Moodle-XML-Konvertierung nach LaTeX

Question 1

Hier ist eine Lösung, die LuaXML verwendet. Die Hauptbibliothek heißt moodle-transform.lua:

local transform = require "luaxml-transform"
local domobject = require "luaxml-domobject"

local transformer = transform.new()

transformer:add_action("p", "@<.>\n\n", {verbatim=true})
transformer:add_action("div", "@<.>\n", {verbatim=true})
transformer:add_action("*", "@<.>", {verbatim=true})

-- ********************
--   helper functions
-- ********************
local function get_cdata(element, selector)
  local t = {}
  local selector = selector or "text"
  for _, el in ipairs(element:query_selector(selector)) do
    for _, child in ipairs(el:get_children()) do
      if child._type == "CDATA" then
        local handle_greater = child._text:gsub("<%s", "&lt; "):gsub(">%s", "&gt; ")
        -- we pack everything in <div>, to force verbatim processing
        t[#t+1] =  transformer:parse_xml("<div>" .. handle_greater .. "</div>")
        -- for x,y in pairs(child) do print(x,y) end
      else
        t[#t+1] = child:get_text()
      end
    end
  end
  -- remove spurious spaces
  for k,v in ipairs(t) do t[k] = v:gsub("^%s*", ""):gsub("%s*$", "") end
  return table.concat(t, " ")
end

local function number_to_boolean(el)
  local number = el:get_text()
  if number == "1" then return true end
  return false
end

-- map from XML elements to Moodle fields
local basic_data_mapping = {
  penalty = "penalty",
  defaultgrade = "default grade",
  tags = "tags",
  generalfeedback = {"feedback", get_cdata},
  name = {"name", get_cdata},
  questiontext = {"question", get_cdata}
}

function add_mapping(basic, additional)
  local t = {}
  for k, v in pairs(basic) do t[k] = v end
  for k,v in pairs(additional) do t[k] = v end
  return t
end

local function map(data, el, mapping)
  local name = el._name
  local map = mapping[name]
  if map then
    if type(map) == "table" then
      local newname = map[1]
      local fn = map[2]
      data[newname] = fn(el)
    else
      data[map] = el:get_text()
    end
  end
end


local function get_basic_data(question, mapping)
  local mapping = mapping or basic_data_mapping
  local data = {}
  -- data.name = get_cdata(question, "name text")
  -- data.question = get_cdata(question, "questiontext text")
  for _, el in ipairs(question:get_children()) do
    if el:is_element() then
      map(data, el, mapping)
    end
  end
  return data
end

local function get_answers(question)
  -- process particular answers
  local answers = {}
  for _, answer in ipairs(question:query_selector("answer")) do
    local fraction = answer:get_attribute("fraction")
    local item = get_cdata(answer, "answer > text")
    local feedback = get_cdata(answer, "feedback > text")
    local tolerance = get_cdata(answer, "tolerance")
    if feedback == "" then feedback = nil end
    if tolerance == "" then tolerance = nil end
    answers[#answers+1] = {item = item, feedback = feedback, fraction = fraction, tolerance = tolerance}
  end
  return answers
end

local function make_field(field, value)
  if value then
    return string.format("%s=%s", field, value)
  end
  return nil
end

local basic_question_fields = {"points", "default grade", "penalty", "fraction", "feedback", "tags"}

local function add_question_fields(fields)
  local t = {}
  for _, v in ipairs(basic_question_fields) do t[#t+1] = v end
  for _, v in ipairs(fields) do t[#t+1] = v end
  return t
end
    
local function make_begin(name, data, fields)
  local expanded_fields = {}
  local fields = fields or basic_question_fields

  for _, field in ipairs(fields) do
    local value = data[field]
    if value and value ~= "" then
      if value:match("[%s]") then value = "{" .. value .. "}" end
      expanded_fields[#expanded_fields+1] = make_field(field, value)
    end
  end
  return string.format("\\begin{%s}[%s]{%s}", name, table.concat(expanded_fields, ","), data.name)
end

local function format_answers(answers, extra_fields, mark_fraction) 
  local extra_fields = extra_fields or {}
  local t  = {}
  for _, v in ipairs(answers) do
    local options = {}
    options[1] = make_field("fraction", v.fraction) 
    local item = "\\item"
    if mark_fraction then
      if v.fraction == "100" then item = item .. "*" end
    end
    options[#options+1] = make_field("feedback", v.feedback)
    for _,y in ipairs(extra_fields) do options[#options+1] = make_field(y, v[y]) end
    t[#t+1] =  item  .. "[" .. table.concat(options, ",") .. "]" ..  v.item
  end
  return table.concat(t, "\n")
end

local function make_end(environment)
  return "\\end{" .. environment .. "}"
end


-- ********************
--  question handlers
-- ********************

local function handle_category(question)
  local category = get_cdata(question, "category text") or ""
  -- category = category:gsub("%$course%$%/", "")
  -- get top level of the category hiearchy
  category = category:match("[^%/]+$")
  -- local info     = get_cdata(question, "info text") or ""
  -- it seems that category info isn't supported inside quiz environment
  local info     = "" 
  return string.format("\\setcategory{%s}\n%s\n", category, info)
end



multichoice_begin = add_question_fields {"single","numbering","shuffle", "fraction",}

local multichoice_mapping = add_mapping(basic_data_mapping,
  {
    single = "single",
    shuffleanswers = {"shuffle", number_to_boolean} ,
    answernumbering = "numbering",
  }
)


local function handle_multichoice(question)
  local data = get_basic_data(question, multichoice_mapping)
  data.answers = get_answers(question)
  local result = {}
  result[#result+1] =  make_begin("multi", data, multichoice_begin)
  result[#result+1] =  data.question
  result[#result+1] =  format_answers(data.answers)
  result[#result+1] =  make_end("multi")
  return table.concat(result, "\n")-- data.question
end


local numerical_mapping = add_mapping(basic_data_mapping,
{
  tolerance = "tolerance",
})

local numeric_begin = add_question_fields {"tolerance"}

local function handle_numerical(question)
  local result = {}
  local data = get_basic_data(question, numerical_mapping)
  data.answers = get_answers(question)
  result[#result+1] =  make_begin("numerical", data, numeric_begin)
  result[#result+1] =  data.question
  result[#result+1] =  format_answers(data.answers,{"tolerance"})
  result[#result+1] =  make_end("numerical")
  return table.concat(result, "\n")
end

local truefalse_mapping = add_mapping(basic_data_mapping,
{})

local function handle_truefalse(question)
  local result = {}
  local data = get_basic_data(question, truefalse_mapping)
  data.answers = get_answers(question)
  result[#result+1] =  make_begin("truefalse", data)
  result[#result+1] =  data.question
  result[#result+1] =  format_answers(data.answers, nil, true)
  result[#result+1] =  make_end("truefalse")
  return table.concat(result, "\n")
end

local function handle_shortanswer(question)
  local result = {}
  local data = get_basic_data(question)
  data.answers = get_answers(question)
  result[#result+1] =  make_begin("shortanswer", data)
  result[#result+1] =  data.question
  result[#result+1] =  format_answers(data.answers)
  result[#result+1] =  make_end("shortanswer")
  return table.concat(result, "\n")
end

local function handle_essay(question)
  local result = {}
  local data = get_basic_data(question)
  data.answers = get_answers(question)
  result[#result+1] =  make_begin("essay", data)
  result[#result+1] =  data.question
  result[#result+1] =  format_answers(data.answers)
  result[#result+1] =  make_end("essay")
  return table.concat(result, "\n")
end

local actions = {
  category  = handle_category,
  multichoice = handle_multichoice,
  numerical = handle_numerical,
  truefalse = handle_truefalse,
  shortanswer = handle_shortanswer,
  essay     = handle_essay,
}

local function transform(dom)
  -- buffer for tranformed LaTeX code
  local result = {"\\begin{quiz}{Unnamed}"}
  -- loop over all questions, and convert them to LaTeX
  for _, question in ipairs(dom:query_selector("question")) do
    -- we have a special handler for each question type
    local qtype = question:get_attribute("type")
    -- find action for the current question  in the table of actions
    local action = actions[qtype]
    if action then
      -- transform current question to LaTeX
      result[#result+1] = action(question)
    end
  end
  result[#result+1] = "\\end{quiz}"
  return table.concat(result, "\n")
end

local function process(text)
  local dom = domobject.parse(text)
  return transform(dom)
end

local function process_file(filename)
  local f = io.open(filename, "r")
  if f then 
    local text = f:read("*all")
    f:close()
    return process(text)
  end
end


return {
  transform = transform,
  process = process,
  process_file = process_file
}

Dabei werden die DOM-Funktionen von LuaXML verwendet, um Moodle-Elemente und -Attribute in eine Lua-Tabelle abzurufen, die dann in die vom Moodle-Paket verwendete Syntax umgewandelt wird.

Es kann von der Befehlszeile aus verwendet werden, beispielsweise mit dem folgenden Skript moodletotex.lua:

kpse.set_program_name "luatex"
local moodle = require "moodle-transform"
local text = io.read("*all")

print(moodle.process(text))

Es kann mit diesem Befehl verwendet werden:

texlua moodletotex.lua < test.xml > output.tex

Dadurch wird TeX-Code in der output.texDatei gespeichert:

\begin{quiz}{Unnamed}
\setcategory{Default for my course}


\begin{multi}[default grade=10.0000000,penalty=0.3333333,feedback={\( A_4 \) is the subgroup of the symmetric group \( S_4 \) consisting of even permutations.},single=true,numbering=abc]{Querstion 2}
The number of the subgroups of the alternating group \( A_4 \) is:
\item[fraction=0,feedback=oops!]8
\item[fraction=0,feedback=oops!]9
\item[fraction=100,feedback=Yes!]10
\item[fraction=0,feedback=oops!]11
\end{multi}
\begin{multi}[default grade=3.0000000,penalty=0.3333333,single=true,numbering=abc]{Question 6}
What is \( \lim_{n\to\infty}(1+\frac{1}{n})^n \)?
\item[fraction=100,feedback=Yes.]e
\item[fraction=100]exp(1)
\item[fraction=80,feedback=Good.]2.7
\item[fraction=50,feedback=near!]2.9
\end{multi}
\begin{numerical}[default grade=7.0000000,penalty=0.3333333]{Question 5}
What is the approximate value of \( \int_1^2\frac{1}{x}dx? \)
\item[fraction=100,tolerance=0.001]0.693147
\item[fraction=50,tolerance=0.01]0.693147
\end{numerical}
\begin{shortanswer}[default grade=2.0000000,penalty=0.3333333,feedback={You should specify a number.}]{Question 3}
What is the number of the subgroups of the alternating group \( A_4 \)?
\item[fraction=100]10
\item[fraction=100]ten
\item[fraction=100]dix
\end{shortanswer}
\begin{truefalse}[default grade=1.0000000,penalty=1.0000000,feedback={General feedback: Subspace means subvector space.}]{Question 1}
The vector space \( \mathbb{R}^3 \) has just four subspaces.
\item[fraction=0,feedback=This space has infinitely many subspace!]true
\item*[fraction=100,feedback=Bravo.]false
\end{truefalse}
\end{quiz}

Sie können auch ein einfaches LaTeX-Paket erstellen moodleimport.sty:

\ProvidesPackage{moodletotex}
\RequirePackage{moodle}
\RequirePackage{luacode}
\begin{luacode*}
moodleimport = require "moodle-transform"

function moodle_print(result)
  for line in result:gmatch("([^\n]+)") do
    tex.sprint(line)
  end
end
\end{luacode*}

\newcommand\importmoodle[1]{%
  \luaexec{%
    local result = moodleimport.process_file("#1")
    moodle_print(result)
  }

}%

Es kann wie folgt verwendet werden:

\documentclass{article}
\usepackage{moodleimport}
\begin{document}
\importmoodle{test.xml}
\end{document}

Sie müssen dieses Dokument mit kompilieren lualatex.

Dies ist das Ergebnis:

Hier ist ein Ergebnis für den Aufsatz:

Answer

Hier ist eine Lösung, die LuaXML verwendet. Die Hauptbibliothek heißt moodle-transform.lua:

local transform = require "luaxml-transform"
local domobject = require "luaxml-domobject"

local transformer = transform.new()

transformer:add_action("p", "@<.>\n\n", {verbatim=true})
transformer:add_action("div", "@<.>\n", {verbatim=true})
transformer:add_action("*", "@<.>", {verbatim=true})

-- ********************
--   helper functions
-- ********************
local function get_cdata(element, selector)
  local t = {}
  local selector = selector or "text"
  for _, el in ipairs(element:query_selector(selector)) do
    for _, child in ipairs(el:get_children()) do
      if child._type == "CDATA" then
        local handle_greater = child._text:gsub("<%s", "&lt; "):gsub(">%s", "&gt; ")
        -- we pack everything in <div>, to force verbatim processing
        t[#t+1] =  transformer:parse_xml("<div>" .. handle_greater .. "</div>")
        -- for x,y in pairs(child) do print(x,y) end
      else
        t[#t+1] = child:get_text()
      end
    end
  end
  -- remove spurious spaces
  for k,v in ipairs(t) do t[k] = v:gsub("^%s*", ""):gsub("%s*$", "") end
  return table.concat(t, " ")
end

local function number_to_boolean(el)
  local number = el:get_text()
  if number == "1" then return true end
  return false
end

-- map from XML elements to Moodle fields
local basic_data_mapping = {
  penalty = "penalty",
  defaultgrade = "default grade",
  tags = "tags",
  generalfeedback = {"feedback", get_cdata},
  name = {"name", get_cdata},
  questiontext = {"question", get_cdata}
}

function add_mapping(basic, additional)
  local t = {}
  for k, v in pairs(basic) do t[k] = v end
  for k,v in pairs(additional) do t[k] = v end
  return t
end

local function map(data, el, mapping)
  local name = el._name
  local map = mapping[name]
  if map then
    if type(map) == "table" then
      local newname = map[1]
      local fn = map[2]
      data[newname] = fn(el)
    else
      data[map] = el:get_text()
    end
  end
end


local function get_basic_data(question, mapping)
  local mapping = mapping or basic_data_mapping
  local data = {}
  -- data.name = get_cdata(question, "name text")
  -- data.question = get_cdata(question, "questiontext text")
  for _, el in ipairs(question:get_children()) do
    if el:is_element() then
      map(data, el, mapping)
    end
  end
  return data
end

local function get_answers(question)
  -- process particular answers
  local answers = {}
  for _, answer in ipairs(question:query_selector("answer")) do
    local fraction = answer:get_attribute("fraction")
    local item = get_cdata(answer, "answer > text")
    local feedback = get_cdata(answer, "feedback > text")
    local tolerance = get_cdata(answer, "tolerance")
    if feedback == "" then feedback = nil end
    if tolerance == "" then tolerance = nil end
    answers[#answers+1] = {item = item, feedback = feedback, fraction = fraction, tolerance = tolerance}
  end
  return answers
end

local function make_field(field, value)
  if value then
    return string.format("%s=%s", field, value)
  end
  return nil
end

local basic_question_fields = {"points", "default grade", "penalty", "fraction", "feedback", "tags"}

local function add_question_fields(fields)
  local t = {}
  for _, v in ipairs(basic_question_fields) do t[#t+1] = v end
  for _, v in ipairs(fields) do t[#t+1] = v end
  return t
end
    
local function make_begin(name, data, fields)
  local expanded_fields = {}
  local fields = fields or basic_question_fields

  for _, field in ipairs(fields) do
    local value = data[field]
    if value and value ~= "" then
      if value:match("[%s]") then value = "{" .. value .. "}" end
      expanded_fields[#expanded_fields+1] = make_field(field, value)
    end
  end
  return string.format("\\begin{%s}[%s]{%s}", name, table.concat(expanded_fields, ","), data.name)
end

local function format_answers(answers, extra_fields, mark_fraction) 
  local extra_fields = extra_fields or {}
  local t  = {}
  for _, v in ipairs(answers) do
    local options = {}
    options[1] = make_field("fraction", v.fraction) 
    local item = "\\item"
    if mark_fraction then
      if v.fraction == "100" then item = item .. "*" end
    end
    options[#options+1] = make_field("feedback", v.feedback)
    for _,y in ipairs(extra_fields) do options[#options+1] = make_field(y, v[y]) end
    t[#t+1] =  item  .. "[" .. table.concat(options, ",") .. "]" ..  v.item
  end
  return table.concat(t, "\n")
end

local function make_end(environment)
  return "\\end{" .. environment .. "}"
end


-- ********************
--  question handlers
-- ********************

local function handle_category(question)
  local category = get_cdata(question, "category text") or ""
  -- category = category:gsub("%$course%$%/", "")
  -- get top level of the category hiearchy
  category = category:match("[^%/]+$")
  -- local info     = get_cdata(question, "info text") or ""
  -- it seems that category info isn't supported inside quiz environment
  local info     = "" 
  return string.format("\\setcategory{%s}\n%s\n", category, info)
end



multichoice_begin = add_question_fields {"single","numbering","shuffle", "fraction",}

local multichoice_mapping = add_mapping(basic_data_mapping,
  {
    single = "single",
    shuffleanswers = {"shuffle", number_to_boolean} ,
    answernumbering = "numbering",
  }
)


local function handle_multichoice(question)
  local data = get_basic_data(question, multichoice_mapping)
  data.answers = get_answers(question)
  local result = {}
  result[#result+1] =  make_begin("multi", data, multichoice_begin)
  result[#result+1] =  data.question
  result[#result+1] =  format_answers(data.answers)
  result[#result+1] =  make_end("multi")
  return table.concat(result, "\n")-- data.question
end


local numerical_mapping = add_mapping(basic_data_mapping,
{
  tolerance = "tolerance",
})

local numeric_begin = add_question_fields {"tolerance"}

local function handle_numerical(question)
  local result = {}
  local data = get_basic_data(question, numerical_mapping)
  data.answers = get_answers(question)
  result[#result+1] =  make_begin("numerical", data, numeric_begin)
  result[#result+1] =  data.question
  result[#result+1] =  format_answers(data.answers,{"tolerance"})
  result[#result+1] =  make_end("numerical")
  return table.concat(result, "\n")
end

local truefalse_mapping = add_mapping(basic_data_mapping,
{})

local function handle_truefalse(question)
  local result = {}
  local data = get_basic_data(question, truefalse_mapping)
  data.answers = get_answers(question)
  result[#result+1] =  make_begin("truefalse", data)
  result[#result+1] =  data.question
  result[#result+1] =  format_answers(data.answers, nil, true)
  result[#result+1] =  make_end("truefalse")
  return table.concat(result, "\n")
end

local function handle_shortanswer(question)
  local result = {}
  local data = get_basic_data(question)
  data.answers = get_answers(question)
  result[#result+1] =  make_begin("shortanswer", data)
  result[#result+1] =  data.question
  result[#result+1] =  format_answers(data.answers)
  result[#result+1] =  make_end("shortanswer")
  return table.concat(result, "\n")
end

local function handle_essay(question)
  local result = {}
  local data = get_basic_data(question)
  data.answers = get_answers(question)
  result[#result+1] =  make_begin("essay", data)
  result[#result+1] =  data.question
  result[#result+1] =  format_answers(data.answers)
  result[#result+1] =  make_end("essay")
  return table.concat(result, "\n")
end

local actions = {
  category  = handle_category,
  multichoice = handle_multichoice,
  numerical = handle_numerical,
  truefalse = handle_truefalse,
  shortanswer = handle_shortanswer,
  essay     = handle_essay,
}

local function transform(dom)
  -- buffer for tranformed LaTeX code
  local result = {"\\begin{quiz}{Unnamed}"}
  -- loop over all questions, and convert them to LaTeX
  for _, question in ipairs(dom:query_selector("question")) do
    -- we have a special handler for each question type
    local qtype = question:get_attribute("type")
    -- find action for the current question  in the table of actions
    local action = actions[qtype]
    if action then
      -- transform current question to LaTeX
      result[#result+1] = action(question)
    end
  end
  result[#result+1] = "\\end{quiz}"
  return table.concat(result, "\n")
end

local function process(text)
  local dom = domobject.parse(text)
  return transform(dom)
end

local function process_file(filename)
  local f = io.open(filename, "r")
  if f then 
    local text = f:read("*all")
    f:close()
    return process(text)
  end
end


return {
  transform = transform,
  process = process,
  process_file = process_file
}

Dabei werden die DOM-Funktionen von LuaXML verwendet, um Moodle-Elemente und -Attribute in eine Lua-Tabelle abzurufen, die dann in die vom Moodle-Paket verwendete Syntax umgewandelt wird.

Es kann von der Befehlszeile aus verwendet werden, beispielsweise mit dem folgenden Skript moodletotex.lua:

kpse.set_program_name "luatex"
local moodle = require "moodle-transform"
local text = io.read("*all")

print(moodle.process(text))

Es kann mit diesem Befehl verwendet werden:

texlua moodletotex.lua < test.xml > output.tex

Dadurch wird TeX-Code in der output.texDatei gespeichert:

\begin{quiz}{Unnamed}
\setcategory{Default for my course}


\begin{multi}[default grade=10.0000000,penalty=0.3333333,feedback={\( A_4 \) is the subgroup of the symmetric group \( S_4 \) consisting of even permutations.},single=true,numbering=abc]{Querstion 2}
The number of the subgroups of the alternating group \( A_4 \) is:
\item[fraction=0,feedback=oops!]8
\item[fraction=0,feedback=oops!]9
\item[fraction=100,feedback=Yes!]10
\item[fraction=0,feedback=oops!]11
\end{multi}
\begin{multi}[default grade=3.0000000,penalty=0.3333333,single=true,numbering=abc]{Question 6}
What is \( \lim_{n\to\infty}(1+\frac{1}{n})^n \)?
\item[fraction=100,feedback=Yes.]e
\item[fraction=100]exp(1)
\item[fraction=80,feedback=Good.]2.7
\item[fraction=50,feedback=near!]2.9
\end{multi}
\begin{numerical}[default grade=7.0000000,penalty=0.3333333]{Question 5}
What is the approximate value of \( \int_1^2\frac{1}{x}dx? \)
\item[fraction=100,tolerance=0.001]0.693147
\item[fraction=50,tolerance=0.01]0.693147
\end{numerical}
\begin{shortanswer}[default grade=2.0000000,penalty=0.3333333,feedback={You should specify a number.}]{Question 3}
What is the number of the subgroups of the alternating group \( A_4 \)?
\item[fraction=100]10
\item[fraction=100]ten
\item[fraction=100]dix
\end{shortanswer}
\begin{truefalse}[default grade=1.0000000,penalty=1.0000000,feedback={General feedback: Subspace means subvector space.}]{Question 1}
The vector space \( \mathbb{R}^3 \) has just four subspaces.
\item[fraction=0,feedback=This space has infinitely many subspace!]true
\item*[fraction=100,feedback=Bravo.]false
\end{truefalse}
\end{quiz}

Sie können auch ein einfaches LaTeX-Paket erstellen moodleimport.sty:

\ProvidesPackage{moodletotex}
\RequirePackage{moodle}
\RequirePackage{luacode}
\begin{luacode*}
moodleimport = require "moodle-transform"

function moodle_print(result)
  for line in result:gmatch("([^\n]+)") do
    tex.sprint(line)
  end
end
\end{luacode*}

\newcommand\importmoodle[1]{%
  \luaexec{%
    local result = moodleimport.process_file("#1")
    moodle_print(result)
  }

}%

Es kann wie folgt verwendet werden:

\documentclass{article}
\usepackage{moodleimport}
\begin{document}
\importmoodle{test.xml}
\end{document}

Sie müssen dieses Dokument mit kompilieren lualatex.

Dies ist das Ergebnis:

Hier ist ein Ergebnis für den Aufsatz:

Question 2

Die von @michal.h21 erarbeitete Lösung ist sehr gut. Als aktueller Betreuer des LaTeX-Pakets moodlehabe ich nach einer Lösung wie dieser gesucht, um die Testsuite auf ein neues Niveau zu bringen.

Wenn es jemandem helfen kann, habe ich gerade eine sehr bescheidene Python-Lösung veröffentlichtHier. Es befindet sich noch in der Phase „in Arbeit“ und Beiträge sind willkommen (ich habe nicht vor, in naher Zukunft daran zu arbeiten).

Dieses Python-Skript scheint die XML-Datei des OP sauber zu konvertieren. Es ist auch für die Verarbeitung von Bildern gedacht.

Answer

Die von @michal.h21 erarbeitete Lösung ist sehr gut. Als aktueller Betreuer des LaTeX-Pakets moodlehabe ich nach einer Lösung wie dieser gesucht, um die Testsuite auf ein neues Niveau zu bringen.

Wenn es jemandem helfen kann, habe ich gerade eine sehr bescheidene Python-Lösung veröffentlichtHier. Es befindet sich noch in der Phase „in Arbeit“ und Beiträge sind willkommen (ich habe nicht vor, in naher Zukunft daran zu arbeiten).

Dieses Python-Skript scheint die XML-Datei des OP sauber zu konvertieren. Es ist auch für die Verarbeitung von Bildern gedacht.

Question 3

Ich arbeite gerade an dem von @mgk gestarteten Projekt, in einemGabel:

Ich habe einige Fehler im Zusammenhang mit Bilddateien behoben (wurden nicht immer richtig gespeichert)
Ich habe den Fragetyp „calculatedsimple“ „unterstützt“, indem ich ihn in den Typ „shortanswer“ konvertiert habe, um den generierten Code „kompilieren“ zu können.
Ich habe mehrere Optionen festgelegt, um den Code in getrennten Dateien zu generieren
...

Ich werde in den nächsten Wochen sicherlich eine umfassende Umgestaltung des Codes vornehmen, wäre aber dankbar für jede Nachricht, ob jemand bereits ähnliche Dinge getan hat. @projetmbc, Sie haben die Umgestaltung vorgeschlagen, aber haben Sie am Ende etwas unternommen?

Answer

Ich arbeite gerade an dem von @mgk gestarteten Projekt, in einemGabel:

Ich habe einige Fehler im Zusammenhang mit Bilddateien behoben (wurden nicht immer richtig gespeichert)
Ich habe den Fragetyp „calculatedsimple“ „unterstützt“, indem ich ihn in den Typ „shortanswer“ konvertiert habe, um den generierten Code „kompilieren“ zu können.
Ich habe mehrere Optionen festgelegt, um den Code in getrennten Dateien zu generieren
...

Ich werde in den nächsten Wochen sicherlich eine umfassende Umgestaltung des Codes vornehmen, wäre aber dankbar für jede Nachricht, ob jemand bereits ähnliche Dinge getan hat. @projetmbc, Sie haben die Umgestaltung vorgeschlagen, aber haben Sie am Ende etwas unternommen?

Moodle-XML-Konvertierung nach LaTeX

Antwort1

Antwort2

Antwort3

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