This data submodule defines part of Wiktionary's category structure.
For an introduction to the poscatboiler system and a description of how to add or modify categories, see Module:category tree/poscatboiler/data/documentation.
local new_title = mw.title.new
local ucfirst = require("Module:string utilities").ucfirst
local raw_categories = {}
local raw_handlers = {}
local m_languages = require("Module:languages")
local m_sc_getByCode = require("Module:scripts").getByCode
local m_table = require("Module:table")
local Hang = m_sc_getByCode("Hang")
local Hani = m_sc_getByCode("Hani")
local Hira = m_sc_getByCode("Hira")
local Hrkt = m_sc_getByCode("Hrkt")
local Kana = m_sc_getByCode("Kana")
local function track(page)
-- ]
return require("Module:debug/track")("poscatboiler/languages/" .. page)
end
-- This handles language categories of the form e.g. ] and
-- ]; categories like ]; categories like
-- ]; and categories like
-- ].
-----------------------------------------------------------------------------
-- --
-- RAW CATEGORIES --
-- --
-----------------------------------------------------------------------------
raw_categories = {
topright = "{{commonscat|Languages}}\n]",
description = "This category contains the categories for every language on Wiktionary.",
additional = "Not all languages that Wiktionary recognises may have a category here yet. There are many that have " ..
"not yet received any attention from editors, mainly because not all Wiktionary users know about every single " ..
"language. See ] for a full list.",
parents = {
"Fundamental",
},
}
raw_categories = {
description = "This category contains the categories for every ] on Wiktionary.",
additional = "Do not confuse this category with ], which is an umbrella category for the names of extinct languages in specific other languages (e.g. {{m+|de|Langobardisch}} for the ancient ] language).",
parents = {
"All languages",
},
}
raw_categories = {
topright = "{{commonscat|Languages by continent}}",
description = "Categories that group languages by country.",
additional = "{{{umbrella_meta_msg}}}",
parents = {
"All languages",
},
}
raw_categories = {
topright = "{{wikipedia|Language isolate}}\n{{commonscat|Language isolates}}",
description = "Languages with no known relatives.",
parents = {
{name = "Languages by family", sort = "*Isolates"},
{name = "All language families", sort = "Isolates"},
},
}
-----------------------------------------------------------------------------
-- --
-- RAW HANDLERS --
-- --
-----------------------------------------------------------------------------
local function linkbox(lang, setwiki, setwikt, setsister, entryname)
local wiktionarylinks = {}
local canonicalName = lang:getCanonicalName()
local wikimediaLanguages = lang:getWikimediaLanguages()
local wikipediaArticle = setwiki or lang:getWikipediaArticle()
setsister = setsister and ucfirst(setsister) or nil
if setwikt then
track("setwikt")
if setwikt == "-" then
track("setwikt/hyphen")
end
end
if setwikt ~= "-" and wikimediaLanguages and wikimediaLanguages then
for _, wikimedialang in ipairs(wikimediaLanguages) do
local check = new_title(wikimedialang:getCode() .. ":")
if check and check.isExternal then
table.insert(wiktionarylinks,
(wikimedialang:getCanonicalName() ~= canonicalName and "(''" .. wikimedialang:getCanonicalName() .. "'') " or "") ..
"''']'''")
end
end
wiktionarylinks = table.concat(wiktionarylinks, "<br/>")
end
local wikt_plural = wikimediaLanguages and "s" or ""
if #wiktionarylinks == 0 then
wiktionarylinks = "''None.''"
end
if setsister then
track("setsister")
if setsister == "-" then
track("setsister/hyphen")
else
setsister = "Category:" .. setsister
end
else
setsister = lang:getCommonsCategory() or "-"
end
return table.concat{
[=[<div class="wikitable" style="float: right; clear: right; margin: 0 0 0.5em 1em; width: 300px; padding: 5px;">
<div style="text-align: center; margin-bottom: 10px; margin-top: 5px">''']=], canonicalName, [=[ language links'''</div>
{| style="font-size: 90%"
|-
| style="vertical-align: top; height: 35px; border-bottom: 1px solid lightgray;" | ]
| style="border-bottom: 1px solid lightgray;" | '''English Wikipedia''' has an article on:
<div style="padding: 5px 10px">]=], (setwiki == "-" and "''None.''" or "''']'''"), [=[</div>
|-
| style="vertical-align: top; height: 35px; border-bottom: 1px solid lightgray;" | ]
| style="border-bottom: 1px solid lightgray;" | '''Wikimedia Commons''' has links to ]=], canonicalName, [=[-related content in sister projects:
<div style="padding: 5px 10px">]=], (setsister == "-" and "''None.''" or "''']'''"), [=[</div>
|-
| style="vertical-align: top; height: 35px; width: 40px; border-bottom: 1px solid lightgray;" | ]
|style="border-bottom: 1px solid lightgray;" | '''Wiktionary edition''']=], wikt_plural, =], canonicalName, [=[:
<div style="padding: 5px 10px">]=], wiktionarylinks, [=[</div>
|-
| style="vertical-align: top; height: 35px; border-bottom: 1px solid lightgray;" | ]
| style="border-bottom: 1px solid lightgray;" | '''Wiktionary entry''' for the language's English name:
<div style="padding: 5px 10px">''']=], require("Module:links").full_link({lang = m_languages.getByCode("en"), term = entryname or canonicalName}), [=['''</div>
|-
| style="vertical-align: top; height: 35px;" | ]
|| '''Wiktionary resources''' for editors contributing to ]=], canonicalName, [=[ entries:
<div style="padding: 5px 0">
* '''=], canonicalName, ]'''
* '''=], canonicalName, ] ({{PAGESINCAT:]=], canonicalName, [=[ reference templates}})'''
* '''=], canonicalName, ]'''
|}
</div>]=]
}
end
local function edit_link(title, text)
return '<span class="plainlinks">['
.. tostring(mw.uri.fullUrl(title, { action = "edit" }))
.. ' ' .. text .. ']</span>'
end
-- Should perhaps use wiki syntax.
local function infobox(lang)
local ret = {}
table.insert(ret, '<table class="wikitable language-category-info"')
if type(lang.getRawData) == "function" then
local raw_data = lang:getRawData()
if raw_data then
local replacements = {
= "canonical-name",
= "wikidata-item",
= "family",
}
local function replacer(letter1, letter2)
return letter1:lower() .. "-" .. letter2:lower()
end
-- For each key in the language data modules, returns a descriptive
-- kebab-case version (containing ASCII lowercase words separated
-- by hyphens).
local function kebab_case(key)
key = replacements or key
key = key:gsub("(%l)(%u)", replacer):gsub("(%l)_(%l)", replacer)
return key
end
local function html_attribute_encode(str)
str = mw.text.jsonEncode(str)
:gsub('"', """)
-- & in attributes is automatically escaped.
-- :gsub("&", "&")
:gsub("<", "<")
:gsub(">", ">")
return str
end
pcall(function ()
table.insert(ret, ' data-code="' .. lang:getCode() .. '"')
for k, v in m_table.sortedPairs(lang:getRawData()) do
table.insert(ret, " data-" .. kebab_case(k)
.. '="'
.. html_attribute_encode(v)
.. '"')
end
end)
end
end
table.insert(ret, '>\n')
table.insert(ret, '<tr class="language-category-data">\n<th colspan="2">'
.. edit_link("Module:" .. m_languages.getDataModuleName(lang:getCode()),
"Edit language data")
.. "</th>\n</tr>\n")
table.insert(ret, "<tr>\n<th>Canonical name</th><td>" .. lang:getCanonicalName() .. "</td>\n</tr>\n")
local otherNames = lang:getOtherNames(true)
if otherNames then
local names = {}
for _, name in ipairs(otherNames) do
table.insert(names, "<li>" .. name .. "</li>")
end
if #names > 0 then
table.insert(ret, "<tr>\n<th>Other names</th><td><ul>" .. table.concat(names, "\n") .. "</ul></td>\n</tr>\n")
end
end
local aliases = lang:getAliases()
if aliases then
local names = {}
for _, name in ipairs(aliases) do
table.insert(names, "<li>" .. name .. "</li>")
end
if #names > 0 then
table.insert(ret, "<tr>\n<th>Aliases</th><td><ul>" .. table.concat(names, "\n") .. "</ul></td>\n</tr>\n")
end
end
local varieties = lang:getVarieties()
if varieties then
local names = {}
for _, name in ipairs(varieties) do
if type(name) == "string" then
table.insert(names, "<li>" .. name .. "</li>")
else
assert(type(name) == "table")
local first_var
local subvars = {}
for i, var in ipairs(name) do
if i == 1 then
first_var = var
else
table.insert(subvars, "<li>" .. var .. "</li>")
end
end
if #subvars > 0 then
table.insert(names, "<li><dl><dt>" .. first_var .. "</dt>\n<dd><ul>" .. table.concat(subvars, "\n") .. "</ul></dd></dl></li>")
elseif first_var then
table.insert(names, "<li>" .. first_var .. "</li>")
end
end
end
if #names > 0 then
table.insert(ret, "<tr>\n<th>Varieties</th><td><ul>" .. table.concat(names, "\n") .. "</ul></td>\n</tr>\n")
end
end
table.insert(ret, "<tr>\n<th>]</th><td><code>" .. lang:getCode() .. "</code></td>\n</tr>\n")
table.insert(ret, "<tr>\n<th>]</th>\n")
local fam = lang:getFamily()
local famCode = fam and fam:getCode()
if not fam then
table.insert(ret, "<td>unclassified</td>")
elseif famCode == "qfa-iso" then
table.insert(ret, "<td>]</td>")
elseif famCode == "qfa-mix" then
table.insert(ret, "<td>]</td>")
elseif famCode == "sgn" then
table.insert(ret, "<td>]</td>")
elseif famCode == "crp" then
table.insert(ret, "<td>]</td>")
elseif famCode == "art" then
table.insert(ret, "<td>]</td>")
else
table.insert(ret, "<td>" .. fam:makeCategoryLink() .. "</td>")
end
table.insert(ret, "\n</tr>\n<tr>\n<th>Ancestors</th>\n")
local ancestors, ancestorChain = lang:getAncestors(), lang:getAncestorChain()
if ancestors then
local ancestorList = {}
for i, anc in ipairs(ancestors) do
ancestorList = "<li>" .. anc:makeCategoryLink() .. "</li>"
end
table.insert(ret, "<td><ul>\n" .. table.concat(ancestorList, "\n") .. "</ul></td>\n")
elseif ancestorChain then
table.insert(ret, "<td><ul>\n")
local chain = {}
for i, anc in ipairs(ancestorChain) do
chain = "<li>" .. anc:makeCategoryLink() .. "</li>"
end
table.insert(ret, table.concat(chain, "\n<ul>\n"))
for _, _ in ipairs(chain) do
table.insert(ret, "</ul>")
end
table.insert(ret, "</td>\n")
else
table.insert(ret, "<td>unknown</td>\n")
end
table.insert(ret, "</tr>\n")
local scripts = lang:getScripts()
if scripts then
local script_text = {}
local function makeScriptLine(sc)
local code = sc:getCode()
local url = tostring(mw.uri.fullUrl('Special:Search', {
search = 'contentmodel:css insource:"' .. code
.. '" insource:/\\.' .. code .. '/',
ns8 = '1'
}))
return sc:makeCategoryLink()
.. ' (<span class="plainlinks" title="Search for stylesheets referencing this script"></span>)'
end
local function add_Hrkt(text)
table.insert(text, "<li>" .. makeScriptLine(Hrkt))
table.insert(text, "<ul>")
table.insert(text, "<li>" .. makeScriptLine(Hira) .. "</li>")
table.insert(text, "<li>" .. makeScriptLine(Kana) .. "</li>")
table.insert(text, "</ul>")
table.insert(text, "</li>")
end
for _, sc in ipairs(scripts) do
local text = {}
local code = sc:getCode()
if code == "Hrkt" then
add_Hrkt(text)
else
table.insert(text, "<li>" .. makeScriptLine(sc))
if code == "Jpan" then
table.insert(text, "<ul>")
table.insert(text, "<li>" .. makeScriptLine(Hani) .. "</li>")
add_Hrkt(text)
table.insert(text, "</ul>")
elseif code == "Kore" then
table.insert(text, "<ul>")
table.insert(text, "<li>" .. makeScriptLine(Hang) .. "</li>")
table.insert(text, "<li>" .. makeScriptLine(Hani) .. "</li>")
table.insert(text, "</ul>")
end
table.insert(text, "</li>")
end
table.insert(script_text, table.concat(text, "\n"))
end
table.insert(ret, "<tr>\n<th>]</th>\n<td><ul>\n" .. table.concat(script_text, "\n") .. "</ul></td>\n</tr>\n")
else
table.insert(ret, "<tr>\n<th>]</th>\n<td>not specified</td>\n</tr>\n")
end
local function add_module_info(raw_data, heading)
if raw_data then
local scripts = lang:getScriptCodes()
local module_info, n, add = {}, 0, false
if type(raw_data) == "string" then
table.insert(module_info,
("]"):format(raw_data))
add = true
elseif type(raw_data) == "table" and m_table.size(scripts) == 1 and type(raw_data]) == "string" then
table.insert(module_info,
("]"):format(raw_data]))
add = true
elseif type(raw_data) == "table" then
table.insert(module_info, "<ul>")
for script, data in m_table.sortedPairs(raw_data) do
local script_info
if m_sc_getByCode(script) then
if type(data) == "string" then
script_info = ("]</li>"):format(data)
else
n = n + 1
script_info = "(none)\n"
end
table.insert(module_info, ("<li><code>%s</code>: %s"):format(script, script_info))
end
end
table.insert(module_info, "</ul>")
if m_table.size(module_info) > 2 and n < (m_table.size(module_info) - 2) then add = true end
end
if add then
table.insert(ret, [=[
<tr>
<th>]=] .. heading .. [=[</th>
<td>]=] .. table.concat(module_info) .. [=[</td>
</tr>
]=])
end
end
end
add_module_info(lang._rawData.generate_forms, "Form-generating<br>module")
add_module_info(lang._rawData.translit, "]")
add_module_info(lang._rawData.display_text, "Display text<br>module")
add_module_info(lang._rawData.entry_name, "Entry name<br>module")
add_module_info(lang._rawData.sort_key, "]<br>module")
local wikidataItem = lang:getWikidataItem()
if lang:getWikidataItem() and mw.wikibase then
local URL = mw.wikibase.getEntityUrl(wikidataItem)
local link
if URL then
link = ''
else
link = '<span class="error">Invalid Wikidata item: <code>' .. wikidataItem .. '</code></span>'
end
table.insert(ret, "<tr><th>Wikidata</th><td>" .. link .. "</td></tr>")
end
table.insert(ret, "</table>")
return table.concat(ret)
end
local function NavFrame(content, title)
return '<div class="NavFrame"><div class="NavHead">'
.. (title or '{{{title}}}') .. '</div>'
.. '<div class="NavContent" style="text-align: left;">'
.. content
.. '</div></div>'
end
local function get_description_topright_additional(lang, countries, extinct, setwiki, setwikt, setsister, entryname)
local nameWithLanguage = lang:getCategoryName("nocap")
if lang:getCode() == "und" then
local description =
"This is the main category of the '''" .. nameWithLanguage .. "''', represented in Wiktionary by the ] '''" .. lang:getCode() .. "'''. " ..
"This language contains terms in historical writing, whose meaning has not yet been determined by scholars."
return description, nil, nil
end
local canonicalName = lang:getCanonicalName()
local topright = linkbox(lang, setwiki, setwikt, setsister, entryname)
local the_prefix
if canonicalName:find(" Language$") then
the_prefix = ""
else
the_prefix = "the "
end
local description = "This is the main category of " .. the_prefix .. "'''" .. nameWithLanguage .. "'''."
local country_links = {}
local prep
for _, country in ipairs(countries) do
local this_prep
if country == "the world" then
this_prep = "across"
table.insert(country_links, country)
elseif country ~= "UNKNOWN" then
this_prep = "in"
local country_without_the = country:match("^the (.*)$")
if country_without_the then
table.insert(country_links, "the ]")
else
table.insert(country_links, "]")
end
end
if this_prep then
if prep and this_prep ~= prep then
error("Can't handle country 'the world' along with another country (clashing prepositions)")
end
prep = this_prep
end
end
local country_desc
if #country_links > 0 then
local country_link_text = m_table.serialCommaJoin(country_links)
country_desc = ("It is %s %s %s.\n\n"):format(
extinct and "an ] that was formerly spoken" or "spoken", prep, country_link_text)
elseif extinct then
country_desc = "It is an ].\n\n"
else
country_desc = ""
end
local add = country_desc .. "Information about " .. canonicalName .. ":\n\n" .. infobox(lang)
if lang:hasType("reconstructed") then
add = add .. "\n\n" ..
ucfirst(canonicalName) .. " is a reconstructed language. Its words and roots are not directly attested in any written works, but have been reconstructed through the ''comparative method'', " ..
"which finds regular similarities between languages that cannot be explained by coincidence or word-borrowing, and extrapolates ancient forms from these similarities.\n\n" ..
"According to our ], terms in " .. canonicalName ..
" should '''not''' be present in entries in the main namespace, but may be added to the Reconstruction: namespace."
elseif lang:hasType("appendix-constructed") then
add = add .. "\n\n" ..
ucfirst(canonicalName) .. " is a constructed language that is only in sporadic use. " ..
"According to our ], terms in " .. canonicalName ..
" should '''not''' be present in entries in the main namespace, but may be added to the Appendix: namespace. " ..
"All terms in this language may be available at ]."
end
local about = new_title("Wiktionary:About " .. canonicalName)
if about.exists then
add = add .. "\n\n" ..
"Please see ''']''' for information and special considerations for creating " .. nameWithLanguage .. " entries."
end
local ok, tree_of_descendants = pcall(
require("Module:family tree").print_children,
lang:getCode(), {
protolanguage_under_family = true,
must_have_descendants = true
})
if ok then
if tree_of_descendants then
add = add .. NavFrame(
tree_of_descendants,
"Family tree")
else
add = add .. "\n\n" .. ucfirst(lang:getCanonicalName())
.. " has no descendants or varieties listed in Wiktionary's language data modules."
end
else
mw.log("error while generating tree: " .. tostring(tree_of_descendants))
end
return description, topright, add
end
local function get_parents(lang, countries, extinct)
local canonicalName = lang:getCanonicalName()
local sortkey = {sort_base = canonicalName, lang = "en"}
local ret = {{name = "All languages", sort = sortkey}}
local fam = lang:getFamily()
local famCode = fam and fam:getCode()
-- FIXME: Some of the following categories should be added to this module.
if not fam then
table.insert(ret, {name = "Category:Unclassified languages", sort = sortkey})
elseif famCode == "qfa-iso" then
table.insert(ret, {name = "Category:Language isolates", sort = sortkey})
elseif famCode == "qfa-mix" then
table.insert(ret, {name = "Category:Mixed languages", sort = sortkey})
elseif famCode == "sgn" then
table.insert(ret, {name = "Category:All sign languages", sort = sortkey})
elseif famCode == "crp" then
table.insert(ret, {name = "Category:Creole or pidgin languages", sort = sortkey})
for _, anc in ipairs(lang:getAncestors()) do
-- Avoid Haitian Creole being categorised in ], as one of its ancestors is an etymology-only variety of it.
-- Use that ancestor's ancestors instead.
if anc:getFullCode() == lang:getCode() then
for _, anc_extra in ipairs(anc:getAncestors()) do
table.insert(ret, {name = "Category:" .. ucfirst(anc_extra:getFullName()) .. "-based creole or pidgin languages", sort = sortkey})
end
else
table.insert(ret, {name = "Category:" .. ucfirst(anc:getFullName()) .. "-based creole or pidgin languages", sort = sortkey})
end
end
elseif famCode == "art" then
if lang:hasType("appendix-constructed") then
table.insert(ret, {name = "Category:Appendix-only constructed languages", sort = sortkey})
else
table.insert(ret, {name = "Category:Constructed languages", sort = sortkey})
end
for _, anc in ipairs(lang:getAncestors()) do
if anc:getFullCode() == lang:getCode() then
for _, anc_extra in ipairs(anc:getAncestors()) do
table.insert(ret, {name = "Category:" .. ucfirst(anc_extra:getFullName()) .. "-based constructed languages", sort = sortkey})
end
else
table.insert(ret, {name = "Category:" .. ucfirst(anc:getFullName()) .. "-based constructed languages", sort = sortkey})
end
end
else
table.insert(ret, {name = "Category:" .. fam:getCategoryName(), sort = sortkey})
if lang:hasType("reconstructed") then
table.insert(ret, {
name = "Category:Reconstructed languages",
sort = {sort_base = canonicalName:gsub("^Proto%-", ""), lang = "en"}
})
end
end
local function add_sc_cat(sc)
table.insert(ret, {name = "Category:" .. sc:getCategoryName() .. " languages", sort = sortkey})
end
local function add_Hrkt()
add_sc_cat(Hrkt)
add_sc_cat(Hira)
add_sc_cat(Kana)
end
for _, sc in ipairs(lang:getScripts()) do
if sc:getCode() == "Hrkt" then
add_Hrkt()
else
add_sc_cat(sc)
if sc:getCode() == "Jpan" then
add_sc_cat(Hani)
add_Hrkt()
elseif sc:getCode() == "Kore" then
add_sc_cat(Hang)
add_sc_cat(Hani)
end
end
end
if lang:hasTranslit() then
table.insert(ret, {name = "Category:Languages with automatic transliteration", sort = sortkey})
end
local saw_country = false
for _, country in ipairs(countries) do
if country ~= "UNKNOWN" then
table.insert(ret, {name = "Category:Languages of " .. country, sort = sortkey})
saw_country = true
end
end
if extinct then
table.insert(ret, {name = "Category:All extinct languages", sort = sortkey})
end
if not saw_country then
table.insert(ret, {name = "Category:Languages not sorted into a country category", sort = sortkey})
end
return ret
end
local function get_children()
local ret = {}
-- FIXME: We should work on the children mechanism so it isn't necessary to manually specify these.
for _, label in ipairs({"appendices", "entry maintenance", "lemmas", "names", "phrases", "rhymes", "symbols", "templates", "terms by etymology", "terms by usage"}) do
table.insert(ret, {name = label, is_label = true})
end
table.insert(ret, {name = "terms derived from {{{langname}}}", is_label = true, lang = false})
table.insert(ret, {module = "topic cat", args = {code = "{{{langcode}}}", label = "all topics"}, sort = "all topics"})
table.insert(ret, {name = "Varieties of {{{langname}}}"})
table.insert(ret, {name = "Requests concerning {{{langname}}}"})
table.insert(ret, {name = "Category:Rhymes:{{{langname}}}", description = "Lists of {{{langname}}} words by their rhymes."})
table.insert(ret, {name = "Category:User {{{langcode}}}", description = "Wiktionary users categorized by fluency levels in {{{langname}}}."})
return ret
end
-- Handle language categories of the form e.g. ] and
-- ].
table.insert(raw_handlers, function(data)
local lang
local langname = data.category:match("^(.*) language$")
if langname then
lang = m_languages.getByCanonicalName(langname)
elseif data.category:find(" Language$") then
lang = m_languages.getByCanonicalName(data.category)
end
if not lang then
return nil
end
local args = require("Module:parameters").process(data.args, {
= {list = true},
= true,
= true,
= true,
= true,
= {type = "boolean"},
})
-- If called from inside, don't require any arguments, as they can't be known
-- in general and aren't needed just to generate the first parent (used for
-- breadcrumbs).
if #args == 0 and not data.called_from_inside then
-- At least one country must be specified unless the language is constructed (e.g. Esperanto) or reconstructed (e.g. Proto-Indo-European).
local fam = lang:getFamily()
if not (lang:hasType("reconstructed") or (fam and fam:getCode() == "art")) then
error("At least one country (param 1=) must be specified for language '" .. lang:getCanonicalName() .. "' (code '" .. lang:getCode() .. "'). " ..
"Use the value UNKNOWN if the language's location is truly unknown.")
end
end
local description, topright, additional = "", "", ""
-- If called from inside the category tree system, it's called when generating
-- parents or children, and we don't need to generate the description or additional
-- text (which is very expensive in terms of memory because it calls ],
-- which calls ]).
if not data.called_from_inside then
description, topright, additional = get_description_topright_additional(
lang, args, args.extinct, args.setwiki, args.setwikt, args.setsister, args.entryname
)
end
return {
description = description,
lang = lang:getCode(),
topright = topright,
additional = additional,
breadcrumb = lang:getCanonicalName(),
parents = get_parents(lang, args, args.extinct),
extra_children = get_children(lang),
umbrella = false,
can_be_empty = true,
}, true
end)
-- Handle categories such as ].
table.insert(raw_handlers, function(data)
local country = data.category:match("^Languages of (.*)$")
if country then
local args, topright = require("Module:parameters").process(data.args, {
= true,
= true,
= true,
})
if args.flagfile ~= "-" then
local flagfile = args.flagfile and "File:" .. args.flagfile or ("File:Flag of %s.svg"):format(country)
local flagfile_page = new_title(flagfile)
if flagfile_page and flagfile_page.file.exists then
topright = ("]"):format(flagfile)
elseif args.flagfile then
error(("Explicit flagfile '%s' doesn't exist"):format(flagfile))
end
end
if args.wp then
local wp = require("Module:yesno")(args.wp, "+")
if wp == "+" or wp == true then
wp = data.category
end
if wp then
local wp_topright = ("{{wikipedia|%s}}"):format(wp)
if topright then
topright = topright .. wp_topright
else
topright = wp_topright
end
end
end
if args.commonscat then
local commonscat = require("Module:yesno")(args.commonscat, "+")
if commonscat == "+" or commonscat == true then
commonscat = data.category
end
if commonscat then
local commons_topright = ("{{commonscat|%s}}"):format(commonscat)
if topright then
topright = topright .. commons_topright
else
topright = commons_topright
end
end
end
local country_no_the = country:match("^the (.*)$")
local base_country = country_no_the or country
local country_link
if country_no_the then
country_link = ("the ]"):format(country_no_the)
else
country_link = ("]"):format(country)
end
local parents = {{name = "Languages by country", sort = {sort_base = base_country, lang = "en"}}}
local country_cat = ("Category:%s"):format(base_country)
local country_page = new_title(country_cat)
if country_page and country_page.exists then
table.insert(parents, {name = country_cat, sort = "Languages"})
end
local description = ("Categories for languages of %s (including sublects)."):format(country_link)
return {
topright = topright,
description = description,
parents = parents,
breadcrumb = country,
additional = "{{{umbrella_msg}}}",
}, true
end
end)
-- Handle categories such as ].
table.insert(raw_handlers, function(data)
local langname = data.category:match("(.*)%-based creole or pidgin languages$")
if langname then
local lang = require("Module:languages").getByCanonicalName(langname)
if lang then
return {
lang = lang:getCode(),
description = "Languages which developed as a ] or ] from " .. lang:makeCategoryLink() .. ".",
parents = {{name = "Creole or pidgin languages", sort = {sort_base = "*" .. langname, lang = "en"}}},
breadcrumb = lang:getCanonicalName() .. "-based",
}
end
end
end)
-- Handle categories such as ].
table.insert(raw_handlers, function(data)
local langname = data.category:match("(.*)%-based constructed languages$")
if langname then
local lang = require("Module:languages").getByCanonicalName(langname)
if lang then
return {
lang = lang:getCode(),
description = "Constructed languages which are based on " .. lang:makeCategoryLink() .. ".",
parents = {{name = "Constructed languages", sort = {sort_base = "*" .. langname, lang = "en"}}},
breadcrumb = lang:getCanonicalName() .. "-based",
}
end
end
end)
return {RAW_CATEGORIES = raw_categories, RAW_HANDLERS = raw_handlers}