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Modul:DateTime
Aus BiodynWiki
local DateTime = { serial = "2019-07-01",
suite = "DateTime",
item = 20652535 }
-- Date and time objects local Failsafe = DateTime local Calc = { } local Meta = { } local Parser = { } local Private = { } local Prototypes = { } local Templates = { } local World = { slang = "en",
monthsLong = { },
monthsParse = { },
months4 = { } }
local MaxYear = 2099 local Nbsp = mw.ustring.char( 160 ) local Tab = mw.ustring.char( 9 ) local Frame World.era = { en = { "BC", "AD" } } World.monthsAbbr = { en = { n = 3 } } World.monthsLong.en = { "January",
"February",
"March",
"April",
"May",
"June",
"July",
"August",
"September",
"October",
"November",
"December"
}
World.monthsParse.en = { [ "Apr" ] = 4,
[ "Aug" ] = 8,
[ "Dec" ] = 12,
[ "Feb" ] = 2,
[ "Jan" ] = 1,
[ "Jul" ] = 7,
[ "Jun" ] = 6,
[ "Mar" ] = 3,
[ "May" ] = 5,
[ "Nov" ] = 11,
[ "Oct" ] = 10,
[ "Sep" ] = 9
}
World.months4.en = { [ 6 ] = true,
[ 7 ] = true }
World.templates = { [ "ISO" ] =
{ spec = "Y-m-d",
lift = true },
[ "ISO-T" ] =
{ spec = "c" },
[ "timestamp" ] =
{ spec = "YmdHis" },
[ "default" ] =
{ spec = "H:i, j M Y",
long = true },
[ "$dmy" ] =
{ spec = "H:i, j M Y",
long = true },
[ "$ymd" ] =
{ spec = "H:i, Y M j",
long = true },
[ "$dmyt" ] =
{ spec = "j M Y, H:i",
long = true },
[ "$dmyts" ] =
{ spec = "j M Y, H:i:s",
long = true },
[ "data-sort-type:date" ] =
{ spec = "j M Y" }
}
World.templates.en = { } World.zones = {
[ "!" ] = "YXWVUTSRQPONZABCDEFGHIKLM", UTC = 0, GMT = 0 -- Greenwich Mean Time
} World.zones.en = {
BST = 100, -- British Summer Time IST = 100, -- Irish Summer Time WET = 0, -- Western Europe Time WEST = 100, -- Western Europe Summer Time CET = 100, -- Central Europe Time CEST = 200, -- Central Europe Summer Time EET = 200, -- Eastern Europe Time EEST = 300, -- Eastern Europe Summer Time MSK = 300, -- Moscow Time MSD = 400, -- Moscow Summer Time NST = -330, -- Newfoundland Standard Time NDT = -230, -- Newfoundland Daylight Time AST = -400, -- Atlantic Standard Time ADT = -300, -- Atlantic Daylight Time EST = -500, -- Eastern Standard Time EDT = -400, -- Eastern Daylight Saving Time CST = -600, -- Central Standard Time CDT = -500, -- Central Daylight Saving Time MST = -700, -- Mountain Standard Time MDT = -600, -- Mountain Daylight Saving Time PST = -800, -- Pacific Standard Time PDT = -700, -- Pacific Daylight Saving Time AKST = -900, -- Alaska Standard Time AKDT = -800, -- Alaska Standard Daylight Saving Time HST = -1000 -- Hawaiian Standard Time
}
local function capitalize( a )
-- Upcase first character, downcase anything else
-- Parameter:
-- a -- string
-- Returns:
-- string
return mw.ustring.upper( mw.ustring.sub( a, 1, 1 ) )
.. mw.ustring.lower( mw.ustring.sub( a, 2 ) )
end -- capitalize()
local function fault( a )
-- Format error message by class=error
-- Parameter:
-- a -- string, error message
-- Returns:
-- string, HTML span
local e = mw.html.create( "span" )
:addClass( "error" )
:wikitext( a )
return tostring( e )
end -- fault()
local function frame()
if not Frame then
Frame = mw.getCurrentFrame()
end
return Frame
end -- frame()
Meta.localized = false Meta.serial = DateTime.serial Meta.signature = "__datetime" Meta.suite = "{DateTime}" Meta.components = { lang = "string",
bc = "boolean",
year = "number",
month = "number",
week = "number",
dom = "number",
hour = "number",
min = "number",
sec = "number",
msec = "number",
mysec = "number",
zone = false,
leap = "boolean",
jul = "boolean" }
Meta.order = { "bc", "year", "month", "week", "dom",
"hour", "min", "sec", "msec", "mysec" }
Meta.tableI = { -- instance metatable
__index = function ( self, access )
local r = self[ Meta.signature ][ access ]
if r == nil then
if access == "serial" then
r = Meta.serial
elseif access == "suite" then
r = "DateTime"
else
r = Prototypes[ access ]
end
end
return r
end,
__newindex = function ( self, access, assign )
if type( access ) == "string" then
local data = self[ Meta.signature ]
if assign == nil then
local val = data[ access ]
data[ access ] = nil
if not Prototypes.fair( data ) then
data[ access ] = val
end
elseif Prototypes.fair( data,
access,
assign ) then
data[ access ] = assign
end
end
return
end,
__add = function ( op1, op2 )
return Prototypes.future( op1, op2, true )
end,
__eq = function ( op1, op2 )
return Prototypes.flow( op1, op2, "eq" )
end,
__lt = function ( op1, op2 )
return Prototypes.flow( op1, op2, "lt" )
end,
__le = function ( op1, op2 )
return Prototypes.flow( op1, op2, "le" )
end,
__tostring = function ( e )
return Prototypes.tostring( e )
end,
__call = function ( func, ... )
return Meta.fiat( ... )
end
} -- Meta.tableI Meta.tableL = { -- library metatable
__index = function ( self, access )
local r
if access == "serial" then
r = Meta.serial
elseif access == "suite" then
r = Meta.suite
end
return r
end,
__newindex = function ()
return
end,
__tostring = function ()
return Meta.suite
end,
__call = function ( func, ... )
return Meta.fiat( ... )
end
} -- Meta.tableL Meta.fiat = function ( assign, alien, add )
-- Create instance object (constructor)
-- Parameter:
-- assign -- string, with initial timestamp, or nil
-- nil -- now
-- false -- empty object
-- table -- clone this object, or copy from raw
-- ignore remaining parameters
-- alien -- string, with language code, or nil
-- add -- string, with interval (PHP strtotime), or nil
-- Returns:
-- table, as DateTime object
-- string or false, if failed
local r
Private.foreign()
if type( assign ) == "table" then
if assign.suite == Meta.suite and
getmetatable( assign ) == Meta.tableI then
r = assign[ Meta.signature ]
else
r = Private.from( assign )
end
else
r = Private.factory( assign, alien, add )
end
if type( r ) == "table" then
r = { [ Meta.signature ] = r }
setmetatable( r, Meta.tableI )
end
return r
end -- Meta.fiat() setmetatable( DateTime, Meta.tableL ) DateTime.serial = nil
Calc.months = { 31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31 }
-- Calc.fast = function ( at ) -- -- Quick scan of full ISO stamp -- -- Parameter: -- -- apply -- string, ISO -- -- Returns: -- -- table, with numeric components -- local r = { } -- r.year = tonumber( at:sub( 1, 4 ) ) -- r.month = tonumber( at:sub( 6, 2 ) ) -- r.dom = tonumber( at:sub( 9, 2 ) ) -- r.hour = tonumber( at:sub( 12, 2 ) ) -- r.min = tonumber( at:sub( 14, 2 ) ) -- r.sec = tonumber( at:sub( 17, 2 ) ) -- if at:sub( 19, 1 ) == "." then -- r.msec = tonumber( at:sub( 20, 3 ) ) -- if #at > 22 then -- r.mysec = tonumber( at:sub( 23, 3 ) ) -- end -- end -- return r -- end -- Calc.fast()
Calc.fair = function ( adjust )
-- Normalize numeric components
-- Parameter:
-- adjust -- table, with raw numbers
local ranges = { year = { min = -999,
max = 9999 },
month = { min = 1,
max = 12,
mod = 12 },
dom = { min = 1,
max = 28 },
hour = { mod = 24 },
min = { mod = 60 },
sec = { mod = 60 },
msec = { mod = 1000 },
mysec = { mod = 1000 } }
local m, max, min, move, n, range, s
for i = 10, 2, -1 do
s = Meta.order[ i ]
n = adjust[ s ]
if n or move then
range = ranges[ s ]
if range then
min = range.min or 0
max = range.max or ( range.mod - 1 )
if move then
n = ( n or 0 ) + move
move = false
end
if n < min or n > max then
if range.mod then
m = n % range.mod
move = ( n - m ) / range.mod
n = min + m
else -- dom
if adjust.month and adjust.year and
adjust.month >= 1 and
adjust.month <= 12 and
adjust.year > 1900 then
if n > 0 then
max = Calc.final( adjust )
while n > max do
n = n - max
if adjust.month < 12 then
adjust.month = adjust.month + 1
else
adjust.month = 1
adjust.year = adjust.year + 1
end
max = Calc.final( adjust )
end -- while n <= max
else
while n < 1 do
if adjust.month == 1 then
adjust.month = 12
adjust.year = adjust.year - 1
else
adjust.month = adjust.month - 1
end
max = Calc.final( adjust )
n = n + max
end -- while n < 1
end
end
end
end
adjust[ s ] = n
end
end
end -- for i
end -- Calc.fair()
Calc.final = function ( adjust )
-- Retrieve number of days in particular month
-- Parameter:
-- adjust -- table, with date specification
-- Returns:
-- number, of days in month
local r = Calc.months[ adjust.month ]
if adjust.month == 2 and
( adjust.year % 4 ~= 0 or
adjust.year % 400 == 0 ) then
r = 28
end
return r
end -- Calc.final()
Calc.future = function ( add )
-- Parse move interval
-- Parameter:
-- add -- string, with GNU relative items
-- Returns:
-- table, with numeric components, or false
local r, token
local units = { year = true,
month = true,
fortnight = { slot = "dom", mult = 14 },
week = { slot = "dom", mult = 7 },
dom = true,
hour = true,
min = true,
sec = true }
local story = string.format( " %s ", add:lower() )
:gsub( "%s+", " " )
:gsub( " yesterday ", " -1 dom " )
:gsub( " tomorrow ", " 1 dom " )
:gsub( "(%l)s ", "%1 " )
:gsub( " day ", " dom " )
:gsub( " minute ", " min " )
:gsub( " second ", " sec " )
local feed = function ()
local slice
token, slice = story:match( "^( (%S+)) " )
return slice
end
local fed = function ()
story = story:sub( #token + 1 )
end
local m, n, s, u
while true do
s = feed()
if s then
n = 1
if s:match( "^[+-]?%d+$" ) then
n = tonumber( s )
fed()
s = feed()
end
if s then
u = units[ s ]
end
if s and u then
fed()
if u ~= true then
s = u.slot
n = n * u.mult
end
if feed() == "ago" then
if n > 0 then
n = - n
end
fed()
end
r = r or { }
r[ s ] = ( r[ s ] or 0 ) + n
else
r = false
break -- while true
end
else
break -- while true
end
end -- while true
return r
end -- Calc.future()
Parser.digitsHeading = function ( analyse, alone, amount, add )
-- String analysis, if digits only or at least 4 digits heading
-- Parameter:
-- analyse -- string to be scanned, starting with digit
-- digits only, else starting with exactly 4 digits
-- alone -- true, if only digits
-- amount -- number of heading digits
-- add -- table, to be extended
-- Returns:
-- table, extended if parsed
-- false, if invalid text format
local r = add
if alone then
-- digits only
if amount <= 4 then
r.year = tonumber( analyse )
elseif n == 14 then
-- timestamp
r.year = tonumber( analyse:sub( 1, 4 ) )
r.month = tonumber( analyse:sub( 5, 2 ) )
r.dom = tonumber( analyse:sub( 7, 2 ) )
r.hour = tonumber( analyse:sub( 9, 2 ) )
r.min = tonumber( analyse:sub( 11, 2 ) )
r.sec = tonumber( analyse:sub( 13, 2 ) )
else
r = false
end
elseif amount == 4 then
local s, sep, sx = analyse:match( "^(%d+)([%-%.:Ww]?)(.*)$" )
r.year = tonumber( s )
if sep == "-" then
-- ISO
s, sep, sx = sx:match( "^(%d%d)(-?)(.*)$" )
if s then
r.month = tonumber( s )
r.month2 = true
if sep == "-" then
s, sep, sx = sx:match( "^(%d%d?)([ T]?)(.*)$" )
if s then
r.dom = tonumber( s )
if sep == "T" then
r.month2 = nil
else
r.dom2 = ( #s == 2 )
end
if sep then
r = Parser.time( sx, r, sep == "T" )
end
else
r = false
end
elseif sx and sx ~= "" then
r = false
end
else
r = false
end
elseif sep:lower() == "w" then
if sx then
s = sx:match( "^(%d%d?)$" )
if s then
r.week = tonumber( s )
if r.week < 1 or r.week > 53 then
r = false
end
else
r = false
end
else
r = false
end
else
r = false
end
if r then
r.iso = true
end
elseif amount == 8 then
-- ISO compact
local s, sz = analyse:match( "^%d+T(%d+)([.+-]?%d*%a*)$" )
if s then
local n = #s
if n == 2 or n == 4 or n == 6 then
r.year = tonumber( analyse:sub( 1, 4 ) )
r.month = tonumber( analyse:sub( 5, 6 ) )
r.dom = tonumber( analyse:sub( 7, 8 ) )
r.hour = tonumber( analyse:sub( 10, 11 ) )
if n > 2 then
r.min = tonumber( s:sub( 3, 4 ) )
if n == 6 then
r.sec = tonumber( s:sub( 5, 6 ) )
end
n, s = sz:match( "^(%.%d+)([+-]?[%a%d]*)$" )
if n then
n = n .. "00"
r.msec = tonumber( n:sub( 1, 3 ) )
if #n >= 6 then
r.mysec = tonumber( n:sub( 4, 6 ) )
end
sz = s
end
end
if sz ~= "" then
s, sz = sz:match( "^([+-]?)(%a*)$" )
if s == "" then
if sz:match( "^(%u)$" ) then
r.zone = sz
else
s = false
end
elseif #s == 1 then
r.zone = s .. sz
else
s = false
end
end
else
s = false
end
end
if s then
r = false
end
end
return r
end -- Parser.digitsHeading()
Parser.eraGermanEnglish = function ( analyse )
-- String analysis, for German and English era
-- v. Chr. v. u. Z. n. Chr. AD BC A.D. B.C. B.C.E.
-- Parameter:
-- analyse -- string
-- Returns:
-- 1 -- table, with boolean era, if any
-- 2 -- string, with era stripped off, if any
local rO = { }
local rS = analyse
local s, switch = analyse:match( "^(.+) ([vn])%. ?Chr%.$" )
if switch then
rS = s
rO.bc = ( switch == "v" )
elseif analyse:find( " v%. ?u%. ?Z%.$" ) then
rS = analyse:match( "^(.+) v%. ?u%. ?Z%.$" )
rO.bc = true
elseif analyse:find( " B%.? ?C%.? ?E?%.?$" ) then
rS = analyse:match( "^(.+) B%.? ?C%.? ?E?%.?$" )
rO.bc = true
elseif analyse:find( "^A%.? ?D%.? " ) then
rS = analyse:match( "^A%.? ?D%.? (.*)$" )
rO.bc = false
end
return rO, rS
end -- Parser.eraGermanEnglish()
Parser.european = function ( ahead, adhere, analyse, assign )
-- String analysis, retrieve date style: DOM MONTH YEAR
-- Parameter:
-- ahead -- string, with first digits, not more than 2
-- adhere -- string, with first separator; not ":"
-- analyse -- string, remainder following adhere
-- assign -- table
-- Returns:
-- table, extended if parsed
local r = assign
local s, s2, sx
if adhere == "." or adhere == ". " then
-- 23.12.2013
-- 23. Dezember 2013
s, sx = analyse:match( "^(%d%d?)%.(.*)$" )
if s then
r = Parser.putDate( false, s, ahead, assign )
r = Parser.yearTime( sx, r )
else
s, sx = mw.ustring.match( analyse,
"^ ?([%a&;]+%.?) ?(.*)$" )
if s then
local n = Parser.monthNumber( s )
if n then
r.month = n
r.dom = tonumber( ahead )
r.dom2 = ( #ahead == 2 )
r = Parser.yearTime( sx, r )
else
r = false
end
else
r = false
end
end
elseif adhere == " " then
-- 23 Dec 2013
s, sx = mw.ustring.match( analyse,
"^([%a&;]+%.?) ?(.*)$" )
if s then
local n = Parser.monthNumber( s )
if n then
r.month = n
r.dom = tonumber( ahead )
r.dom2 = ( #ahead == 2 )
r = Parser.yearTime( sx, r )
else
r = false
end
else
r = false
end
else
r = false
end
return r
end -- Parser.european()
Parser.isoDate = function ( analyse, assign )
-- String analysis, retrieve month heading ISO date
-- Parameter:
-- analyse -- string, with heading hyphen
-- assign -- table
-- Returns:
-- 1 -- table, extended if parsed
-- 2 -- stripped string, or false, if invalid text format
local rO, rS
if analyse:match( "^%-%-?[0-9]" ) then
local n, s
rO = assign
rS = analyse:sub( 2 )
s = rS:match( "^([012][0-9])%-" )
if s then
n = tonumber( s )
if n >= 1 and n <= 12 then
rO.month = n
rS = rS:sub( 3 )
else
rO = false
end
end
if rO then
if rS:byte( 1, 1 ) == 45 then
local suffix
s = rS:match( "^%-([012][0-9])" )
if s then
n = tonumber( s )
if n >= 1 and n <= 31 then
rO.dom = n
rS = rS:sub( 4 )
else
rO = false
end
else
rS:sub( 2 )
end
else
rO = false
end
if rO then
if #rS > 0 then
if rO.dom then
n = rS:byte( 1, 1 )
if n == 32 or n == 84 then
rS = rS:sub( 2 )
else
rO = false
end
else
rO = false
end
end
end
end
else
rO = false
end
if rO then
rO.iso = true
else
rS = false
end
return rO, rS
end -- Parser.isoDate()
Parser.monthHeading = function ( analyse, assign )
-- String analysis, retrieve month heading date (US only)
-- Parameter:
-- analyse -- string, with heading word
-- assign -- table
-- Returns:
-- 1 -- table, extended if parsed
-- 2 -- stripped string, or false, if invalid text format
local rO = assign
local rS = analyse
local s, sep = mw.ustring.match( analyse, "^([%a&;]+%.?)([^%a%.]?)" )
if s then
-- might begin with month name "December 23, 2013"
local n = Parser.monthNumber( s )
if n then
rO.month = n
if sep == "" then
rS = ""
else
local s2, s3
n = mw.ustring.len( s ) + 1
s = mw.ustring.sub( analyse, n )
s2 = s:match( "^ (%d%d%d?%d?)$" )
if s2 then
rO.year = tonumber( s2 )
rS = ""
else
s2, s3, rS = s:match( "^ (%d+), (%d+)( ?.*)$" )
if s2 and s3 then
n = #s2
if n <= 2 and #s3 == 4 then
rO.dom = tonumber( s2 )
rO.year = tonumber( s3 )
rO.dom2 = ( n == 2 )
else
rO = false
end
else
rO = false
end
end
end
else
rO = false
end
else
rO = false
end
if not rO then
rS = false
end
return rO, rS
end -- Parser.monthHeading()
Parser.monthNumber = function ( analyse )
-- String analysis, retrieve month number
-- Parameter:
-- analyse -- string, with month name including any period
-- Returns:
-- number, 1...12 if found
-- false or nil, if not detected
local r = false
local s = mw.ustring.match( analyse, "^([%a&;]+)%.?$" )
if s then
local given
s = capitalize( s )
for k, v in pairs( World.monthsLong ) do
given = World.monthsParse[ k ]
if given then
r = given[ s ]
end
if not r then
given = World.monthsLong[ k ]
for i = 1, 12 do
if given[ i ] == s then
r = i
break
end
end -- for i
end
if r then
break
end
end -- for k, v
end
return r
end -- Parser.monthNumber()
Parser.putDate = function ( aYear, aMonth, aDom, assign )
-- Store date strings
-- Parameter:
-- aYear -- string, with year, or false
-- aMonth -- string, with numeric month
-- aDom -- string, with day of month
-- assign -- table
-- Returns:
-- table, extended
local r = assign
if aYear then
r.year = tonumber( aYear )
end
r.month = tonumber( aMonth )
r.dom = tonumber( aDom )
r.month2 = ( #aMonth == 2 )
r.dom2 = ( #aDom == 2 )
return r
end -- Parser.putDate()
Parser.time = function ( analyse, assign, adjusted )
-- String analysis, retrieve time components
-- Parameter:
-- analyse -- string, with time part
-- assign -- table
-- adjusted -- true: fixed length of 2 digits expected
-- Returns:
-- table, extended if parsed
-- false, if invalid text format
local r = assign
if analyse ~= "" then
local s, sx = analyse:match( "^(%d+)(:?.*)$" )
if s then
local n = #s
if n <= 2 then
r.hour = tonumber( s )
if not adjusted then
r.hour2 = ( n == 2 )
end
else
sx = false
r = false
end
if sx then
s, sx = sx:match( "^:(%d+)(:?(.*))$" )
if s then
if #s == 2 then
r.min = tonumber( s )
if sx == "" then
sx = false
end
else
sx = false
r = false
end
if sx then
local sep
local scan = "^([:,] ?)(%d+)(.*)$"
sep, s, sx = sx:match( scan )
if sep == ":" then
if #s == 2 then
r.sec = tonumber( s )
end
elseif sep == ", " then
r = Parser.wikiDate( s .. sx, r )
sx = false
else
r = false
end
end
else
r = false
end
end
if sx and sx ~= "" then
s = sx:match( "^%.(%d+)$" )
if s then
s = s .. "00"
r.msec = tonumber( s:sub( 1, 3 ) )
if #s >= 6 then
r.mysec = tonumber( s:sub( 4, 6 ) )
end
else
r = false
end
end
else
r = false
end
end
return r
end -- Parser.time()
Parser.wikiDate = function ( analyse, assign )
-- String analysis, for date after wiki 03:03, 16. Mai 2021 (CEST) signature time
-- dmy 10:28, 30. Dez. 2013
-- ymd 10:28, 2013 Dez. 30
-- Parameter:
-- analyse -- string
-- assign -- table
-- Returns:
-- table, extended if parsed
-- false, if invalid text format
local r
local s = analyse:match( "^(2%d%d%d) " )
local sx
if s then
-- ymd "10:28, 2013 Dez. 30"
local n = false
r = assign
r.year = tonumber( s )
s = analyse:sub( 6 )
s, sx = mw.ustring.match( analyse:sub( 6 ),
"^([%a&;]+)%.? (%d%d?)$" )
if s then
n = Parser.monthNumber( s )
if n then
r.month = n
end
end
if n then
r.dom = tonumber( sx )
r.dom2 = ( #sx == 2 )
else
r = false
end
else
-- dmy "10:28, 30. Dez. 2013"
local sep
s, sep, sx = analyse:match( "^(%d%d?)(%.? ?)(%a.+)$" )
if s then
r = Parser.european( s, sep, sx, assign )
else
r = false
end
end
return r
end -- Parser.wikiDate()
Parser.yearTime = function ( analyse, assign )
-- String analysis, for possible year and possible time
-- Parameter:
-- analyse -- string, starting with year
-- assign -- table
-- Returns:
-- table, extended if parsed
-- false, if invalid text format
local r = assign
local n = #analyse
if n > 0 then
local s, sx
if n == 4 then
if analyse:match( "^%d%d%d%d$" ) then
s = analyse
sx = false
end
else
s = analyse:match( "^(%d%d%d%d)[ ,]" )
if s then
sx = analyse:sub( 5 )
else
local suffix
s, sx, suffix = analyse:match( "^(%d+)([ ,]?)(.*)$" )
if s then
local j = #sx
n = #s
if n < 4 and ( j == 1 or #suffix == 0 ) then
sx = analyse:sub( n + j )
else
s = false
end
end
end
end
if s then
r.year = tonumber( s )
if sx then
s, sx = sx:match( "^(,? ?)(%d.*)$" )
if #s >= 1 then
r = Parser.time( sx, r )
end
end
else
r = false
end
end
return r
end -- Parser.yearTime()
Parser.zone = function ( analyse, assign )
-- String analysis, for time zone
-- +/-nn +/-nnnn (AAAa)
-- Parameter:
-- analyse -- string
-- assign -- table
-- Returns:
-- 1 -- table, with number or string zone, if any, or false
-- 2 -- string, with zone stripped off, if any
local rO = assign
local rS = analyse
local s, sign, shift, sub
s = "^(.+)([+-])([01]%d):?(%d?%d?)$"
s, sign, shift, sub = analyse:match( s )
if sign then
if s:find( ":%d%d *$" ) then
if sub then
if #sub == 2 then
rO.zone = tonumber( shift .. sub )
else
rO = false
end
else
rO.zone = tonumber( shift ) * 100
end
if rO then
if sign == "-" then
rO.zone = - rO.zone
end
rS = mw.text.trim( s )
end
end
elseif analyse:find( "%(.*%)$" ) then
s, shift = analyse:match( "^(.+)%((%a%a%a%a?)%)$" )
if shift then
rO.zone = shift:upper()
rS = mw.text.trim( s )
else
rO = false
end
else
s, shift = analyse:match( "^(.+%d) ?(%a+)$" )
if shift then
local n = #shift
if n == 1 then
rO.zone = shift:upper()
elseif n == 3 then
if shift == "UTC" or shift == "GMT" then
rO.zone = 0
end
end
if rO.zone then
rS = s
end
end
end
return rO, rS
end -- Parser.zone()
Parser.GermanEnglish = function ( analyse )
-- String analysis, for German and English formats
-- Parameter:
-- analyse -- string, with date or time or parts of it
-- Returns:
-- table, if parsed
-- false, if invalid text format
local r, s = Parser.eraGermanEnglish( analyse )
r, s = Parser.zone( s, r )
if r then
local start, sep, sx = s:match( "^(%d+)([ %-%.:WwT]?)(.*)$" )
if start then
-- begins with one or more digits (ASCII)
local n = #start
local lazy = ( start == s and
( n >=4 or type( r.bc == "boolean" ) ) )
if n == 4 or n == 8 or lazy then
r = Parser.digitsHeading( s, lazy, n, r )
elseif n <= 2 then
if sep == ":" then
r, s = Parser.time( s, r )
elseif sep == "" then
r = false
else
r = Parser.european( start, sep, sx, r )
end
else
r = false
end
else
local rM, sM = Parser.monthHeading( s, r )
if rM then
r = rM
else
r, sM = Parser.isoDate( s, r )
end
if r and sM ~= "" then
r = Parser.time( sM, r )
end
end
end
return r
end -- Parser.GermanEnglish()
Private.factory = function ( assign, alien, add )
-- Create DateTime table (constructor)
-- Parameter:
-- assign -- string, with initial timestamp, or nil
-- nil -- now
-- false -- empty object
-- alien -- string, with language code, or nil
-- add -- string, with interval (PHP strtotime), or nil
-- Returns:
-- table, for DateTime object
-- string or false, if failed
local l = true
local slang = mw.text.trim( alien or World.slang or "en" )
local r
if assign == false then
r = { }
else
local stamp = ( assign or "now" )
local shift
if add then
shift = Private.future( add )
end
r = false
if stamp == "now" then
stamp = frame():callParserFunction( "#timel", "c", shift )
shift = false
else
local seconds = stamp:match( "^#(%d+)$" )
if seconds then
stamp = os.date( "!%Y-%m-%dT%H:%M:%S",
tonumber( seconds ) )
end
end
l, r = pcall( Private.fetch, stamp, slang, shift )
end
if l and type( r ) == "table" then
if slang ~= "" then
r.lang = slang
end
end
return r
end -- Private.factory()
Private.fetch = function ( analyse, alien, add )
-- Retrieve object from string
-- Parameter:
-- analyse -- string to be interpreted
-- alien -- string with language code, or nil
-- add -- table, with interval, or nil
-- Returns:
-- table, if parsed
-- false, if invalid text format
-- string, if serious error (args)
local r
if type( analyse ) == "string" then
local strip = mw.ustring.char( 0x5B, 0x200E, 0x200F, 0x5D )
r = analyse:gsub( " ", " " )
:gsub( " ", " " )
:gsub( "&#x[aA]0;", " " )
:gsub( " ", " " )
:gsub( Nbsp, " " )
:gsub( Tab, " " )
:gsub( " +", " " )
:gsub( "%[%[", "" )
:gsub( "%]%]", "" )
:gsub( strip, "" )
r = mw.text.trim( r )
if r == "" then
r = { }
else
local slang = ( alien or "" )
if slang == "" then
slang = "en"
else
local s = slang:match( "^(%a+)%-" )
if s then
slang = s
end
end
slang = slang:lower()
if slang == "en" or slang == "de" then
local l
l, r = pcall( Parser.GermanEnglish, r )
if l and r then
if not Prototypes.fair( r ) then
r = false
elseif add then
r = Prototypes.future( r, add )
end
else
r = "invalid format"
end
else
r = "unknown language"
end
end
else
r = "bad type"
end
return r
end -- Private.fetch()
Private.flow = function ( at1, at2 )
-- Compare two objects
-- Parameter:
-- at1 -- DateTime
-- at2 -- DateTime
-- Returns:
-- -1, 0, 1 or nil if not comparable
local r = 0
if at1.bc or at2.bc and at1.bc ~= at2.bc then
if at1.bc then
r = -1
else
r = 1
end
else
local life = false
local s, v1, v2
for i = 2, 10 do
s = Meta.order[ i ]
v1 = at1[ s ]
v2 = at2[ s ]
if v1 or v2 then
if v1 and v2 then
if v1 < v2 then
r = -1
elseif v1 > v2 then
r = 1
end
elseif life then
if v2 then
r = -1
else
r = 1
end
else
r = nil
end
if r ~= 0 then
if at1.bc and r then
r = r * -1
end
break -- for i
end
life = true
end
end -- for i
end
return r
end -- Private.flow()
Private.foreign = function ()
-- Retrieve localization submodule
if not Meta.localized then
local l, d = pcall( mw.loadData, "Module:DateTime/local" )
if l then
local wk
if d.slang then
Meta.suite = string.format( "%s %s",
Meta.suite, d.slang )
World.slang = d.slang
end
for k, v in pairs( d ) do
wk = World[ k ]
if wk and wk.en then
for subk, subv in pairs( v ) do
wk[ subk ] = subv
end -- for k, v%s %s
else
World[ k ] = v
end
end -- for k, v
end
Meta.localized = true
end
end -- Private.foreign()
Private.from = function ( attempt )
-- Create valid raw table from arbitrary table
-- Parameter:
-- attempt -- table, to be evaluated
-- Returns:
-- table, with valid components, or nil
local data = { }
local r
for k, v in pairs( Meta.components ) do
if v then
v = ( type( attempt[ k ] ) == v )
else
v = true
end
if v then
data[ k ] = attempt[ k ]
end
end -- for k, v
if Prototypes.fair( data ) then
r = data
end
return r
end -- Private.from()
Private.future = function ( add )
-- Normalize move interval
-- Parameter:
-- add -- string or number, to be added
-- Returns:
-- table, with shift, or false/nil
local r
if add then
local s = type( add )
if s == "string" and add:match( "^%s*[+-]?%d+%.?%d*%s*$" ) then
r = tonumber( add )
s = "number"
end
if s == "number" then
if r == 0 then
r = false
else
r = string.format( "%d second", r or add )
end
elseif s == "string" then
r = add
else
r = false
end
if r then
r = Calc.future( r )
end
end
return r
end -- Private.future()
Prototypes.clone = function ( self )
-- Clone object
-- Parameter:
-- self -- table, with object, to be cloned
-- Returns:
-- table, with object
local r = { [ Meta.signature ] = self[ Meta.signature ] }
setmetatable( r, Meta.tableI )
return r
end -- Prototypes.clone()
Prototypes.failsafe = function ( self, atleast )
-- Retrieve versioning and check for compliance
-- Precondition:
-- atleast -- string, with required version or "wikidata" or "~"
-- or false
-- Postcondition:
-- Returns string -- with queried version, also if problem
-- false -- if appropriate
local last = ( atleast == "~" )
local since = atleast
local r
if last or since == "wikidata" then
local item = Meta.item
since = false
if type( item ) == "number" and item > 0 then
local entity = mw.wikibase.getEntity( string.format( "Q%d",
item ) )
if type( entity ) == "table" then
local vsn = entity:formatPropertyValues( "P348" )
if type( vsn ) == "table" and
type( vsn.value ) == "string" and
vsn.value ~= "" then
if last and vsn.value == Meta.serial then
r = false
else
r = vsn.value
end
end
end
end
end
if type( r ) == "nil" then
if not since or since <= Meta.serial then
r = Meta.serial
else
r = false
end
end
return r
end -- Prototypes.failsafe()
Prototypes.fair = function ( self, access, assign )
-- Check formal validity of table
-- Parameter:
-- self -- table, to be checked
-- access -- string or nil, single item to be checked
-- assign -- single access value to be checked
-- Returns:
-- true, if valid; false, if not
local r = ( type( self ) == "table" )
if r then
local defs = { year = { max = MaxYear },
month = { min = 1,
max = 12 },
week = { min = 1,
max = 53 },
dom = { min = 1,
max = 31 },
hour = { max = 23 },
min = { max = 59 },
sec = { max = 61 },
msec = { max = 999 },
mysec = { max = 999 }
}
local fNum =
function ( k, v )
local ret = true
local dk = defs[ k ]
if dk then
if type( dk.max ) == "number" then
ret = ( type( v ) == "number" )
if ret then
local min
if dk.min then
min = dk.min
else
min = 0
end
ret = ( v >= min and v <= dk.max
and math.floor( v ) == v )
if ret and dk.f then
ret = dk.f( v )
end
end
end
end
return ret
end -- fNum()
defs.dom.f =
function ()
local ret
local d
if access == "dom" then
d = assign
else
d = self.dom
end
if d then
ret = ( d <= 28 )
if not ret then
local m
if access == "month" then
m = assign
else
m = self.month
end
if m then
ret = ( d <= Calc.months[ m ] )
if ret then
local y
if access == "year" then
y = assign
else
y = self.year
end
if d == 29 and m == 2 and y then
if y % 4 ~= 0 or
( y % 100 == 0 and
y % 400 ~= 0 ) then
ret = false
end
end
end
end
end
else
ret = true
end
return ret
end -- defs.dom.f()
defs.sec.f =
function ()
local ret
local second
if access == "sec" then
second = assign
else
second = self.sec
end
if second then
ret = ( second <= 59 )
if not ret and self.leap then
ret = true
end
end
return ret
end -- defs.sec.f()
if access or assign then
r = ( type( access ) == "string" )
if r then
local def = defs[ access ]
if def then
r = fNum( access, assign )
if r then
if def == "dom" or
def == "month" or
def == "year" then
r = defs.dom.f()
end
end
elseif access == "lang" then
r = ( type( assign ) == "string" )
if r then
r = assign:match( "^%l%l%l?-?%a*$" )
end
elseif access == "london" then
r = ( type( assign ) == "boolean" )
end
end
else
local life = false
local leak = false
local s, v
for i = 1, 10 do
s = Meta.order[ i ]
v = self[ s ]
if v then
if not life and leak then
-- gap detected
r = false
break
else
if not fNum( s, v ) then
r = false
break -- for i
end
life = true
leak = true
end
elseif i == 3 then
if not self.week then
life = false
end
elseif i ~= 4 then
life = false
end
end -- for i
if self.week and ( self.month or self.dom ) then
r = false
end
end
end
return r
end -- Prototypes.fair()
Prototypes.figure = function ( self, assign )
-- Assign month by name
-- Parameter:
-- self -- table, to be filled
-- assign -- string, with month name
-- Returns:
-- number 1...12, if valid; false, if not
local r = false
if type( self ) == "table" and type( assign ) == "string" then
r = Parser.monthNumber( assign )
if r then
self.month = r
end
end
return r
end -- Prototypes.figure()
Prototypes.first = function ( self )
-- Retrieve abbreviated month name in current language
-- Parameter:
-- self -- table, to be evaluated
-- Returns:
-- string, if defined; false, if not
local r
if type( self ) == "table" and self.month then
local slang = ( self.lang or World.slang )
r = World.monthsLong[ slang ]
if r then
local brief = World.monthsAbbr[ slang ]
r = r[ self.month ]
if brief then
local ex = brief[ self.month ]
local s = brief.suffix
if ex then
r = ex[ 2 ]
else
local n = brief.n or 3
r = mw.ustring.sub( r, 1, n )
end
if s then
r = r .. s
end
end
end
else
r = false
end
return r
end -- Prototypes.first()
Prototypes.fix = function ( self )
-- Adapt this object to local time if no explicit zone given
-- Parameter:
-- self -- table, with numbers etc.
if type( self ) == "table" and
not self.zone then
local seconds = Prototypes.format( self, "Z" )
Prototypes.future( self, - tonumber( seconds ) )
end
end -- Prototypes.fix()
Prototypes.flow = function ( self, another, assert )
-- Compare this object with another timestamp
-- Parameter:
-- self -- table, with numbers etc.
-- another -- DateTime or string or nil (now)
-- assert -- nil, or string with operator
-- "lt", "le", "eq", "ne", "ge", "gt",
-- "<", "<=", "==", "~=", "<>", ">=", "=>", ">"
-- Returns:
-- if assert: true or false
-- else: -1, 0, 1
-- nil if invalid
local base, other, r
if type( self ) == "table" then
base = self
other = another
elseif type( another ) == "table" then
base = another
other = self
end
if base then
if type( other ) ~= "table" then
other = Meta.fiat( other )
end
if type( other ) == "table" then
r = Private.flow( base, other )
if r and type( assert ) == "string" then
local trsl = { lt = "<",
["<"] = "<",
le = "<=",
["<="] = "<=",
eq = "=",
["=="] = "=",
ne = "<>",
["<>"] = "<>",
["~="] = "<>",
ge = ">=",
[">="] = ">=",
["=>"] = ">=",
gt = ">",
[">"] = ">" }
local same = trsl[ assert:lower() ]
if same then
local s = "="
if r < 0 then
s = "<"
elseif r > 0 then
s = ">"
end
r = ( same:find( s, 1, true ) ~= nil )
else
r = nil
end
end
end
end
return r
end -- Prototypes.flow()
Prototypes.format = function ( self, ask, adapt )
-- Format object as string
-- Parameter:
-- self -- table, with numbers etc.
-- ask -- string, format spec, or nil
-- adapt -- table, with options, or nil
-- .lang -- string, with particular language code
-- .london -- true: UTC output; default: local
-- .lonely -- true: permit lonely hour
-- Returns:
-- string, or false, if invalid
local r = false
if type( self ) == "table" then
local opts = { lang = self.lang }
local babel, slang
if type( adapt ) == "table" then
if type( adapt.lang ) == "string" then
local i = adapt.lang:find( "-", 3, true )
if i then
slang = adapt.lang:lower()
opts.lang = slang:sub( 1, i - 1 )
else
opts.lang = adapt.lang:lower()
end
end
opts.london = adapt.london
opts.lonely = adapt.lonely
end
babel = mw.language.new( opts.lang )
if babel then
local shift, show, stamp, suffix, limit4, locally
if self.month then
stamp = World.monthsLong.en[ self.month ]
if self.year then
stamp = string.format( "%s %04d", stamp, self.year )
end
if self.dom then
stamp = string.format( "%d %s", self.dom, stamp )
end
if ask and ask:find( "Mon4" ) then
local mon4 = World.months4[ opts.lang ]
if mon4 then
if mon4[ self.month ] then
limit4 = true
end
end
end
elseif self.year then
stamp = string.format( "%04d", self.year )
end
if self.hour then
stamp = string.format( "%s %02d:", stamp, self.hour )
if self.min then
stamp = string.format( "%s%02d", stamp, self.min )
if self.sec then
stamp = string.format( "%s:%02d",
stamp, self.sec )
if self.msec then
stamp = string.format( "%s.%03d",
stamp, self.msec )
if self.mysec then
stamp = string.format( "%s%03d",
stamp,
self.mysec )
end
end
end
else
stamp = stamp .. "00"
end
if self.zone then
stamp = stamp .. World.zones.formatter( self, "+-" )
end
end
show, suffix = World.templates.formatter( self, ask, opts )
if limit4 then
show = show:gsub( "M", "F" )
end
if type( opts.london ) == "boolean" then
locally = not opts.london
else
locally = true
end
r = babel:formatDate( show, stamp, locally )
r = r:gsub( " $", "" )
if self.year and self.year < 1000 then
r = r:gsub( string.format( "%04d", self.year ),
tostring( self.year ) )
end
if self.month then
local bucket, m, suite, x
if show:find( "F" ) then
suite = "monthsLong"
elseif show:find( "M" ) then
suite = "monthsAbbr"
end
bucket = World[ suite ]
if bucket then
m = bucket[ opts.lang ]
if slang then
x = bucket[ slang ]
end
if m then
local base = m[ self.month ]
local ex
if x then
ex = x[ self.month ]
end
if suite == "monthsAbbr" then
local stop
if ex then
stop = x.suffix
base = ex
else
stop = m.suffix
end
if base and stop then
local shift, std
std = string.format( "%s%%%s",
base[ 1 ], stop )
shift = string.format( "%s%s",
base[ 2 ], stop )
r = mw.ustring.gsub( r, std, shift )
end
elseif suite == "monthsLong" then
if base and ex then
r = mw.ustring.gsub( r, base, ex )
end
end
end
end
end
if suffix then
r = r .. suffix
end
end
end
return r
end -- Prototypes.format()
Prototypes.full = function ( self )
-- Retrieve month name in current language
-- Parameter:
-- self -- table, to be evaluated
-- Returns:
-- string, if defined; false, if not
local r
if type( self ) == "table" and self.month then
local slang = ( self.lang or World.slang )
r = World.monthsLong[ slang ]
if r then
r = r[ self.month ]
end
else
r = false
end
return r
end -- Prototypes.full()
Prototypes.future = function ( self, add, allocate )
-- Relative move by interval
-- Parameter:
-- self -- table, to be used as base
-- add -- string or number, to be added
-- allocate -- true, if a clone shall be returned
-- Returns:
-- table, with shift
local r, raw, rel, shift
if type( self ) == "table" then
r = self
shift = add
elseif type( add ) == "table" then
r = add
shift = self
end
if r then
if r[ Meta.signature ] then
raw = r[ Meta.signature ]
else
raw = r
end
if type( shift ) == "table" then
rel = shift
else
rel = Private.future( shift )
end
end
if raw and rel then
if allocate then
r = Prototypes.clone( r )
raw = r[ Meta.signature ]
end
for k, v in pairs( rel ) do
raw[ k ] = ( raw[ k ] or 0 ) + v
end -- for k, v
Calc.fair( raw )
r[ Meta.signature ] = raw
end
return r
end -- Prototypes.future()
Prototypes.tostring = function ( self )
-- Stringify yourself
-- Parameter:
-- self -- table, to be stringified
-- Returns:
-- string
local dels = { false, "", "-", "-", "", ":", ":", ".", "", "" }
local wids = { false, 4, 2, 2, 2, 2, 2, 2, 3, 3 }
local s = ""
local n, r, spec
local f = function ( a )
n = self[ Meta.order[ a ] ]
s = s .. dels[ a ]
if n then
spec = string.format( "%%s%%0%dd", wids[ a ] )
s = string.format( spec, s, n )
end
end -- f()
for i = 2, 5 do
f( i )
end -- for i
r = s
s = ""
for i = 6, 10 do
f( i )
end -- for i
if s == "::." then
r = r:gsub( "%-+$", "" )
else
if r == "--" then
r = s
else
r = string.format( "%sT%s", r, s )
end
end
return r
end -- Prototypes.tostring()
Prototypes.valueOf = function ( self )
-- Returns yourselves primitive value (primitive table)
-- Parameter:
-- self -- table, to be dumped
-- Returns:
-- table, or false
local r
if type( self ) == "table" then
r = self[ Meta.signature ]
end
return r or false
end -- Prototypes.valueOf()
Templates.flow = function ( frame, action )
-- Comparison invokation
-- Parameter:
-- frame -- object
-- Returns:
-- string, either "" or "1"
local r
local s1 = frame.args[ 1 ]
local s2 = frame.args[ 2 ]
if s1 then
s1 = mw.text.trim( s1 )
if s1 == "" then
s1 = false
end
end
if s2 then
s2 = mw.text.trim( s2 )
if s2 == "" then
s2 = false
end
end
if s1 or s2 then
local l
Frame = frame
l, r = pcall( Prototypes.flow,
Meta.fiat( s1 ), s2, action )
if r == true then
r = "1"
end
end
return r or ""
end -- Templates.flow()
World.templates.formatter = function ( assigned, ask, adapt )
-- Retrieve format specification string
-- Parameter:
-- assigned -- table, with numbers etc.
-- ask -- string, format spec, or nil
-- adapt -- table, with options
-- .lang -- string, with particular language code
-- .lonely -- true: permit lonely hour
-- Returns:
-- 1 -- string
-- 2 -- string or nil; append suffix (zone)
local r1, r2
if not ask or ask == "" then
r1 = "c"
else
local template = World.templates[ ask ]
r1 = ask
if not template then
local slang = ( adapt.lang or assigned.lang or World.slang )
local tmp = World.templates[ slang ]
if tmp then
template = tmp[ ask ]
end
end
if type( template ) == "table" then
local low = ( ask == "ISO" or ask == "ISO-T" )
r1 = template.spec
if assigned.year then
if not assigned.dom then
r1 = r1:gsub( "[ .%-]?[dDjlNwz][ .,%-]*", "" )
:gsub( "^ ", "" )
if not assigned.month then
r1 = r1:gsub( "[ .%-]?[FmMnt][ .%-]*", "" )
end
end
else
r1 = r1:gsub( " ?[yY] ?", "" )
if not assigned.dom then
r1 = r1:gsub( "[ .]?[dDjlNwz][ .,%-]*", "" )
:gsub( "^ ", "" )
end
end
if template.lift and
(assigned.dom or
not (assigned.month or assigned.year or assigned.bc)
) then
local stamp = false
if assigned.hour then
if assigned.min then
stamp = "H:i"
if assigned.sec then
stamp = "H:i:s"
if assigned.msec then
stamp = string.format( "%s.%03d",
stamp,
assigned.msec )
if assigned.mysec then
stamp = string.format( "%s.%03d",
stamp,
assigned.mysec )
end
end
end
elseif adapt.lonely then
stamp = "H"
end
end
if low or ask:find( "hh:mm:ss" ) then
if stamp then
r1 = string.format( "%s %s", r1, stamp )
end
end
if stamp then
if low or template.long then
local scheme
if template.long then
scheme = mw.language.getContentLanguage()
scheme = scheme.code
end
r2 = World.zones.formatter( assigned, scheme )
end
end
end
if type ( assigned.bc ) == "boolean" then
local eras = World.era[ adapt.lang ] or World.era.en
local i
if not r2 then
r2 = ""
end
if assigned.bc then
i = 1
else
i = 2
end
r2 = string.format( "%s %s", r2, eras[ i ] )
end
end
end
return r1, r2
end -- World.templates.formatter()
World.zones.formatter = function ( assigned, align )
-- Retrieve time zone specification string
-- Parameter:
-- assigned -- table, with numbers etc.
-- .zone should be available
-- align -- string, format spec, or nil
-- nil, false, "+-" -- +/- 0000
-- "Z" -- single letter
-- "UTC" -- "UTC", if appropriate
-- "de" -- try localized
-- Returns:
-- string
local r = ""
local move = 0
if assigned.zone then
local s = type( assigned.zone )
if s == "string" then
s = assigned.zone:upper()
if #s == 1 then
-- "YXWVUTSRQPONZABCDEFGHIKLM"
move = World.zones[ "!" ]:find( s )
if move then
move = ( move - 13 ) * 100
assigned.zone = move
else
assigned.zone = false
end
else
local code = World.zones[ s ]
if not code then
local slang = ( assigned.lang or
World.slang )
local tmp = World.zones[ slang ]
if tmp then
code = tmp[ s ]
end
if not code and
slang ~= "en" and
World.zones.en then
code = World.zones.en[ s ]
end
end
if code then
move = code
assigned.zone = move
end
end
elseif s == "number" then
move = assigned.zone
end
end
if move then
local spec = "+-"
if align then
if align == "Z" then
if move % 100 == 0 then
r = World.zones[ "!" ]:sub( move / 100 + 13, 1 )
spec = false
end
elseif align ~= "+-" then
if move == 0 then
r = " UTC"
spec = false
else
local part = World.zones[ align ]
if part then
for k, v in pairs( part ) do
if v == move then
r = string.format( " (%s)", k )
spec = false
break
end
end -- for k, v
end
end
end
end
if spec == "+-" then
if move < 0 then
spec = "%4.4d"
else
spec = "+%4.4d"
end
r = string.format( spec, move )
r = string.format( "%s:%s",
r:sub( 1, 3), r:sub( 4 ) )
end
end
return r
end -- World.zones.formatter()
-- Export local p = { }
function p.test( args, alien )
local slang = args.lang
local obj = Meta.fiat( args[ 1 ], false, args.shift )
local r
if type( obj ) == "table" then
local spec = args[ 2 ]
local opt
if spec then
spec = mw.text.trim( spec )
end
if slang then
opt = { lang = mw.text.trim( slang ) }
end
r = obj:format( spec, opt )
else
r = ( args.noerror or "0" )
if r == "0" then
r = fault( "Format invalid" )
else
r = ""
end
end
return r
end -- p.test
function p.failsafe( frame )
local s = type( frame )
local r, since
if s == "table" then
since = frame.args[ 1 ]
elseif s == "string" then
since = mw.text.trim( since )
if since == "" then
since = false
end
end
return Prototypes.failsafe( false, since ) or ""
end -- p.failsafe
function p.format( frame )
-- 1 -- stamp
-- 2 -- spec
-- lang
-- shift
-- noerror
local l, r
local v = { frame.args[ 1 ],
frame.args[ 2 ],
shift = frame.args.shift,
noerror = frame.args.noerror }
if not v[ 1 ] or v[ 1 ] == "now" then
v[ 1 ] = frame:callParserFunction( "#timel", "c", v.shift )
v.shift = false
end
Frame = frame
l, r = pcall( p.test, v, frame.args[ 3 ] or frame.args.lang )
if not l then
r = fault( r )
end
return r
end -- p.format
function p.lt( frame )
return Templates.flow( frame, "lt" )
end -- p.lt function p.le( frame )
return Templates.flow( frame, "le" )
end -- p.le function p.eq( frame )
return Templates.flow( frame, "eq" )
end -- p.eq function p.ne( frame )
return Templates.flow( frame, "ne" )
end -- p.ne function p.ge( frame )
return Templates.flow( frame, "ge" )
end -- p.ge function p.gt( frame )
return Templates.flow( frame, "gt" )
end -- p.gt
p.DateTime = function ()
return DateTime
end -- p.DateTime
return p
