Module:NumberSpell - Revision history

Ookami: 4 revisions imported

2020-09-03T23:06:18Z

4 revisions imported

← Older revision	Revision as of 23:06, 3 September 2020
(No difference)

meta>Mr. Stradivarius: Protected Module:NumberSpell: High-risk Lua module: used in Module:TimeAgo ([Edit=Allow only template editors and admins] (indefinite) [Move=Allow only template editors and admins] (indefinite))

2014-01-28T12:43:00Z

Protected Module:NumberSpell: High-risk Lua module: used in Module:TimeAgo ([Edit=Allow only template editors and admins] (indefinite) [Move=Allow only template editors and admins] (indefinite))

← Older revision	Revision as of 12:43, 28 January 2014
(No difference)

meta>Mr. Stradivarius: Mr. Stradivarius moved page Module:NumberWrite to Module:NumberSpell without leaving a redirect: snappier name

2014-01-13T19:58:19Z

Mr. Stradivarius moved page Module:NumberWrite to Module:NumberSpell without leaving a redirect: snappier name

← Older revision	Revision as of 19:58, 13 January 2014
(No difference)

meta>Mr. Stradivarius: add 100, because why not?

2014-01-13T19:23:16Z

add 100, because why not?

← Older revision		Revision as of 19:23, 13 January 2014
Line 6:		Line 6:
	local p = {}		local p = {}

	local max = 99 -- The maximum number that can be parsed.		local max = 100 -- The maximum number that can be parsed.

	local ones = {		local ones = {
Line 35:		Line 35:
	[70] = 'seventy',		[70] = 'seventy',
	[80] = 'eighty',		[80] = 'eighty',
	[90] = 'ninety'		[90] = 'ninety',
			[100] = 'one hundred'
	}		}

meta>Mr. Stradivarius: create a module that converts numbers into their written English form - can cope with numbers from 0 to 99

2014-01-13T19:09:00Z

create a module that converts numbers into their written English form - can cope with numbers from 0 to 99

New page

-- This module converts a number into its written English form.
-- For example, "2" becomes "two", and "79" becomes "seventy-nine".

local getArgs = require('Module:Arguments').getArgs

local p = {}

local max = 99 -- The maximum number that can be parsed.

local ones = {
[0] = 'zero',
[1] = 'one',
[2] = 'two',
[3] = 'three',
[4] = 'four',
[5] = 'five',
[6] = 'six',
[7] = 'seven',
[8] = 'eight',
[9] = 'nine'
}

local specials = {
[10] = 'ten',
[11] = 'eleven',
[12] = 'twelve',
[13] = 'thirteen',
[15] = 'fifteen',
[18] = 'eighteen',
[20] = 'twenty',
[30] = 'thirty',
[40] = 'forty',
[50] = 'fifty',
[60] = 'sixty',
[70] = 'seventy',
[80] = 'eighty',
[90] = 'ninety'
}

local formatRules = {
{num = 90, rule = 'ninety-%s'},
{num = 80, rule = 'eighty-%s'},
{num = 70, rule = 'seventy-%s'},
{num = 60, rule = 'sixty-%s'},
{num = 50, rule = 'fifty-%s'},
{num = 40, rule = 'forty-%s'},
{num = 30, rule = 'thirty-%s'},
{num = 20, rule = 'twenty-%s'},
{num = 10, rule = '%steen'}
}

function p.main(frame)
local args = getArgs(frame)
local num = tonumber(args[1])
local success, result = pcall(p._main, num)
if success then
return result
else
return string.format('<strong class="error">Error: %s</strong>', result) -- "result" is the error message.
end
return p._main(num)
end

function p._main(num)
if type(num) ~= 'number' or math.floor(num) ~= num or num < 0 or num > max then
error('input must be an integer between 0 and ' .. tostring(max), 2)
end
-- Check for numbers from 0 to 9.
local onesVal = ones[num]
if onesVal then
return onesVal
end
-- Check for special numbers.
local specialVal = specials[num]
if specialVal then
return specialVal
end
-- Construct the number from its format rule.
onesVal = ones[num % 10]
if not onesVal then
error('Unexpected error parsing input ' .. tostring(num))
end
for i, t in ipairs(formatRules) do
if num >= t.num then
return string.format(t.rule, onesVal)
end
end
error('No format rule found for input ' .. tostring(num))
end

return p