Module:Transclusion count: Difference between revisions

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meta>Ahecht
 
meta>Ahecht
Split main into num and risk
Line 1: Line 1:
local p = {}
local p = {}


function p.main(frame)
local function _fetch(frame)
-- Fetch from database
local template = mw.ustring.gsub(mw.title.getCurrentTitle().text, "/doc$", "")
local template = mw.ustring.gsub(mw.title.getCurrentTitle().text, "/doc$", "")
if frame.args["demo"] and frame.args["demo"] ~= "" then
if frame.args["demo"] and frame.args["demo"] ~= "" then
Line 11: Line 10:
-- If database value doesn't exist, use value passed to template
-- If database value doesn't exist, use value passed to template
arg1 = tonumber(data[mw.ustring.gsub(template, " ", "_")]) or tonumber(frame.args[1]) or nil
return_value = tonumber(data[mw.ustring.gsub(template, " ", "_")])
if return_value == nil then
local arg1=mw.ustring.match(frame.args[1], '[%d,]+')
return_value = tonumber(frame:callParserFunction('formatnum', arg1, 'R'))
end
return return_value
end
 
function p.num(frame)
count = _fetch(frame)
-- Build output string
-- Build output string
local return_value = ""
local return_value = ""
if arg1 == nil then
if count == nil then
if frame.args[1] == "risk" then
if frame.args[1] == "risk" then
return_value = "a very large number of"
return_value = "a very large number of"
Line 24: Line 34:
-- Use 2 sigfigs for smaller numbers and 3 for larger ones
-- Use 2 sigfigs for smaller numbers and 3 for larger ones
local sigfig = 2
local sigfig = 2
if arg1 >= 100000 then
if count >= 100000 then
sigfig = 3
sigfig = 3
end
end
-- Prepare to round to appropriate number of sigfigs
-- Prepare to round to appropriate number of sigfigs
local f = math.floor(math.log10(arg1)) - sigfig + 1
local f = math.floor(math.log10(count)) - sigfig + 1
-- Round and insert "apprxomimately" or "+" when appropriate
-- Round and insert "apprxomimately" or "+" when appropriate
if frame.args[2] == "yes" then
if frame.args[2] == "yes" then
-- Round down
-- Round down
return_value = mw.getContentLanguage():formatNum(math.floor( (arg1 / 10^(f)) ) * (10^(f))) .. "+"
return_value = mw.getContentLanguage():formatNum(math.floor( (count / 10^(f)) ) * (10^(f))) .. "+"
else
else
-- Round to nearest
-- Round to nearest
return_value = "approximately " .. mw.getContentLanguage():formatNum(math.floor( (arg1 / 10^(f)) + 0.5) * (10^(f)))
return_value = "approximately " .. mw.getContentLanguage():formatNum(math.floor( (count / 10^(f)) + 0.5) * (10^(f)))
end
end
-- Insert percent of pages
-- Insert percent of pages
if frame.args["all-pages"] and frame.args["all-pages"] ~= "" then
if frame.args["all-pages"] and frame.args["all-pages"] ~= "" then
local percent = math.floor( ( (arg1/frame:callParserFunction('NUMBEROFPAGES', 'R') ) * 100) + 0.5)
local percent = math.floor( ( (count/frame:callParserFunction('NUMBEROFPAGES', 'R') ) * 100) + 0.5)
return_value = return_value .. " pages, which is ≈" .. percent .. "% of all"
return_value = return_value .. " pages, which is ≈" .. percent .. "% of all"
end
end
end
end
return return_value
end
function p.risk(frame)
local return_value = ""
if frame.args[1] == "risk" then
return_value = "risk"
else
local count = _fetch(frame)
if count and count >= 100000 then return_value = "risk" end
end
return return_value
return return_value
end
end


return p
return p

Revision as of 15:43, 16 September 2019

Documentation for this module may be created at Module:Transclusion count/doc

local p = {}

local function _fetch(frame)
	local template = mw.ustring.gsub(mw.title.getCurrentTitle().text, "/doc$", "")
	if frame.args["demo"] and frame.args["demo"] ~= "" then
		template = mw.ustring.gsub(frame.args["demo"], "/doc$", "")
	end
	local index = mw.ustring.upper(mw.ustring.sub(template,1,1))
	local data = mw.loadData('Module:Transclusion_count/data/' .. (mw.ustring.find(index, "%a") and index or "other"))
	
	-- If database value doesn't exist, use value passed to template
	return_value = tonumber(data[mw.ustring.gsub(template, " ", "_")])
	
	if return_value == nil then
		local arg1=mw.ustring.match(frame.args[1], '[%d,]+')
		return_value = tonumber(frame:callParserFunction('formatnum', arg1, 'R'))
	end
	
	return return_value	
end

function p.num(frame)
	count = _fetch(frame)
	
	-- Build output string
	local return_value = ""
	if count == nil then
		if frame.args[1] == "risk" then
			return_value = "a very large number of"
		else
			return_value = "many"
		end
	else
		-- Use 2 sigfigs for smaller numbers and 3 for larger ones
		local sigfig = 2
		if count >= 100000 then
			sigfig = 3
		end
		
		-- Prepare to round to appropriate number of sigfigs
		local f = math.floor(math.log10(count)) - sigfig + 1
		
		-- Round and insert "apprxomimately" or "+" when appropriate
		if frame.args[2] == "yes" then
			-- Round down
			return_value = mw.getContentLanguage():formatNum(math.floor( (count / 10^(f)) ) * (10^(f))) .. "+"
		else
			-- Round to nearest
			return_value = "approximately " .. mw.getContentLanguage():formatNum(math.floor( (count / 10^(f)) + 0.5) * (10^(f)))
		end
		
		-- Insert percent of pages
		if frame.args["all-pages"] and frame.args["all-pages"] ~= "" then
			local percent = math.floor( ( (count/frame:callParserFunction('NUMBEROFPAGES', 'R') ) * 100) + 0.5)
			return_value = return_value .. " pages, which is ≈" .. percent .. "% of all"
		end	
	end
	
	return return_value
end

function p.risk(frame)
	local return_value = ""
	if frame.args[1] == "risk" then
		return_value = "risk"
	else
		local count = _fetch(frame)
		if count and count >= 100000 then return_value = "risk" end
	end
	return return_value
end

return p