Module:External links
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 | This module is rated as alpha. It is ready for third-party input, and may be used on a few pages to see if problems arise, but should be watched. Suggestions for new features or changes in their input and output mechanisms are welcome. |
This module is designed for implementing templates to display external links in an English Wikipedia article, using the properties defined in that article's Wikidata item. It was based on the Norwegian Wikipedia module no:Modul:External links.
The first test implementation is Template:Sports links (based on no:Mal:Sportslenker). The sports-related link properties and formats are specified in Module:External links/conf/Sports (based on no:Modul:External links/conf/Sport).
Other subject-based implementations at the Norwegian Wikipedia include:
- Arts (no:Mal:Artslenker and no:Modul:External links/conf/Arter)
- Astronomy (no:Mal:Astronomilenker and no:Modul:External links/conf/Astronomi)
- Authority data (no:Mal:Autoritetsdata and no:Modul:External links/conf/Autoritetsdata)
- Film (no:Mal:Filmlenker and no:Modul:External links/conf/Film)
- Film person (no:Mal:Filmperson and no:Modul:External links/conf/Filmperson)
- Music (no:Mal:Musikklenker and no:Modul:External links/conf/Musikk)
- Official links (no:Mal:Offisielle lenker and no:Modul:External links/conf/Offisielle lenker)
- Games (no:Mal:Spill-lenker and no:Modul:External links/conf/Spill)
Usage
{{#invoke:External links|function_name}}
Submodules
require('Module:No globals')
-- local genitive = require('Module:Genitive')._genitive
local contLang = mw.language.getContentLanguage()
local cmodule = {}
local conf = require 'Module:External links/conf'(contLang:getCode())
local hasdatafromwikidata = false
local hasdatafromlocal = false
local haswikidatalink = true -- we assume it's connected
local p = {}
local function getLabel(entity, use_genitive, pagetitle)
local label = (pagetitle and pagetitle ~= '') and pagetitle or nil
if not label and not entity then
label = mw.title.getCurrentTitle().text
elseif not label then
label = mw.wikibase.label(entity.id) or mw.title.getCurrentTitle().text
end
-- return use_genitive and genitive(label, 'sitt') or label
return use_genitive and label .. "'s" or label
end
-- @todo cleanup, this is in production, use the console
local function dump(obj)
return "<pre>" .. mw.dumpObject(obj) .. "</pre>"
end
local function stringFormatter( datavalue )
if datavalue == nil or datavalue['type'] ~= 'string' then
return nil
end
return datavalue.value
end
local pval = {}
pval.P1793 = { -- format as a regular expression
types = {
snaktype = 'value',
datatype = 'string',
},
}
pval.P407 = { -- language of work or name
types = {
snaktype = 'value',
datatype = 'wikibase-item',
datavalue = {
type = 'wikibase-entityid',
}
},
}
pval.P364 = { -- original language of work
types = {
snaktype = 'value',
datatype = 'wikibase-item',
datavalue = {
type = 'wikibase-entityid',
}
},
}
pval.P218 = { -- ISO 639-1 language
types = {
snaktype = 'value',
datatype = 'external-id',
datavalue = {
type = 'string',
}
},
}
pval.P305 = { -- IETF language tag
types = {
snaktype = 'value',
datatype = 'external-id',
datavalue = {
type = 'string',
}
},
}
pval.P582 = { -- end time
types = {
snaktype = 'value',
datatype = 'time',
datavalue = {
type = 'string',
}
},
}
-- This is a really makeshift crappy converter, but it'll do some basic
-- conversion from PCRE to Lua-style patterns (note that this only work
-- in very few cases)
local function regexConverter( regex )
local output = regex
output = string.gsub(output, "\\d{2}", "%%d%%d")
output = string.gsub(output, "\\d{3}", "%%d%%d%%d")
output = string.gsub(output, "\\d{4}", "%%d%%d%%d%%d")
output = string.gsub(output, "\\d{5}", "%%d%%d%%d%%d%%d")
output = string.gsub(output, "\\d{6}", "%%d%%d%%d%%d%%d%%d")
output = string.gsub(output, "\\d{7}", "%%d%%d%%d%%d%%d%%d%%d")
output = string.gsub(output, "\\d{8}", "%%d%%d%%d%%d%%d%%d%%d%%d")
output = string.gsub(output, "\\d", "%%d")
return output
end
local function getFormatterUrl( prop, value )
local head = ""
local tail = ""
local entity = mw.wikibase.getEntity(prop)
-- to avoid deep tests
if not entity or not entity.claims then
return head
end
-- get the claims for this entity
local statements = entity.claims['P1630'] -- formatter URL
-- to avoid deep tests
if not statements then
return head
end
local formatters = {}
-- let's go through the claims
for _, claim in ipairs( statements ) do
-- to avoid deep tests
if not claim then
claim = {}
end
local valid = claim['type'] == 'statement'
and claim['rank'] ~= 'deprecated'
if valid then
local mainsnak = claim.mainsnak or {}
local preferred = claim['rank'] == 'preferred'
-- get any qualifiers for this claim (we are interested in P1793 for
-- indication of which claim is correct)
local qualifiers = claim.qualifiers or {}
-- now let's check the qualifier we are interested in
local qualid = 'P1793' -- format as a regular expression
-- if the claim has this qualifier
if qualifiers[qualid] then
-- it's here, let's check it out!
local items = {}
-- traverse all snaks in this qualifier
for _, qualsnak in ipairs( qualifiers[qualid] ) do
if qualsnak and pval[qualid] then
--mw.log("qualsnak = " .. dump(qualsnak))
-- check if the snak is of the correct snaktype and datatype
local valid = qualsnak.snaktype == pval[qualid].types.snaktype
and qualsnak.datatype == pval[qualid].types.datatype
if valid then
-- we'll have to convert the regex to Lua-style
local regex = regexConverter(qualsnak.datavalue.value)
local test = string.match( value, '^'..regex..'$' )
if test then
-- it matched, this is correct and overrides any other.
if preferred then
head = mainsnak.datavalue.value
else
tail = mainsnak.datavalue.value
end
end
end
end
end
else
-- we don't have any qualifier, is it preferred?
if (head == '' and preferred) or (tail == '' and not preferred) then
-- if we don't have any other, use this one
if preferred and head == '' then
head = mainsnak.datavalue.value
elseif not preferred and tail == '' then
tail = mainsnak.datavalue.value
end
end
end
end
end
return head ~= '' and head or tail
end
local function getLanguageData(prop, qid)
local head = {}
local tail = {}
-- mw.log("getLanguageData, prop="..dump(prop).." qid="..dump(qid))
-- get the entity we are checking
local entity = mw.wikibase.getEntityObject(qid)
-- to avoid deep tests
if not entity then
return nil
end
if not entity.claims then
return {}
end
-- get the claims for this entity
local statements = entity.claims[prop]
-- to avoid deep tests
if not statements then
return {}
end
-- mw.log("getLanguageData going through claims="..dump(statements))
-- let's go through the claims
for _, claim in ipairs( statements ) do
-- to avoid deep tests
if not claim then
claim = {}
end
local valid = claim['type'] == 'statement'
and claim['rank'] ~= 'deprecated'
if valid then
local mainsnak = claim.mainsnak or {}
local preferred = claim['rank'] == 'preferred'
-- verify the item is what we expect
local valid = mainsnak.snaktype == pval[prop].types.snaktype
and mainsnak.datatype == pval[prop].types.datatype
and mainsnak.datavalue.type == pval[prop].types.datavalue.type
if valid then
-- mw.log("getLanguageData claim is valid="..dump(claim))
-- if this is the correct P-value, dive into it and get P218 (ISO 639-1)
if mainsnak.property == 'P364' then -- original language of work
if preferred then
head[#head+1] = table.concat(getLanguageData('P218', 'Q'..mainsnak.datavalue.value['numeric-id']), conf:a('mod-filter-separator'))
else
tail[#tail+1] = table.concat(getLanguageData('P218', 'Q'..mainsnak.datavalue.value['numeric-id']), conf:a('mod-filter-separator'))
end
elseif mainsnak.property == 'P218' or mainsnak.property == 'P305' then -- ISO 639-1 code or IETF language tag
if preferred then
head[#head+1] = stringFormatter(mainsnak.datavalue)
else
tail[#tail+1] = stringFormatter(mainsnak.datavalue)
end
end
end
end
end
-- mw.log("getLanguageData returning head="..dump(head).." tail="..dump(tail))
return #head>0 and head or tail
end
local langqvalorder = {'P407','P364'}
local otherqvalorder = {'P582'}
local function getValuesFromWikidata(props)
local head = {}
local tail = {}
-- mw.log("getValuesFromWikidata, props="..dump(props))
-- get the entity we are checking
local entity = mw.wikibase.getEntityObject()
-- to avoid deep tests
if not entity then
--mw.log("getValuesFromWikidata no entity")
return nil
end
if not entity.claims or not props or not props.prop or props.prop == '' then
--mw.log("getValuesFromWikidata no claims or no props")
return {}
end
-- get the claims for this entity
local statements = entity.claims[props.prop]
-- to avoid deep tests
if not statements then
return {}
end
-- let's go through the claims
for _, claim in ipairs( statements ) do
-- to avoid deep tests
if not claim then
claim = {}
end
local valid = claim['type'] == 'statement'
and claim['rank'] ~= 'deprecated'
if valid then
-- mw.log("getValuesFromWikidata valid claim="..dump(claim))
local mainsnak = claim.mainsnak or {}
local preferred = claim['rank'] == 'preferred'
-- get the content of the claim (the identifier)
local langcode = props.langcode
local checklangcode = nil
if props.langcode and props.langcode ~= '' then
checklangcode = string.find(langcode, "([pP]%d+)")
end
if checklangcode and checklangcode ~= "" then
-- this is a P-value for language-code, so we'll check qualifiers for languagedata
-- first get any qualifiers
local qualifiers = claim.qualifiers or {}
for _, qualid in ipairs( langqvalorder ) do
-- if the claim has this qualifier
if qualifiers[qualid] then
-- it's here, let's check it out!
local items = {}
-- traverse all snaks in this qualifier
for _, qualsnak in ipairs( qualifiers[qualid] ) do
if qualsnak and pval[qualid] then
-- mw.log("qualsnak = " .. dump(qualsnak))
-- check if the snak is of the correct snaktype and datatype
local valid = qualsnak.snaktype == pval[qualid].types.snaktype
and qualsnak.datatype == pval[qualid].types.datatype
if valid then
-- now get the actual data
langcode = table.concat(getLanguageData('P305', 'Q'..qualsnak.datavalue.value['numeric-id']), '')
end
end
end
end
-- mw.log("langcode is now="..dump(langcode))
end
if string.find(langcode, "([pP]%d+)") then
-- we still don't have any langcode, so we default to "en"
langcode = nil
end
end
local stillvalid = true
-- we should check a couple of other qualifiers as well
-- first get any qualifiers
local qualifiers = claim.qualifiers or {}
for _, qualid in ipairs( otherqvalorder ) do
-- if the claim has this qualifier
if qualifiers[qualid] then
-- it's here, let's check it out!
local items = {}
-- traverse all snaks in this qualifier
for _, qualsnak in ipairs( qualifiers[qualid] ) do
if qualsnak and pval[qualid] then
-- mw.log("qualsnak = " .. dump(qualsnak))
-- check if the snak is of the correct snaktype and datatype
local valid = qualsnak.snaktype == pval[qualid].types.snaktype
and qualsnak.datatype == pval[qualid].types.datatype
if not valid then
-- sorry, this is not correct
mw.log("qualsnak = INCORRECT")
stillvalid = false
end
end
end
end
-- mw.log("langcode is now="..dump(langcode))
end
if stillvalid then
if preferred then
head[#head+1] = { value=stringFormatter(mainsnak.datavalue) }
if langcode and langcode ~= '' then
head[#head]['langcode'] = langcode
end
else
tail[#tail+1] = { value=stringFormatter(mainsnak.datavalue) }
if langcode and langcode ~= '' then
tail[#tail]['langcode'] = langcode
end
end
end
end
end
-- mw.log("getValuesFromWikidata returning head="..dump(head).." tail="..dump(tail))
return #head>0 and head or tail
end
local function findMainLinksOnWikidata(props, pagetitle, short_links)
local output = {}
local pid = nil
-- get the entity we are checking
local entity = mw.wikibase.getEntityObject()
-- to avoid deep tests
if not entity then
return nil
end
local values = getValuesFromWikidata(props)
for _, value in ipairs( values ) do
local verified_value = nil
if props.regex then
-- we have a local defined regex, so this will have to pass first
-- maybe we'll have to convert the regex to Lua-style
local regex = regexConverter(props.regex)
local test = string.match( value.value, '^'..regex..'$' )
--mw.log("testing with "..regex.. " and test="..dump(test).." and value="..id)
if test then
-- it matched, this is correct and overrides any other.
verified_value = value.value
end
else
verified_value = value.value
end
if verified_value then
local url = ''
output[#output+1] = {}
output[#output].langcode = value.langcode
output[#output].category = {}
if props.url_f then
-- we have a local defined url-formatter function, use it as first priority
url = props.url_f(verified_value)
if props.track and not string.find(props.langcode, "([pP]%d+)") then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-local-wd'), props.prop):plain()
elseif props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-wd-wd'), props.prop):plain()
end
elseif props.url then
-- we have a local defined url-formatter string, use it as second priority
url = mw.message.newRawMessage(props.url, verified_value):plain()
if props.track and not string.find(props.langcode, "([pP]%d+)") then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-local-wd'), props.prop):plain()
elseif props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-wd-wd'), props.prop):plain()
end
else
-- get the formatvalue from the property, if it exists
local formatterUrl = getFormatterUrl(props.prop, verified_value)
if formatterUrl ~= '' then
url = mw.message.newRawMessage(formatterUrl, verified_value):plain()
if props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-wd-wd'), props.prop):plain()
end
end
end
if url ~= '' then
local this_wiki = mw.getContentLanguage()
local this_wiki_code = this_wiki:getCode()
local langlink = (value.langcode and value.langcode ~= '' and value.langcode ~= this_wiki_code) and mw.message.newRawMessage(conf:g('msg-langcode'), value.langcode, mw.language.fetchLanguageName(value.langcode, this_wiki_code)) or ""
if short_links and props.short then
output[#output].text =
mw.message.newRawMessage(props.short,
getLabel(entity, props.genitive, pagetitle),
url,
langlink,
verified_value,
mw.uri.encode(verified_value, 'PATH'))
:plain()
else
output[#output].text =
mw.message.newRawMessage(props.message,
getLabel(entity, props.genitive, pagetitle),
url,
langlink,
verified_value,
mw.uri.encode(verified_value, 'PATH'))
:plain()
end
end
end
end
--mw.log("findMainLinksOnWikidata returning="..dump(output))
return output
end
local function getSitelinksFromWikidata(props, entity)
local output = {}
--mw.log("getSitelinksFromWikidata, props="..dump(props))
-- to avoid deep tests
if not entity then
entity = mw.wikibase.getEntityObject()
if not entity then
--mw.log("getSitelinksFromWikidata no entity")
return nil
end
end
local requested_sitelink = string.match(props.prop, "SL(%l+)")
local sitelinks = entity:getSitelink(requested_sitelink)
if sitelinks and sitelinks ~= '' then
output[#output+1] = { value = sitelinks }
end
--mw.log("getSitelinksFromWikidata returning output="..dump(output))
return output
end
local function findSiteLinksOnWikidata(props, pagetitle, short_links)
local output = {}
local pid = nil
-- get the entity we are checking
local entity = mw.wikibase.getEntityObject()
-- to avoid deep tests
if not entity then
return nil
end
local values = getSitelinksFromWikidata(props)
for _, value in ipairs( values ) do
local verified_value = nil
if props.regex then
-- we have a local defined regex, so this will have to pass first
-- maybe we'll have to convert the regex to Lua-style
local regex = regexConverter(props.regex)
local test = string.match( value.value, '^'..regex..'$' )
--mw.log("testing with "..regex.. " and test="..dump(test).." and value="..id)
if test then
-- it matched, this is correct and overrides any other.
verified_value = value.value
end
else
verified_value = value.value
end
if verified_value then
--mw.log("it's verified..")
local url = ''
output[#output+1] = {}
output[#output].langcode = value.langcode
output[#output].category = {}
if props.url_f then
-- we have a local defined url-formatter function, use it as first priority
url = props.url_f(verified_value)
if props.track and not string.find(props.langcode, "(SL%l+)") then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-local-wd'), props.prop):plain()
elseif props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-wd-wd'), props.prop):plain()
end
elseif props.url then
-- we have a local defined url-formatter string, use it as second priority
url = mw.message.newRawMessage(props.url, verified_value):plain()
if props.track and not string.find(props.langcode, "(SL%l+)") then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-local-wd'), props.prop):plain()
elseif props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-wd-wd'), props.prop):plain()
end
else
url = verified_value:gsub(' ','_')
if props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-wd-wd'), props.prop):plain()
end
end
if url ~= '' then
local this_wiki = mw.getContentLanguage()
local this_wiki_code = this_wiki:getCode()
local langlink = (value.langcode and value.langcode ~= '' and value.langcode ~= this_wiki_code) and mw.message.newRawMessage(conf:g('msg-langcode'), value.langcode, mw.language.fetchLanguageName(value.langcode, this_wiki_code)) or ""
if short_links and props.short then
output[#output].text =
mw.message.newRawMessage(props.short,
getLabel(entity, props.genitive, pagetitle),
url,
langlink,
verified_value,
mw.uri.encode(verified_value, 'PATH'))
:plain()
else
output[#output].text =
mw.message.newRawMessage(props.message,
getLabel(entity, props.genitive, pagetitle),
url,
langlink,
verified_value,
mw.uri.encode(verified_value, 'PATH'))
:plain()
end
end
end
end
--mw.log("findSiteLinksOnWikidata returning="..dump(output))
return output
end
local function findMainLinksLocal(props, pagetitle, short_links, local_value)
local output = {}
-- to avoid deep tests
if not props.prop then
return nil
end
if not (local_value or local_value == '') then
-- bail out if no value is present
return output
end
-- get the formatvalue from the property
local verified_value = local_value
if props.regex and props.regex ~= '' then
-- let's verify the id
-- maybe we'll have to convert the regex to Lua-style
local regex = regexConverter(props.regex)
local test = string.match( local_value, '^'..regex..'$' )
if test then
-- it matched, this is correct
verified_value = local_value
else
verified_value = nil
end
end
if not verified_value then
return output
end
local wikidata_property = string.find(props.prop, "([pP]%d+)")
local wikidata_values = {}
if wikidata_property then
-- get any wikidata values to see if they are equal to local values
wikidata_values = getValuesFromWikidata(props)
end
if wikidata_property or (props.url and props.url ~= '') or (props.url_f) then
output[#output+1] = {}
output[#output].langcode = string.find(props.langcode, "([pP]%d+)") and "" or props.langcode
--mw.log("findMainLinksLocal - props="..dump(props).." langcode="..output[#output].langcode)
output[#output].category = {}
local url = ''
if props.track and wikidata_property and wikidata_values and #wikidata_values then
local local_value_in_wikidata = false
for _,value in ipairs( wikidata_values ) do
if value.value == verified_value then
local_value_in_wikidata = true
end
end
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), (local_value_in_wikidata and 'track-cat-local-wd-equal' or 'track-cat-local-wd-unequal')), props.prop):plain()
end
if wikidata_property and wikidata_values and #wikidata_values then
hasdatafromwikidata = true -- signal up the chain this article has a wikidata claim
end
if props.url_f then
-- we have a local defined url-formatter function, use it as first priority
url = props.url_f(verified_value)
if props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-local-local'), props.prop):plain()
end
elseif props.url then
-- we have a local defined url-formatter string, use it as second priority
url = mw.message.newRawMessage(props.url, verified_value):plain()
if props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-local-local'), props.prop):plain()
end
elseif wikidata_property then
-- get the formatvalue from the property, if it exists
local formatterUrl = getFormatterUrl(props.prop, verified_value)
if formatterUrl ~= '' then
url = mw.message.newRawMessage(formatterUrl, verified_value):plain()
if props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-wd-local'), props.prop):plain()
end
end
else
-- no other choice, bail out
return {}
end
local this_wiki = mw.getContentLanguage()
local this_wiki_code = this_wiki:getCode()
local langlink = (output[#output].langcode and output[#output].langcode ~= '' and output[#output].langcode ~= this_wiki_code) and mw.message.newRawMessage(conf:g('msg-langcode'), props.langcode, mw.language.fetchLanguageName(props.langcode, this_wiki_code)) or ""
if short_links and props.short then
output[#output].text =
mw.message.newRawMessage(props.short,
getLabel(nil, props.genitive, pagetitle),
url,
langlink,
verified_value,
mw.uri.encode(verified_value, 'PATH'))
:plain()
else
output[#output].text =
mw.message.newRawMessage(props.message,
getLabel(nil, props.genitive, pagetitle),
url,
langlink,
verified_value,
mw.uri.encode(verified_value, 'PATH'))
:plain()
end
end
--mw.log("findMainLinksLocal returning="..dump(output))
return output
end
local function findSiteLinksLocal(props, pagetitle, short_links, local_value)
local output = {}
-- to avoid deep tests
if not props.prop then
return nil
end
if not (local_value or local_value == '') then
-- bail out if no value is present
return output
end
-- get the formatvalue from the property
local verified_value = local_value
if props.regex and props.regex ~= '' then
-- let's verify the id
-- maybe we'll have to convert the regex to Lua-style
local regex = regexConverter(props.regex)
local test = string.match( local_value, '^'..regex..'$' )
if test then
-- it matched, this is correct
verified_value = local_value
else
verified_value = nil
end
end
if not verified_value then
return output
end
local wikidata_property = string.find(props.prop, "(SL.+)")
local wikidata_values = {}
if wikidata_property then
-- get any wikidata values to see if they are equal to local values
wikidata_values = getSitelinksFromWikidata(props)
end
if wikidata_property or (props.url and props.url ~= '') or (props.url_f) then
output[#output+1] = {}
output[#output].langcode = string.find(props.langcode, "(SL.+)") and "" or props.langcode
--mw.log("findSiteLinksLocal - props="..dump(props).." langcode="..output[#output].langcode .." wikidata_values="..dump(wikidata_values))
output[#output].category = {}
local url = ''
if props.track and wikidata_property and wikidata_values and #wikidata_values then
local local_value_in_wikidata = false
for _,value in ipairs( wikidata_values ) do
if value.value == verified_value then
local_value_in_wikidata = true
end
end
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), (local_value_in_wikidata and 'track-cat-local-wd-equal' or 'track-cat-local-wd-unequal')), props.prop):plain()
end
if wikidata_property and wikidata_values and #wikidata_values then
hasdatafromwikidata = true -- signal up the chain this article has a wikidata claim
end
if props.url_f then
-- we have a local defined url-formatter function, use it as first priority
url = props.url_f(verified_value)
if props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-local-local'), props.prop):plain()
end
elseif props.url then
-- we have a local defined url-formatter string, use it as second priority
url = mw.message.newRawMessage(props.url, verified_value):plain()
if props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-local-local'), props.prop):plain()
end
elseif wikidata_property then
url = verified_value:gsub(' ','_')
if props.track then
output[#output].category[#output[#output].category+1] = mw.message.newRawMessage(cmodule:getMessage(contLang:getCode(), 'track-cat-wd-local'), props.prop):plain()
end
else
-- no other choice, bail out
return {}
end
local this_wiki = mw.getContentLanguage()
local this_wiki_code = this_wiki:getCode()
local langlink = (output[#output].langcode and output[#output].langcode ~= '' and output[#output].langcode ~= this_wiki_code) and mw.message.newRawMessage(conf:g('msg-langcode'), props.langcode, mw.language.fetchLanguageName(props.langcode, this_wiki_code)) or ""
if short_links and props.short then
output[#output].text =
mw.message.newRawMessage(props.short,
getLabel(nil, props.genitive, pagetitle),
url,
langlink,
verified_value,
mw.uri.encode(verified_value, 'PATH'))
:plain()
else
output[#output].text =
mw.message.newRawMessage(props.message,
getLabel(nil, props.genitive, pagetitle),
url,
langlink,
verified_value,
mw.uri.encode(verified_value, 'PATH'))
:plain()
end
end
--mw.log("findSiteLinksLocal returning="..dump(output))
return output
end
local function addLinkback(str, property)
local id = mw.wikibase.getEntityObject()
if not id then
return str
end
if type(id) == 'table' then
id = id.id
end
local class = ''
local url = ''
if property then
class = 'wd_' .. string.lower(property)
url = mw.uri.fullUrl('d:' .. id .. '#' .. property)
url.fragment = property
else
url = mw.uri.fullUrl('d:' .. id )
end
local title = conf:g('wikidata-linkback-edit')
local icon = '[%s [[File:Blue pencil.svg|%s|10px|text-top|link=]] ]'
url = tostring(url)
local v = mw.html.create('span')
:addClass(class)
:wikitext(str)
:tag('span')
:addClass('noprint plainlinks wikidata-linkback')
:css('padding-left', '.3em')
:wikitext(icon:format(url, title))
:allDone()
return tostring(v)
end
local function getArgument(frame, argument)
local args = frame.args
if args[1] == nil then
local pFrame = frame:getParent();
args = pFrame.args;
for k,v in pairs( frame.args ) do
args[k] = v;
end
end
if args[argument] then
return args[argument]
end
return nil
end
local function removeEntry(conf_claims, identifier, property)
for i, props in ipairs(conf_claims) do
if props[identifier] == property then
table.remove(conf_claims, i)
end
end
return conf_claims
end
function p.getLinks(frame)
local configured_conf = getArgument(frame, conf:a('arg-conf'))
if configured_conf then
cmodule = require ('Module:External_links/conf/'..configured_conf)
else
error(mw.message.newRawMessage(conf:g('missing-conf'), configured_conf):plain())
end
local output = {}
local category = {}
local conf_claims = cmodule:getConfiguredClaims(contLang:getCode())
local limits = cmodule:getLimits()
assert(limits, mw.message.newRawMessage(conf:g('missing-limits'), configured_conf):plain())
local links_shown = getArgument(frame, conf:a('arg-maxlink'))
local pagetitle = getArgument(frame, conf:a('arg-title'))
-- get a list of tracked properties from the article itself
local requested_tracking = getArgument(frame, conf:a('arg-track'))
if requested_tracking and requested_tracking ~= '' then
-- the properties should be written as P1234, P2345 and other
-- version corresponding to the applicable property-identifiers in the config
for track_prop in string.gmatch(requested_tracking,"([^ ,;:]+)") do
-- get the requested properties and be able to access them
-- like req_prop['P345'] to verify if it was requested
local remove_track = string.match(track_prop, "^\-(.*)")
for i,claim in ipairs ( conf_claims ) do
if remove_track == claim.prop or remove_track == conf:a('mod-filter-all') then
-- if a property starts with "-", then we'll simply remove that
-- property from the conf_claims
conf_claims[i]['track'] = false
elseif track_prop == claim.prop or track_prop == conf:a('mod-filter-all') then
conf_claims[i]['track'] = true
end
end
end
end
-- get a list of "approved" properties from the article itself
local requested_properties = getArgument(frame, conf:a('arg-properties'))
--mw.log("requested_properties="..dump(requested_properties))
-- assume all properties are allowed
local req_prop = {}
local no_req_prop = false -- we'll allow properties to be filtered for now
if requested_properties and requested_properties ~= '' then
-- the properties should be written as P1234, P2345 and other
-- version corresponding to the applicable property-identifiers in the config
for i in string.gmatch(requested_properties,"([^ ,;:]+)") do
-- get the requested properties and be able to access them
-- like req_prop['P345'] to verify if it was requested
if i == conf:a('mod-filter-all') then
-- this is a special modifier, saying we should ignore
-- all previous and future positive filters and remove the
-- filter (with exception of negative filters)
req_prop = {}
no_req_prop = true
end
local remove_prop = string.match(i, "^\-(.*)")
if remove_prop then
-- if a property starts with "-", then we'll simply remove that
-- property from the conf_claims
conf_claims = removeEntry(conf_claims, 'prop', remove_prop)
elseif not no_req_prop then -- only if we are allowing properties to be filtered
req_prop[i] = 1
-- cheat to make #req_prop indicate populated table
req_prop[1] = 1
end
end
end
local requested_langs = getArgument(frame, conf:a('arg-languages'))
--mw.log("requested_langs="..dump(requested_langs))
-- assume all languages are allowed
local req_lang = {}
local no_req_lang = false -- we'll allow languages to be filtered for now
if requested_langs and requested_langs ~= '' then
-- the languages should be written as langcodes as used in the conf_claims
for i in string.gmatch(requested_langs,"([^ ,;:]+)") do
-- get the requested languages and be able to access them
if i == conf:a('mod-filter-all') then
-- this is a special modifier, saying we should ignore
-- all previous and future positive filters and remove the
-- filter (with exception of negative filters)
req_lang = {}
no_req_lang = true
end
-- like req_lang['en'] to verify if it was requested
local remove_lang = string.match(i, "^\-(.*)")
if remove_lang then
-- if a language starts with "-", then we'll simply remove that
-- language from the conf_claims
conf_claims = removeEntry(conf_claims, 'langcode', remove_lang)
elseif not no_req_lang then -- only if we are allowing languages to be filtered
req_lang[i] = 1
-- cheat to make #req_lang indicate populated table
req_lang[1] = 1
end
end
end
local short_links = getArgument(frame, conf:a('arg-short'))
if short_links and short_links ~= '' then
short_links = true
else
short_links = false
end
local showinline = getArgument(frame, conf:a('arg-inline'))
if showinline and showinline ~= '' then
showinline = true
else
showinline = false
end
if not links_shown or links_shown == '' then
links_shown = limits['links-shown'] and limits['links-shown'] or 10
else
links_shown = tonumber(links_shown)
end
local somedataonwikidata = (short_links and false or true)
--mw.log("conf_claims="..dump(conf_claims))
--mw.log("req_prop="..dump(req_prop))
--mw.log("req_lang="..dump(req_lang))
--mw.log("short_links="..dump(short_links))
for _, props in ipairs(conf_claims) do
-- if we're called with a list of approved properties or languages, check if this one is "approved"
if (#req_prop==0 or req_prop[props.prop]) and (#req_lang==0 or req_lang[props.langcode] or string.find(props.langcode, "([pP]%d+)")) then
--mw.log("checking claim="..dump(props))
local links = {}
local checkedonwikidata = false
-- get the any local overriding value from the call
local wikivalue = getArgument(frame, props.prop)
--mw.log("wikivalue="..dump(wikivalue))
if (not wikivalue or wikivalue == "") and string.find(props.prop, "([pP]%d+)") then
-- the property is a Pnnn type, and therefore on Wikidata
links = findMainLinksOnWikidata(props, pagetitle, short_links)
if links == nil then
-- a nil-value indicated no wikidata-link
haswikidatalink = false
links = {}
else
checkedonwikidata = true
end
elseif (not wikivalue or wikivalue == "") and string.find(props.prop, "(SL%l+)") then
-- this is a sitelink-type (SLspecieswiki)
--mw.log("finding sitelinks..")
links = findSiteLinksOnWikidata(props, pagetitle, short_links)
if links == nil then
-- a nil-value indicated no wikidata-link
haswikidatalink = false
links = {}
else
checkedonwikidata = true
end
elseif (wikivalue and wikivalue ~= "") and string.find(props.prop, "(SL%l+)") then
-- this is a sitelink-type (SLspecieswiki)
links = findSiteLinksLocal(props, pagetitle, short_links, wikivalue)
elseif wikivalue and wikivalue ~= '' then
-- the property is of another annotation, and therefore a local construct
links = findMainLinksLocal(props, pagetitle, short_links, wikivalue)
end
--mw.log("links="..dump(links))
for _,v in ipairs(links) do
-- we'll have to check langcodes again as they may have come from wikidata
if (#req_lang==0 or req_lang[v.langcode]) then
if checkedonwikidata and not hasdatafromwikidata then
-- add a general tracking category for articles with data from wikidata
hasdatafromwikidata = true
category[#category+1] = cmodule:getMessage(contLang:getCode(), 'with-data-cat')
elseif not checkedonwikidata and not hasdatafromlocal then
-- add a general tracking category for articles with data from template-calls in local articles
hasdatafromlocal = true
category[#category+1] = cmodule:getMessage(contLang:getCode(), 'with-local-cat')
end
if short_links and props.short and v.text and v.text ~= '' then
-- if short links were requested, and a short definition exists for this property, let's use it
if #output==0 then
output[#output+1] = v.text
else
output[#output] = output[#output] .. cmodule:getMessage(contLang:getCode(),'short-list-separator') .. v.text
end
somedataonwikidata = true
elseif not short_links and not showinline and v.text and v.text ~= '' then
-- only if short links were not requested
output[#output+1] = (#output>=1 and conf:g('msg-ul-prepend') or '') -- if this is the first link, we won't output a list-element (msg-ul-prepend)
.. (checkedonwikidata and addLinkback(v.text, props.prop) or v.text) -- if the link comes from wikidata, also output a linkback.
elseif not short_links and showinline and v.text and v.text ~= '' then
-- only if short links were not requested
output[#output+1] = v.text
end
if props.track and v.category and #v.category then
-- add category if tracking is on for this property and a category exists in the link-result.
for _,cats in ipairs( v.category ) do
category[#category+1] = cats
end
end
if links_shown>0 then
links_shown = links_shown - 1
else
break
end
end
end
if links_shown==0 then
break
end
end
end
local outtext = ""
if short_links and #output>0 then
-- if these are short links, output the whole thing with linkback to wikidata
--mw.log("somedataonwikidata="..dump(somedataonwikidata).." and output="..dump(output).." and #output="..dump(#output))
outtext = (somedataonwikidata
and addLinkback(table.concat(output,cmodule:getMessage(contLang:getCode(),'short-list-separator')), nil)
or table.concat(output,cmodule:getMessage(contLang:getCode(),'short-list-separator')))
elseif not short_links and not showinline and #output>0 then
outtext = table.concat(output,"\n")
elseif not short_links and showinline and #output>0 then
outtext = table.concat(output,conf:g('msg-inline-separator'))
end
if not hasdatafromwikidata then
category[#category+1] = cmodule:getMessage(contLang:getCode(), 'no-data-cat')
if not hasdatafromlocal and not short_links then
outtext = cmodule:getMessage(contLang:getCode(), 'no-data-text')
end
end
if not haswikidatalink then
category[#category+1] = cmodule:getMessage(contLang:getCode(), 'no-wikilink-cat')
if not hasdatafromlocal and not short_links then
outtext = cmodule:getMessage(contLang:getCode(), 'no-wikilink')
end
end
local nocategory = getArgument(frame, conf:a('arg-no-categories'))
category = #category>0 and "\n" .. table.concat(category,"\n") or ""
--mw.log("nocategory="..dump(nocategory).." and outtext="..dump(outtext).." and category="..dump(category))
outtext = outtext .. (nocategory and '' or category)
return outtext
end
function p.getLanguageCode(frame)
local prop = getArgument(frame, conf:a('arg-properties'))
local output = getLanguageData(prop)
return table.concat(output, conf:a('mod-filter-separator'))
end
return p
