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Modul:Wikidata: Unterschied zwischen den Versionen

Modul:Wikidata (Quelltext anzeigen)

Version vom 6. Februar 2021, 11:46 Uhr

4.927 Bytes hinzugefügt ,  6. Februar 2021
Modul aktualisiert nach https://de.wikipedia.org/wiki/Modul:Wikidata vom 06.01.2021, Autoren siehe https://de.wikipedia.org/w/index.php?title=Modul:Wikidata&action=history
(Aktualisierung Modul nach https://de.wikipedia.org/wiki/Modul:Wikidata , Autoren siehe https://de.wikipedia.org/w/index.php?title=Modul:Wikidata&action=history)
(Modul aktualisiert nach https://de.wikipedia.org/wiki/Modul:Wikidata vom 06.01.2021, Autoren siehe https://de.wikipedia.org/w/index.php?title=Modul:Wikidata&action=history)
 
Zeile 12: Zeile 12:
["property-not-found"] = "Eigenschaft nicht gefunden.",
["property-not-found"] = "Eigenschaft nicht gefunden.",
["entity-not-found"] = "Wikidata-Eintrag nicht gefunden.",
["entity-not-found"] = "Wikidata-Eintrag nicht gefunden.",
["entity-not-valid"] = "Die an die Wikidata-Schnittstelle übergebene Item-ID ist nicht gültig.",
["unknown-claim-type"] = "Unbekannter Aussagentyp.",
["unknown-claim-type"] = "Unbekannter Aussagentyp.",
["unknown-entity-type"] = "Unbekannter Entity-Typ.",
["unknown-entity-type"] = "Unbekannter Entity-Typ.",
Zeile 18: Zeile 19:
["invalid-parameters"] = "Ungültige Parameter.",
["invalid-parameters"] = "Ungültige Parameter.",
["module-not-loaded"] = "Loading of additional module failed."
["module-not-loaded"] = "Loading of additional module failed."
},
["maintenance-pages"] =
{
["entity-not-found"] = "Wikidata/Wartung/Fehlendes Datenobjekt",
["entity-not-valid"] = "Wikidata/Wartung/Ungültige Datenobjekt-Identifikationsnummer",
["property-not-existing"] = "Wikidata/Wartung/Eigenschaft existiert nicht"
},
},
["datetime"] =
["datetime"] =
Zeile 389: Zeile 396:
function formatReference(ref)
function formatReference(ref)
-- "imported from"-references are useless, skip them:
-- "imported from"-references are useless, skip them:
if ref["P143"] then return nil end
if ref["P143"] or ref["P4656"] then return nil end
-- load [[Modul:Zitation]]
-- load [[Modul:Zitation]]
Zeile 395: Zeile 402:
if type(r) == "table" then
if type(r) == "table" then
Zitation = r.Zitation()
Zitation = r.Zitation()
-- clear Zitation state from previous invocations
Zitation.o = nil
end
end
-- assert (ZitationSuccess, i18n["errors"]["module-not-loaded"])
-- assert (ZitationSuccess, i18n["errors"]["module-not-loaded"])
Zeile 441: Zeile 450:
local URLutil = Zitation.fetch("URLutil")
local URLutil = Zitation.fetch("URLutil")
Zitation.fill("bas", "Titel", URLutil.getHost(ref["P854"]))
Zitation.fill("bas", "Titel", URLutil.getHost(ref["P854"]))
elseif not (ref["P1476"]) then
Zitation.fill("bas", "Titel", ref["P854"])
end
end
refFormatted, f = Zitation.format()
refFormatted, f = Zitation.format()
return refFormatted
return refFormatted, f
end
end


Zeile 465: Zeile 472:
end
end
end
end
local formattedRef = formatReference(refTable)
local formattedRef, f = formatReference(refTable)
if formattedRef then result = result .. frame:extensionTag("ref", formattedRef) end
-- log errors that occur during formatting
if f then
mw.log(f)
end
if formattedRef and formattedRef ~= "" then
local hash = mw.hash.hashValue('fnv164', formattedRef)
result = result .. frame:extensionTag("ref", formattedRef, { name = '_' .. hash })
end
end
end
return result
return result
Zeile 483: Zeile 497:


local function qualifierhasvalue(claim, property, value)
local function qualifierhasvalue(claim, property, value)
-- TODO: not yet documented!
if not claim.qualifiers then return false end
if not claim.qualifiers then return false end
if not claim.qualifiers[property] then return false end
if not claim.qualifiers[property] then return false end
Zeile 536: Zeile 551:


return true
return true
end
local function notdeprecated(claim, sourceproperty)
  return not (claim.rank == "deprecated")
end
end


Zeile 556: Zeile 575:
filter('hassource', hassource)
filter('hassource', hassource)
filter('atdate', atdate)
filter('atdate', atdate)
if not frame.args.includedeprecated then
frame.args.notdeprecated = true
    filter('notdeprecated', notdeprecated)
    end
-- use additional unnamed parameters as qualifier conditions (in pairs)
-- not yet documented!
-- TODO: not sure if this is good approach. Maybe use named parameter that has pairs split by semicolon
for key, val in pairs(frame.args) do
for key, val in pairs(frame.args) do
if type(key) == "number" and key > 2 and key % 2 == 1 then
if type(key) == "number" and key > 2 and key % 2 == 1 then
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local references = frame.args["references"]
local references = frame.args["references"]
local sort = frame.args["sort"]
local sort = frame.args["sort"]
local sortEmptiesFirst = frame.args["sortEmptiesFirst"]
local sortInItem = frame.args["sortInItem"]
local sortInItem = frame.args["sortInItem"]
local inverse = frame.args["inverse"]
local inverse = frame.args["inverse"]
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-- get wikidata entity
-- get wikidata entity
if id then
if not mw.wikibase.isValidEntityId(id) then
if showerrors then
return printError("entity-not-valid")
else
local temp = mw.title.new(i18n["maintenance-pages"]["entity-not-valid"], "Modul").exists
return default
end
elseif not mw.wikibase.entityExists(id) then
if showerrors then
return printError("entity-not-found")
else
local temp = mw.title.new(i18n["maintenance-pages"]["entity-not-found"], "Modul").exists
return default
end
end
end
local entity = mw.wikibase.getEntity(id)
local entity = mw.wikibase.getEntity(id)
if not entity then
if not entity then
if showerrors then return printError("entity-not-found") else return default end
if showerrors then return printError("entity-not-found") else return default end
end
end
-- check if property exists
local realProp = mw.wikibase.resolvePropertyId(property)
if not realProp then
local temp = mw.title.new(i18n["maintenance-pages"]["property-not-existing"], "Modul").exists
end
-- fetch the first claim of satisfying the given property
-- fetch the first claim of satisfying the given property
local claims
local claims
if entity.claims then claims = entity.claims[mw.wikibase.resolvePropertyId(property)] end
if entity.claims then claims = entity.claims[realProp] end
if not claims or not claims[1] then
if not claims or not claims[1] then
if showerrors then return printError("property-not-found") else return default end
if showerrors then return printError("property-not-found") else return default end
Zeile 660: Zeile 712:
local comparator
local comparator
if sort then
if sort then
-- sort by time qualifier
comparator = function(a, b) --comparator function for sorting statements based on qualifier value
comparator = function(a, b)
-- load qualifier values
local timea = getQualifierSortValue(claims[a], sort)
local QualifierSortValueA = getQualifierSortValue(claims[a], sort)
local timeb = getQualifierSortValue(claims[b], sort)
local QualifierSortValueB = getQualifierSortValue(claims[b], sort)
if type(timea) ~= type(timeb) and not (tonumber(timea) and tonumber(timeb)) then
if tonumber(timea) then return true
-- if either of the two statements does not have this qualifer:
elseif tonumber(timeb) then return false
---- if sortEmptiesFirst=true: sort it to the beginning
elseif tostring(timea) and tostring(timeb) then
---- else: always sort it to the end
if inverse then return tostring(timea) > tostring(timeb) else return tostring(timea) < tostring(timeb) end
if not QualifierSortValueB then
if not QualifierSortValueA then
-- if neither of the two statements has this qualifier, arbitrarily but consistently return a < b
return a < b
elseif sortEmptiesFirst then
return false
else
return true
end
elseif not QualifierSortValueA then
if sortEmptiesFirst then return true else return false end
end
if type(QualifierSortValueA) ~= type(QualifierSortValueB) and not (tonumber(QualifierSortValueA) and tonumber(QualifierSortValueB)) then
if tonumber(QualifierSortValueA) then return true
elseif tonumber(QualifierSortValueB) then return false
elseif tostring(QualifierSortValueA) and tostring(QualifierSortValueB) then
if inverse then return tostring(QualifierSortValueA) > tostring(QualifierSortValueB) else return tostring(QualifierSortValueA) < tostring(QualifierSortValueB) end
else return false end -- different types, neither numbers nor strings, no chance to compare => random result to avoid script error
else return false end -- different types, neither numbers nor strings, no chance to compare => random result to avoid script error
elseif tonumber(timea) and tonumber(timeb) then
elseif tonumber(QualifierSortValueA) and tonumber(QualifierSortValueB) then
timea = tonumber(timea)
QualifierSortValueA = tonumber(QualifierSortValueA)
timeb = tonumber(timeb)
QualifierSortValueB = tonumber(QualifierSortValueB)
end
end
if inverse then
if inverse then
return timea > timeb
return QualifierSortValueA > QualifierSortValueB
else
else
return timea < timeb
return QualifierSortValueA < QualifierSortValueB
end
end
end
end
Zeile 738: Zeile 807:


local claim = claims[sortindices[1]]
local claim = claims[sortindices[1]]
if language and claim.mainsnak.datatype == "monolingualtext" then
if language == "Q" then
result, error = "Q" .. getSnakValue(getQualifierSnak(claim), "numeric-id")
elseif language and claim.mainsnak.datatype == "monolingualtext" then
-- iterate over claims to find adequate language
-- iterate over claims to find adequate language
for idx, claim in pairs(claims) do
for idx, claim in pairs(claims) do
Zeile 853: Zeile 924:
if entity then return "<pre>" .. mw.text.jsonEncode(entity, mw.text.JSON_PRETTY) .. "</pre>" end
if entity then return "<pre>" .. mw.text.jsonEncode(entity, mw.text.JSON_PRETTY) .. "</pre>" end
end
end
-- formfill Template:Coordinate (NS, EW, name from WikidataEntity) and expand it
-- füllt Vorlage:Coordinate (NS, EW, name mit Wikidata-Werten) + expandiert sie
--  1st frame.arg                            .. Q prefixed entity id (mandatory)
--  named frame.arg "type", "region", "text" .. see doc of 'Coordinate' template
function p.ffCoordinate(frame)
local f = frame
local id = f.args[1] or f.args.Q
local name = f.args.name or p.labelIn{ args = { nil, id, id = id }}
local coord = mw.text.split(p.claim{ args = { "P625", id, id = id }}, '/')
coord[1] = tonumber(coord[1])
coord[2] = tonumber(coord[2])
local t, r = f.args.type, f.args.region
if not t
then t = p.claim{ args = { "P31", id, id = id, language = "Q" }}
t = t and t:gsub("Q.*", {
Q8502  = "mountain",
Q54050 = "landmark"
})
if not t or t and t:find("Q", 1, true)
then t="" -- no default, let Coordinate warn about unset type= param
end
end
if not r
then r = p.claim{ args = { "P17", id, id = id, language = "Q" }}
r = r and p.claim{ args = { "P297", r, id = r }}
if not r
then r="" -- no default, let Coordinate warn about unset region= param
end
end
return ('<span data-sort-value="%010.6f"></span>'):format((f.args.sortkey
or "EW"):find("EW", 1, true) and coord[2]+360.0 or coord[1]+180.0
) .. f:expandTemplate{ title = 'Coordinate', args = {
NS = coord[1], EW = coord[2], type = t, region = r,
text = f.args.text or (f.args.maplink and "ICON0" or "/"),
name = name, simple = f.args.simple
}} .. (not f.args.maplink and "" or (" " ..
--f:callParserFunction{ name="#statements", args={ "P625", from = id } }
f:callParserFunction{ name="#tag:maplink", args={ "",
class = "no-icon", text = f.args.mlname and name,
zoom = 12, latitude = coord[1], longitude = coord[2]
}}
))
end
function p.ffCoordinateAndLatLonMaplink(frame)
frame.args.maplink = 1
--frame.args.mlname = nil
return p.ffCoordinate(frame)
end
function p.ffCoordinateAndMaplink(frame)
frame.args.maplink = 1
frame.args.mlname = 1
return p.ffCoordinate(frame)
end


return p
return p
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