Module:Location map/multi/sandbox

require('strict')

local p = {}

local getArgs = require('Module:Arguments').getArgs local locmap = require('Module:Location map/sandbox')

local function switcherSeparate(s) if s == nil then return {} end local retval = {} for i in string.gmatch(s .. '#', '([^#]*)#') do		i = mw.text.trim(i) retval[#retval + 1] = (i ~= '' and i)	end return retval end

function p.container(frame, args, map) local caption_list = {} if not args then args = getArgs(frame, {wrappers = 'Template:Location map+', valueFunc = locmap.valueFunc}) end if not map then if args[1] then map = {} for mapname in string.gmatch(args[1], '[^#]+') do				map[#map + 1] = locmap.getMapParams(mapname, frame) end if args['caption'] then if args['caption'] == "" then while #caption_list < #map do						caption_list[#caption_list + 1] = args['caption'] end else for caption in mw.text.gsplit(args['caption'], '##', true) do						caption_list[#caption_list + 1] = caption end end end if #map == 1 then map = map[1] end else map = locmap.getMapParams('World', frame) end end if type(map) == 'table' then local placeslist = mw.text.gsplit(args.places, '#PlaceList#') local permaplaces = {} local numbermaps = #map local count = 0 for i = 1,numbermaps do			permaplaces[i] = {} end for place in placeslist do			table.insert(permaplaces[count%numbermaps + 1],place) count = count + 1 end local altmaps = switcherSeparate(args.AlternativeMap) if #altmaps > #map then error(string.format('%d AlternativeMaps were provided, but only %d maps were provided', #altmaps, #map)) end local overlays = switcherSeparate(args.overlay_image) if #overlays > #map then error(string.format('%d overlay_images were provided, but only %d maps were provided', #overlays, #map)) end if #caption_list > #map then error(string.format('%d captions were provided, but only %d maps were provided', #caption_list, #map)) end local outputs = {} args.autoSwitcherLabel = true for k,v in ipairs(map) do			args.AlternativeMap = altmaps[k] args.overlay_image = overlays[k] args.caption = caption_list[k] args.places = table.concat(permaplaces[k]) outputs[k] = p.container(frame, args, v)		end return ' ' .. table.concat(outputs) .. ' '	else return locmap.top(frame, args, map) .. (args.places and args.places:gsub('%s*\n%s*', ) or ) .. locmap.bottom(frame, args, map) end end

local function manyMakeArgs(fullArgs, n)	if n == 1 then return { lat = fullArgs.lat1 or fullArgs.lat, long = fullArgs.long1 or fullArgs.long, coordinates = fullArgs.coordinates1 or fullArgs.coordinates, lat_deg = fullArgs.lat1_deg or fullArgs.lat_deg, lat_min = fullArgs.lat1_min or fullArgs.lat_min, lat_sec = fullArgs.lat1_sec or fullArgs.lat_sec, lat_dir = fullArgs.lat1_dir or fullArgs.lat_dir, lon_deg = fullArgs.lon1_deg or fullArgs.lon_deg, lon_min = fullArgs.lon1_min or fullArgs.lon_min, lon_sec = fullArgs.lon1_sec or fullArgs.lon_sec, lon_dir = fullArgs.lon1_dir or fullArgs.lon_dir, outside = fullArgs.outside1 or fullArgs.outside, mark = fullArgs.mark1 or fullArgs.mark, marksize = fullArgs.mark1size or fullArgs.marksize, link = fullArgs.link1 or fullArgs.link, label = fullArgs.label1 or fullArgs.label, label_size = fullArgs.label1_size or fullArgs.label_size, label_width = fullArgs.label1_width or fullArgs.label_width, position = fullArgs.position1 or fullArgs.pos1 or fullArgs.position or fullArgs.pos, background = fullArgs.background1 or fullArgs.bg1 or fullArgs.background or fullArgs.bg		} else return { lat = fullArgs['lat' .. n], long = fullArgs['long' .. n], coordinates = fullArgs['coordinates' .. n], lat_deg = fullArgs['lat' .. n .. '_deg'], lat_min = fullArgs['lat' .. n .. '_min'], lat_sec = fullArgs['lat' .. n .. '_sec'], lat_dir = fullArgs['lat' .. n .. '_dir'], lon_deg = fullArgs['lon' .. n .. '_deg'], lon_min = fullArgs['lon' .. n .. '_min'], lon_sec = fullArgs['lon' .. n .. '_sec'], lon_dir = fullArgs['lon' .. n .. '_dir'], outside = fullArgs['outside' .. n], mark = fullArgs['mark' .. n], marksize = fullArgs['mark' .. n .. 'size'], link = fullArgs['link' .. n], label = fullArgs['label' .. n], label_size = fullArgs['label' .. n .. '_size'], label_width = fullArgs['label' .. n .. '_width'], position = fullArgs['position' .. n] or fullArgs['pos' .. n], background = fullArgs['background' .. n] or fullArgs['bg' .. n]		} end end

function p.many(frame, args, map) if not args then args = getArgs(frame, {wrappers = 'Template:Location map many', valueFunc = locmap.valueFunc}) end if not args[1] then args[1] = 'World' end if not map then map = {} for mapname in string.gmatch(args[1], '[^#]+') do			map[#map + 1] = locmap.getMapParams(mapname, frame) end if #map ~= 1 then local outputs = {} args.autoSwitcherLabel = true for k,v in ipairs(map) do				outputs[k] = p.many(frame, args, v)			end return ' ' .. table.concat(outputs) .. ' '		end map = map[1] end local marks = {} local markhigh if args.markhigh then mw.log('Removed parameter markhigh used.') local parent = frame:getParent if parent then mw.log('Parent is ' .. parent:getTitle) end mw.logObject(args, 'args') markhigh = true end for k, v in pairs(args) do -- @todo change to uargs once we have that if v then if string.sub(k, -4) == '_deg' then k = string.sub(k, 1, -5) end if string.sub(k, 1, 3) == 'lat' then k = tonumber(string.sub(k, 4)) if k then table.insert(marks, k)				end elseif string.sub(k, 1, 11) == 'coordinates' then k = tonumber(string.sub(k, 12)) if k then table.insert(marks,k) end end end end table.sort(marks) if marks[1] ~= 1 and (args.lat or args.lat_deg or args.coordinates) then table.insert(marks, 1, 1) end local body = '' for _, v in ipairs(marks) do -- don't try to consolidate this into the above loop. ordering of elements from pairs is unspecified body = body .. tostring( locmap.mark(frame, manyMakeArgs(args, v), map) ) if args['mark' .. v .. 'high'] then mw.log('Removed parameter mark' .. v .. 'high used.') local parent = frame:getParent if parent then mw.log('Parent is ' .. parent:getTitle) end mw.logObject(args, 'args') markhigh = true end end args.label = nil -- there is no global label return locmap.top(frame, args, map) .. body .. locmap.bottom(frame, args, map) .. (markhigh and  or ) end

function p.load(frame, args, map) if not args then args = getArgs(frame, {frameOnly = true}) end local dataModule = mw.loadData(args[1]) local containerArgs = dataModule.containerArgs if not map then map = {} for mapname in string.gmatch(containerArgs[1], '[^#]+') do			map[#map + 1] = locmap.getMapParams(mapname, frame) end if #map ~= 1 then local outputs = {} args.autoSwitcherLabel = true for k,v in ipairs(map) do				outputs[k] = p.load(frame, args, v)			end return ' ' .. table.concat(outputs) .. ' '		end map = map[1] end local marks = {} if dataModule.marks then for k,markArgs in ipairs(dataModule.marks) do			marks[k] = tostring(locmap.mark(frame, markArgs, map, containerArgs)) end end if dataModule.secondaryModules then for _,modname in ipairs(dataModule.secondaryModules) do			for _,markArgs in ipairs(mw.loadData(modname).marks) do				marks[#marks + 1] = tostring(locmap.mark(frame, markArgs, map, containerArgs)) end end end if args.autoSwitcherLabel then local TableTools = require('Module:TableTools') containerArgs = TableTools.shallowClone(containerArgs) containerArgs.autoSwitcherLabel = true end return locmap.top(frame, containerArgs, map) .. table.concat(marks) .. locmap.bottom(frame, containerArgs, map) end

return p