Module:Adresse

local formats = require "Module:Adresse/Formats"

local p = {} local wikidata = require "Module:Interface Wikidata".fromLua local linguistic = require "Module:Linguistique" local countrymodule = require "Module:Country data"

local function getCountry(item) -- get country id for formatting return wikidata.formatStatements{property = 'P17', entity = item, displayformat = 'raw', numvals = 1} end

local function numberFromClaim(claim) -- récupère le numéro de l'immeuble à partir d'un qualificatif P670 d'une affirmation Wikidata if not claim.qualifiers or not claim.qualifiers.P670 then return nil end local vals = {} for i, j in pairs(claim.qualifiers.P670) do table.insert(vals, wikidata.formatSnak(j)) end return table.concat(vals, '-') end

local function directionFromClaim(claim, area) -- par exemple rue Sherbrooke Ouest if not claim.qualifiers or not claim.qualifiers.P560 then return nil end local str = for i, snak in pairs(claim.qualifiers.P560) do local directionlabels = area.directions or formats.default.directions str = str .. wikidata.formatSnak(snak, {speciallabels = directionlabels}) end return str end

local function streetFromClaims(claim) -- réupère le nom de la rue à partir d'une affirmation P669 Wikidata return wikidata.formatStatement(claim) end

local function formatStreet(streetname, housenumber, direction, displayformat) local val = displayformat.streetline or formats.default.streetline val = mw.ustring.gsub(val, '$number', housenumber or ) val = mw.ustring.gsub(val, '$street', streetname or ) val = mw.ustring.gsub(val, '$direction', direction or ) return val end

local function wikidatastreet(claim, area) --formate des données sur la rue à partir d'une affirmation Wikidata local streetname = streetFromClaims(claim, area) local housenumber = numberFromClaim(claim, area) local direction = directionFromClaim(claim, area) return formatStreet(streetname, housenumber, direction, area) end

function p.streetAddress(item, area) -- formate la ligne concernant la rue et le numéro de rue local streets -- châine contenant le ou les rues et numéros d'immeuble area = area or formats[getCountry(item)]

-- essaye de remplir street, en priorité avec P669, type : élément local streetclaims = wikidata.getClaims{entity = item, property = 'P669'} if streetclaims then for i, j in pairs(streetclaims) do streetclaims[i] = wikidatastreet(j, area) end streets = mw.text.listToText(streetclaims) streets = wikidata.formatAndCat{value = streets, entity = item, property = 'P669'} end -- sinon : P969, type : string if not streets then streets = wikidata.formatAndCat{property = 'P969', entity = item} end return streets end

function p.adminDivList(item, country) -- returns a list of admin divisions matching the criteria defined in Module:Adresse/Formats country = country or getCountry(item) local query = {entity = place, property = 'P131'} local divs = wikidata.transitiveVals(item, query, 0, 10, country)

-- solution 1: looks for divs of a certain type local function setValue(targetclasses, depth) local test = {} for _, d in pairs(divs) do for j, divtype in pairs(targetclasses) do if wikidata.isInstance(divtype, d, 3) then -- restrain list to new value, will be expanded only if needed divs = {d} return d end end end if depth >= 0 then local num = #divs divs = wikidata.addVals(divs, query, 0, 10, country) if #divs > num then return setValue(targetclasses, depth) end end end

-- solution2: looks for divs that are part of a closed list (way more efficient for big items) local function findInList(list, depth) for i, j in pairs(divs) do for k, l in pairs(list) do if j == l then divs = {l} return l end end end if depth >= 0 then local num = #divs divs = wikidata.addVals(divs, query, 0, 10, country) if #divs > num then return findInList(list, depth) end end end

displayformat = formats[country] or formats.default local maxdepth = 3 if not divs then return nil end local validDivs = {}

if displayformat.div1 then local val = setValue(displayformat.div1, maxdepth) if val and val ~= validDivs[#validDivs] then table.insert(validDivs, val) end end

if displayformat.div2 then local val = setValue(displayformat.div2, maxdepth) if val and val ~= validDivs[#validDivs] then table.insert(validDivs, val) end elseif displayformat.div2vals then local val = findInList(displayformat.div2vals, 1) if val and val ~= validDivs[#validDivs] then table.insert(validDivs, val) end end

if displayformat.div3 then local val = setValue(displayformat.div3, maxdepth) if val and val ~= validDivs[#validDivs] then table.insert(validDivs, val) end elseif displayformat.div3vals then local val = findInList(displayformat.div3vals, 0) if val and val ~= validDivs[#validDivs] then table.insert(validDivs, val) end end

return validDivs end

function p.cityLine(item, country, divlist) -- line with list of admin divisions + optional postcode country = country or getCountry(item)

local postcode = wikidata.formatStatements{entity = item, property = 'P281'} or local divstr =

divlist = divlist or p.adminDivList(item, country) if not divlist then-- add a maintenance category ? end for i, j in pairs(divlist) do divlist[i] = wikidata.formatEntity(j) end local divstr = linguistic.conj(divlist, 'comma')

local str = formats[country].cityline or formats.default.cityline str = str:gsub("$postcode", postcode or ) str = str:gsub("$admindivs", divstr or ) return str end

function p.fullAddress(item, country, divs)

-- country id used for formatting country = country or getCountry(item) local displayformat = formats[country] or formats.default

-- line 1 street local streetline = p.streetAddress(item, country)

-- line 2: administrative divisions, postcodes local cityline = p.cityLine(item, country, divs)

if mw.text.trim(cityline) == then cityline = nil end

-- line 3: country local countryline = countrymodule.standarddisplay(country) or wikidata.formatStatements{entity = entity, property = 'P17'}

return linguistic.conj({streetline, cityline, countryline}, '
') end

function p.wikidataAddress(item, country) -- fonction de transition local area = formats[country] or formats.default local val = p.streetAddress(item, area) if val then return val .. end end return p