Module:Interface Wikidata2
Ce module ne possède aucune documentation explicative en sous-page, pas même une description succincte.
Vous pouvez créer cette sous-page afin de documenter ce module adéquatement.
La documentation de ce module est générée par le modèle {{Documentation module}}.
Les éditeurs peuvent travailler dans le bac à sable (créer).
Voir les statistiques d'appel depuis le wikicode sur l'outil wstat et les appels depuis d'autres modules.
-- Den ordning fallback language hämtas, om svensk label saknas. Engelska först, därefter bokmål, danska, etc...
local fallback = {'en', 'nb', 'da', 'nn', 'de', 'fr', 'es', 'it', 'pt'}
local fallbackprio = { ['sv'] = 20, ['en'] = 18, ['nb'] = 17, ['da'] = 16, ['nn'] = 15, ['de'] = 12, ['fr'] = 11, ['es'] = 10, ['it'] = 8, ['pt'] = 7}
local redundanta = {'viaf.org/viaf/', 'portal.dnb.de/', 'www.nndb.com/', 'catalogue.bnf.fr/ark'}
local formatera = require('Module:Math')
local i18n = {
["errors"] = {
["property-param-not-provided"] = "Property parameter not provided.",
["entity-not-found"] = "Entity not found.",
["unknown-claim-type"] = "Unknown claim type.",
["unknown-snak-type"] = "Unknown snak type.",
["unknown-datatype"] = "Unknown datatype.",
["unknown-entity-type"] = "Unknown entity type.",
["unknown-value-module"] = "You must set both value-module and value-function parameters.",
["value-module-not-found"] = "The module pointed by value-module not found.",
["value-function-not-found"] = "The function pointed by value-function not found.",
["non-convertible unit"] = "Denna enhet går inte att konvertera till den önskade",
["invalid-id"] = "Ogiltigt id",
["no-label"] = "Etikett saknas"
},
["somevalue"] = "''unknown value''",
["novalue"] = "''no value''"
}
local sortingproperties = {'P585','P571','P580','P569','P582','P570'}
function namefordate(options)
local entity = options.entityId or mw.wikibase.getEntityIdForCurrentPage()
if entity == nil then return nil end
theobject = getEntityFromId(entity)
if theobject == nil or theobject == '' or theobject.claims == nil then return nil end
thetime = theobject.claims[options.labelfromnameproperty]
if thetime == nil or thetime == '' then return nil end
if thetime[1] == nil then return nil end
if thetime[1].mainsnak.snaktype ~= 'value' then return nil end
tiden = string.match(thetime[1].mainsnak.datavalue.value.time,'%d+%-%d+%-%d+')
if theobject.claims[options.property] == nil then return nil end
allnamesobject = nil
for i,k in pairs(theobject["claims"][options.property]) do
if theobject["claims"][options.property][i].rank~='deprecated' and theobject["claims"][options.property][i].mainsnak.snaktype == "value" then
allnamesobject = getEntityFromId(theobject["claims"][options.property][i]["mainsnak"].datavalue.value.id)
end
if rank=='preferred' then
break
end
end
if allnamesobject == nil or allnamesobject == {} then return nil end
if allnamesobject.claims == nil then return nil end
allnames=allnamesobject.claims['P2561']
if allnames == nil or allnames == '' then return nil end
found = nil
for i,k in pairs(allnames) do
if k.qualifiers then
fromdate = k.qualifiers['P580']
if fromdate ~= nil then fromdate = string.match(fromdate[1].datavalue.value.time,'%d+%-%d+%-%d+') end
todate = k.qualifiers['P582']
if todate ~= nil then todate = string.match(todate[1].datavalue.value.time,'%d+%-%d+%-%d+') end
if not ((fromdate and fromdate>tiden) or (todate and todate<tiden)) then found = k.mainsnak.datavalue.value.text end
end
end
return found
end
function unithandle(unit, options)
-- Kontrollerar om det finns någon förkortning för denna 'unit'
local lab = options.label or formatStatements({property = 'P498', entityId = unit, enbarten = 'true', noref = 'true'})
if not lab or lab == '' then
lab = formatStatements({property = 'P558', entityId = unit, enbarten = 'true', langpref = options.langpref, noref = 'true'})
end
if lab and ( not options.nounitshort or options.nounitshort == '' ) then
return formatEntityId( unit, {label = lab, nolink = (options.nounitlink or options.nolink) }).value
else -- om det inte finns en förkortning
return formatEntityId( unit, {nolink = options.nounitlink}).value
end
end
function multiplikation(a, b, typ)
local r = {}
if typ == '*' then
r.amount = tonumber(a.amount) * tonumber(b.amount)
if tonumber(a.upperBound) and a.upperBound and b.upperBound then
r.upperBound = tonumber(a.upperBound) * tonumber(b.upperBound)
end
if tonumber(a.lowerBound) and a.lowerBound and b.lowerBound then
r.lowerBound = tonumber(a.lowerBound) * tonumber(b.lowerBound)
end
elseif typ == '/' then
if tonumber(b.amount) and tonumber(b.amount) ~= 0 then
r.amount = tonumber(a.amount) / tonumber(b.amount)
end
if tonumber(a.upperBound) and tonumber(b.lowerBound) and tonumber(b.lowerBound) ~= 0 then
r.upperBound = tonumber(a.upperBound) / tonumber(b.lowerBound)
end
if tonumber(a.lowerBound) and tonumber(b.upperBound) and tonumber(b.upperBound) ~= 0 then
r.lowerBound = tonumber(a.lowerBound) / tonumber(b.upperBound)
end
end
if r.lowerBound and r.upperBound and r.lowerBound > r.upperBound then
local slask = r.lowerBound
r.lowerBound = r.upperBound
r.upperBound = slask
end
return r
end
function fallbackigen(options, alternativ)
if alternativ and alternativ ~= '' then
return alternativ
end
if options.entity and options.entity.labels then
if options.entity.labels.sv then
return options.entity.labels.sv.value
else
for k, v in pairs(fallback) do
if options.entity.labels[v] then
return options.entity.labels[v].value
end
end
end
for v, k in pairs(options.entity.labels) do
return k.value
end
end
return mw.title.getCurrentTitle().text
end
function regionaux(entity)
local w = formatStatements({property = 'P297', entity = entity, noref = 'true', raw = 'true', enbarten = 'true'})
if w and #w > 0 then
return w[1].value
end
w = formatStatements({property = 'P300', entity = entity, noref = 'true', raw = 'true', enbarten = 'true'})
if w and #w > 0 then
return w[1].value
end
end
function regionaux2(entity)
local w = formatStatements({property = 'P131', entity = entity, noref = 'true', raw = 'true', enbarten = 'true'})
local w2 = formatStatements({property = 'P297', entity = entity, noref = 'true', raw = 'true', enbarten = 'true'})
return w or w2
end
function regional(options, latitude)
local i = 6
local entity = options.entity
local a = ''
while i > 0 do
local region = regionaux(entity)
if region then
return region
end
local v = regionaux2(entity)
if v and #v > 0 then
entity = mw.wikibase.getEntityObject( v[1].item )
end
i = i - 1
end
local w = formatStatements({property = 'P17', entity = options.entity, noref = 'true', raw = 'true', enbarten = true})
if w and #w > 0 then
w = formatStatements({property = 'P297', entityId = w[1].item, noref = 'true', raw = 'true', enbarten = true})
if w and #w > 0 then
return w[1].value
end
end
if latitude and latitude < -65 then -- Antarktis
return 'AQ'
end
return nil
end
function planeter(t)
local px = {
Q2 = 'earth',
Q308 = 'mercury',
Q313 = 'venus',
Q405 = 'moon',
Q111 = 'mars',
Q7547 = 'phobos',
Q7548 = 'deimos',
Q596 = 'ceres',
Q3030 = 'vesta',
Q3169 = 'ganymede',
Q3134 = 'callisto',
Q3123 = 'io',
Q3143 = 'europa',
Q15034 = 'mimas',
Q3303 = 'enceladus',
Q15047 = 'tethys',
Q15040 = 'dione',
Q15050 = 'rhea',
Q2565 = 'titan',
Q15037 = 'hyperion',
Q17958 = 'iapetus',
Q17975 = 'phoebe',
Q3352 = 'miranda',
Q3343 = 'ariel',
Q3338 = 'umbriel',
Q3322 = 'titania',
Q3332 = 'oberon',
Q3359 = 'triton',
Q339 = 'pluto',
}
return px[t] or 'earth'
end
function inlist(needle, haystack)
-- Checks if an item is present amongst the values of a list
for _, v in pairs(haystack) do
if v == needle then
return true
end
return false
end
end
function koorder(data, options)
if not data then
return nil
end
local s = {}
local planet = planeter(data.globe:match('Q%d+'))
s.lat_dec = math.abs(data.latitude)
s.long_dec = math.abs(data.longitude)
if data.latitude > 0 then
s.lat_NS = 'N'
else
s.lat_NS = 'S'
end
if data.longitude > 0 then
s.long_EW = 'E'
else
s.long_EW = 'W'
end
local frac = 0
if data.precision == nil then
s.lat_g = math.abs(data.latitude)
s.long_g = math.abs(data.longitude)
elseif inlist(data.precision, {1, 0.1, 0.01, 0.001, 0.0001}) then
s.lat_g, frac = math.modf(math.abs(data.latitude) / data.precision + 0.5) * data.precision
s.long_g, frac = math.modf(math.abs(data.longitude) / data.precision + 0.5) * data.precision
elseif data.precision > 0.0166 and data.precision < 0.0167 then
s.lat_g, frac = math.modf(math.abs(data.latitude))
s.lat_m, frac = math.modf(frac * 60 + 0.5)
s.long_g, frac = math.modf(math.abs(data.longitude))
s.long_m, frac = math.modf(frac * 60 + 0.5)
elseif data.precision > 0.000277 and data.precision < 0.000278 then
s.lat_g, frac = math.modf(math.abs(data.latitude))
s.lat_m, frac = math.modf(frac * 60)
s.lat_s, frac = math.modf(frac * 60 + 0.5)
s.long_g, frac = math.modf(math.abs(data.longitude))
s.long_m, frac = math.modf(frac * 60)
s.long_s, frac = math.modf(frac * 60 + 0.5)
elseif data.precision > 0.0000277 and data.precision < 0.0000278 then
s.lat_g, frac = math.modf(math.abs(data.latitude))
s.lat_m, frac = math.modf(frac * 60)
s.lat_s, frac = math.modf(frac * 600 + 0.5)/10
s.long_g, frac = math.modf(math.abs(data.longitude))
s.long_m, frac = math.modf(frac * 60)
s.long_s, frac = math.modf(frac * 600 + 0.5)/10
elseif data.precision > 0.00000277 and data.precision < 0.00000278 then
s.lat_g, frac = math.modf(math.abs(data.latitude))
s.lat_m, frac = math.modf(frac * 60)
s.lat_s, frac = math.modf(frac * 6000 + 0.5)/100
s.long_g, frac = math.modf(math.abs(data.longitude))
s.long_m, frac = math.modf(frac * 60)
s.long_s, frac = math.modf(frac * 6000 + 0.5)/100
else
s.lat_g = math.abs(data.latitude)
s.long_g = math.abs(data.longitude)
end
local params = s.lat_dec .. '_' .. s.lat_NS .. '_' .. s.long_dec .. '_' .. s.long_EW
local typen = options.typen or 'landmark'
local region = options.region
local pagename = fallbackigen(options, options.pagename)
if not region and planet == 'earth' then
region = regional(options, data.latitude)
end
local magic = ''
if not options.nogeodataparser or options.nogeodataparser == '' then
local args = { data.latitude, data.longitude, globe = planet, type = typen, region = region, name = pagename }
local primary = options.num == 1
if options.primary and options.primary ~= '' then
primary = options.primary == 'primary'
end
if primary then
table.insert( args, 1, 'primary' )
end
magic = mw.getCurrentFrame():callParserFunction{
name = '#coordinates',
args = args
}
end
if options.geodataparseronly and options.geodataparseronly ~= '' then
return magic
end
pagename = string.gsub (pagename, "([^%w ])",
function (c) return string.format ("%%%02X", string.byte(c)) end)
pagename = string.gsub (pagename, " ", "+")
local nn = '&title=' .. pagename
if region then
planet = planet .. '_region:' .. region
end
if not options.label then
local a = s.lat_g .. '°'
if s.lat_m then
a = a .. s.lat_m .. '′'
end
if s.lat_s then
a = a .. s.lat_s .. '″'
end
a = a .. s.lat_NS
a = a .. ',' .. s.long_g .. '°'
if s.long_m then
a = a .. s.long_m .. '′'
end
if s.long_s then
a = a .. s.long_s .. '″'
end
a = a .. s.long_EW
return magic .. '[https://tools.wmflabs.org/geohack/geohack.php?language=sv' .. nn .. '¶ms=' .. params .. '_globe:' .. planet .. '_type:' .. typen .. ' ' .. a .. ']'
end
if options.label ~= '' then
return magic .. '[https://tools.wmflabs.org/geohack/geohack.php?language=sv' .. nn .. '¶ms=' .. params .. '_globe:' .. planet .. '_type:' .. typen .. ' ' .. options.label .. ']'
else
return magic .. '[https://tools.wmflabs.org/geohack/geohack.php?language=sv' .. nn .. '¶ms=' .. params .. '_globe:' .. planet .. '_type:' .. typen .. ']'
end
end
function getonly(claims, options)
local claims2 = {}
for i, j in pairs(claims) do
if j.mainsnak and j.mainsnak.snaktype == 'value' and j.mainsnak.datavalue and j.mainsnak.datavalue.value and j.mainsnak.datavalue.value.id then
local t = j.mainsnak.datavalue.value.id
local traff = false
local t2 = formatStatements( {property = (options.getonlyproperty or "P31"), entityId = t, noref = 'true', raw = 'true' })
if t2 and #t2 > 0 then
for k, state in pairs( t2 ) do
for j2, only in pairs(mw.text.split(options.getonly,',')) do
if state.item == only then
traff = true
end
end
end
end
if traff then
table.insert(claims2, j)
end
end
end
return claims2
end
function claimindex(claims, options)
local claims2 = {}
for j, index in pairs(mw.text.split(options.claimindex,',')) do
if tonumber(index) and #claims >= tonumber(index) then
table.insert(claims2, claims[tonumber(index)])
end
end
return claims2
end
function preferqualifier(claims, options)
local claims2 = {}
for i, statement in pairs( claims ) do
if statement.qualifiers and statement.qualifiers[options.preferqualifier:upper()] then
if options.preferqualifiervalue and options.preferqualifiervalue ~= '' then
local active = false
for k, t in pairs(mw.text.split(options.preferqualifiervalue,',')) do
for j, value in pairs(formatStatements({property=options.preferqualifier:upper(), raw = 'true'}, statement.qualifiers)) do
if value.item == t and not active then
table.insert( claims2, statement)
active = true
end
end
end
else
table.insert( claims2, statement)
end
end
end
return claims2
end
function versalisering(label, options)
local versalisering = options.versalisering
if options.firstversalisering and options.num == 1 then
versalisering = options.firstversalisering
end
if not versalisering or versalisering == '' then
return label
end
if versalisering == 'lcfirst' then
return mw.getCurrentFrame():preprocess("{{lcfirst: " .. label .. " }}")
elseif versalisering == 'ucfirst' then
return mw.language.getContentLanguage():ucfirst( label )
elseif versalisering == 'lc' then
return mw.getCurrentFrame():preprocess("{{lc: " .. label .. " }}")
elseif versalisering == 'uc' then
return mw.getCurrentFrame():preprocess("{{uc: " .. label .. " }}")
end
return label
end
function getqualifierbysortingproperty(claim, sortingproperty)
for k, v in pairs(sortingproperty) do
if claim.qualifiers and claim.qualifiers[v] and claim.qualifiers[v][1].snaktype == 'value' then
if claim.qualifiers[v][1].datavalue.value.time then
return claim.qualifiers[v][1].datavalue.value.time
else
return claim.qualifiers[v][1].datavalue.value
end
end
end
return nil
end
function getDate(claim, options)
local sortingproperty = sortingproperties
if type(options.sortingproperty) == 'table' then
sortingproperty = options.sortingproperty
elseif type(options.sortingproperty) == 'string' then
sortingproperty = {options.sortingproperty}
end
return getqualifierbysortingproperty(claim, sortingproperty)
end
function getDateArb(claim, options)
local sortingproperty = options.sortingproperty or 'P569'
if claim.mainsnak.snaktype == 'value' then
local item = getEntityIdFromValue( claim.mainsnak.datavalue.value )
return formatStatements({property = sortingproperty, entityId = item, enbarten = 'ja', sortbytime = 'chronological', noref = 'ja'})
end
end
function comparedates(a, b, options)
if a==nil and (options.sortnotimeas == 'maxtime') then a = '+9999-12-31T23:59:59Z' end
if b==nil and (options.sortnotimeas == 'maxtime') then b = '+9999-12-31T23:59:59Z' end
if a and b then
return a > b
elseif a then
return true
end
end
function getValue(claim, options)
local sortingproperty = sortingproperties
if type(options.sortingproperty) == 'table' then
sortingproperty = options.sortingproperty
elseif type(options.sortingproperty) == 'string' then
sortingproperty = {options.sortingproperty}
end
return getqualifierbysortingproperty(claim, sortingproperty)
end
function comparevalues(a,b)
if a and b then
return a > b
elseif a then
return true
end
end
function sortbyqualifier(claims, options)
if options.sortbytime then
table.sort(claims, function(a, b)
local timeA = getDate(a, options)
local timeB = getDate(b, options)
if options.sortbytime == 'inverted' then
return comparedates(timeB, timeA, options)
else
return comparedates(timeA, timeB, options)
end
end)
elseif options.sortbyvalue then
table.sort(claims, function(a, b)
local valueA = tonumber(getValue(a, options))
local valueB = tonumber(getValue(b, options))
if options.sortbyvalue == 'ascending' then
return comparevalues(valueB, valueA)
else
return comparevalues(valueA, valueB)
end
end)
end
return claims
end
function getPrio(claim, options)
local a = fallbackprio[claim.mainsnak.datavalue.value.language]
if not a then
return 0
end
return a
end
function sortbylanguage(claims, options)
if claims[1].mainsnak.datatype ~= 'monolingualtext' then
return claims
end
table.sort(claims, function(a, b)
local prioA = getPrio(a, options)
local prioB = getPrio(b, options)
if options.sortbytime == 'inverted' then
return comparedates(prioB, prioB, options)
else
return comparedates(prioA, prioB, options)
end
end)
return claims
end
function sortbyarb(claims, options)
table.sort(claims, function(a,b)
local timeA = getDateArb(a, options)
local timeB = getDateArb(b, options)
if options.sortbyarbitrary == 'inverted' then
return comparedates(timeB, timeA, options)
else
return comparedates(timeA, timeB, options)
end
end)
return claims
end
function getLabelFromFallBack( id )
local entity = {}
if type(id) == 'table' then
entity = id
id = entity.id
else
entity = getEntityFromId( id )
end
if not entity.labels then
return {value = '[[d:' .. id .. '|' .. id .. ']][[Kategori:Wikidatabaserade länkar som leder till sidor utan label]]', language = ''}
end
for k, v in pairs(fallback) do
if entity.labels[v] then
return {value = entity.labels[v].value, language = entity.labels[v].language}
end
end
-- Om inget fallback-språk finns av de i variabeln ovan, så används det först definierade i objektet
if entity.labels then
for v, k in pairs(entity.labels) do
return {value = k.value, language = k.language}
end
end
return {value = '-', language = ''}
end
function getEntityFromId( id )
if id and id ~= ''then
return mw.wikibase.getEntityObject( id )
else
return mw.wikibase.getEntityObject()
end
end
function getEntityIdFromValue( value )
if value['entity-type'] == 'item' then
return 'Q' .. value['numeric-id']
elseif value['entity-type'] == 'property' then
return 'P' .. value['numeric-id']
else
return formatError( 'unknown-entity-type' )
end
end
function formatError( key )
return '<span class="error">' .. i18n.errors[key] .. '</span>'
end
function formatStatements( options, ref )
local formattedStatements = {}
local claims = {}
if not options.property then
return formatError( 'property-param-not-provided' )
end
if type(ref) == 'table' then -- för de fall där funktionen anropas och alla claims redan finns i en tabell
claims = ref[options.property] or {}
else
--Get entity
local entity = nil
if options.entity and type( options.entity ) == "table" then
entity = options.entity
else
entity = getEntityFromId( options.entityId )
options.entity = entity
end
if not entity then
return '' --TODO error?
end
-- if property is given as Pxxx/Pyyy/..../Pzzz then
-- climb the property path and change entity successively for all P... except the last one.
-- only the first claim for each P... is considered
local props = mw.text.split(options.property:upper(),'/')
for i,prop in ipairs(props) do
if i<#props then
if entity.claims[prop] == nil then
return ''
end
options.entityId=entity.claims[prop][1]['mainsnak'].datavalue.value.id
if options.entityId == nil then
return ''
end
entity = getEntityFromId( options.entityId )
else
options.property=prop:upper()
end
end
if not entity.claims or not entity.claims[options.property:upper()] then
return '' --TODO error?
end
--Format statement and concat them cleanly
if options.rank == 'best' or not options.rank then
claims = entity:getBestStatements( options.property:upper() )
elseif options.rank == 'valid' then
for i, statement in pairs( entity.claims[options.property:upper()] ) do
if statement.rank == 'preferred' then
table.insert( claims, statement )
end
end
for i, statement in pairs( entity.claims[options.property:upper()] ) do
if statement.rank == 'normal' then
table.insert( claims, statement )
end
end
elseif options.rank == 'all' then
for i, statement in pairs( entity.claims[options.property:upper()] ) do
table.insert( claims, statement )
end
else
for i, statement in pairs( entity.claims[options.property:upper()] ) do
if statement.rank == options.rank then
table.insert( claims, statement )
end
end
end
if options.avoidqualifier then
local claims2 = {}
for i, statement in pairs( claims ) do
if not statement.qualifiers or not statement.qualifiers[options.avoidqualifier:upper()] then
table.insert( claims2, statement)
end
end
claims = claims2
end
if options.preferqualifier and options.preferqualifier ~= '' then
claims = preferqualifier(claims, options)
end
if options.avoidstringpattern and options.avoidstringpattern ~= '' then
local claims2 = {}
for i, statement in pairs( claims ) do
if statement.mainsnak.datavalue and statement.mainsnak.datavalue.type == 'string' then
if not (string.find(statement.mainsnak.datavalue.value,options.avoidstringpattern)) then
table.insert(claims2, statement)
end
else
table.insert(claims2, statement)
end
end
claims = claims2
end
--om det finns vissa statements som har en qualifier som säger "språk = svenska", ta bara med dessa
--alternativt om det finns statements som har en qualifier som säger "skriptsystem == latinska alfabetet"
if not options.langpref or options.langpref == '' then
local claims2 = {}
for i, statement in pairs( claims ) do
if statement.qualifiers and statement.qualifiers.P407 then
for k, v in pairs( statement.qualifiers.P407 ) do
if v.snaktype == 'value' and v.datavalue.value['numeric-id'] == 9027 then -- Q9027 = 'svenska'
table.insert( claims2, statement )
end
end
elseif statement.qualifiers and statement.qualifiers.P282 then
for k, v in pairs( statement.qualifiers.P282 ) do
if v.snaktype == 'value' and v.datavalue.value['numeric-id'] == 8229 then -- Q8229 = 'latinska alfabetet'
table.insert( claims2, statement )
end
end
end
end
if #claims2 > 0 then
claims = claims2
end
end
if #claims > 1 then
claims = sortbylanguage(claims, options)
end
if options.sortbytime == 'chronological' or options.sortbytime == 'inverted' or options.sortbyvalue == 'ascending' or options.sortbyvalue == 'descending' then
claims = sortbyqualifier(claims, options)
elseif options.sortbyarbitrary == 'chronological' or options.sortbyarbitrary == 'inverted' then
claims = sortbyarb(claims, options)
end
if options.getonly and options.getonly ~= '' then
claims = getonly(claims, options)
end
end
if options.claimindex and #claims > 0 then
claims = claimindex(claims, options)
end
if options.enbarten and options.enbarten ~= '' and #claims > 1 then
claims = {claims[1]}
end
local statementsraw = {}
if claims then
for i, statement in pairs( claims ) do
options.num = i
local stat = formatStatement( statement, options )
if stat then
local s = stat.value
local spostref = ''
local d = stat.datum
local tf = stat.tifr
local pr = stat.pr
local utgivort = stat.utgivort
local m = stat.mandatperiod
if s == '' then s = nil end
if s then
if m and options.withmandatperiod and options.withmandatperiod ~= '' then
s = s .. mw.text.tag('br') .. mw.text.tag('small', {}, m)
end
if d and options.withdate and options.withdate ~= '' then
s = s .. mw.text.tag('small', {}, ' (' .. d .. ')')
end
if d and options.dateonly and options.dateonly ~= '' then
s = d
end
if d == nil and options.dateonly and options.dateonly ~= '' then
s = '-'
end
if tf and options.withintervall and options.withintervall ~= '' then
if options.withintervallformat == 'Y' then
for i in mw.ustring.gmatch(tf,'">([^<]*)<',false) do
j = mw.ustring.gsub(mw.ustring.gsub(i,'"',''),'%-','%%-')
tf = mw.ustring.gsub(tf,j,mw.ustring.sub(j,1,4))
end
end
if options.withintervall == 'gift' then
s = s .. mw.text.tag('br') .. mw.text.tag('small', {}, '(g. ' .. tf .. ')')
else
s = s .. mw.text.tag('small', {}, ' (' .. tf .. ')')
end
end
if utgivort and options.withutgivort and options.withutgivort ~= '' then
if options.withutgivort == 'parantes och small' then
s = s .. ' ' .. mw.text.tag('small', {}, ' (' .. utgivort .. ')')
else
s = s .. ' ' .. utgivort
end
end
if options.getsimpleproperty == 'född' and pr and pr ~= '' then
s = s .. ' ' .. mw.text.tag('small', {}, '(f. ' .. pr .. ')')
end
if options.getsimpleproperty == 'parentes' and pr and pr ~= '' then
s = s .. ' ' .. mw.text.tag('span', {}, '(' .. pr .. ')')
end
if options.getsimpleproperty == 'avnågon' and pr and pr ~= '' then
s = s .. ' ' .. mw.text.tag('span', {}, ' av ' .. pr .. '')
end
if options.getsimpleproperty == '15px' and pr and pr ~= '' then
s = '[[File:' .. pr .. '|15px]] ' .. s
end
if options.grav and options.grav ~= '' then
if options.grav == 'coordonly' then
if stat.koord then
spostref = '<br/>' .. stat.koord
end
else
if stat.gravid then
spostref = '<br/>' .. stat.gravid
end
if stat.koord then
spostref = spostref .. '<br/>' .. stat.koord
end
end
end
if options.som and options.som ~= '' then
if stat.som then
if options.som == 'smallparentes' then
s = s .. ' ' .. mw.text.tag('small', {}, '(som ' .. stat.som .. ')')
elseif options.som == 'parentes' then
s = s .. ' (som ' .. stat.som .. ')'
else
s = s .. ' som ' .. stat.som
end
end
end
if type(ref) == 'table' then --Inte leta efter referenser om själva anropet görs från en referens
table.insert( formattedStatements, s .. spostref )
else
local t = formatReferencesNew( statement, options)
if t.flag then
table.insert( formattedStatements, s .. t.value .. spostref)
stat.ref = t.value
stat.refraw = t.refraw
stat.refquality = t.refquality
else
stat = nil
end
end
end
if stat then
table.insert(statementsraw, stat)
end
end
end
end
local tot = mw.text.listToText( formattedStatements, options.separator, options.conjunction )
if tot == '' then tot = nil end
if options.wdlink and options.wdlink ~= '' then
local dlink = ''
local wdlabel = 'WD'
if options.wdlinklabel and options.wdlinklabel ~= '' then
wdlabel = options.wdlinklabel
end
if options.entityId then
dlink = options.entityId .. '#' .. options.property
else
dlink = 'Special:ItemByTitle/svwiki/' .. mw.getCurrentFrame():getParent():getTitle() .. '#' .. options.property
end
if options.wdlink == 'sub' then
tot = tot .. ' ' .. mw.text.tag('sub', {}, '[[d:' .. dlink .. '|' .. wdlabel .. ']]')
elseif options.wdlink == 'sup' then
tot = tot .. ' ' .. mw.text.tag('sup', {}, '[[d:' .. dlink .. '|' .. wdlabel .. ']]')
elseif options.wdlink == 'small' then
tot = tot .. ' ' .. mw.text.tag('small', {}, '[[d:' .. dlink .. '|' .. wdlabel .. ']]')
else
tot = tot .. ' [[d:' .. dlink .. '|'.. wdlabel ..']][[Kategori:Wikidatatest4]]'
end
end
if options.raw and options.raw ~= '' then
return statementsraw
end
if options.numberofclaims and options.numberofclaims ~= '' then
return #formattedStatements
end
return tot
end
function formatReferencesNew( statement, options)
local limit = tonumber(options.sourcelimit) or 3
local reference = {}
local references = {}
local quality = 0 -- ingen källa alls
local flagga = false
local limitcounter = 0
local qualmax = 0
local qual2 = 0
if statement.references then
local cite = require('Modul:Cite')
for i, ref in pairs(statement.references) do
local items, s = {}, nil
qual2 = 100
if ref.snaks then
if ref.snaks.P248 then
for j, prop in pairs(ref.snaks.P248) do
if prop.snaktype=='value' then
table.insert(items, getEntityIdFromValue( prop.datavalue.value ))
end
end
end
if quality < 10 and (ref.snaks.P143 or ref.snaks.P4656) then
quality = 10 -- kvalite (importerad från)
end
if quality < 100 and not (ref.snaks.P143 or ref.snaks.P4656) then
quality = 100 -- källa finns och den är (förhoppningsvis) bättre än "importerad från".
end
if (options.noref and options.noref ~= '' and options.noref ~= 'noimport') or (options.noref == 'noimport' and (ref.snaks.P143 or ref.snaks.P4656)) then
--
else
s = cite.citeitem( items, ref.snaks, options )
if s == '' or not s then
s = 'Källangivelsen på Wikidata använder egenskaper (properties) som inte känns igen av Modul:Cite'
qual2 = 10
end
if (ref.snaks.P143 or ref.snaks.P4656) then
qual2 = 25 -- importerad från
end
if s then
for j, rr in pairs(redundanta) do
if s:match(rr) then
qual2 = 50
end
end
end
end
end
if s and s ~= '' then
-- ta bort unika koder med oklart syfte,
-- de gjorde att det blev Referensfel: Taggen <ref> är ogiltig; namnet "..." definieras flera gånger med olika innehåll
s=s:gsub('\"\`UNIQ.-QINU`\"','')
table.insert(reference, {value = s, name = ref.hash, qq = qual2})
end
if qual2 > qualmax then
qualmax = qual2
end
end
if (options.sources == 'required' and quality > 99) or (options.sources == 'basic' and quality > 9) or (not options.sources or options.sources == '') then
for i, ref in pairs(reference) do
if limitcounter < limit then
if options.norefrank and options.norefrank ~= '' then
table.insert(references, mw.getCurrentFrame():extensionTag( 'ref', ref.value, {name = ref.name}))
limitcounter = limitcounter + 1
else
if ref.qq >= qualmax then
table.insert(references, mw.getCurrentFrame():extensionTag( 'ref', ref.value, {name = ref.name}))
limitcounter = limitcounter + 1
end
end
end
end
flagga = true
else
flagga = false
end
else
if not options.sources or options.sources == '' then
flagga = true
end
end
return {value = table.concat(references), refquality = quality, refraw = reference, flag = flagga}
end
function formatStatement( statement, options )
if statement.type == 'statement' then
local s = formatSnak( statement.mainsnak, options )
if s and statement.qualifiers then
if statement.qualifiers.P574 then
s.dateoftaxpub = formatStatements({property = "P574", enbarten = 'true', noref = 'true', modifytime = options.modifyqualifiertime}, statement.qualifiers)
end
if statement.qualifiers.P585 then
s.datum = formatStatements({property = "P585", enbarten = 'true', noref = 'true', modifytime = options.modifyqualifiertime}, statement.qualifiers)
end
if statement.qualifiers.P625 then
if s.item then
local opt = options
opt.entity = mw.wikibase.getEntityObject( s.item )
local region = regional(opt)
s.koord = formatStatements({property = "P625", enbarten = 'true', noref = 'true', label = options.koordlabel, typen = options.koordtypen, primary = options.koordprimary, pagename=options.koordpagename, geodataparseronly = options.geodataparseronly, region = region}, statement.qualifiers)
else
s.koord = formatStatements({property = "P625", enbarten = 'true', noref = 'true', label = options.koordlabel, typen = options.koordtypen, primary = options.koordprimary, pagename=options.koordpagename, geodataparseronly = options.geodataparseronly}, statement.qualifiers)
end
end
if statement.qualifiers.P794 then
s.som = formatStatements({property = "P794", enbarten = 'true', noref = 'true'}, statement.qualifiers)
end
if statement.qualifiers.P965 then
s.gravid = formatStatements({property = "P965", noref = 'true'}, statement.qualifiers)
end
if statement.qualifiers.P405 then
local auktorer = {}
for i, j in pairs(statement.qualifiers.P405) do
if j.snaktype == 'value' then
local item = getEntityIdFromValue( j.datavalue.value )
local auktorsnamn = formatStatements({property = "P428", entityId = item, noref = 'ja', enbarten = 'ja'})
if auktorsnamn and auktorsnamn ~= '' then
table.insert(auktorer, formatEntityId(item, {label = auktorsnamn}).value)
else
table.insert(auktorer, formatEntityId(item, {}).value)
end
end
end
s.auktor = mw.text.listToText(auktorer, ', ', ' & ')
end
if s and (statement.qualifiers.P580 or statement.qualifiers.P582) then
local f = formatStatements({property = "P580", enbarten = 'true', noref = 'true', modifytime = options.modifyqualifiertime}, statement.qualifiers) or ''
local t = formatStatements({property = "P582", enbarten = 'true', noref = 'true', modifytime = options.modifyqualifiertime}, statement.qualifiers) or ''
s.tifr = f .. '–' .. t
end
if statement.qualifiers.P291 then
s.utgivort = formatStatements({property = "P291", noref = 'true', separator = options.qualifierseparator, conjunction = options.qualifierconjunction}, statement.qualifiers)
end
if statement.qualifiers.P2096 then
s.bildtext = formatStatements({property = "P2096", noref = 'true', langpref = (options.langpref or 'sv')}, statement.qualifiers)
end
if statement.qualifiers.P180 then
s.motiv = formatStatements({property = "P180", noref = 'true'}, statement.qualifiers)
end
if statement.qualifiers.P2937 then
s.mandatperiod = formatStatements({property = "P2937", noref = 'true'}, statement.qualifiers)
end
if s then
if options.qual1 and options.qual1 ~= '' and statement.qualifiers[options.qual1] then
s.qp1 = formatStatements({property = options.qual1, noref = 'true', separator = options.qualifierseparator, conjunction = options.qualifierconjunction}, statement.qualifiers)
end
if options.qual2 and options.qual2 ~= '' and statement.qualifiers[options.qual2] then
s.qp2 = formatStatements({property = options.qual2, noref = 'true', separator = options.qualifierseparator, conjunction = options.qualifierconjunction}, statement.qualifiers)
end
if options.qual3 and options.qual3 ~= '' and statement.qualifiers[options.qual3] then
s.qp3 = formatStatements({property = options.qual3, noref = 'true', separator = options.qualifierseparator, conjunction = options.qualifierconjunction}, statement.qualifiers)
end
if options.qual4 and options.qual4 ~= '' and statement.qualifiers[options.qual4] then
s.qp4 = formatStatements({property = options.qual4, noref = 'true', separator = options.qualifierseparator, conjunction = options.qualifierconjunction}, statement.qualifiers)
end
if options.qual5 and options.qual5 ~= '' and statement.qualifiers[options.qual5] then
s.qp5 = formatStatements({property = options.qual5, noref = 'true', separator = options.qualifierseparator, conjunction = options.qualifierconjunction}, statement.qualifiers)
end
end
end
return s
elseif not statement.type then
return formatSnak( statement, options )
end
return {value = formatError( 'unknown-claim-type' )}
end
function formatSnak( snak, options )
if snak.snaktype == 'somevalue' then
if options.somevalue then
if options.somevalue == '' then
return nil
else
return {value = options.somevalue}
end
end
return {value = i18n['somevalue']}
elseif snak.snaktype == 'novalue' then
if options.novalue then
if options.novalue == '' then
return nil
else
return {value = options.novalue}
end
end
return {value = i18n['novalue']}
elseif snak.snaktype == 'value' then
local s = formatDatavalue( snak.datavalue, options, snak.datatype )
if s and options.prefix and options.prefix ~= '' then
s.value = options.prefix .. s.value
end
if s and options.suffix and options.suffix ~= '' then
s.value = s.value .. options.suffix
end
if s and s.item and options.getsimpleproperty and options.getsimpleproperty ~= '' and options.getproperty and options.getproperty ~= '' then
local pr = formatStatements({property = options.getproperty, entityId = s.item, enbarten = options.getenbarten, noref = 'ja', modifytime = options.getmodifytime, raw = options.getraw})
if pr then s.pr = pr end
end
return s
else
return {value = formatError( 'unknown-snak-type' )}
end
end
function formatDatavalue( datavalue, options, datatype )
--Use the customize handler if provided
if options['value-module'] or options['value-function'] then
if not options['value-module'] or not options['value-function'] then
return {value = formatError( 'unknown-value-module' )}
end
local formatter = require ('Module:' .. options['value-module'])
if not formatter then
return {value = formatError( 'value-module-not-found' )}
end
local fun = formatter[options['value-function']]
if not fun then
return {value = formatError( 'value-function-not-found' )}
end
return {value = fun( datavalue.value, options )}
end
--Default formatters
if datatype == 'wikibase-item' then
local s = formatEntityId( getEntityIdFromValue( datavalue.value ), options )
s.item = getEntityIdFromValue( datavalue.value )
if options.relevans and options.relevans ~= '' then
if not mw.wikibase.sitelink( s.item ) then
return nil
end
end
return s
elseif datatype == 'string' or datatype == 'commonsMedia' or datatype == 'external-id' then
if options.pattern and options.pattern ~= '' then
local patter = formatStatements( {property = "P1630", entityId = options.property, enbarten = 'true', noref = 'true' })
if options.pattern == "auktoritetsdata" and patter and patter ~= '' then
return {value = formatFromPattern( datavalue.value, {pattern = patter} )}
elseif options.pattern == "auktoritetsdata2" and patter and patter ~= '' then
return {value = '[' .. formatFromPattern( datavalue.value, {pattern = patter} ) .. ' ' .. datavalue.value .. ']' }
else
if (options.pattern == "auktoritetsdata2") then
-- options.pattern blir sönderskriven(?) av funktionen getMost() i Modul:Cite
-- återställer till ett defaultvärde i detta fall när P1630 saknas för property och formatFromPattern annars kör i diket
options.pattern = '$1'
end
return {value = formatFromPattern( versalisering(datavalue.value, options), options )}
end
else
return {value = versalisering(datavalue.value, options), label = datavalue.value}
end
elseif datatype == 'time' then
local Time = require 'Module:Time'
local tid = Time.newFromWikidataValue( datavalue.value ):toHtml()
if options.modifytime == 'longdate' then
local mall = ''
if datavalue.value.precision >= 11 then
mall = '{{#time:j F Y|' .. string.gsub(datavalue.value.time,'-00','-01') .. '}}'
tid = mw.getCurrentFrame():preprocess(mall)
elseif datavalue.value.precision == 10 then
mall = '{{#time:F Y|' .. string.gsub(datavalue.value.time,'-00','-01') .. '}}'
tid = mw.getCurrentFrame():preprocess(mall)
elseif datavalue.value.precision == 9 then
mall = '{{#time:Y|' .. string.gsub(datavalue.value.time,'-00','-01') .. '}}'
tid = mw.getCurrentFrame():preprocess(mall)
end
elseif options.modifytime == 'longdatelink' then
local mall = ''
if datavalue.value.precision >= 11 then
mall = '{{#time:[[j F]] [[Y]]|' .. string.gsub(datavalue.value.time,'-00','-01') .. '}}'
tid = mw.getCurrentFrame():preprocess(mall)
elseif datavalue.value.precision == 10 then
mall = '{{#time:[[F]] [[Y]]|' .. string.gsub(datavalue.value.time,'-00','-01') .. '}}'
tid = string.gsub(mw.getCurrentFrame():preprocess(mall),'mars','mars (månad)|mars')
elseif datavalue.value.precision == 9 then
mall = '{{#time:[[Y]]|' .. string.gsub(datavalue.value.time,'-00','-01') .. '}}'
tid = mw.getCurrentFrame():preprocess(mall)
end
elseif options.modifytime == 'Y' then
local mall = ''
local thetime = datavalue.value.time
if string.sub(datavalue.value.time,1,1) == '-' then
thetime = string.sub(thetime,2)
mall = '{{#time:Y|' .. string.gsub(thetime,'-00','-01') .. '}}'
tid = mw.getCurrentFrame():preprocess(mall)..' f.Kr.'
else
mall = '{{#time:Y|' .. string.gsub(thetime,'-00','-01') .. '}}'
tid = mw.getCurrentFrame():preprocess(mall)
end
elseif options.modifytime == 'Ylink' then
local mall = '{{#time:[[Y]]|' .. string.gsub(datavalue.value.time,'-00','-01') .. '}}'
tid = mw.getCurrentFrame():preprocess(mall)
end
-- do not display time value if the precision is lower than lowesttimeprecision
if options.lowesttimeprecision and options.lowesttimeprecision ~= '' and datavalue.value.precision<tonumber(options.lowesttimeprecision) then
tid = ''
end
return {value = tid}
elseif datatype == 'globe-coordinate' then
return {value = koorder(datavalue.value, options), latitude = datavalue.value.latitude, longitude = datavalue.value.longitude, precision = datavalue.value.precision, globe = datavalue.value.globe:match('Q%d+')}
elseif datatype == 'quantity' then
local amount, unit = datavalue.value.amount, datavalue.value.unit
local amountR = formatera.newFromWikidataValueR(datavalue.value)
local orginal = datavalue.value
local amountsi, unitsi, unitrawsi, numbersi, valuesi= nil, nil, nil, nil, nil
local amountsiupperBound, amountsilowerBound = nil, nil
local amountconv, numberconv, unitconv, unitrawconv, valueconv = nil, nil, nil, nil, nil
if unit then
unit = unit:match('Q%d+')
end
local number = nil
datavalue.value.norounding = options.norounding
if options.noformatera and options.noformatera ~= '' then
number = formatera.newFromWikidataValueR(datavalue.value)
else
number = formatera.newFromWikidataValue(datavalue.value)
end
local unitraw = unit -- enheten som Qid
if unit then
unit = unithandle(unit, options) -- skickar tillbaka enheten i hanterbart format
if not options.antiloop and options.convertunit and options.convertunit ~= '' and options.convertunit ~= unitraw then
-- Av eknomiska skäl görs detta bara om konvertering efterfrågas och om den efterfrågade enheten inte är den som redan existerar
local a = formatStatements({property = 'P2370', entityId = unitraw, enbarten = 'true', noref = 'true', raw = 'true', antiloop = 'true'})
local b = formatStatements({property = 'P2370', entityId = options.convertunit, enbarten = 'true', noref = 'true', raw = 'true', antiloop = 'true'})
if a and b and #a > 0 and b and #b > 0 then
local orginalsi = multiplikation(datavalue.value, a[1], '*') -- multiplicera orginalet för att få fram SI-enheten
local orginalcv = multiplikation(orginalsi, b[1], '/') -- Dividera för att få fram den efterfrågade enheten
amountsi = orginalsi.amount
amountsiR = formatera.newFromWikidataValueR(orginalsi)
if options.noformatera and options.noformatera ~= '' then
numbersi = amountsi
else
local lang = mw.language.new( 'sv' )
numbersi = lang:formatNum(tonumber(amountsi))
end
unitsi = a[1].unit
unitrawsi = a[1].unitraw
valuesi = numbersi .. ' ' .. (unitsi or '')
amountconv = orginalcv.amount
amountconvR = formatera.newFromWikidataValueR(orginalcv)
if options.noformatera and options.noformatera ~= '' then
numberconv = formatera.newFromWikidataValueR(orginalcv)
else
numberconv = formatera.newFromWikidataValue(orginalcv)
end
unitrawconv = options.convertunit
unitconv = unithandle(options.convertunit, options)
upperBoundconv, lowerBoundconv = orginalcv.upperBound, orginalcv.lowerBound
if options.withoutunit and options.withoutunit ~= '' then
valueconv = numberconv
else
valueconv = numberconv .. ' ' .. (unitconv or '')
end
return {value = valueconv, amount = amountconv, amountR = amountconvR, upperBound = upperBoundconv, lowerBound = lowerBoundconv, unit = unitconv, unitraw = unitrawconv, valuesi = valuesi, amountsi = amountsi, amountsiR = amountsiR, unitrawsi = unitrawsi, unitsi = unitsi}
else
return {value = number .. ' ' .. (unit or '') .. ' ' .. formatError( 'non-convertible unit') .. '[[Kategori:Wikidata:Påståenden som inte går att konvertera]]', amount = amount, amountR = amountR, upperBound = datavalue.value.upperBound, lowerBound = datavalue.value.lowerBound, unit = unit, unitraw = unitraw, cat = cat, valuesi = valuesi, amountsi = amountsi, amountsiR = amountsiR, unitrawsi = unitrawsi, unitsi = unitsi}
end
end
end
if options.withoutunit and options.withoutunit ~= '' then
return {value = number, amount = amount, amountR = amountR, upperBound = datavalue.value.upperBound, lowerBound = datavalue.value.lowerBound, unit = unit, unitraw = unitraw, valuesi = valuesi, amountsi = amountsi, unitrawsi = unitrawsi, unitsi = unitsi}
else
return {value = number .. ' ' .. (unit or ''), amount = amount, amountR = amountR, upperBound = datavalue.value.upperBound, lowerBound = datavalue.value.lowerBound, unit = unit, unitraw = unitraw, valuesi = valuesi, amountsi = amountsi, unitrawsi = unitrawsi, unitsi = unitsi}
end
elseif datatype == 'url' then
if options.label and options.label ~= '' then
return {value = '[' .. datavalue.value .. ' ' .. options.label .. ']'}
else
return {value = datavalue.value}
end
elseif datatype == 'monolingualtext' then
local texten = versalisering(datavalue.value.text, options)
if not options.langpref or options.langpref == '' then
return {value = mw.text.tag('span', {title = mw.language.fetchLanguageName(datavalue.value.language, 'sv')}, texten), text = texten}
else
if options.langpref == datavalue.value.language then
return {value = texten, text = texten}
end
end
elseif datatype == 'geo-shape' and datavalue and datavalue.type and datavalue.type == "string" then
return { value = datavalue.value }
else
return {value = formatError( 'unknown-datatype' )}
end
end
function formatEntityId( entityId, options )
local label = options.label or mw.wikibase.label( entityId )
if label == '' then
label = mw.wikibase.label( entityId ) or nil
end
if options.labelformatter and options.labelformatter ~= '' then
local formatter = require ('Module:Wikidata2/Aux2')
local fun = formatter[options.labelformatter]
if fun then
label = fun(label, options)
end
end
if options.labelgender and options.labelgender ~= '' then
local labelgenus = formatStatements({property=(options.labelgenderproperty or 'P1549'), entityId=entityId, langpref = (options.labelgenderlangpref or 'sv'), preferqualifier = (options.labelgenderqualifier or 'P518'), preferqualifiervalue = options.labelgender, noref='true', versalisering = options.versalisering, firstversalisering = options.firstversalisering})
if labelgenus and labelgenus ~= '' then
label = labelgenus
end
end
if options.kortnamn and options.kortnamn ~= '' then
local kortnamn = formatStatements({property='P1813', entityId = entityId, enbarten = 'ja', noref = 'ja'})
if kortnamn and kortnamn ~= '' then
label = kortnamn
end
end
if options.labelfromnameproperty and options.labelfromnameproperty ~= '' then
local newlabel = namefordate(options)
if newlabel and newlabel ~= '' then label = newlabel end
end
local link = mw.wikibase.sitelink( entityId )
if link and (not options.nolink or options.nolink == '') then
if label and label ~= '' then
return {value = '[[:' .. link .. '|' .. versalisering(label, options) .. ']]', label = label }
else
return {value = '[[:' .. versalisering(link, options) .. ']]', label = link }
end
else
if label then
return {value = versalisering(label, options), label = label}
else
local s = getLabelFromFallBack( entityId )
local l = mw.language.fetchLanguageName(s.language, 'sv')
if not l or l == '' then
l = 'okänt språk'
end
if s then
return {value = mw.text.tag('span', {title = l, ['data-q'] = entityId, class='modulwikidata2_missingswedishlabel'}, versalisering(s.value, options) ), cat = 'Wikidataetiketter på ' .. l, label = s.value }
end
end
return {value = entityId, cat = 'som har labels med Qid', label = entityId}
end
end
function formatFromPattern( str, options )
-- Escape any % in str with another % before using it as replacement in gsub
str = string.gsub( str, '%%', '%%%%' )
return mw.ustring.gsub( options.pattern, '$1', str) .. '' --Hack to get only the first result of the function
end
local p = {}
function p.formatEntityId( entityId, options )
return formatEntityId( entityId, (options or {}) )
end
function p.formatStatements( frame, key )
local args = frame.args
--If a value if already set, use it
if args.value and args.value ~= '' then
return args.value
end
return formatStatements( frame.args, key )
end
function p.formatStatementsFromLua( options, key )
--If a value if already set, use it
if options.value and options.value ~= '' then
return options.value
end
local s = formatStatements( options, key )
if s == '' then
s = nil
end
return s
end
-- Return the site link (for the current site) for a given data item.
function p.getSiteLink( frame )
if frame.args[1] == nil then
entity = mw.wikibase.getEntityObject()
if not entity then
entity = mw.wikibase.getEntityObject(frame.args[1])
end
id = entity.id
else
id = frame.args[1]
end
return mw.wikibase.sitelink( id )
end
local function defaultLabel(entity, lang, displayformat) -- label when no label is available
if entity and displayformat == 'id' then
return entity.id
end
return formatError('no-label')
end
function p._getLabel(entity, lang, default)
if not entity then
return nil
end
if type(entity) ~= 'table' then
entity = p.getEntity(entity)
end
if entity and entity.labels then
if entity.labels[lang] then
return entity.labels[lang].value
end
if entity.labels["sv"] then
return entity.labels["sv"].value
else
for i, lg in pairs(fallback) do
if entity.labels[lg] then
return entity.labels[lg].value
end
end
end
end
return defaultLabel(entity, lang, default)
end
function p.getEntity( val )
if type(val) == 'table' then
return val
end
return mw.wikibase.getEntityObject(val)
end
-- Simple for simple templates like {{Q|}}}
function p.getLabel(frame)
local args = frame.args
local entity = args.entity
local lang = args.lang
if lang == '' then
lang = defaultlang
end
if string.sub(entity, 1, 10) == 'Property:P' then
entity = string.sub(entity, 10)
elseif (string.sub(entity, 1, 1) ~= 'P' and string.sub(entity, 1, 1) ~= 'Q') or (not tonumber(string.sub(entity, 2))) then
return formatError('invalid-id')
end
if not args.link or args.link == '' then -- by default: no link
args.link = '-'
end
if args.link == '-' then
return p._getLabel(entity, lang) or formatError('invalid-id')
else
return p.formatEntity(entity, args)
end
end
-- This is used to get the TA98 (Terminologia Anatomica first edition 1998) values like 'A01.1.00.005' (property P1323)
-- which are then linked to http://www.unifr.ch/ifaa/Public/EntryPage/TA98%20Tree/Entity%20TA98%20EN/01.1.00.005%20Entity%20TA98%20EN.htm
-- uses the newer mw.wikibase calls instead of directly using the snaks
-- formatPropertyValues returns a table with the P1323 values concatenated with ", " so we have to split them out into a table in order to construct the return string
p.getTAValue = function(frame)
local ent = mw.wikibase.getEntityObject()
local props = ent:formatPropertyValues('P1323')
local out = {}
local t = {}
for k, v in pairs(props) do
if k == 'value' then
t = mw.text.split( v, ", ")
for k2, v2 in pairs(t) do
out[#out + 1] = "[http://www.unifr.ch/ifaa/Public/EntryPage/TA98%20Tree/Entity%20TA98%20EN/" .. string.sub(v2, 2) .. "%20Entity%20TA98%20EN.htm " .. v2 .. "]"
end
end
end
ret = table.concat(out, "<br> ")
if #ret == 0 then
ret = "Invalid TA"
end
return ret
end
p.commonscat_WD = function(frame) -- används av mallen commonscat_WD
local res = ''
local item = mw.wikibase.getEntityObject()
local qid = frame:getParent().args[1]
if qid then item = mw.wikibase.getEntityObject(qid) end
if item and p.formatStatementsFromLua({property="p373",noref="ja",entityId=item.id}) then
res = '* [[Fil:Commons-logo.svg|15px|länk=]] Wikimedia Commons har media som rör ' .. p.formatStatementsFromLua({property="p373",noref="ja",pattern="[[:Commons:Category:$1|$1]]",entityId=item.id})..'.'
end
return res
end
p.getEntityIdForCurrentPage = function(frame)
return mw.wikibase.getEntityIdForCurrentPage()
end
p.getcoord = function(frame)
local qid = frame.args['qid'] or ''
local what = frame.args['what'] or ''
local item = mw.wikibase.getEntityObject(qid)
local claims = item:getBestStatements( 'P625' )
if what == 'lat' then
return claims[1].mainsnak.datavalue.value.latitude
end
if what == 'long' then
return claims[1].mainsnak.datavalue.value.longitude
end
return ''
end
p.getcoordfromproperty = function(frame)
local qid = frame.args['qid'] or mw.wikibase.getEntityIdForCurrentPage() or ''
if qid == '' then
return ''
end
local what = frame.args['what'] or ''
local property = frame.args['property'] or ''
local item = mw.wikibase.getEntityObject(qid)
if item['claims'] and item['claims'][property] and item['claims'][property][1]['qualifiers'] and item['claims'][property][1]['qualifiers']['P625']then
if what=='lat' then return item['claims'][property][1]['qualifiers']['P625'][1].datavalue.value.latitude end
if what=='long' then return item['claims'][property][1]['qualifiers']['P625'][1].datavalue.value.longitude end
return ''
else
return ''
end
end
p.averagepropertyvalue = function(frame)
-- property is given as Pwww/Pxxx/..../Pyyy/Pzzz (at least two parts)
-- all properties except the last one should return wikibase items
-- climb the property path and change entity successively for all P... except the last two.
-- only the first claim for each P... is considered
-- finally get the values for the last property (Pzzz) for all values (objects) of Pyyy and return the average value
-- ranks are not considered
-- claims with a qualifier corresponding to the argument 'avoidqalifier' is not included in the average
local options = frame.args
local what = frame.args['what']
local avoidqualifier = frame.args['avoidqualifier']
local entityId = frame.args['qid'] or mw.wikibase.getEntityIdForCurrentPage() or ''
if entityId == '' then return '' end
entity = getEntityFromId( entityId )
local property = frame.args['property']
if property == nil then return '' end
local props = mw.text.split(property:upper(),'/')
for i,prop in ipairs(props) do
if i<#props-1 then
if entity.claims[prop] == nil then return '' end
entityId=entity.claims[prop][1]['mainsnak'].datavalue.value.id
if entityId == nil then return '' end
entity = getEntityFromId( entityId )
end
if i == #props-1 then theobjects = prop end -- the second last property
if i == #props then theprop = prop end -- the very last property
end
local summa = 0
local n = 0
res = ''
if entity.claims[theobjects] == nil then return '' end
for i,v in ipairs(entity.claims[theobjects]) do
if v['mainsnak'].datatype ~= 'wikibase-item' then return '' end
if v['qualifiers'] == nil or v['qualifiers'] and v['qualifiers'][avoidqualifier] == nil then
entityterm = getEntityFromId(v['mainsnak'].datavalue.value.id)
if entityterm.claims[theprop] == nil then return '' end
if entityterm.claims[theprop][1].mainsnak.datatype == 'quantity' then
n = n + 1
summa = summa + tonumber(entityterm.claims[theprop][1].mainsnak.datavalue.value.amount)
res = summa/n
elseif entityterm.claims[theprop][1].mainsnak.datatype == 'globe-coordinate' then
if what=='lat' then
n = n + 1
summa = summa + entityterm.claims[theprop][1].mainsnak.datavalue.value.latitude
res = summa/n
elseif what=='long' then
n = n + 1
summa = summa + entityterm.claims[theprop][1].mainsnak.datavalue.value.longitude
res = summa/n
else
return ''
end
else
--TODO, not yet implemented
return ''
end
end
end
return res
end
return p