local export = {}
local put_module = "Module:parse utilities"
local rsplit = mw.text.split
local rfind = mw.ustring.find
local keyword_to_module_type = {
common = "特定語言功能",
utilities = "特定語言功能",
headword = "標題行",
translit = "轉寫",
infl = "變格",
inflection = "變格",
decl = "變格",
declension = "變格",
adecl = "變格",
conj = "變位",
conjugation = "變位",
noun = "變格",
nouns = "變格",
pronoun = "變格",
pronouns = "變格",
verb = "變位",
verbs = "變位",
adjective = "變格",
adjectives = "變格",
adj = "變格",
nominal = "變格",
nominals = "變格",
pron = "發音",
pronun = "發音",
pronunc = "發音",
pronunciation = "發音",
IPA = "發音",
entryname = "條目名生成",
sortkey = "排序鍵生成",
}
-- If a module type is here, we will generate a lang-specific module-type category such as
-- [[:Category:Pali inflection modules]].
local module_type_generates_lang_specific_cat = {
["Inflection"] = true,
["Data"] = true,
["Testcase"] = true,
}
local module_type_generates_lang_specific_cat_zh = {
["Inflection"] = "屈折",
["Data"] = "資料",
["Testcase"] = "測試",
}
-- If a module type is here, we will generate a lang-specific module-type category such as
-- [[:Category:Pali inflection modules]]. The value is a module that returns a function that fetches all the
-- languages that use a given module for transliteration/entry-name generation/sortkey generation.
local languages_from_module_name = {
["轉寫"] = "Module:languages/byTranslitModule",
["轉寫測試"] = "Module:languages/byTranslitModule",
["條目名生成"] = "Module:languages/byEntryNameModule",
["排序鍵生成"] = "Module:languages/bySortkeyModule",
}
local module_type_patterns = {
{"/data%f[-/%z]", "Data"},
{"/testcases%f[-/%z]", function(typ)
if typ == "發音" then
return "發音測試"
elseif typ == "轉寫" then
return "轉寫測試"
else
return "Testcase"
end
end},
}
-- Split an argument on comma, but not comma followed by whitespace.
local function split_on_comma(val)
if val:find(",%s") then
return require(put_module).split_on_comma(val)
else
return rsplit(val, ",")
end
end
local function get_lang_or_script(code)
-- LOCALIZATION
return code == "-" and code or
require("Module:languages").getByCode(mw.ustring.lower(code), nil, "allow etym") or
require("Module:languages").getByCode(mw.ustring.lower(code) .. "-pro", nil, "allow etym") or
require("Module:scripts").getByCode(code)
end
local function obj_code(obj)
if obj == "-" then
return obj
end
return obj:getCode()
end
local function infer_lang_or_script_code(name)
local hyphen_parts = rsplit(name, "%-")
for i = #hyphen_parts - 1, 1, -1 do
local code = table.concat(hyphen_parts, "-", 1, i)
local obj = get_lang_or_script(code)
if obj then
local rest = table.concat(hyphen_parts, "-", i + 1)
return obj, rest
end
end
return nil, nil
end
local function infer_lang_and_script_codes(name)
local objs = {}
while true do
local obj, rest = infer_lang_or_script_code(name)
if not obj then
return objs, name
end
if #objs > 0 and obj:getCode() == "to" then
-- skip 'to' in e.g. [[Module:ks-Arab-to-Deva-translit]]; it's not Tongan
else
table.insert(objs, obj)
end
name = rest
end
end
--[==[
Main entry point. Can be called from Lua or another module.
`return_raw` set to true makes function return a table of categories with {"[[Category:"} and {"]]"}
stripped away. It is used by [[Module:documentation]].
]==]
function export.categorize(frame, return_raw, noerror)
local categories = {}
local function insert_cat(cat, sortkey)
for _, existing_cat in ipairs(categories) do
if existing_cat.name == cat then
return
end
end
table.insert(categories, {name = cat, sort = sortkey})
end
local pagename
if frame.args[1] then
pagename = frame.args[1]
end
local args
if frame.args.is_template then
local params = {
[1] = {}, -- comma-separated list of languages; by default, inferred from module name
["type"] = {},
[2] = {alias_of = "type"},
["pagename"] = {}, -- for testing
["return_cats"] = {type = "boolean"}, -- for testing
}
local parent_args = frame:getParent().args
args = require("Module:parameters").process(parent_args, params)
else
args = {}
end
pagename = pagename or args.pagename
local title
if pagename then
title = mw.title.new(pagename, 'Module')
else
title = mw.title.getCurrentTitle()
-- Fuckme, sometimes this function is called with a faked frame and a title with the namespace already chopped out,
-- so this test cannot be done in that case.
if title.nsText ~= "Module" then
error(("This template should only be used in the Module namespace, not on page '%s'."):format(title.fullText))
end
pagename = title.fullText
end
local subpage = title.subpageText
local null_return_value = return_raw and {} or ""
-- To ensure no categories are added on documentation pages.
if subpage == "doc" then
return null_return_value
end
local root_pagename
if subpage ~= pagename then
root_pagename = title.rootText
else
root_pagename = pagename
end
root_pagename = root_pagename:gsub("^Module:", "")
-- Take the module type(s) from type= if given, or infer from the pagename.
local module_types
if args.type then
module_types = {}
local module_type_specs = split_on_comma(args.type)
for _, spec in ipairs(module_type_specs) do
local modtype, sortkey = spec:match("^(.-):(.*)$")
modtype = modtype or spec
sortkey = sortkey and sortkey:gsub("_", " ") or nil
table.insert(module_types, {type = modtype, sort = sortkey})
end
else
local module_type_keyword = root_pagename:match("[-%a]+[- ]([^/]+)%f[/%z]")
if not module_type_keyword then
if noerror then
return null_return_value
else
error(("Could not extract module type from root pagename '%s'"):format(root_pagename))
end
end
local module_type = keyword_to_module_type[module_type_keyword]
if not module_type then
if noerror then
return null_return_value
else
error(("Did not recognize inferred module-type keyword '%s' from root pagename '%s'"):format(
module_type_keyword, root_pagename))
end
end
module_types = {{type = module_type}}
end
-- Look for additional module type(s) inferred by pattern.
for _, pattern_spec in ipairs(module_type_patterns) do
local pattern, inferred_type = unpack(pattern_spec)
if rfind(pagename, pattern) then
local function insert_module_type(typ)
require("Module:table").insertIfNot(module_types, typ, {key = function(obj) return obj.type end})
end
if type(inferred_type) == "string" then
insert_module_type({type = inferred_type})
else
local addl_types = {}
for _, typ in ipairs(module_types) do
table.insert(addl_types, {type = inferred_type(typ.type), sort = typ.sort})
end
for _, typ in ipairs(addl_types) do
insert_module_type(typ)
end
end
end
end
-- If 1= specified, take the languages/scripts directly from there. Otherwise, (a) try to extract one or more
-- languages/scripts from the pagename (e.g. [[Module:uk-be-headword]] -> Ukrainian and Belarusian (languages);
-- [[Module:bho-Kthi-translit]] -> Bhojpuri (language) and Kaithi (script); [[Module:Deva-Kthi-translit]] ->
-- Devanagari and Kaithi (scripts)); and (b) if the specified or inferred module type(s) contain a type listed in
-- languages_from_module_name[], use the function referenced there to extract additional languages (i.e. all the
-- languages that use the module we are processing).
local inferred_objs
if args[1] then
inferred_objs = {}
for _, code in ipairs(rsplit(args[1], ",")) do
-- We need to have an indicator of families because we allow bare family codes to stand for proto-languages.
if code:find("^fam:") then
code = code:gsub("^fam:", "")
local family = require("Module:families").getByCode(code) or
error(("Unrecognized family code '%s' in [[Module:module categorization]]"):format(code))
local descendants = family:getDescendantCodes()
for _, desc in ipairs(descendants) do
local obj = get_lang_or_script(desc)
if obj then
-- make sure we skip families without proto-languages
table.insert(inferred_objs, obj)
end
end
else
local obj = get_lang_or_script(code)
if not obj then
error(("Unrecognized language or script code '%s'"):format(code))
end
table.insert(inferred_objs, obj)
end
end
else
inferred_objs = infer_lang_and_script_codes(root_pagename)
for _, module_type in ipairs(module_types) do
local languages_extractor = languages_from_module_name[module_type.type]
if languages_extractor then
local langs = require(languages_extractor)(root_pagename)
if langs then
for _, obj in ipairs(langs) do
require("Module:table").insertIfNot(inferred_objs, obj, {key = obj_code})
end
end
end
end
if #inferred_objs == 0 then
if noerror then
return null_return_value
else
error(("Could not infer any languages or scripts from root pagename '%s'"):format(root_pagename))
end
end
end
if pagename:find("^Module:User:") then
insert_cat("User sandbox modules")
elseif pagename:find("/sandbox") then
insert_cat("Sandbox modules")
else
for _, module_type in ipairs(module_types) do
for _, obj in ipairs(inferred_objs) do
local function insert_overall_module_type_cat(sortkey)
if module_type.type ~= "-" then
insert_cat((module_type_generates_lang_specific_cat_zh[module_type.type] or module_type.type) .. "模塊", module_type.sort or sortkey)
end
end
if obj == "-" then
insert_overall_module_type_cat()
else
if obj:hasType("script") and module_type.type ~= "-" then
insert_cat("各文字" .. (module_type_generates_lang_specific_cat_zh[module_type.type] or module_type.type) .. "模塊", obj:getCanonicalName())
end
local function construct_lang_or_sc_cat(obj, suffix)
local prefix
if obj:hasType("language") then
prefix = obj:getFullName()
else
prefix = obj:getCategoryName()
end
return prefix .. suffix
end
insert_cat(construct_lang_or_sc_cat(obj, "模塊"), module_type.type)
insert_overall_module_type_cat(obj:getCanonicalName())
if module_type_generates_lang_specific_cat[module_type.type] then
insert_cat(construct_lang_or_sc_cat(obj, (module_type_generates_lang_specific_cat_zh[module_type.type] or module_type.type) ..
"模塊"))
end
end
end
end
end
for i, catspec in ipairs(categories) do
if catspec.sort then
categories[i] = ("%s|%s"):format(catspec.name, catspec.sort)
else
categories[i] = catspec.name
end
end
if args.return_cats then
return table.concat(categories, ",")
elseif return_raw then
return categories
else
for i, cat in ipairs(categories) do
categories[i] = "[[Category:" .. cat .. "]]"
end
return table.concat(categories)
end
end
--[==[Table used in the documentation to {{tl|module cat}}.]==]
function export.keyword_to_module_type_table()
local parts = {}
local function ins(text)
table.insert(parts, text)
end
ins('{|class="wikitable"')
ins("! Keyword !! Inferred module type")
local keywords = {}
for k, v in pairs(keyword_to_module_type) do
table.insert(keywords, k)
end
table.sort(keywords)
for _, keyword in ipairs(keywords) do
ins("|-")
ins(("| <code>%s</code> || <code>%s</code>"):format(keyword, keyword_to_module_type[keyword]))
end
ins("|}")
return table.concat(parts, "\n")
end
return export
