Module:Namespace detect/data

--                                         Configuration data                                    -- --     Language-specific parameter names can be set here. --

local cfg = {}

-- This parameter displays content for the main namespace: cfg.main = 'main'

-- This parameter displays in talk namespaces: cfg.talk = 'talk'

-- This parameter displays content for "other" namespaces (namespaces for which -- parameters have not been specified, or for when cfg.demospace is set to cfg.other): cfg.other = 'other'

-- This parameter makes talk pages behave as though they are the corresponding subject namespace. -- Note that this parameter is used with Module:Yesno. Edit that module to change -- the default values of "yes", "no", etc. cfg.subjectns = 'subjectns'

-- This parameter sets a demonstration namespace: cfg.demospace = 'demospace'

-- This parameter sets a specific page to compare: cfg.page = 'page'

-- The header for the namespace column in the wikitable containing the list of possible subject-space parameters. cfg.wikitableNamespaceHeader = 'Namespace'

-- The header for the wikitable containing the list of possible subject-space parameters. cfg.wikitableAliasesHeader = 'Aliases'

--                                      End configuration data                                   --

local function getParamMappings -- Returns a table of how parameter names map to namespace names. The keys are the actual namespace 	 names, in lower case, and the values are the possible parameter names for that namespace, also in	  lower case. The table entries are structured like this:		{			[''] = {'main'},			['wikipedia'] = {'wikipedia', 'project', 'wp'},			...		} local mappings = {} mappings[mw.ustring.lower(mw.site.namespaces[0].name)] = {cfg.main} mappings[cfg.talk] = {cfg.talk} for nsid, ns in pairs(mw.site.subjectNamespaces) do if nsid ~= 0 then -- Exclude main namespace. local nsname = mw.ustring.lower(ns.name) local canonicalName = mw.ustring.lower(ns.canonicalName) mappings[nsname] = {nsname} if canonicalName ~= nsname then table.insert(mappings[nsname], canonicalName) end for _, alias in ipairs(ns.aliases) do				table.insert(mappings[nsname], mw.ustring.lower(alias)) end end end return mappings end

return { cfg = cfg, paramMappings = getParamMappings }