Austenasia Wiki - User contributions [en-gb]

Module:Infobox

2026-06-22T01:56:40Z

5.67.92.157: Created page with "local p = {} local args = {} local origArgs = {} local root local empty_row_categories = {} local category_in_empty_row_pattern = '%[%[%s*[Cc][Aa][Tt][Ee][Gg][Oo][Rr][Yy]%s*:[^]]*]]' local has_rows = false local yesno = require("Module:Yesno") local lists = { plainlist_t = { patterns = { '^plainlist$', '%splainlist$', '^plainlist%s', '%splainlist%s' }, found = false, styles = 'Plainlist/styles.css' }, hlist_t = { patterns = { '^hlist$', '%s..."

local p = {}
local args = {}
local origArgs = {}
local root
local empty_row_categories = {}
local category_in_empty_row_pattern = '%[%[%s*[Cc][Aa][Tt][Ee][Gg][Oo][Rr][Yy]%s*:[^]]*]]'
local has_rows = false
local yesno = require("Module:Yesno")
local lists = {
plainlist_t = {
patterns = {
'^plainlist$',
'%splainlist$',
'^plainlist%s',
'%splainlist%s'
},
found = false,
styles = 'Plainlist/styles.css'
},
hlist_t = {
patterns = {
'^hlist$',
'%shlist$',
'^hlist%s',
'%shlist%s'
},
found = false,
styles = 'Hlist/styles.css'
}
}

local function has_list_class(args_to_check)
for _, list in pairs(lists) do
if not list.found then
for _, arg in pairs(args_to_check) do
for _, pattern in ipairs(list.patterns) do
if mw.ustring.find(arg or '', pattern) then
list.found = true
break
end
end
if list.found then break end
end
end
end
end

local function isUntitledChildBox(sval)
return sval and ( sval:match( '^%s*<%s*[Tt][Rr]' ) or sval:match( '^%s*\127[^\127]*UNIQ%-%-templatestyles%-%x+%-QINU[^\127]*\127%s*<%s*[Tt][Rr]' ) )
end

local function fixChildBoxes(sval, tt)
local function notempty( s ) return s and s:match( '%S' ) end

if notempty(sval) then
local marker = '<span class=special_infobox_marker>'
local s = sval
-- start moving templatestyles and categories inside of table rows
local slast = ''
while slast ~= s do
slast = s
s = mw.ustring.gsub(s, '(</[Tt][Rr]%s*>%s*)(%[%[%s*[Cc][Aa][Tt][Ee][Gg][Oo][Rr][Yy]%s*:[^]]*%]%])', '%2%1')
s = mw.ustring.gsub(s, '(</[Tt][Rr]%s*>%s*)(\127[^\127]*UNIQ%-%-templatestyles%-%x+%-QINU[^\127]*\127)', '%2%1')
end
-- end moving templatestyles and categories inside of table rows
s = mw.ustring.gsub(s, '(<%s*[Tt][Rr])', marker .. '%1')
s = mw.ustring.gsub(s, '(</[Tt][Rr]%s*>)', '%1' .. marker)
if s:match(marker) then
s = mw.ustring.gsub(s, marker .. '%s*' .. marker, '')
s = mw.ustring.gsub(s, '([\r\n]|-[^\r\n]*[\r\n])%s*' .. marker, '%1')
s = mw.ustring.gsub(s, marker .. '%s*([\r\n]|-)', '%1')
s = mw.ustring.gsub(s, '(</[Cc][Aa][Pp][Tt][Ii][Oo][Nn]%s*>%s*)' .. marker, '%1')
s = mw.ustring.gsub(s, '(<%s*[Tt][Aa][Bb][Ll][Ee][^<>]*>%s*)' .. marker, '%1')
s = mw.ustring.gsub(s, '^(%{|[^\r\n]*[\r\n]%s*)' .. marker, '%1')
s = mw.ustring.gsub(s, '([\r\n]%{|[^\r\n]*[\r\n]%s*)' .. marker, '%1')
s = mw.ustring.gsub(s, marker .. '(%s*</[Tt][Aa][Bb][Ll][Ee]%s*>)', '%1')
s = mw.ustring.gsub(s, marker .. '(%s*\n|%})', '%1')
end
if s:match(marker) then
local subcells = mw.text.split(s, marker)
s = ''
for k = 1, #subcells do
if k == 1 then
s = s .. subcells[k] .. '</' .. tt .. '></tr>'
elseif k == #subcells then
local rowstyle = ' style="display:none"'
if notempty(subcells[k]) then rowstyle = '' end
s = s .. '<tr' .. rowstyle ..'><' .. tt .. ' colspan=2>\n' ..
subcells[k]
elseif notempty(subcells[k]) then
if (k % 2) == 0 then
s = s .. subcells[k]
else
s = s .. '<tr><' .. tt .. ' colspan=2>\n' ..
subcells[k] .. '</' .. tt .. '></tr>'
end
end
end
end
-- the next two lines add a newline at the end of lists for the PHP parser
-- [[Special:Diff/849054481]]
-- remove when [[:phab:T191516]] is fixed or OBE
s = mw.ustring.gsub(s, '([\r\n][%*#;:][^\r\n]*)$', '%1\n')
s = mw.ustring.gsub(s, '^([%*#;:][^\r\n]*)$', '%1\n')
s = mw.ustring.gsub(s, '^([%*#;:])', '\n%1')
s = mw.ustring.gsub(s, '^(%{%|)', '\n%1')
return s
else
return sval
end
end

-- Cleans empty tables
local function cleanInfobox()
root = tostring(root)
if has_rows == false then
root = mw.ustring.gsub(root, '<table[^<>]*>%s*</table>', '')
end
end

-- Returns the union of the values of two tables, as a sequence.
local function union(t1, t2)

local vals = {}
for k, v in pairs(t1) do
vals[v] = true
end
for k, v in pairs(t2) do
vals[v] = true
end
local ret = {}
for k, v in pairs(vals) do
table.insert(ret, k)
end
return ret
end

-- Returns a table containing the numbers of the arguments that exist
-- for the specified prefix. For example, if the prefix was 'data', and
-- 'data1', 'data2', and 'data5' exist, it would return {1, 2, 5}.
local function getArgNums(prefix)
local nums = {}
for k, v in pairs(args) do
local num = tostring(k):match('^' .. prefix .. '([1-9]%d*)$')
if num then table.insert(nums, tonumber(num)) end
end
table.sort(nums)
return nums
end

-- Adds a row to the infobox, with either a header cell
-- or a label/data cell combination.
local function addRow(rowArgs)

if rowArgs.header and rowArgs.header ~= '_BLANK_' then
has_rows = true
has_list_class({ rowArgs.rowclass, rowArgs.class, args.headerclass })

root
:tag('tr')
:addClass(rowArgs.rowclass)
:addClass( isUntitledChildBox( rowArgs.header ) and 'infobox-hiddenrow' or nil )
:cssText(rowArgs.rowstyle)
:tag('th')
:attr('colspan', '2')
:addClass('infobox-header')
:addClass(rowArgs.class)
:addClass(args.headerclass)
-- @deprecated next; target .infobox-<name> .infobox-header
:cssText(args.headerstyle)
:cssText(rowArgs.rowcellstyle)
:wikitext(fixChildBoxes(rowArgs.header, 'th'))
if rowArgs.data and not yesno(args.decat) then
root:wikitext(
'[[Category:Pages using infobox templates with ignored data cells]]'
)
end
elseif rowArgs.data and rowArgs.data:gsub(category_in_empty_row_pattern, ''):match('^%S') then
has_rows = true
has_list_class({ rowArgs.rowclass, rowArgs.class })

local row = root:tag('tr')
row:addClass(rowArgs.rowclass)
row:cssText(rowArgs.rowstyle)
if rowArgs.label then
row
:tag('th')
:attr('scope', 'row')
:addClass('infobox-label')
-- @deprecated next; target .infobox-<name> .infobox-label
:cssText(args.labelstyle)
:cssText(rowArgs.rowcellstyle)
:wikitext(rowArgs.label)
:done()
else
row:addClass( isUntitledChildBox( rowArgs.data ) and 'infobox-hiddenrow' or nil )
end

local dataCell = row:tag('td')
dataCell
:attr('colspan', not rowArgs.label and '2' or nil)
:addClass(not rowArgs.label and 'infobox-full-data' or 'infobox-data')
:addClass(rowArgs.class)
-- @deprecated next; target .infobox-<name> .infobox(-full)-data
:cssText(rowArgs.datastyle)
:cssText(rowArgs.rowcellstyle)
:wikitext(fixChildBoxes(rowArgs.data, 'td'))
else
table.insert(empty_row_categories, rowArgs.data or '')
end
end

local function renderTitle()
if not args.title then return end

has_rows = true
has_list_class({args.titleclass})

root
:tag('caption')
:addClass('infobox-title')
:addClass(args.titleclass)
-- @deprecated next; target .infobox-<name> .infobox-title
:cssText(args.titlestyle)
:wikitext(args.title)

end

local function renderAboveRow()
if not args.above then return end

has_rows = true
has_list_class({ args.aboveclass })

root
:tag('tr')
:addClass( isUntitledChildBox( args.above ) and 'infobox-hiddenrow' or nil )
:tag('th')
:attr('colspan', '2')
:addClass('infobox-above')
:addClass(args.aboveclass)
-- @deprecated next; target .infobox-<name> .infobox-above
:cssText(args.abovestyle)
:wikitext(fixChildBoxes(args.above,'th'))
end

local function renderBelowRow()
if not args.below then return end

has_rows = true
has_list_class({ args.belowclass })

root
:tag('tr')
:addClass( isUntitledChildBox( args.below ) and 'infobox-hiddenrow' or nil )
:tag('td')
:attr('colspan', '2')
:addClass('infobox-below')
:addClass(args.belowclass)
-- @deprecated next; target .infobox-<name> .infobox-below
:cssText(args.belowstyle)
:wikitext(fixChildBoxes(args.below,'td'))
end

local function addSubheaderRow(subheaderArgs)
if subheaderArgs.data and
subheaderArgs.data:gsub(category_in_empty_row_pattern, ''):match('^%S') then
has_rows = true
has_list_class({ subheaderArgs.rowclass, subheaderArgs.class })

local row = root:tag('tr')
row:addClass(subheaderArgs.rowclass)
row:addClass( isUntitledChildBox( subheaderArgs.data ) and 'infobox-hiddenrow' or nil )

local dataCell = row:tag('td')
dataCell
:attr('colspan', '2')
:addClass('infobox-subheader')
:addClass(subheaderArgs.class)
:cssText(subheaderArgs.datastyle)
:cssText(subheaderArgs.rowcellstyle)
:wikitext(fixChildBoxes(subheaderArgs.data, 'td'))
else
table.insert(empty_row_categories, subheaderArgs.data or '')
end
end

local function renderSubheaders()
if args.subheader then
args.subheader1 = args.subheader
end
if args.subheaderrowclass then
args.subheaderrowclass1 = args.subheaderrowclass
end
local subheadernums = getArgNums('subheader')
for k, num in ipairs(subheadernums) do
addSubheaderRow({
data = args['subheader' .. tostring(num)],
-- @deprecated next; target .infobox-<name> .infobox-subheader
datastyle = args.subheaderstyle,
rowcellstyle = args['subheaderstyle' .. tostring(num)],
class = args.subheaderclass,
rowclass = args['subheaderrowclass' .. tostring(num)]
})
end
end

local function addImageRow(imageArgs)

if imageArgs.data and
imageArgs.data:gsub(category_in_empty_row_pattern, ''):match('^%S') then

has_rows = true
has_list_class({ imageArgs.rowclass, imageArgs.class })

local row = root:tag('tr')
row:addClass(imageArgs.rowclass)
row:addClass( isUntitledChildBox( imageArgs.data ) and 'infobox-hiddenrow' or nil )

local dataCell = row:tag('td')
dataCell
:attr('colspan', '2')
:addClass('infobox-image')
:addClass(imageArgs.class)
:cssText(imageArgs.datastyle)
:wikitext(fixChildBoxes(imageArgs.data, 'td'))
else
table.insert(empty_row_categories, imageArgs.data or '')
end
end

local function renderImages()
if args.image then
args.image1 = args.image
end
if args.caption then
args.caption1 = args.caption
end
local imagenums = getArgNums('image')
for k, num in ipairs(imagenums) do
local caption = args['caption' .. tostring(num)]
local data = mw.html.create():wikitext(args['image' .. tostring(num)])
if caption then
data
:tag('div')
:addClass('infobox-caption')
-- @deprecated next; target .infobox-<name> .infobox-caption
:cssText(args.captionstyle)
:wikitext(caption)
end
addImageRow({
data = tostring(data),
-- @deprecated next; target .infobox-<name> .infobox-image
datastyle = args.imagestyle,
class = args.imageclass,
rowclass = args['imagerowclass' .. tostring(num)]
})
end
end

-- When autoheaders are turned on, preprocesses the rows
local function preprocessRows()
if not args.autoheaders then return end

local rownums = union(getArgNums('header'), getArgNums('data'))
table.sort(rownums)
local lastheader
for k, num in ipairs(rownums) do
if args['header' .. tostring(num)] then
if lastheader then
args['header' .. tostring(lastheader)] = nil
end
lastheader = num
elseif args['data' .. tostring(num)] and
args['data' .. tostring(num)]:gsub(
category_in_empty_row_pattern, ''
):match('^%S') then
local data = args['data' .. tostring(num)]
if data:gsub(category_in_empty_row_pattern, ''):match('%S') then
lastheader = nil
end
end
end
if lastheader then
args['header' .. tostring(lastheader)] = nil
end
end

-- Gets the union of the header and data argument numbers,
-- and renders them all in order
local function renderRows()

local rownums = union(getArgNums('header'), getArgNums('data'))
table.sort(rownums)
for k, num in ipairs(rownums) do
addRow({
header = args['header' .. tostring(num)],
label = args['label' .. tostring(num)],
data = args['data' .. tostring(num)],
datastyle = args.datastyle,
class = args['class' .. tostring(num)],
rowclass = args['rowclass' .. tostring(num)],
-- @deprecated next; target .infobox-<name> rowclass
rowstyle = args['rowstyle' .. tostring(num)],
rowcellstyle = args['rowcellstyle' .. tostring(num)]
})
end
end

local function renderNavBar()
if not args.name then return end

has_rows = true
root
:tag('tr')
:tag('td')
:attr('colspan', '2')
:addClass('infobox-navbar')
:wikitext(require('Module:Navbar')._navbar{
args.name,
mini = 1,
})
end

local function renderItalicTitle()
local italicTitle = args['italic title'] and mw.ustring.lower(args['italic title'])
if italicTitle == '' or italicTitle == 'force' or italicTitle == 'yes' then
root:wikitext(require('Module:Italic title')._main({}))
end
end

-- Categories in otherwise empty rows are collected in empty_row_categories.
-- This function adds them to the module output. It is not affected by
-- args.decat because this module should not prevent module-external categories
-- from rendering.
local function renderEmptyRowCategories()
for _, s in ipairs(empty_row_categories) do
root:wikitext(s)
end
end

-- Render tracking categories. args.decat == turns off tracking categories.
local function renderTrackingCategories()
if yesno(args.decat) then return end
if args.child == 'yes' then
if args.title then
root:wikitext(
'[[Category:Pages using embedded infobox templates with the title parameter]]'
)
end
elseif #(getArgNums('data')) == 0 and mw.title.getCurrentTitle().namespace == 0 then
root:wikitext('[[Category:Articles using infobox templates with no data rows]]')
end
end

--[=[
Loads the templatestyles for the infobox.

TODO: FINISH loading base templatestyles here rather than in
MediaWiki:Common.css. There are 4-5000 pages with 'raw' infobox tables.
See [[Mediawiki_talk:Common.css/to_do#Infobox]] and/or come help :).
When we do this we should clean up the inline CSS below too.
Will have to do some bizarre conversion category like with sidebar.

]=]
local function loadTemplateStyles()
local frame = mw.getCurrentFrame()

local hlist_templatestyles = ''
if lists.hlist_t.found then
hlist_templatestyles = frame:extensionTag{
name = 'templatestyles', args = { src = lists.hlist_t.styles }
}
end

local plainlist_templatestyles = ''
if lists.plainlist_t.found then
plainlist_templatestyles = frame:extensionTag{
name = 'templatestyles', args = { src = lists.plainlist_t.styles }
}
end

-- See function description
local base_templatestyles = frame:extensionTag{
name = 'templatestyles', args = { src = 'Module:Infobox/styles.css' }
}

local templatestyles = ''
if args['templatestyles'] then
templatestyles = frame:extensionTag{
name = 'templatestyles', args = { src = args['templatestyles'] }
}
end

local child_templatestyles = ''
if args['child templatestyles'] then
child_templatestyles = frame:extensionTag{
name = 'templatestyles', args = { src = args['child templatestyles'] }
}
end

local grandchild_templatestyles = ''
if args['grandchild templatestyles'] then
grandchild_templatestyles = frame:extensionTag{
name = 'templatestyles', args = { src = args['grandchild templatestyles'] }
}
end

return table.concat({
-- hlist -> plainlist -> base is best-effort to preserve old Common.css ordering.
-- this ordering is not a guarantee because the rows of interest invoking
-- each class may not be on a specific page
hlist_templatestyles,
plainlist_templatestyles,
base_templatestyles,
templatestyles,
child_templatestyles,
grandchild_templatestyles
})
end

-- common functions between the child and non child cases
local function structure_infobox_common()
renderSubheaders()
renderImages()
preprocessRows()
renderRows()
renderBelowRow()
renderNavBar()
renderItalicTitle()
renderEmptyRowCategories()
renderTrackingCategories()
cleanInfobox()
end

-- Specify the overall layout of the infobox, with special settings if the
-- infobox is used as a 'child' inside another infobox.
local function _infobox()
if args.child ~= 'yes' then
root = mw.html.create('table')

root
:addClass(args.subbox == 'yes' and 'infobox-subbox' or 'infobox')
:addClass(args.bodyclass)
-- @deprecated next; target .infobox-<name>
:cssText(args.bodystyle)

has_list_class({ args.bodyclass })

renderTitle()
renderAboveRow()
else
root = mw.html.create()

root
:wikitext(args.title)
end
structure_infobox_common()

return loadTemplateStyles() .. root
end

-- If the argument exists and isn't blank, add it to the argument table.
-- Blank arguments are treated as nil to match the behaviour of ParserFunctions.
local function preprocessSingleArg(argName)
if origArgs[argName] and origArgs[argName] ~= '' then
args[argName] = origArgs[argName]
end
end

-- Assign the parameters with the given prefixes to the args table, in order, in
-- batches of the step size specified. This is to prevent references etc. from
-- appearing in the wrong order. The prefixTable should be an array containing
-- tables, each of which has two possible fields, a "prefix" string and a
-- "depend" table. The function always parses parameters containing the "prefix"
-- string, but only parses parameters in the "depend" table if the prefix
-- parameter is present and non-blank.
local function preprocessArgs(prefixTable, step)
if type(prefixTable) ~= 'table' then
error("Non-table value detected for the prefix table", 2)
end
if type(step) ~= 'number' then
error("Invalid step value detected", 2)
end

-- Get arguments without a number suffix, and check for bad input.
for i,v in ipairs(prefixTable) do
if type(v) ~= 'table' or type(v.prefix) ~= "string" or
(v.depend and type(v.depend) ~= 'table') then
error('Invalid input detected to preprocessArgs prefix table', 2)
end
preprocessSingleArg(v.prefix)
-- Only parse the depend parameter if the prefix parameter is present
-- and not blank.
if args[v.prefix] and v.depend then
for j, dependValue in ipairs(v.depend) do
if type(dependValue) ~= 'string' then
error('Invalid "depend" parameter value detected in preprocessArgs')
end
preprocessSingleArg(dependValue)
end
end
end

-- Get arguments with number suffixes.
local a = 1 -- Counter variable.
local moreArgumentsExist = true
while moreArgumentsExist == true do
moreArgumentsExist = false
for i = a, a + step - 1 do
for j,v in ipairs(prefixTable) do
local prefixArgName = v.prefix .. tostring(i)
if origArgs[prefixArgName] then
-- Do another loop if any arguments are found, even blank ones.
moreArgumentsExist = true
preprocessSingleArg(prefixArgName)
end
-- Process the depend table if the prefix argument is present
-- and not blank, or we are processing "prefix1" and "prefix" is
-- present and not blank, and if the depend table is present.
if v.depend and (args[prefixArgName] or (i == 1 and args[v.prefix])) then
for j,dependValue in ipairs(v.depend) do
local dependArgName = dependValue .. tostring(i)
preprocessSingleArg(dependArgName)
end
end
end
end
a = a + step
end
end

-- Parse the data parameters in the same order that the old {{infobox}} did, so
-- that references etc. will display in the expected places. Parameters that
-- depend on another parameter are only processed if that parameter is present,
-- to avoid phantom references appearing in article reference lists.
local function parseDataParameters()

preprocessSingleArg('autoheaders')
preprocessSingleArg('child')
preprocessSingleArg('bodyclass')
preprocessSingleArg('subbox')
preprocessSingleArg('bodystyle')
preprocessSingleArg('title')
preprocessSingleArg('titleclass')
preprocessSingleArg('titlestyle')
preprocessSingleArg('above')
preprocessSingleArg('aboveclass')
preprocessSingleArg('abovestyle')
preprocessArgs({
{prefix = 'subheader', depend = {'subheaderstyle', 'subheaderrowclass'}}
}, 10)
preprocessSingleArg('subheaderstyle')
preprocessSingleArg('subheaderclass')
preprocessArgs({
{prefix = 'image', depend = {'caption', 'imagerowclass'}}
}, 10)
preprocessSingleArg('captionstyle')
preprocessSingleArg('imagestyle')
preprocessSingleArg('imageclass')
preprocessArgs({
{prefix = 'header'},
{prefix = 'data', depend = {'label'}},
{prefix = 'rowclass'},
{prefix = 'rowstyle'},
{prefix = 'rowcellstyle'},
{prefix = 'class'}
}, 50)
preprocessSingleArg('headerclass')
preprocessSingleArg('headerstyle')
preprocessSingleArg('labelstyle')
preprocessSingleArg('datastyle')
preprocessSingleArg('below')
preprocessSingleArg('belowclass')
preprocessSingleArg('belowstyle')
preprocessSingleArg('name')
-- different behaviour for italics if blank or absent
args['italic title'] = origArgs['italic title']
preprocessSingleArg('decat')
preprocessSingleArg('templatestyles')
preprocessSingleArg('child templatestyles')
preprocessSingleArg('grandchild templatestyles')
end

-- If called via #invoke, use the args passed into the invoking template.
-- Otherwise, for testing purposes, assume args are being passed directly in.
function p.infobox(frame)
if frame == mw.getCurrentFrame() then
origArgs = frame:getParent().args
else
origArgs = frame
end

parseDataParameters()

return _infobox()
end

-- For calling via #invoke within a template
function p.infoboxTemplate(frame)
origArgs = {}
for k,v in pairs(frame.args) do origArgs[k] = mw.text.trim(v) end

parseDataParameters()

return _infobox()
end
return p

2024-2025 Austenasian Schism

2026-06-22T01:55:16Z

5.67.92.157:

{{Infobox conflict
| conflict = 2024–2025 Austenasian Schism
| partof =
| date =
| place = Austenasia
| result =
| combatant1 = Musgravian faction
| combatant2 = Aggelosite faction
| commander1 = Andrew Musgrave
| commander2 =
}}

'''The 2024–2025 Austenasian Schism''' is a political and constitutional dispute within [[Austenasia]] which resulted in the emergence of rival governments, each claiming legitimacy as the lawful continuation of the Empire of Austenasia.

The schism began in 2024 following disagreements concerning the government and leadership of Austenasia. Competing administrations subsequently emerged, each claiming authority over Austenasian institutions, symbols, and assets.

The dispute continued throughout 2024 and 2025, involving disagreements over governance, legitimacy, citizenship records, internet domains, and intellectual property. The schism culminated in the establishment of the [[Austenasian Interregnum]] on 3 June 2025, after which the government led by Lord Protector Andrew Musgrave continued to operate as the recognised Austenasian administration.

==Background==

==Origins of the dispute==

==Rival governments==

==Disputes over assets and symbols==

==Interregnum==

==Aftermath==

==Legacy==

Template wrapper

2026-06-22T01:54:34Z

5.67.92.157: Created page with "require('strict'); local error_msg = '<span style=\"font-size:100%\" class=\"error\"><code style=\"color:inherit; border:inherit; padding:inherit;\">|_template=</code> missing or empty</span>'; ----------------------------< I S _ I N _ T A B L E >-------------------------------------------------------- scan through tbl looking for value; return true if found, false else local function is_in_table (tbl, value) for k, v in pairs (tbl) do if v ==..."

require('strict');

local error_msg = '<span style=\"font-size:100%\" class=\"error\"><code style=\"color:inherit; border:inherit; padding:inherit;\">|_template=</code> missing or empty</span>';

--[[--------------------------< I S _ I N _ T A B L E >--------------------------------------------------------

scan through tbl looking for value; return true if found, false else

]]

local function is_in_table (tbl, value)
for k, v in pairs (tbl) do
if v == value then return true end
end
return false;
end

--[[--------------------------< A D D _ P A R A M E T E R >----------------------------------------------------

adds parameter name and its value to args table according to the state of boolean list argument; kv pair for
template execution; k=v string for template listing.

]]

local function add_parameter (k, v, args, list)
if list then
table.insert( args, table.concat ({k, '=', v})); -- write parameter names and values to args table as string
else
args[k] = v; -- copy parameters to args table
end
end

--[[--------------------------< A L I A S _ M A P _ G E T >----------------------------------------------------

returns a table of local template (parent frame) parameter names and the target template names that match where
in [key]=<value> pairs where:
[key] is local template parameter name (an alias)
<value> is target template parameter name (the canonical parameter name used in the working template)

The parameter |_alias-map= has the form:
|_alias-map=<list>
where <list> is a comma-separated list of alias / canonical parameter name pairs in the form
<from> : <to>
where:
<from> is the local template's parameter name (alias)
<to> is the target template's parameter name (canonical)
for enumerated parameters place an octothorp (#) where the enumerator digits are placed in the parameter names:
<from#> : <to#>

]]

local function alias_map_get (_alias_map)
local T = mw.text.split (_alias_map, '%s*,%s*'); -- convert the comma-separated list into a table of alias pairs
local mapped_aliases = {}; -- mapped aliases will go here
local l_name, t_name; -- parameter names

for _, alias_pair in ipairs (T) do -- loop through the table of alias pairs
l_name, t_name = alias_pair:match ('(.-)%s*:%s*(.+)'); -- from each pair, get local and target parameter names
if l_name and t_name then -- if both are set
if tonumber (l_name) then
l_name = tonumber (l_name); -- convert number-as-text to a number
end
mapped_aliases[l_name] = t_name; -- add them to the map table
end
end

return mapped_aliases;
end

--[[--------------------------< F R A M E _ A R G S _ G E T >--------------------------------------------------

Fetch the wrapper template's 'default' and control parameters; adds default parameters to args

returns content of |_template= parameter (name of the working template); nil else

]]

local function frame_args_get (frame_args, args, list)
local template;

for k, v in pairs (frame_args) do -- here we get the wrapper template's 'default' parameters
if 'string' == type (k) and (v and ('' ~= v)) then -- do not pass along positional or empty parameters
if '_template' == k then
template = v; -- save the name of template that we are wrapping
elseif '_exclude' ~= k and '_reuse' ~= k and '_include-positional' ~= k and '_alias-map' ~= k then -- these already handled so ignore here;
add_parameter (k, v, args, list); -- add all other parameters to args in the style dictated by list
end
end
end

return template; -- return contents of |_template= parameter
end

--[=[--------------------------< P F R A M E _ A R G S _ G E T >------------------------------------------------

Fetches the wrapper template's 'live' parameters; adds live parameters that aren't members of the exclude table to
args table; positional parameters may not be excluded

no return value

]=]

local function pframe_args_get (pframe_args, args, exclude, _include_positional, list)
for k, v in pairs (pframe_args) do
if 'string' == type (k) and not is_in_table (exclude, k) then -- do not pass along excluded parameters
if v and ('' ~= v) then -- pass along only those parameters that have assigned values
if 'unset' == v:lower() then -- special keyword to unset 'default' parameters set in the wrapper template
v = ''; -- unset the value in the args table
end
add_parameter (k, v, args, list) -- add all other parameters to args in the style dictated by list; alias map only supported for local-template parameters
end
end
end

if _include_positional then
for i, v in ipairs (pframe_args) do -- pass along positional parameters
if 'unset' == v:lower() then -- special keyword to unset 'default' parameters set in the wrapper template
v = ''; -- unset the value in the args table
end
add_parameter (i, v, args, list);
end
end
end

--[[--------------------------< _ M A I N >--------------------------------------------------------------------

Collect the various default and live parameters into args styled according to boolean list.

returns name of the working or listed template or nil for an error message

]]

local function _main (frame, args, list)
local template;
local exclude = {}; -- table of parameter names for parameters that are not passed to the working template
local reuse_list = {}; -- table of pframe parameter names whose values are modified before they are passed to the working template as the same name
local alias_map = {}; -- table that maps parameter aliases to working template canonical parameter names
local _include_positional;

if frame.args._exclude and ('' ~= frame.args._exclude) then -- if there is |_exclude= and it's not empty
exclude = mw.text.split (frame.args._exclude, "%s*,%s*"); -- make a table from its contents
end
-- TODO: |_reuse= needs a better name (|_reuse=)
if frame.args._reuse and ('' ~= frame.args._reuse) then -- if there is |_reuse= and it's not empty
reuse_list = mw.text.split (frame.args._reuse, "%s*,%s*"); -- make a table from its contents
end

if frame.args['_alias-map'] and ('' ~= frame.args['_alias-map']) then -- if there is |_alias-map= and it's not empty
alias_map = alias_map_get (frame.args['_alias-map']); -- make a table from its contents
end

template = frame_args_get (frame.args, args, list); -- get parameters provided in the {{#invoke:template wrapper|...|...}}
if nil == template or '' == template then -- this is the one parameter that is required by this module
return nil; -- not present, tell calling function to emit an error message
end

_include_positional = 'yes' == frame.args['_include-positional']; -- when true pass all positional parameters along with non-excluded named parameters to ...
-- ... the working template; positional parameters are not excludable

local _pframe_args = frame:getParent().args; -- here we get the wrapper template's 'live' parameters from pframe.args
local pframe_args = {}; -- a local table that we can modify

for k, v in pairs (_pframe_args) do -- make a copy that we can modify
pframe_args[k] = v;
end

-- here we look for pframe parameters that are aliases of canonical parameter names; when found
-- we replace the alias with the canonical. We do this here because the reuse_list works on
-- canonical parameter names so first we convert alias parameter names to canonical names and then
-- we remove those canonical names from the pframe table that are reused (provided to the working
-- template through the frame args table)

for k, v in pairs (alias_map) do -- k is alias name, v is canonical name
if pframe_args[k] then -- if pframe_args has parameter with alias name
pframe_args[v] = _pframe_args[k]; -- create new canonical name with alias' value
pframe_args[k] = nil; -- unset the alias
end
end

for k, v in pairs (pframe_args) do -- do enumerated parameter alias -> canonical translation
if 'string' == type (k) then -- only named parameters can be enumerated
if alias_map[k..'#'] then -- non-enumerated alias matches enumerated parameter pattern? enumerator at end only
pframe_args[alias_map[k..'#']:gsub('#', '')] = v; -- remove '#' and copy parameter to pframe_args table
pframe_args[k] = nil; -- unset the alias
elseif k:match ('%d+') then -- if this parameter name contains digits
local temp = k:gsub ('%d+', '#'); -- make a copy; digits replaced with single '#'
local enum = k:match ('%d+'); -- get the enumerator

if alias_map[temp] then -- if this parameter is a recognized enumerated alias
pframe_args[alias_map[temp]:gsub('#', enum)] = v; -- use canonical name and replace '#' with enumerator and add to pframe_args
pframe_args[k] = nil; -- unset the alias
end
end
end
end

-- pframe parameters that are _reused are 'reused' have the form something like this:
-- |chapter=[[wikisource:{{{chapter}}}|{{{chapter}}}]]
-- where a parameter in the wrapping template is modified and then passed to the working template
-- using the same parameter name (in this example |chapter=)

-- remove parameters that will be reused
for k, v in ipairs (reuse_list) do -- k is numerical index, v is canonical parameter name to ignore
if pframe_args[v] then -- if pframe_args has parameter that should be ignored
pframe_args[v] = nil; -- unset the ignored parameter
end
end

pframe_args_get (pframe_args, args, exclude, _include_positional, list); -- add parameters and values to args that are not listed in the exclude table

return template; -- args now has all default and live parameters, return working template name
end

--[[--------------------------< W R A P >----------------------------------------------------------------------

Template entry point. Call this function to 'execute' the working template

]]

local function wrap (frame)
local args = {}; -- table of default and live parameters and their values to be passed to the wrapped template
local template; -- the name of the working template

template = _main (frame, args, false); -- get default and live parameters and the name of the working template
if not template then -- template name is required
return error_msg; -- emit error message and abandon if template name not present
end

return frame:expandTemplate {title=template, args=args}; -- render the working template
end

--[[--------------------------< L I S T >----------------------------------------------------------------------

Template entry point. Call this function to 'display' the source for the working template. This function added
as a result of a TfD here: Wikipedia:Templates_for_discussion/Log/2018_April_28#Module:PassArguments

This function replaces a similarly named function which was used in {{cite compare}} and {{cite compare2}}

Values in the args table are numerically indexed strings in the form 'name=value'

]]

local function list(frame, do_link)
local args = {}; -- table of default and live parameters and their values to be passed to the listed template
local template; -- the name of the listed template

template = _main (frame, args, true); -- get default and live parameters and the name of the listed template
if not template then -- template name is required
return error_msg; -- emit error message and abandon if template name not present
end
if do_link then
template = ('[[%s|%s]]'):format(frame:expandTemplate{ title='Transclude', args = {template} }, template)
end
table.sort(args)
for i = 1, #args do
local stripped = args[i]:match('^' .. i .. '=([^=]*)$')
if stripped then args[i] = stripped else break end
end
return frame:preprocess(table.concat({
'<code style="color:inherit; background:inherit; border:none;">{{',
template,
('<wbr><nowiki>|%s</nowiki>'):rep(#args):format(unpack(args)), '}}</code>'})); -- render the template
end

local function link (frame)
return list(frame, true)
end

--[[--------------------------< E X P O R T E D F U N C T I O N S >------------------------------------------
]]

return {
link = link,
list = list,
wrap = wrap,
};

Template:Infobox conflict

2026-06-22T01:53:44Z

5.67.92.157: Created page with "{{#invoke:Template wrapper|wrap |_template=Infobox civil conflict |conflict_type=<nowiki /> }}<noinclude>{{documentation|content= This is a wrapper for {{tl|Infobox civil conflict}} used to remove the word "civil" per the outcome of this discussion. Not to be confused with Template:Infobox military conflict. Conflict }}</noinclude>"

{{#invoke:Template wrapper|wrap
|_template=Infobox civil conflict
|conflict_type=<nowiki />
}}<noinclude>{{documentation|content=
This is a wrapper for {{tl|Infobox civil conflict}} used to remove the word "civil" per the outcome of [[Wikipedia:Templates_for_discussion/Log/2022_December_9#Template:Infobox_diplomatic_crisis|this discussion]]. Not to be confused with [[Template:Infobox military conflict]].

[[Category:Infobox templates|Conflict]]
}}</noinclude>

2024-2025 Austenasian Schism

2026-06-22T01:52:56Z

5.67.92.157: Created page with "'''The 2024–2025 Austenasian Schism''' is a political and constitutional dispute within Austenasia which resulted in the emergence of rival governments, each claiming legitimacy as the lawful continuation of the Empire of Austenasia. The schism began in 2024 following disagreements concerning the government and leadership of Austenasia. Competing administrations subsequently emerged, each claiming authority over Austenasian institutions, symbols, and assets. The..."

'''The 2024–2025 Austenasian Schism''' is a political and constitutional dispute within [[Austenasia]] which resulted in the emergence of rival governments, each claiming legitimacy as the lawful continuation of the Empire of Austenasia.

The schism began in 2024 following disagreements concerning the government and leadership of Austenasia. Competing administrations subsequently emerged, each claiming authority over Austenasian institutions, symbols, and assets.

The dispute continued throughout 2024 and 2025, involving disagreements over governance, legitimacy, citizenship records, internet domains, and intellectual property. The schism culminated in the establishment of the [[Austenasian Interregnum]] on 3 June 2025, after which the government led by Lord Protector Andrew Musgrave continued to operate as the recognised Austenasian administration.

==Background==

==Origins of the dispute==

==Rival governments==

==Disputes over assets and symbols==

==Interregnum==

==Aftermath==

==Legacy==

Austenasian Interregnum

2026-06-22T01:50:44Z

5.67.92.157: /* Proposed restoration of the monarchy */

'''The Austenasian Interregnum''' is the current period in Austenasian history during which the imperial throne has remained vacant. It began on 3 June 2025 following the commencement of the Interregnum and the assumption of authority by Lord Protector Andrew Musgrave.

During the interregnum, executive authority is exercised by the Lord Protector, who serves as regent and head of government. Legislative authority remains vested in the Senate, while day-to-day administration is carried out by the Prime Minister and Cabinet.

The interregnum has been marked by constitutional reforms concerning the succession to the throne, including the establishment of the office of Caesar as the title of the heir apparent and the introduction of new procedures governing imperial succession.

==Background==

The Austenasian Interregnum began on 3 June 2025, when the imperial throne became vacant. Andrew Musgrave assumed the office of Lord Protector and Regent, becoming responsible for exercising the powers of the Crown during the vacancy.

==Government during the interregnum==

Throughout the interregnum, executive authority has been exercised by the Lord Protector on behalf of the Crown.

==Constitutional reforms==

Several constitutional reforms have been enacted during the interregnum. These reforms have included changes to the succession process, the creation of the office of Caesar, and the establishment of procedures for the nomination and confirmation of future monarchs.

==Proposed restoration of the monarchy==

Plans have been announced for the coronation of [[Johannes Karl]]. Upon his accession, the interregnum is expected to conclude and the monarchy to be restored.

Austenasian Interregnum

2026-06-22T01:50:28Z

5.67.92.157: Created page with "'''The Austenasian Interregnum''' is the current period in Austenasian history during which the imperial throne has remained vacant. It began on 3 June 2025 following the commencement of the Interregnum and the assumption of authority by Lord Protector Andrew Musgrave. During the interregnum, executive authority is exercised by the Lord Protector, who serves as regent and head of government. Legislative authority remains vested in the Senate, while day-to-day administra..."

'''The Austenasian Interregnum''' is the current period in Austenasian history during which the imperial throne has remained vacant. It began on 3 June 2025 following the commencement of the Interregnum and the assumption of authority by Lord Protector Andrew Musgrave.

During the interregnum, executive authority is exercised by the Lord Protector, who serves as regent and head of government. Legislative authority remains vested in the Senate, while day-to-day administration is carried out by the Prime Minister and Cabinet.

The interregnum has been marked by constitutional reforms concerning the succession to the throne, including the establishment of the office of Caesar as the title of the heir apparent and the introduction of new procedures governing imperial succession.

==Background==

The Austenasian Interregnum began on 3 June 2025, when the imperial throne became vacant. Andrew Musgrave assumed the office of Lord Protector and Regent, becoming responsible for exercising the powers of the Crown during the vacancy.

==Government during the interregnum==

Throughout the interregnum, executive authority has been exercised by the Lord Protector on behalf of the Crown.

==Constitutional reforms==

Several constitutional reforms have been enacted during the interregnum. These reforms have included changes to the succession process, the creation of the office of Caesar, and the establishment of procedures for the nomination and confirmation of future monarchs.

==Proposed restoration of the monarchy==

Plans have been announced for the coronation of [[Johannes Karl I]]. Upon his accession, the interregnum is expected to conclude and the monarchy to be restored.