-      
-      

-      
-      
-      

-        custom.tpl
-        
-      

-    

-    

-      
-      
-      
-      
-      
-      
-       
-      
-      

-      

-      

-      

-    

-  

-

-
-
-
-
-
-
-
diff --git a/trypandoc/trypandoc.js b/trypandoc/trypandoc.js
deleted file mode 100644
index 4d9f69b52..000000000
--- a/trypandoc/trypandoc.js
+++ /dev/null
@@ -1,321 +0,0 @@
-"use strict";
-
-// reset params to defaults
-function resetParams() {
-  params.text = '';
-  params.to = 'html5';
-  params.from = 'markdown';
-  params.standalone = false;
-  params.citeproc = false;
-  params["html-math-method"] = "plain";
-  params.files = {};
-  params.template = null;
-};
-
-var params = {};
-
-function clearText() {
-  params.text = '';
-  document.getElementById("downloadinput").innerHTML = "";
-  document.getElementById("downloadinput").style.display = "none";
-  document.getElementById("text").style.display = "block";
-  document.getElementById("text").value = '';
-}
-
-const base64regex = /^([0-9a-zA-Z+/]{4})*(([0-9a-zA-Z+/]{2}==)|([0-9a-zA-Z+/]{3}=))?$/;
-
-function isBase64(s) {
-  return (s.length > 0 && base64regex.test(s))
-}
-
-function downloadLink(name, contents) {
-  let downloadlink = document.createElement("a");
-  downloadlink.setAttribute("download", name);
-  downloadlink.setAttribute("class", "download-link");
-  downloadlink.setAttribute("href", 'data:application/octet-stream;base64,' + contents);
-  downloadlink.textContent = 'click to download ' + name;
-  return downloadlink;
-}
-
-function addFile(name, contents, isbase64) {
-  params.files[name] = contents;
-  let filesDiv = document.getElementById("files");
-  let fileDiv = document.createElement("div");
-  fileDiv.classList.add("file");
-  let title = document.createElement("div");
-  title.classList.add("title");
-  let removeButton = document.createElement("button");
-  removeButton.textContent = "Remove";
-  removeButton.onclick = (e) => {
-    delete params.files[name];
-    e.target.parentElement.parentElement.remove();
-  }
-  let filename = document.createElement("span");
-  filename.classList.add("filename");
-  filename.textContent = name;
-  title.appendChild(filename);
-  title.appendChild(removeButton);
-  fileDiv.appendChild(title);
-  if (isbase64) {
-    fileDiv.appendChild(downloadLink(name, contents));
-  } else {
-    let textarea = document.createElement("textarea");
-    textarea.onchange = (e) => {
-      params.files[name] = e.target.value;
-    }
-    textarea.textContent = contents;
-    fileDiv.appendChild(textarea);
-  }
-  filesDiv.appendChild(fileDiv);
-}
-
-function permalink() {
-  let href = window.location.href;
-  const URLparams = new URLSearchParams([["params", JSON.stringify(params)]]);
-  return href.replace(/([?].*)?$/,"?" + URLparams);
-}
-
-const binaryFormats = {
-   docx: { extension: "docx",
-           mime: "application/vnd.openxmlformats-officedocument.wordprocessingml.document" },
-    odt: { extension: "odt",
-           mime: "application/vnd.oasis.opendocument.text" },
-    pptx: { extension: "pptx",
-            mime: "application/vnd.openxmlformats-officedocument.presentationml.presentation" },
-    epub:  { extension: "epub",
-             mime: "application/epub+zip" },
-    epub2: { extension: "epub",
-             mime: "application/epub+zip" },
-    epub3: { extension: "epub",
-             mime: "application/epub+zip" }
-};
-
-function paramsFromURL() {
-  if (window.location.search.length > 0) {
-    const query = new URLSearchParams(window.location.search);
-    const rawparams = query.get("params");
-    params = JSON.parse(rawparams);
-  }
-}
-
-function handleErrors(response) {
-    let errs = document.getElementById("errors");
-    if (!response.ok) {
-      errs.textContent = "Conversion failed, status = " + response.status;
-      errs.style.display = "block";
-    }
-    if (response.status == 503) {
-      errs.textContent += "  Timed out.";
-    }
-    return response;
-}
-
-function convert() {
-    document.getElementById("results").textContent = "";
-    let errs = document.getElementById("errors");
-    errs.style.display = "none";
-    errs.textContent = "";
-    console.log(params);
-
-    let mm = params["html-math-method"];
-    let mathopts = mm == "plain" ? "" : (" --" + mm)
-    let commandString = "pandoc"
-      + " --from " + params.from + " --to " + params.to
-      + (params.standalone ? " --standalone" : "")
-      + (params.template ? " --template=custom.tpl" : "")
-      + (params.citeproc ? " --citeproc" : "")
-      + mathopts ;
-    document.getElementById("command").textContent = commandString;
-    fetch("/cgi-bin/pandoc-server.cgi", {
-      method: "POST",
-      headers: {"Content-Type": "application/json"},
-      body: JSON.stringify(params)
-     })
-    .then(handleErrors)
-    .then(response => response.text())
-    .then(restext => {
-         let binary = binaryFormats[params.to];
-         if (binary &&
-           document.getElementById("errors").style.display == "none") {
-         document.getElementById("results").appendChild(downloadLink("trypandoc." + binary.extension, restext));
-       } else {
-         document.getElementById("results").textContent += restext;
-       }
-       document.getElementById("permalink").href = permalink();
-    });
-}
-
-function setFormFromParams() {
-    let inputtext = document.getElementById("text");
-    let downloadinput = document.getElementById("downloadinput");
-    let isbinary = isBase64(params.text);
-    if (isbinary) {
-      inputtext.style.display = "none";
-      downloadinput.innerHTML = "";
-      downloadinput.appendChild(downloadLink("input." + params.from, params.text));
-      downloadinput.style.display = "block";
-    } else {
-      inputtext.value = params.text;
-      inputtext.style.display = "block";
-      downloadinput.style.display = "none";
-    }
-    if (params.template) {
-      document.getElementById("templatetext").value = params.template;
-      document.getElementById("template").value = "custom";
-      document.getElementById("customtemplate").style.display = "block";
-    } else {
-      document.getElementById("templatetext").value = "";
-      document.getElementById("template").value = "default";
-      document.getElementById("customtemplate").style.display = "none";
-    }
-    document.getElementById("from").value = params.from;
-    document.getElementById("to").value = params.to;
-    document.getElementById("standalone").checked = params.standalone;
-    document.getElementById("citeproc").checked = params.citeproc;
-    document.getElementById("html-math-method").value = params["html-math-method"];
-    const files = document.querySelectorAll(".file");
-    files.forEach(file => {
-      file.remove();
-    });
-    for (const filename in params.files) {
-      addFile(filename, params.files[filename], isBase64(params.files[filename]));
-    }
-}
-
-// callback takes two arguments:  the string text and a boolean
-// which is true if the string is base64-encoded binary data
-function readFile(file, callback) {
-    if (file.size > 200000) {
-      alert("File exceeds 200KB size limit: " + file.name);
-      throw("File exceeds 200KB size limit: " + file.name);
-    }
-    const reader = new FileReader();
-    reader.onloadend = () => {
-      let result = reader.result;
-      // check for valid UTF-8
-      let invalidUtf8 = result.match(/[\uFFFD]/);
-      if (invalidUtf8) {
-        // if not valid UTF-8, treat as binary and base64 encode it
-        const base64reader = new FileReader();
-        base64reader.onloadend = () => {
-          const base64string = base64reader.result
-           .replace('data:', '')
-           .replace(/^.+,/, '');
-          callback(base64string, true);
-        }
-        base64reader.readAsDataURL(file);
-      } else {
-        callback(result, false);
-      }
-    }
-    reader.readAsText(file);
-}
-
-(function() {
-    resetParams();
-    paramsFromURL();
-    setFormFromParams();
-
-    const exampleSelect = document.getElementById("examples");
-    for (const k in examples) {
-      exampleSelect.innerHTML += '';
-    }
-
-    document.getElementById("convert").onclick = convert;
-    document.getElementById("from").onchange = (e) => {
-      params.from = e.target.value;
-      convert();
-    }
-    document.getElementById("to").onchange = (e) => {
-      params.to = e.target.value;
-      convert();
-    }
-    document.getElementById("text").onchange = (e) => {
-      params.text = e.target.value;
-    }
-    // document.getElementById("text").onblur = (e) => {
-    //   convert();
-    // }
-    document.getElementById("standalone").onchange = (e) => {
-      params.standalone = e.target.checked;
-      convert();
-    }
-    document.getElementById("citeproc").onchange = (e) => {
-      params.citeproc = e.target.checked;
-      convert();
-    }
-    document.getElementById("html-math-method").onchange = (e) => {
-      params["html-math-method"] = e.target.value;
-      convert();
-    }
-    document.getElementById("template").onchange = (e) => {
-      if (e.target.value == "custom") {
-        document.getElementById("customtemplate").style.display = "block";
-        params.template = document.getElementById("templatetext").value;
-      } else {
-        params.template = null;
-        document.getElementById("customtemplate").style.display = "none";
-      }
-    }
-    document.getElementById("templatetext").onchange = (e) => {
-      params.template = e.target.value;
-    }
-    document.getElementById("examples").onchange = (e) => {
-      let newparams = examples[e.target.value];
-      resetParams();
-      for (const key in newparams) {
-        params[key] = newparams[key]; // allow defaults
-      };
-      setFormFromParams();
-      convert();
-    }
-
-    const fileInput = document.getElementById('loadfile');
-
-    // Listen for the change event so we can capture the file
-    fileInput.addEventListener('change', (e) => {
-      // Get a reference to the file
-      let inputtext = document.getElementById("text");
-      let downloadinput = document.getElementById("downloadinput");
-      const file = e.target.files[0];
-      readFile(file, (s, isbase64) => {
-        params.text = s;
-        if (isbase64) {
-          let binaryfmt = file.name.match(/\.(docx|odt|epub|pptx)$/);
-          console.log(binaryfmt);
-          if (binaryfmt) {
-            params.from = binaryfmt[1];
-            document.getElementById("from").value = params.from;
-          }
-          inputtext.style.display = "none";
-          downloadinput.innerHTML = "";
-          downloadinput.appendChild(downloadLink(file.name, s));
-          downloadinput.style.display = "block";
-        } else {
-          inputtext.value = s;
-          inputtext.style.display = "block";
-          downloadinput.style.display = "none";
-        }
-      });
-    });
-
-    const addfileButton = document.getElementById("addfile");
-    addfileButton.addEventListener('change', (e) => {
-      // Get a reference to the file
-      const file = e.target.files[0];
-      readFile(file, (s, isbase64) => {
-        addFile(file.name, s, isbase64);
-      });
-    });
-
-    fetch("/cgi-bin/pandoc-server.cgi/version")
-       .then(handleErrors)
-       .then(response => response.text())
-       .then(restext =>
-           document.getElementById("version").textContent = restext
-         );
-
-    convert();
-
-})();
-
-- 
cgit v1.2.3