「モジュール:Footnotes」の版間の差分

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f = {
require('strict');
args_default = {
local getArgs = require ('Module:Arguments').getArgs;
bracket_left = "",
 
bracket_right = "",
 
bracket_year_left = "",
--[[--------------------------< A R G S _ D E F A U L T >------------------------------------------------------
bracket_year_right = "",
 
postscript = "",
a table to specify initial values.
page = "",
 
pages = "",
]]
location = "",
 
page_sep = ", p.&nbsp;",
local args_default = {
pages_sep = ", pp.&nbsp;",
    group = '',
ref = "",
bracket_left = '',
P1 = "",
bracket_right = '',
P2 = "",
bracket_year_left = '',
P3 = "",
bracket_year_right = '',
P4 = "",
postscript = '',
P5 = ""
page = '',
pages = '',
location = '',
page_sep = ", p.&nbsp;",
pages_sep = ", pp.&nbsp;",
ref = '',
template = 'harv', -- if template name not provided in {{#invoke:}} use this
};
 
 
--[[--------------------------< T A R G E T _ C H E C K >------------------------------------------------------
 
look for anchor_id (CITEREF name-list and year or text from |ref=) in anchor_id_list
 
the 'no target' error may be suppressed with |ignore-err=yes when target cannot be found because target is inside
a template that wraps another template; 'multiple targets' error may not be suppressed
 
]]
 
local function target_check (anchor_id, args)
local namespace = mw.title.getCurrentTitle().namespace;
local anchor_id_list_module = mw.loadData ('Module:Footnotes/anchor_id_list');
local anchor_id_list = anchor_id_list_module.anchor_id_list;
local article_whitelist = anchor_id_list_module.article_whitelist;
local template_list = anchor_id_list_module.template_list;
    local citeref_patterns = anchor_id_list_module.citeref_patterns
local whitelist_module = mw.loadData ('Module:Footnotes/whitelist');
local whitelist = whitelist_module.whitelist;
 
local tally = anchor_id_list[anchor_id]; -- nil when anchor_id not in list; else a tally
local msg;
local category;
 
if not tally then
if args.ignore then
return ''; -- if ignore is true then no message, no category
end
if article_whitelist and article_whitelist[anchor_id] then -- if an article-local whitelist and anchor ID is in it
return ''; -- done
end
local wl_anchor_id = anchor_id; -- copy to be modified to index into the whitelist
if args.year then -- for anchor IDs created by this template (not in |ref=) that have a date
if args.year:match ('%d%l$') or -- use the date value to determine if we should remove the disambiguator
args.year:match ('n%.d%.%l$') or
args.year:match ('nd%l$') then
wl_anchor_id = wl_anchor_id:gsub ('%l$', ''); -- remove the disambiguator
end
end
 
local t_tbl = whitelist[wl_anchor_id]; -- get list of templates associated with this anchor ID
 
if t_tbl then -- when anchor ID not whitelisted t_tbl is nil
for _, t in ipairs (t_tbl) do -- spin through the list of templates associated with this anchor ID
if template_list[t] then -- if associated template is found in the list of templates in the article
return ''; -- anchor ID is whitlisted and article has matching template so no error
end
end
end
 
        for _, pattern in ipairs(citeref_patterns) do                          -- load patterns for wrapper templates on this page
          if anchor_id:match(pattern) then                                    -- spin through the special patterns and try to match
              return ''
          end
        end
 
 
msg = 'no target: ' .. anchor_id; -- anchor_id not found
mw.log(msg)
        if namespace == 10 and not args.show then                              -- do not generate error message in template namespace
          return ''
        end
category = '[[Category:Harv and Sfn no-target errors]]';
 
elseif 1 < tally then
msg = 'multiple targets (' .. tally .. '×): ' .. anchor_id; -- more than one anchor_id in this article
mw.log(msg)
        if namespace == 10 and not args.show then                              -- do not generate error message in template namespace
          return ''
        end
category = 0 == namespace and '[[Category:Harv and Sfn multiple-target errors]]' or ''; -- only categorize in article space
return '<span class="error harv-error" style="display: inline; font-size:100%"> ' .. args.template .. ' error: ' .. msg .. ' ([[:Category:Harv and Sfn template errors|help]])</span>' .. category;
end
 
-- category = 0 == namespace and '[[Category:Harv and Sfn template errors]]' or ''; -- only categorize in article space
category = 0 == namespace and category or ''; -- only categorize in article space
 
-- display based on args.show (no display by default)
    local display = args.show and 'inline' or 'none'
    return msg and '<span class="error harv-error" style="display: '..display..'; font-size:100%"> ' .. args.template .. ' error: ' .. msg .. ' ([[:Category:Harv and Sfn template errors|help]])</span>' .. category or '';
 
end
 
 
--[[--------------------------< I S _ Y E A R >----------------------------------------------------------------
 
evaluates param to see if it is one of these forms with or without lowercase letter disambiguator:
YYYY
n.d.
nd
c. YYYY
YYYY–YYYY (separator is endash)
YYYY–YY (separator is endash)
 
return true when param has a recognized form; false else
 
]]
 
local patterns_date= {
'^%d%d%d%d?%l?$',
'^n%.d%.%l?$',
'^nd%l?$',
'^c%. %d%d%d%d?%l?$',
'^%d%d%d%d–%d%d%d%d%l?$',
'^%d%d%d%d–%d%d%l?$',
}
}
};


function trim( str )
local function is_year (param, args)
if str == nil then
args.year = ''; -- used for harv error;
return nil;
for _, pattern in ipairs (patterns_date) do
if mw.ustring.match (param, pattern) then
args.year = param; -- used for harv error;
return true;
end
end
end
return str:match( "^%s*(.-)%s*$");
end
end   
 


function core( args )
--[[--------------------------< C O R E >----------------------------------------------------------------------
 
returns an anchor link (CITEREF) formed from one to four author names, year, and insource location (|p=, |pp=, loc=)
 
]]
 
local function core( args )
local result;
local result;
local err_msg = ''
if args.P5 ~= '' then
if is_year (args.P5, args) then
result = table.concat ({args.P1, ' et al. ', args.bracket_year_left, args.P5, args.bracket_year_right});
else
args.P5 = ''; -- when P5 not a year don't include in anchor
result = table.concat ({args.P1, ' et al.'}); -- and don't render it
end
elseif args.P4 ~= '' then
if is_year (args.P4, args) then
result = table.concat ({args.P1, ', ', args.P2, ' &amp; ', args.P3, ' ', args.bracket_year_left, args.P4, args.bracket_year_right}); -- three names and a year
else
result = table.concat ({args.P1, ' et al.'}); -- four names
end


if args.P5 ~= "" then
elseif args.P3 ~= '' then
result = args.P1 .. ' et al. ' .. args.bracket_year_left .. args.P5 ..
if is_year (args.P3, args) then
args.bracket_year_right;
result = table.concat ({args.P1, ' &amp; ', args.P2, ' ', args.bracket_year_left, args.P3, args.bracket_year_right}); -- two names and a year
elseif args.P4 ~= "" then
else
result = args.P1 .. ', ' .. args.P2 .. ' &amp; ' .. args.P3 .. ' ' ..
result = table.concat ({args.P1, ', ', args.P2, ' ', ' &amp; ', args.P3}); -- three names
args.bracket_year_left .. args.P4 .. args.bracket_year_right;
end
elseif args.P3 ~= "" then
result = args.P1 .. ' &amp; ' .. args.P2 .. ' ' .. args.bracket_year_left ..
elseif args.P2 ~= '' then
args.P3 .. args.bracket_year_right;
if is_year (args.P2, args) then
result = table.concat ({args.P1, ' ', args.bracket_year_left, args.P2, args.bracket_year_right}); -- one name and year
else
result = table.concat ({args.P1, ' &amp; ', args.P2}); -- two names
end
else
else
result = trim( args.P1 .. ' ' .. args.bracket_year_left .. args.P2 ..
result = args.P1; -- one name
args.bracket_year_right )
end
end
 
-- when author-date result ends with a dot (typically when the last positional parameter holds 'n.d.')
-- and when no in-source location (no |p=, |pp=, or |loc=)
-- and when the first or only character in args.postscript is a dot
-- remove the author-date result trailing dot
-- the author-date result trailing dot will be replaced later with the content of args.postscript (usually a dot)
if ('.' == result:sub(-1)) and ('.' == args.postscript:sub(1)) and ('' == args.page) and ('' == args.pages) and ('' == args.location) then
result = result:gsub ('%.$', '');
end
if args.ref ~= 'none' then
if args.ref ~= 'none' then
if args.ref ~= "" then
local anchor_id;
result = "[[#" .. mw.uri.anchorEncode(args.ref) .. "|" .. result .. "]]";
if args.ref ~= '' then
anchor_id = mw.uri.anchorEncode (args.ref);
err_msg = target_check (anchor_id, args);
result = table.concat ({'[[#', anchor_id, '|', result, ']]'});
else
else
result = "[[#CITEREF" .. mw.uri.anchorEncode(args.P1 .. args.P2 .. args.P3 .. args.P4 .. args.P5) .. "|" .. result .. "]]";
anchor_id = mw.uri.anchorEncode (table.concat ({'CITEREF', args.P1, args.P2, args.P3, args.P4, args.P5}));
err_msg = target_check (anchor_id, args);
result = table.concat ({'[[#', anchor_id, '|', result, ']]'});
end
end
end
end


if args.page ~= "" then
if args.page ~= '' then
result = result .. args.page_sep .. args.page;
result = table.concat ({result, args.page_sep, args.page});
elseif args.pages ~= "" then
elseif args.pages ~= ''then
result = result .. args.pages_sep .. args.pages;
result = table.concat ({result, args.pages_sep, args.pages});
end       
end       


if args.location ~= "" then
if args.location ~= '' then
result = result .. ", " .. args.location;
result = table.concat ({result, ', ', args.location});
end
 
result = table.concat ({args.bracket_left, result, args.bracket_right, args.postscript}):gsub ('%s+', ' '); -- strip redundant spaces
return result .. err_msg;
end
 
 
--[[--------------------------< H Y P H E N _ T O _ D A S H >--------------------------------------------------
 
Converts a hyphen to a dash under certain conditions.  The hyphen must separate
like items; unlike items are returned unmodified.  These forms are modified:
letter - letter (A - B)
digit - digit (4-5)
digit separator digit - digit separator digit (4.1-4.5 or 4-1-4-5)
letterdigit - letterdigit (A1-A5) (an optional separator between letter and
digit is supported – a.1-a.5 or a-1-a-5)
digitletter - digitletter (5a - 5d) (an optional separator between letter and
digit is supported – 5.a-5.d or 5-a-5-d)
 
any other forms are returned unmodified.
 
str may be a comma- or semicolon-separated list
 
This code copied from Module:Citation/CS1.  The only modification is to require Module:Citation/CS1/Utilities
so that it has access to the functions is_set() and has_accept_as_written()
 
]]
 
local function hyphen_to_dash( str )
local utilities = require ('Module:Citation/CS1/Utilities'); -- only modification so that this function has access to is_set() and has_accept_as_written()
 
if not utilities.is_set (str) then
return str;
end
 
local accept; -- Boolean
 
str = str:gsub ('&[nm]dash;', {['&ndash;'] = '–', ['&mdash;'] = '—'}); -- replace &mdash; and &ndash; entities with their characters; semicolon mucks up the text.split
str = str:gsub ('&#45;', '-'); -- replace HTML numeric entity with hyphen character
 
str = str:gsub ('&nbsp;', ' '); -- replace &nbsp; entity with generic keyboard space character
local out = {};
local list = mw.text.split (str, '%s*[,;]%s*'); -- split str at comma or semicolon separators if there are any
 
for _, item in ipairs (list) do -- for each item in the list
item, accept = utilities.has_accept_as_written (item); -- remove accept-this-as-written markup when it wraps all of item
if not accept and mw.ustring.match (item, '^%w*[%.%-]?%w+%s*[%-–—]%s*%w*[%.%-]?%w+$') then -- if a hyphenated range or has endash or emdash separators
if item:match ('^%a+[%.%-]?%d+%s*%-%s*%a+[%.%-]?%d+$') or -- letterdigit hyphen letterdigit (optional separator between letter and digit)
item:match ('^%d+[%.%-]?%a+%s*%-%s*%d+[%.%-]?%a+$') or -- digitletter hyphen digitletter (optional separator between digit and letter)
item:match ('^%d+[%.%-]%d+%s*%-%s*%d+[%.%-]%d+$') or -- digit separator digit hyphen digit separator digit
item:match ('^%d+%s*%-%s*%d+$') or -- digit hyphen digit
item:match ('^%a+%s*%-%s*%a+$') then -- letter hyphen letter
item = item:gsub ('(%w*[%.%-]?%w+)%s*%-%s*(%w*[%.%-]?%w+)', '%1–%2'); -- replace hyphen, remove extraneous space characters
else
item = mw.ustring.gsub (item, '%s*[–—]%s*', '–'); -- for endash or emdash separated ranges, replace em with en, remove extraneous whitespace
end
end
table.insert (out, item); -- add the (possibly modified) item to the output table
end
end


result = args.bracket_left .. result .. args.bracket_right .. args.postscript;
local temp_str = ''; -- concatenate the output table into a comma separated string
return result;
temp_str, accept = utilities.has_accept_as_written (table.concat (out, ', ')); -- remove accept-this-as-written markup when it wraps all of concatenated out
if accept then
temp_str = utilities.has_accept_as_written (str); -- when global markup removed, return original str; do it this way to suppress boolean second return value
return temp_str;
else
return temp_str; -- else, return assembled temp_str
end
end
end


function f.harvard_core( frame )
local args = {};
local pframe = frame:getParent();


args.bracket_left = pframe.args.BracketLeft or "";
--[[--------------------------< A R G S  _ F E T C H >---------------------------------------------------------
args.bracket_right = pframe.args.BracketRight or "";
 
args.bracket_year_left = pframe.args.BracketYearLeft or "";
Because all of the templates share a common set of parameters, a single common function to fetch those parameters
args.bracket_year_right = pframe.args.BracketYearRight or "";
from frame and parent frame.
args.postscript = pframe.args.Postscript or "";
 
]]
 
local function args_fetch (frame, ps)
local args = args_default; -- create a copy of the default table
local pframe = frame:getParent(); -- point to the template's parameter table
 
for k, v in pairs (frame.args) do -- override defaults with values provided in the #invoke: if any
args[k] = v;  
end
args.postscript = pframe.args.postscript or pframe.args.ps or ps;
if 'none' == args.postscript then
if 'none' == args.postscript then
args.postscript = '';
args.postscript = '';
end
end
args.group = pframe.args.group or '';
args.page = pframe.args.p or pframe.args.page or '';
args.pages = pframe.args.pp or pframe.args.pages or '';
args.pages = ('' ~= args.pages) and hyphen_to_dash (args.pages) or '';
args.location = pframe.args.at or pframe.args.loc or '';
args.ref = pframe.args.ref or pframe.args.Ref or '';
args.ignore = ('yes' == pframe.args['ignore-false-positive']) or ('yes' == pframe.args['ignore-err']);
for i, v in ipairs ({'P1', 'P2', 'P3', 'P4', 'P5'}) do -- loop through the five positional parameters and trim if set else empty string
args[v] = (pframe.args[i] and mw.text.trim (pframe.args[i])) or '';
end
if args.P5 and not is_year (args.P5, args) then
local i = 6; -- initialize the indexer to the sixth positional parameter
while pframe.args[i] do -- in case there are too many authors loop through the authors looking for a year
local v = mw.text.trim (pframe.args[i]); -- trim
if is_year (v, args) then -- if a year
args.P5 = v; -- overwrite whatever was in args.P5 with year
break; -- and abandon the search
end
i = i + 1; -- bump the indexer
end
end
return args;
end
--[[--------------------------< H A R V A R D _ C I T A T I O N >----------------------------------------------
common entry point for:
{{harvard citation}} aka {{harv}}
{{Harvard citation no brackets}} aka {{harvnb}}
{{harvcol}}
{{harvcolnb}}
{{harvcoltxt}}
{{Harvard citation text}} aka {{harvtxt}}
{{Harvp}}
Distinguishing features (brackets and page separators) are specified in this module's {{#invoke}} in the respective templates.


args.page = pframe.args.Page or "";
]]
args.pages = pframe.args.Pages or "";
args.location = pframe.args.Location or "";
args.page_sep = pframe.args.PageSep or "";
args.pages_sep = pframe.args.PagesSep or "";
args.ref = pframe.args.REF or "{{{REF}}}";
args.P1 = trim( pframe.args.P1 ) or "";
args.P2 = trim( pframe.args.P2 ) or "";
args.P3 = trim( pframe.args.P3 ) or "";
args.P4 = trim( pframe.args.P4 ) or "";
args.P5 = trim( pframe.args.P5 ) or "";


return core( args );
local function harvard_citation (frame)
local args = args_fetch (frame, ''); -- get the template and invoke parameters; default postscript is empty string
 
return core (args);
end
end


function f.harvard_citation( frame )
local args = f.args_default;
pframe = frame:getParent();


args.bracket_left = "(";
--[[--------------------------< S T R I P _ U R L >------------------------------------------------------------
args.bracket_right = ")";
args.page = pframe.args.p or pframe.args.page or "";
args.pages = pframe.args.pp or pframe.args.pages or "";
args.location = pframe.args.loc or "";
args.ref = pframe.args.ref or pframe.args.Ref or "";
args.P1 = trim( pframe.args[1] ) or "";
args.P2 = trim( pframe.args[2] ) or "";
args.P3 = trim( pframe.args[3] ) or "";
args.P4 = trim( pframe.args[4] ) or "";
args.P5 = trim( pframe.args[5] ) or "";


return core( args );
used by sfn() and sfnm().  This function fixes an issue with reference tooltip gadget where the tooltip is not displayed
when an insource locator (|p=, |pp=, |loc=) has an external wikilink that contains a # character
 
strip uri-reserved characters from urls in |p=, |pp-, and |loc= parameters  The researved characters are:
!#$&'()*+,/:;=?@[]
]]
 
local function strip_url (pages)
local escaped_uri;
if not pages or ('' == pages) then
return pages;
end
for uri in pages:gmatch ('%[(%a[%w%+%.%-]*://%S+)') do -- for each external link get the uri
escaped_uri = uri:gsub ("([%(%)%.%%%+%-%*%?%[%^%$%]])", "%%%1" ); -- save a copy with lua pattern characters escaped
uri = uri:gsub ("[!#%$&'%(%)%*%+,/:;=%?@%[%]%.%%]", ''); -- remove reserved characters and '%' because '%20' (space character) is a lua 'invalid capture index'
pages = pages:gsub (escaped_uri, uri, 1); -- replace original uri with the stripped version
end
return pages;
end
end


function f.harvard_citation_no_bracket( frame )
local args = f.args_default;
pframe = frame:getParent();


args.page = pframe.args.p or pframe.args.page or "";
--[[--------------------------< S F N >------------------------------------------------------------------------
args.pages = pframe.args.pp or pframe.args.pages or "";
 
args.location = pframe.args.loc or "";
entry point for {{sfn}} and {{sfnp}}
args.ref = pframe.args.ref or pframe.args.Ref or "";
args.P1 = trim( pframe.args[1] ) or "";
args.P2 = trim( pframe.args[2] ) or "";
args.P3 = trim( pframe.args[3] ) or "";
args.P4 = trim( pframe.args[4] ) or "";
args.P5 = trim( pframe.args[5] ) or "";


return core( args );
]]
 
local function sfn (frame)
local args = args_fetch (frame, '.'); -- get the template and invoke parameters; default postscript is a dot
 
local result = core (args); -- go make a CITEREF anchor
-- put it all together and then strip redundant spaces
local name = table.concat ({'FOOTNOTE', args.P1, args.P2, args.P3, args.P4, args.P5, strip_url (args.page), strip_url (args.pages), strip_url (args.location)}):gsub ('%s+', ' ');
 
return frame:extensionTag ({name='ref', args={group=args.group, name=name}, content=result});
 
end
end


function f.sfn( frame )
 
local args = f.args_default;
--[[--------------------------< S F N M >----------------------------------------------------------------------
for k, v in pairs( frame.args ) do -- for {{sfnp}}, override default with values provided in the #invoke:
 
common entry point for {{sfnm}} and {{sfnmp}}
 
Distinguishing features (brackets) are specified in this module's {{#invoke}} in the respective templates.
 
]]
 
local function sfnm (frame)
local args = args_default; -- create a copy of the default table
local pframe = frame:getParent(); -- point to the template's parameter table
local n = 1; -- index of source; this is the 'n' in na1, ny, etc
local first_pnum = 1; -- first of a pair of positional parameters
local second_pnum = 2; -- second of a pair of positional parameters
 
local last_ps = 0; -- index of the last source with |nps= set
local last_index = 0; -- index of the last source; these used to determine which of |ps= or |nps= will terminate the whole rendering
 
local out = {}; -- table to hold rendered sources
local footnote = {'FOOTNOTE'}; -- all author, date, insource location stuff becomes part of the reference's footnote id; added as we go
 
for k, v in pairs (frame.args) do -- override defaults with values provided in the #invoke: if any
args[k] = v;    
args[k] = v;    
end
end
pframe = frame:getParent();
while true do
if not pframe.args[table.concat ({n, 'a1'})] and not pframe.args[first_pnum] then
break; -- no na1 or matching positional parameter so done
end
if pframe.args[table.concat ({n, 'a1'})] then -- does this source use named parameters?
for _, v in ipairs ({'P1', 'P2', 'P3', 'P4', 'P5'}) do -- initialize for this source
args[v] = '';
end
 
for i, v in ipairs ({'P1', 'P2', 'P3', 'P4', 'P5'}) do -- extract author and year parameters for this source
args[v] = pframe.args[table.concat ({n, 'a', i})] or ''; -- attempt to assign author name
if '' == args[v] then -- when there wasn't an author name
args[v] = pframe.args[table.concat ({n, 'y'})] or ''; -- attempt to assign year
break; -- done with author/date for this source
end
end
 
else -- this source uses positional parameters
args.P1 = mw.text.trim (pframe.args[first_pnum]); -- yes, only one author supported
args.P2 = (pframe.args[second_pnum] and mw.text.trim (pframe.args[second_pnum])) or ''; -- when positional author, year must also be positional
 
for _, v in ipairs ({'P3', 'P4', 'P5'}) do -- blank the rest of these for this source
args[v] = '';
end


args.postscript = pframe.args.postscript or pframe.args.ps or ".";
first_pnum = first_pnum + 2; -- source must use positional author and positional year
if 'none' == args.postscript then
second_pnum = first_pnum + 1; -- bump these for possible next positional source
args.postscript = '';
end
args.postscript = pframe.args[table.concat ({n, 'ps'})] or '';
if 'none' == args.postscript then -- this for compatibility with other footnote templates; does nothing
args.postscript = '';
end
args.group = pframe.args.group or ''; -- reference group
args.ref = pframe.args[table.concat ({n, 'ref'})] or ''; -- alternate reference for this source
 
args.page = pframe.args[table.concat ({n, 'p'})] or ''; -- insource locations for this source
args.pages = pframe.args[table.concat ({n, 'pp'})] or '';
args.pages = ('' ~= args.pages) and hyphen_to_dash (args.pages) or '';
args.location = pframe.args[table.concat ({n, 'loc'})] or pframe.args[table.concat ({n, 'at'})] or '';
args.ignore = ('yes' == pframe.args[table.concat ({n, 'ignore-false-positive'})]) or ('yes' == pframe.args[table.concat ({n, 'ignore-err'})]);
 
table.insert (out, core (args)); -- save the rendering of this source
for k, v in ipairs ({'P1', 'P2', 'P3', 'P4', 'P5'}) do -- create the FOOTNOTE id
if '' ~= args[v] then
table.insert (footnote, args[v]);
end
end
for k, v in ipairs ({'page', 'pages', 'location'}) do -- these done separately so that we can strip uri-reserved characters from extlinked page numbers
if '' ~= args[v] then
table.insert (footnote, strip_url (args[v]))
end
end
last_index = n; -- flags used to select terminal postscript from nps or from end_ps
if '' ~= args.postscript then
last_ps = n;
end
n = n+1; -- bump for the next one
end
local name = table.concat (footnote):gsub ('%s+', ' '); -- put the footnote together and strip redundant space
args.end_ps = pframe.args.postscript or pframe.args.ps or '.'; -- this is the postscript for the whole not for the individual sources
if 'none' == args.end_ps then -- not an original sfnm parameter value; added for compatibility with other footnote templates
args.end_ps = '';
end
end
args.page = pframe.args.p or pframe.args.page or "";
args.pages = pframe.args.pp or pframe.args.pages or "";
args.location = pframe.args.loc or "";
args.ref = pframe.args.ref or pframe.args.Ref or "";
args.P1 = trim( pframe.args[1] ) or "";
args.P2 = trim( pframe.args[2] ) or "";
args.P3 = trim( pframe.args[3] ) or "";
args.P4 = trim( pframe.args[4] ) or "";
args.P5 = trim( pframe.args[5] ) or "";


local result = core( args );
local result = table.concat ({table.concat (out, '; '), (last_index == last_ps) and '' or  args.end_ps});
local name = "FOOTNOTE" .. args.P1 .. args.P2 ..
return frame:extensionTag ({name='ref', args={group=args.group, name=name}, content=result});
args.P3 .. args.P4 .. args.P5 .. args.page .. args.pages .. args.location;
end


result = frame:extensionTag{ name = "ref", args = {name=name}, content=result };


return result;
--[[--------------------------< S F N R E F >------------------------------------------------------------------
 
implements {{sfnref}}
 
]]
 
local function sfnref (frame)
local args = getArgs (frame);
local out = {};
for i=1, 5 do -- get the first five args if there are five args
if args[i] then
out[i] = args[i];
else
break; -- less than 5 args break out
end
end
if 5 == #out then -- when we have seen five args there may bemore
local i = 6; -- initialize the indexer to the sixth positional parameter
while args[i] do -- in case there are too many authors loop through the authors looking for a year
if is_year (args[i], args) then -- if a year
out[5] = args[i]; -- overwrite whatever was in args[5] with year
break; -- and abandon the search
end
i = i + 1; -- bump the indexer
end
end
return mw.uri.anchorEncode ('CITEREF' .. table.concat (out));
end
end


return f;
 
--[[--------------------------< E X P O R T E D  F U N C T I O N S >------------------------------------------
]]
 
return {
harvard_citation = harvard_citation,
sfn = sfn,
sfnm = sfnm,
sfnref = sfnref,
    target_check = target_check,
};