Module:Ref info
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Jump to navigationJump to searchImplements {{Ref info}}
-- This module counts the number of times that various reference tags and cs1|2 templates appear.
-- {{#invoke:ref_info|ref_info}}
-- {{ref info}}
-- {{ref info|aristotle}}
require('Module:No globals');
local data = mw.loadData ('Module:Ref info/data');
--mw.logObject (data.cs12_stripped_list, 'data.cs12_stripped_list')
local collapsible_tables = {
['cs1'] = '', -- collapsible wiki-tables of names and counts
['cs2'] = '',
['cs1_like'] = '',
['vcite'] = '',
['sfn'] = '',
['harv'] = '',
}
--[[--------------------------< T E M P L A T E _ N A M E _ T A B L E _ M A K E >------------------------------
makes a collapsed html table that holds a list of cs1 or cs2 template used in an article. The list occupies a
single row of the parent table.
]]
local function template_name_table_make (name_list, group)
local name_table = {};
local function comp (a, b) -- used in following table.sort()
return a:lower() < b:lower(); -- case-insensitive ascending alpha sort
end
table.insert (name_table, '\n|-\n|scope="row" colspan="2" style="vertical-align:top;text-align:left" |\n'); -- create a blank row in parent table for this table
table.insert (name_table, '{| class="mw-collapsible mw-collapsed nowrap" style="margin: 0.2em auto auto; width:100%;"\n') -- open the collapsed list table; style aligns show/hide toggle
table.insert (name_table, '| List of '); -- begin simple header row always displays
table.insert (name_table, group); -- template group (cs1, cs2 TODO: vcite? harv?)
table.insert (name_table, ' templates \n'); -- end of simple heading
table.insert (name_table, '|-\n|\n<hr /><ul>\n'); -- new row, row content begins with <hr />; open unordered list
local t = {};
for k, v in pairs (name_list) do -- spin through the list
table.insert (t, string.format ('<li>%s (%s)</li>', k, v)) -- make pretty unordered list of name with count
end
if not t[1] then
return ''; -- nothing in the list so abandon
end
table.sort (t, comp); -- case-insensitive ascending alpha sort
table.insert (t, '</ul>\n'); -- close unordered list
table.insert (name_table, table.concat (t, '\n')); -- make a string and add to main table
table.insert (name_table, '\n|}'); -- close the table
return table.concat (name_table); -- return html table as a string
end
--[[--------------------------< C O U N T _ P A T T E R N >----------------------------------------------------
this is a general purpose function used to count occurrences of <pattern> in <text>
]]
local function count_pattern (text, pattern)
local _;
local count;
_, count = mw.ustring.gsub (text, pattern, '%1');
return count;
end
--[[--------------------------< C O U N T _ C S 1 _ L A S T >--------------------------------------------------
makes a count of those cs1|2 templates that use |last= or |last1= (or any of the selected aliases of these).
]]
local function count_cs1_last (template, count)
local _, tally;
for _, param in ipairs (data.last_param_patterns) do
_, tally = mw.ustring.gsub (template, '|%s*' .. param .. '%s*=%s*[^}|]', '%1'); -- count occurences of that pattern
count = count + tally; -- accumulate a total
end
return count;
end
--[[--------------------------< C O U N T _ C S 1 _ A U T H O R >----------------------------------------------
makes a count of those cs1|2 templates that use |author= or |author1= (or any of the selected aliases of these).
]]
local function count_cs1_author (template, count)
local _, tally;
for _, param in ipairs (data.author_param_patterns) do
_, tally = mw.ustring.gsub (template, '|%s*' .. param .. '%s*=%s*[^}|]', '%1'); -- count occurences of that pattern
count = count + tally; -- accumulate a total
end
return count;
end
--[[--------------------------< C O U N T _ C S 1 _ A U T H O R S >--------------------------------------------
makes a count of those cs1|2 templates that use |authors= (or any of the selected aliases).
]]
local function count_cs1_authors (template, count)
local _, tally;
for _, param in ipairs (data.authors_param_patterns) do
_, tally = mw.ustring.gsub (template, '|%s*' .. param .. '%s*=%s*[^}|]', '%1'); -- count occurences of that pattern
count = count + tally; -- accumulate a total
end
return count;
end
--[[--------------------------< C O U N T _ C S 1 _ V A U T H O R S >------------------------------------------
makes a count of those cs1|2 templates that use |vauthors=.
]]
local function count_cs1_vauthors (template, count)
local _, tally;
_, tally = mw.ustring.gsub (template, '|%s*vauthors%s*=%s*[^}|]', '%1'); -- count occurences of that pattern
count = count + tally; -- accumulate a total
return count;
end
--[[--------------------------< C O U N T _ C S 1 _ D A T E S _ D M Y >----------------------------------------
Using the lists of cs1|2 templates, make a count of just those templates that have |date=DD Month YYYY where
DD is one or two digits or a range DD-DD Month YYYY
]]
local function count_cs1_dates_dmy (template, count)
local _, tally;
_, tally = mw.ustring.gsub (template, '|%s*date%s*=%s*%d?%d%s+%a+%s+%d%d%d%d', '%1'); -- dd Month yyyy
count = count + tally; -- accumulate a total
_, tally = mw.ustring.gsub (template, '|%s*date%s*=%s*%d?%d[%-–]%d?%d%s+%a+%s+%d%d%d%d', '%1'); -- dd-dd Month yyyy
count = count + tally; -- accumulate a total
return count;
end
--[[--------------------------< C O U N T _ C S 1 _ D A T E S _ M D Y >----------------------------------------
Using the lists of cs1|2 templates, make a count of just those templates that have |date=Month DD, YYYY where
DD is one or two digits or a range Month DD-DD, YYYY
]]
local function count_cs1_dates_mdy (template, count)
local _, tally;
_, tally = mw.ustring.gsub (template, '|%s*date%s*=%s*%a+%s+%d?%d%s*,%s+%d%d%d%d', '%1'); -- Month dd, yyyy
count = count + tally; -- accumulate a total
_, tally = mw.ustring.gsub (template, '|%s*date%s*=%s*%a+%s+%d?%d[%-–]%d?%d%s*,%s+%d%d%d%d', '%1'); -- Month dd-dd, yyyy
count = count + tally; -- accumulate a total
return count;
end
--[[--------------------------< C O U N T _ C S 1 _ D A T E S _ Y M D >----------------------------------------
Using the lists of cs1|2 templates, make a count of just those templates that have |date=YYYY-MM-DD
]]
local function count_cs1_dates_ymd (template, count)
local _, tally;
_, tally = mw.ustring.gsub (template, '|%s*date%s*=%s*%d%d%d%d%-%d%d%-%d%d', '%1'); -- yyyy-mm-dd
count = count + tally; -- accumulate a total
return count;
end
--[[--------------------------< C O U N T _ C S 1 _ D F _ D M Y >----------------------------------------------
Using the lists of cs1|2 templates, make a count of just those templates that have |df=xxx (with a value)
]]
local function count_cs1_df_dmy (template, count)
local _, tally;
_, tally = mw.ustring.gsub (template, '|%s*df%s*=%s*dmy%-?a?l?l?', '%1'); -- |df=dmy |df=dmy-all
count = count + tally; -- accumulate a total
return count;
end
--[[--------------------------< C O U N T _ C S 1 _ D F _ M D Y >----------------------------------------------
Using the lists of cs1|2 templates, make a count of just those templates that have |df=xxx (with a value)
]]
local function count_cs1_df_mdy (template, count)
local _, tally;
_, tally = mw.ustring.gsub (template, '|%s*df%s*=%s*mdy%-?a?l?l?', '%1'); -- |df=mdy |df=mdy-all
count = count + tally; -- accumulate a total
return count;
end
--[[--------------------------< C O U N T _ C S 1 _ D F _ Y M D >----------------------------------------------
Using the lists of cs1|2 templates, make a count of just those templates that have |df=xxx (with a value)
]]
local function count_cs1_df_ymd (template, count)
local _, tally;
_, tally = mw.ustring.gsub (template, '|%s*df%s*=%s*ymd%-?a?l?l?', '%1'); -- |df=ymd |df=ymd-all
count = count + tally; -- accumulate a total
return count;
end
--[[--------------------------< C O U N T _ C S 1 2 _ M O D E >--------------------------------------------------
make a count of those cs1|2 templates that have |mode=cs1 or |mode=cs2
]]
local function count_cs12_mode (template, count, mode)
local _, tally;
mode = 1 == mode and 'cs1' or 'cs2';
_, tally = mw.ustring.gsub (template, '|%s*mode%s*=%s*' .. mode, '%1'); -- |mode=cs1 or |mode=cs2
count = count + tally; -- accumulate a total
return count;
end
--[[--------------------------< C S 1 _ C S 2 _I N F O _ G E T >-----------------------------------------------
Using the list of cs1|2 templates, make a count of those templates. Make lists of cs1|2 templates used. Count
different author-name styles, date styles.
]]
local function cs1_cs2_info_get (Article_content, pattern, template_name_list, object)
local tstart, tend = Article_content:find (pattern); -- find the first cs1 template
local total = 0;
while tstart do -- nil when cs1|2 template not found
local template = Article_content:match ('%b{}', tstart); -- get the whole template
if template then -- necessary?
local name = template:match ('{{%s*([^|}]+)'); -- get template name
name=mw.text.trim (name); -- trim whitespace
if not template_name_list[name] then -- if not already saved
template_name_list[name] = 1; -- save it
else -- here when this name already saved
template_name_list[name] = template_name_list[name] + 1; -- to indicate that there are multiple same name templates
end
total = total + 1; -- tally total number of cs1 templates
-- count various date properties
object['cs1_dmy_dates']['count'] = count_cs1_dates_dmy (template, object['cs1_dmy_dates']['count']); -- count of |date=dmy
object['cs1_mdy_dates']['count'] = count_cs1_dates_mdy (template, object['cs1_mdy_dates']['count']); -- count of |date=mdy
object['cs1_ymd_dates']['count'] = count_cs1_dates_ymd (template, object['cs1_ymd_dates']['count']); -- count of |date=ymd
object['cs1_dates_df_dmy']['count'] = count_cs1_df_dmy (template, object['cs1_dates_df_dmy']['count']); -- count of |df=dmy
object['cs1_dates_df_mdy']['count'] = count_cs1_df_mdy (template, object['cs1_dates_df_mdy']['count']); -- count of |df=dmy
object['cs1_dates_df_ymd']['count'] = count_cs1_df_ymd (template, object['cs1_dates_df_ymd']['count']); -- count of |df=dmy
-- count various author-name properties
object['cs1_last']['count'] = count_cs1_last (template, object['cs1_last']['count']); -- count of |lastn=
object['cs1_author']['count'] = count_cs1_author (template, object['cs1_author']['count']); -- count of |authorn=
object['cs1_authors']['count'] = count_cs1_authors (template, object['cs1_authors']['count']); -- count of |authors=
object['cs1_vauthors']['count'] = count_cs1_vauthors (template, object['cs1_vauthors']['count']); -- count of |vauthors=
object['cs1_mode']['count'] = count_cs12_mode (template, object['cs1_mode']['count'], 1); -- count of |mode=cs1
object['cs2_mode']['count'] = count_cs12_mode (template, object['cs2_mode']['count'], 2); -- count of |mode=cs2
end
tstart = tend; -- reset the search starting index
tstart, tend = Article_content:find (pattern, tstart); -- search for another cs1|2 template
end
return total;
end
--[[--------------------------< C O U N T _ C S 1 >------------------------------------------------------------
Using the list of cs1 templates, make a count of just those templates as dictated by base_pattern.
makes a list of cs1 templates in the article
]]
local function count_cs1 (Article_content, base_pattern, object)
local _;
local pattern;
local total = 0;
local cs1_template_name_list = {};
for i, cs1_template in ipairs (data.cs1_template_patterns) do
pattern = string.format (base_pattern, cs1_template); -- make a pattern for the selected cs1 template
total = total + cs1_cs2_info_get (Article_content, pattern, cs1_template_name_list, object);
end
collapsible_tables.cs1 = template_name_table_make (cs1_template_name_list, 'cs1');
--mw.logObject (cs1_template_name_list, 'cs1_template_name_list')
return total;
end
--[[--------------------------< C O U N T _ C S 1 _ R E F S >--------------------------------------------------
Using the list of cs1 templates, make a count of just those references as dictated by base_pattern.
]]
local function count_cs1_refs (text, base_pattern)
local _;
local pattern;
local count, total = 0, 0;
for i, template in ipairs (data.cs1_template_patterns) do
pattern = string.format (base_pattern, template); -- make a pattern for the selected cs1 template
_, count = mw.ustring.gsub (text, pattern, '%1'); -- count occurences of that pattern
total = total + count; -- accumulate a total
end
return total;
end
--[[--------------------------< C O U N T _ C S 1 _ L I K E _ T E M P L A T E S >------------------------------
make a count of cs1-like templates as dictated by <pattern>.
]]
local function count_cs1_like_templates (Article_content, pattern)
local tstart, tend = Article_content:find (pattern); -- find the first cs1-like template
local total = 0;
local template_name_list = {};
while tstart do -- nil when cs1-like template not found
local template = Article_content:match ('%b{}', tstart); -- get the template in the ref
if template then -- necessary?
local name = template:match ('{{%s*([^|}]+)'); -- get template name
name = mw.text.trim (name); -- trim whitespace
name = name:gsub (' +', ' '); -- replace multiple space chars with a single char
if not data.cs12_stripped_list[name] then -- if not a cs1|2 template
if not template_name_list[name] then -- if not already saved
template_name_list[name] = 1; -- save it
else -- here when this name already saved
template_name_list[name] = template_name_list[name] + 1; -- to indicate that there are multiple same name templates
end
total = total + 1; -- tally total number of cs1-like templates
end
end
tstart = tend; -- reset the search starting index
tstart, tend = Article_content:find (pattern, tstart); -- search for another cs1|2 template
end
collapsible_tables.cs1_like = template_name_table_make (template_name_list, 'cs1-like');
return total;
end
--[[--------------------------< C O U N T _ C S 1 _ L I K E _ R E F S >----------------------------------------
make a count of cs1-like references as dictated by <pattern>.
]]
local function count_cs1_like_refs (Article_content, pattern)
local tstart, tend = Article_content:find (pattern); -- find the first cs1-like template
local total = 0;
while tstart do -- nil when cs1-like reference not found
local template = Article_content:match ('%b{}', tstart); -- get the template in the ref
if template then -- necessary?
local name = template:match ('{{%s*([^|}]+)'); -- get template name
name = mw.text.trim (name); -- trim whitespace
name = name:gsub (' +', ' '); -- replace multiple space chars with a single char
if not data.cs12_stripped_list[name] then -- if not a cs1|2 template
total = total + 1; -- tally total number of cs1-like references
end
end
tstart = tend; -- reset the search starting index
tstart, tend = Article_content:find (pattern, tstart); -- search for another cs1|2 template
end
return total;
end
--[[--------------------------< C O U N T _ C S 2 >------------------------------------------------------------
Using the list of cs2 templates, make a count of those templates as dictated by base_pattern.
make a list of cs2 templates in the article
]]
local function count_cs2 (Article_content, base_pattern, object)
local _;
local pattern;
local count, total = 0, 0;
local cs2_template_name_list = {};
for i, cs2_template in ipairs (data.cs2_template_patterns) do
pattern = string.format (base_pattern, cs2_template); -- make a pattern for the selected cs2 template
total = total + cs1_cs2_info_get (Article_content, pattern, cs2_template_name_list, object);
end
collapsible_tables.cs2 = template_name_table_make (cs2_template_name_list, 'cs2');
--mw.logObject (cs2_template_name_list, 'cs2_template_name_list')
return total;
end
--[[--------------------------< C O U N T _ C S 2 _ R E F S >--------------------------------------------------
Using the list of cs2 templates, make a count of those references as dictated by base_pattern.
]]
local function count_cs2_refs (text, base_pattern)
local _;
local pattern;
local count, total = 0, 0;
for i, template in ipairs (data.cs2_template_patterns) do
pattern = string.format (base_pattern, template); -- make a pattern for the selected cs1 template
_, count = mw.ustring.gsub (text, pattern, '%1'); -- count occurences of that pattern
total = total + count; -- accumulate a total
end
return total;
end
--[[--------------------------< C O U N T _ V C I T E >--------------------------------------------------------
Using the list of vcite templates, make a count of just those templates as dictated by base_pattern.
makes a list of vcite templates in the article
]]
local function count_vcite (Article_content, base_pattern, object)
local _;
local pattern;
local total = 0;
local vcite_template_name_list = {};
for i, vcite_template in ipairs (data.vcite_template_patterns) do
pattern = string.format (base_pattern, vcite_template); -- make a pattern for the selected vcite template
local tstart, tend = Article_content:find (pattern); -- find the first vcite template
while tstart do -- nil when vcite template not found
local template = Article_content:match ('%b{}', tstart); -- get the whole template
if template then -- necessary?
local name = template:match ('{{%s*([^|}]+)'); -- get template name
name=mw.text.trim (name); -- trim whitespace
if not vcite_template_name_list[name] then -- if not already saved
vcite_template_name_list[name] = 1; -- save it
else -- here when this name already saved
vcite_template_name_list[name] = vcite_template_name_list[name] + 1; -- to indicate that there are multiple same name templates
end
total = total + 1; -- tally total number of vcite templates
end
tstart = tend; -- reset the search starting index
tstart, tend = Article_content:find (pattern, tstart); -- search for another vcite template
end
end
collapsible_tables.vcite = template_name_table_make (vcite_template_name_list, 'vcite');
--mw.logObject (vcite_template_name_list, 'vcite_template_name_list')
return total;
end
--[[--------------------------< C O U N T _ V C I T E _ R E F S >----------------------------------------------
Using the list of cs1 templates, make a count of just those references as dictated by base_pattern.
]]
local function count_vcite_refs (text, base_pattern)
local _;
local pattern;
local count, total = 0, 0;
for i, template in ipairs (data.vcite_template_patterns) do
pattern = string.format (base_pattern, template); -- make a pattern for the selected vcite template
_, count = mw.ustring.gsub (text, pattern, '%1'); -- count occurences of that pattern
total = total + count; -- accumulate a total
end
return total;
end
--[[--------------------------< S F N _ H A R V _I N F O _ G E T >---------------------------------------------
Using the list of sfn and harv templates, make a count of those templates. Make lists of sfn and harv templates
used.
]]
local function sfn_harv_info_get (Article_content, pattern, template_name_list, object)
local tstart, tend = Article_content:find (pattern); -- find the first cs1 template
local total = 0;
while tstart do -- nil when the template not found
local template = Article_content:match ('%b{}', tstart); -- get the whole template
if template then -- necessary?
local name = template:match ('{{%s*([^|}]+)'); -- get template name
name=mw.text.trim (name); -- trim whitespace
if not template_name_list[name] then -- if not already saved
template_name_list[name] = 1; -- save it
else -- here when this name already saved
template_name_list[name] = template_name_list[name] + 1; -- to indicate that there are multiple same name templates
end
total = total + 1; -- tally total number of templates
end
tstart = tend; -- reset the search starting index
tstart, tend = Article_content:find (pattern, tstart); -- search for another template
end
return total;
end
--[[--------------------------< C O U N T _ S F N >------------------------------------------------------------
Using the list of sfn templates, make a count of just those templates as dictated by base_pattern.
makes a list of sfn templates in the article
]]
local function count_sfn (Article_content, base_pattern, object)
local _;
local pattern;
local total = 0;
local sfn_template_name_list = {};
for i, sfn_template in ipairs (data.sfn_template_patterns) do
pattern = string.format (base_pattern, sfn_template); -- make a pattern for the selected template
total = total + sfn_harv_info_get (Article_content, pattern, sfn_template_name_list, object);
end
collapsible_tables.sfn = template_name_table_make (sfn_template_name_list, 'sfn');
--mw.logObject (sfn_template_name_list, 'sfn_template_name_list')
return total;
end
--[[--------------------------< C O U N T _ H A R V >----------------------------------------------------------
Using the list of harv templates, make a count of just those templates as dictated by base_pattern.
makes a list of harv templates in the article
]]
local function count_harv (Article_content, base_pattern, object)
local _;
local pattern;
local total = 0;
local harv_template_name_list = {};
for i, harv_template in ipairs (data.harv_template_patterns) do
pattern = string.format (base_pattern, harv_template); -- make a pattern for the selected template
total = total + sfn_harv_info_get (Article_content, pattern, harv_template_name_list, object);
end
collapsible_tables.harv = template_name_table_make (harv_template_name_list, 'harv');
--mw.logObject (harv_template_name_list, 'harv_template_name_list')
return total;
end
--[[--------------------------< C O U N T _ H A R V _ R E F S >------------------------------------------------
Using the list of harv templates, make a count of those references as dictated by base_pattern.
]]
local function count_harv_refs (text, base_pattern)
local _;
local pattern;
local count, total = 0, 0;
for i, template in ipairs (data.harv_template_patterns) do
pattern = string.format (base_pattern, template); -- make a pattern for the selected cs1 template
_, count = mw.ustring.gsub (text, pattern, '%1'); -- count occurences of that pattern
total = total + count; -- accumulate a total
end
return total;
end
--[[--------------------------< C O U N T _ R E F B E G I N >--------------------------------------------------
Using the list of cleanup templates, make a count of those templates as dictated by base_pattern.
]]
local function count_refbegin (text, base_pattern)
local _;
local pattern;
local count, total = 0, 0;
for i, template in ipairs (data.refbegin_template_patterns) do
pattern = string.format (base_pattern, template); -- make a pattern for the selected cleanup template
_, count = mw.ustring.gsub (text, pattern, '%1'); -- count occurences of that pattern
total = total + count; -- accumulate a total
end
return total;
end
--[[--------------------------< C O U N T _ R P >--------------------------------------------------------------
Using the list of cleanup templates, make a count of those templates as dictated by base_pattern.
]]
local function count_rp (text, base_pattern)
local _;
local pattern;
local count, total = 0, 0;
for i, template in ipairs (data.rp_template_patterns) do
pattern = string.format (base_pattern, template); -- make a pattern for the selected cleanup template
_, count = mw.ustring.gsub (text, pattern, '%1'); -- count occurences of that pattern
total = total + count; -- accumulate a total
end
return total;
end
--[[--------------------------< C O U N T _ C L E A N U P >----------------------------------------------------
Using the list of cleanup templates, make a count of those templates as dictated by base_pattern.
]]
local function count_cleanup (text, base_pattern)
local _;
local pattern;
local count, total = 0, 0;
for i, template in ipairs (data.cleanup_template_patterns) do
pattern = string.format (base_pattern, template); -- make a pattern for the selected cleanup template
_, count = mw.ustring.gsub (text, pattern, '%1'); -- count occurences of that pattern
total = total + count; -- accumulate a total
end
return total;
end
--[[--------------------------< C O U N T _ D E A D _ L I N K S >----------------------------------------------
Using the list of dead link templates, make a count of those templates as dictated by base_pattern.
]]
local function count_dead_links (text, base_pattern)
local _;
local pattern;
local count, total = 0, 0;
for i, template in ipairs (data.dead_link_template_patterns) do
pattern = string.format (base_pattern, template); -- make a pattern for the selected cleanup template
_, count = mw.ustring.gsub (text, pattern, '%1'); -- count occurences of that pattern
total = total + count; -- accumulate a total
end
return total;
end
--[[--------------------------< C O U N T _ W E B A R C H I V E >----------------------------------------------
Using the list of webarchive aliases, make a count of those templates as dictated by base_pattern.
]]
local function count_webarchive (text, base_pattern)
local _;
local pattern;
local count, total = 0, 0;
for i, template in ipairs (data.webarchive_template_patterns) do
pattern = string.format (base_pattern, template); -- make a pattern for the selected webarchive template
_, count = mw.ustring.gsub (text, pattern, '%1'); -- count occurences of that pattern
total = total + count; -- accumulate a total
end
return total;
end
--[[--------------------------< H A S _ L D R >----------------------------------------------------------------
returns a string set to 'yes' if the article uses list defined references. ldr uses {{reflist |refs=...}} or
<references>...</references>. Here we do simple 'find's to make the determination.
It is also possible to do ldr with {{refbegin}} ... {{refend}}
the pattern value is passed to this function but ignored
]]
local function has_ldr (text)
local pattern;
for i, template in ipairs (data.reflist_template_patterns) do
pattern = string.format ('{{%%s*%s[^}]*|%%s*refs%%s*=%%s*[^}|]+', template); -- make a pattern using the selected reflist template
if mw.ustring.find (text, '{{%s*[Rr]eflist[^}]*|%s*refs%s*=%s*[^}|]+') then -- does page use {{Reflist |refs=...}}?
return 'yes'
end
end
if mw.ustring.find (text, '<references>[^<]+') then -- no reflist template, does page use <references>...</references>?
return 'yes'
else
return 'no';
end
end
--[[--------------------------< H A S _ U S E _ X X X _ D A T E S >--------------------------------------------
returns string set to either of 'dmy' or 'mdy'
TODO: needs companion |cs1-dates= support somehow ... 2 separate tests? one detects {{use xxx dates |cs1-dates=xx}} the other detects {{use xxx dates}}?
Also, detect conflicting |df= parameters?
]]
local global_df;
local function has_use_xxx_dates (text, pattern)
local ret_val = 'no'; -- presume not found
local df_template_patterns = { -- table of redirects to {{Use dmy dates}} and {{Use mdy dates}}
'{{ *[Uu]se (dmy) dates *[|}]', -- 915k -- sorted by approximate transclusion count
'{{ *[Uu]se *(mdy) *dates *[|}]', -- 161k
'{{ *[Uu]se (DMY) dates *[|}]', -- 2929
'{{ *[Uu]se *(dmy) *[|}]', -- 250 + 34
'{{ *([Dd]my) *[|}]', -- 272
'{{ *[Uu]se (MDY) dates *[|}]', -- 173
'{{ *[Uu]se *(mdy) *[|}]', -- 59 + 12
'{{ *([Mm]dy) *[|}]', -- 9
'{{ *[Uu]se (MDY) *[|}]', -- 3
'{{ *([Dd]MY) *[|}]', -- 2
'{{ *([Mm]DY) *[|}]', -- 0
-- '{{ *[Uu]se(mdy) *[|}]',
-- '{{ *[Uu]se(mdy)dates *[|}]',
-- '{{ *[Uu]se(dmy) *[|}]',
}
for _, pattern in ipairs (df_template_patterns) do -- loop through the patterns looking for {{Use dmy dates}} or {{Use mdy dates}} or any of their redirects
local start, _, match = text:find(pattern); -- match is the three letters indicating desired date format
if match then
ret_val = match; -- set return value to the global date format
global_df = match; -- save for |df= tests
text = text:match ('%b{}', start); -- get the whole use xxx dates template
if text:match ('| *cs1%-dates *= *[lsy][sy]?') then -- look for |cs1-dates=publication date length access-/archive-date length
ret_val = ret_val .. ' [' .. text:match ('| *cs1%-dates *= *([lsy][sy]?)') .. ']';
end
break; -- loop escape
end
end
return ret_val;
end
--[[--------------------------< O B J E C T S T A B L E >----------------------------------------------------
Here we define various properties and values necessary to the counting of referencing objects
]]
local objects = {
['unnamed_refs'] = { -- count unnamed ref tags
['func'] = count_pattern, -- the function that does the work for this object
['pattern'] = '(<ref>)', -- a pattern that the function uses to find and count this object
['count'] = 0, -- the returned result (called count because that is the most common but can be 'yes' or 'no' etc
['label'] = 'unnamed refs' -- a label and markup for displaying the result; used with string.format()
},
['named_refs'] = { -- count named ref tags
['func'] = count_pattern,
['pattern'] = '(<ref%s+name%s*=%s*[%a%d%p ]+>)',
['count'] = 0,
['label'] = 'named refs'
},
['self_closed_refs'] = { -- count self closed ref tags
['func'] = count_pattern,
['pattern'] = '(<ref%s*name%s*=%s*["%a%d%p ]+/>)',
['count'] = 0,
['label'] = 'self closed'
},
['r_templates'] = { -- count R templates (wrapper for self closed refs)
['func'] = count_pattern,
['pattern'] = '({{%s*[Rr]%s*|)',
['count'] = 0,
['label'] = 'R templates'
},
['refn_templates'] = { -- count Refn templates
['func'] = count_pattern,
['pattern'] = '({{%s*[Rr]efn%s*|)',
['count'] = 0,
['label'] = 'Refn templates'
},
['bare_url_refs'] = { -- count bare url refs
['func'] = count_pattern, -- TODO: separate function to detect protocol relative urls?
['pattern'] = '(<ref[^>]*>%s*http[^<%s]+%s*</ref>)',
['count'] = 0,
['label'] = '<span style="font-size:inherit" class="error">bare url refs</span>'
},
['ext_link_refs'] = { -- count unlabeled external link refs
['func'] = count_pattern, -- TODO: separate function to detect protocol relative urls?
['pattern'] = '(<ref[^>]*>%[%s*http[^%]<%s]+%][^<]*</ref>)',
['count'] = 0,
['label'] = '<span style="font-size:inherit" class="error">bare ext link refs</span>'
},
['cs1_like_refs'] = { -- count cs1 refs and refs that look like cs1 (cite something)
['func'] = count_cs1_like_refs,
['pattern'] = '(<ref[^>]*>[^<{]*{{%s*[Cc]ite%s+[^|]+)',
['count'] = 0,
['label'] = 'cs1-like refs'
},
['cs1_refs'] = { -- count cs1 refs only
['func'] = count_cs1_refs,
['pattern'] = '(<ref[^>]*>[^<{]*{{%%s*%s%%s*|)', -- will be modified in the func by string.format()
['count'] = 0,
['label'] = 'cs1 refs'
},
['cs1_like_templates'] = { -- count templates that look like cs1
['func'] = count_cs1_like_templates,
['pattern'] = '({{%s*[Cc]ite%s+[^|]+)',
['count'] = 0,
['label'] = 'cs1-like templates'
},
['cs1_templates'] = { -- count cs1 templates only
['func'] = count_cs1,
['pattern'] = '({{%%s*%s%%s*|)', -- will be modified in the func by string.format()
['count'] = 0,
['label'] = 'cs1 templates'
},
['cs2_refs'] = { -- count cs2 refs
['func'] = count_cs2_refs,
['pattern'] = '(<ref[^>]*>[^<{]*{{%%s*%s%%s*|)', -- will be modified in the func by string.format()
['count'] = 0,
['label'] = 'cs2 refs'
},
['cs2_templates'] = { -- count cs2 templates
['func'] = count_cs2,
['pattern'] = '{{%%s*%s%%s*|',
['count'] = 0,
['label'] = 'cs2 templates'
},
['vcite_refs'] = { -- count vancite, vcite, and vcite2 refs
-- ['func'] = count_pattern,
-- ['pattern'] = '(<ref[^>]*>[^<{]*{{%s*[Vv]a?n?cite2?%s+[^|]+)',
['func'] = count_vcite_refs,
['pattern'] = '(<ref[^>]*>[^<{]*{{%%s*%s%%s*|)',
['count'] = 0,
['label'] = 'vcite refs'
},
['vcite_templates'] = { -- count vancite templates
['func'] = count_vcite,
['pattern'] = '{{%%s*%s%%s*|',
-- ['func'] = count_pattern,
-- ['pattern'] = '({{%s*[Vv]a?n?cite2?%s+[^|]+)',
['count'] = 0,
['label'] = 'vcite templates'
},
['wikicite_templates'] = { -- count wikicite templates
['func'] = count_pattern,
['pattern'] = '({{%s*[Ww]ikicite%s*|)',
['count'] = 0,
['label'] = 'wikicite templates'
},
['harv_refs'] = { -- count harv refs
['func'] = count_harv_refs,
['pattern'] = '(<ref[^>]*>[^<{]*{{%%s*%s%%s*|)', -- will be modified in the func by string.format()
['count'] = 0,
['label'] = 'harv refs'
},
['harv_templates'] = { -- count harv templates
['func'] = count_harv,
['pattern'] = '({{%%s*%s%%s*|)',
['count'] = 0,
['label'] = 'harv templates'
},
['sfn_templates'] = { -- count sfn templates
['func'] = count_sfn,
['pattern'] = '({{%%s*%s%%s*|)',
['count'] = 15,
['label'] = 'sfn templates'
},
['rp_templates'] = { -- count rp templates
['func'] = count_rp,
['pattern'] = '({{%%s*%s%%s*[|}])',
['count'] = 0,
['label'] = 'rp templates'
},
['ldr'] = { -- does this article use list defined references?
['func'] = has_ldr,
['pattern'] = '', -- uses multiple patterns which are defined in the function
['count'] = 'no',
['label'] = 'uses ldr'
},
['refbegin_templates'] = { -- count refbegin templates - bibliography lists
['func'] = count_refbegin,
['pattern'] = '({{%%s*%s%%s*[|}])',
['count'] = 0,
['label'] = 'refbegin templates'
},
['cleanup_templates'] = { -- count cleanup templates
['func'] = count_cleanup,
['pattern'] = '({{%%s*%s%%s*[|}])', -- will be modified in the func by string.format()
['count'] = 0,
['label'] = 'cleanup templates'
},
['dead_link_templates'] = { -- count deadlink templates (includes redirects)
['func'] = count_dead_links,
['pattern'] = '({{%%s*%s%%s*[|}])', -- will be modified in the func by string.format()
['count'] = 0,
['label'] = 'dead link templates'
},
['webarchive_templates'] = { -- count webarchive templates (includes redirects)
['func'] = count_webarchive,
['pattern'] = '({{%%s*%s%%s*|)', -- will be modified in the func by string.format()
['count'] = 0,
['label'] = 'webarchive templates'
},
['use_xxx_dates'] = { -- does this article use list defined references?
['func'] = has_use_xxx_dates,
['pattern'] = nil, -- uses multiple patterns that are defined in the function
['count'] = 'no',
['label'] = 'use xxx dates'
},
['cs1_dates_df_dmy'] = { -- count
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1|2 df dmy'
},
['cs1_dates_df_mdy'] = { -- count
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1|2 df mdy'
},
['cs1_dates_df_ymd'] = { -- count
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1|2 df ymd'
},
['cs1_dmy_dates'] = { -- count cs1 templates only
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1|2 dmy dates'
},
['cs1_mdy_dates'] = { -- count cs1 templates only
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1|2 mdy dates'
},
['cs1_ymd_dates'] = { -- count cs1 templates only
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1|2 ymd dates'
},
['cs1_last'] = { -- count cs1 templates only
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1|2 last/first'
},
['cs1_author'] = { -- count cs1 templates only
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1|2 author'
},
['cs1_authors'] = { -- count cs1 templates only
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1|2 authors'
},
['cs1_vauthors'] = {
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1|2 vauthors'
},
['cs1_mode'] = {
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs1 mode'
},
['cs2_mode'] = {
['func'] = nil, -- handled by cs1_cs2_info_get()
['pattern'] = nil,
['count'] = 0,
['label'] = 'cs2 mode'
},
}
-- here we set the order in which the objects are processed
local order = {'unnamed_refs', 'named_refs', 'self_closed_refs', -- these three are always output
'r_templates', -- this and the others only produce output when ...
'refn_templates', -- ... their count is not 0 or not 'no'
'bare_url_refs',
'ext_link_refs',
'cs1_refs',
'cs1_templates',
'cs1_like_refs',
'cs1_like_templates',
'cs2_refs',
'cs2_templates',
'vcite_refs', 'vcite_templates',
'wikicite_templates',
'harv_refs', 'harv_templates',
'sfn_templates',
'rp_templates',
'ldr',
'refbegin_templates',
'cleanup_templates',
'dead_link_templates',
'webarchive_templates',
'use_xxx_dates',
'cs1_dates_df_dmy',
'cs1_dates_df_mdy',
'cs1_dates_df_ymd',
'cs1_dmy_dates',
'cs1_mdy_dates',
'cs1_ymd_dates',
'cs1_last',
'cs1_author',
'cs1_authors',
'cs1_vauthors',
'cs1_mode',
'cs2_mode',
};
--[[--------------------------< R E F _ I N F O >--------------------------------------------------------------
the working part of Template:Ref info
]]
local function ref_info (frame)
local text; -- unparsed page content
local title; -- page title without namespace or interwiki references
local nstitle; -- page title with namespace and interwiki references
local page_title_object; --
local output = {};
local i=1;
local style = frame.args.style or ''; -- styling css for output table
if frame.args[1] then
page_title_object = mw.title.new(frame.args[1]); -- title object for the page specified in the template call
else
page_title_object = mw.title.getCurrentTitle(); -- title object for the current page
end
text = page_title_object:getContent(); -- the unparsed content of the selected page
text = text:gsub ('<nowiki>.-</nowiki>', ''); -- remove nowiki tags and their content; less constrained
text = text:gsub ('<!%-%-.-%-%->', ''); -- remove html comments and their content
text = text:gsub ('<pre>.-</pre>', ''); -- remove pre tags and their content
nstitle = page_title_object.prefixedText; -- the title of the page (with namespace)
title = page_title_object.text; -- the title of the page (without namespace)
if nil == text then
return string.format ('<span style="font-size:100%%" class="error">{{ref info}} – page is empty or does not exist: %s</span>', frame.args[1] or 'no page');
end
for i, object in ipairs (order) do -- loop through order and search for the related objects
if objects[object].func then
objects[object].count = objects[object].func (text, objects[object].pattern, objects) -- do the search and store the result
end
end
-- for those that count duplicates remove the duplicates from the counts
objects['named_refs'].count = objects['named_refs'].count - objects['self_closed_refs'].count;
table.insert (output, string.format ('{| class="wikitable" style="text-align:right; %s"\n|+reference info for [[%s|%s]]', style, nstitle, title)); -- output table header
for i, object in ipairs (order) do -- loop through order and search for the related objects
if i<=3 then -- first three (reference tags) are always output
table.insert (output, string.format ('%s\n|%s', objects[object].label, objects[object].count));
elseif 'string' == type (objects[object].count) then -- objects[object].count can be a string or a number
if 'no' ~= objects[object].count then -- if a string and not 'no' ...
table.insert (output, string.format ('%s\n|%s', objects[object].label, objects[object].count)); -- output the result
end
elseif 'number' == type (objects[object].count) then -- if a number ...
if 0 < objects[object].count then -- ... and count is greater than zero ...
table.insert (output, string.format ('%s\n|%s', objects[object].label, objects[object].count)); -- ... output the result
end
end
end
output = {table.concat (output,'\n|-\n! scope="row" | ')}; -- concat an intermediate result
table.insert (output, collapsible_tables.cs1); -- add the collapsible tables
table.insert (output, collapsible_tables.cs2);
table.insert (output, collapsible_tables.cs1_like);
table.insert (output, collapsible_tables.vcite);
table.insert (output, collapsible_tables.sfn);
table.insert (output, collapsible_tables.harv);
table.insert (output, '\n|-\n|scope="row" colspan="2" style="text-align:center"|[[Template:Ref_info#Output_meanings|explanations]]\n|-\n|}');
return table.concat (output);
end
--[[--------------------------< E X P O R T E D F U N C T I O N S >------------------------------------------
]]
return {
ref_info = ref_info,
}
