ᥝᥤᥱ ᥑᥤᥱ ᥚᥤᥱ ᥖᥤᥱ ᥕᥣᥱ tddwiki https://tdd.wikipedia.org/wiki/%E1%A5%9E%E1%A5%A8%E1%A5%9D%E1%A5%B4_%E1%A5%98%E1%A5%A3%E1%A5%B2_%E1%A5%96%E1%A5%A5%E1%A5%B0 MediaWiki 1.46.0-wmf.24 first-letter ᥛᥤᥱ ᥖᥤᥱ ᥕᥣᥱ ᥑᥪᥐ ᥖᥩᥢᥰ ᥟᥧᥙᥱ ᥐᥧᥛ ᥚᥧᥱ ᥕᥧᥒᥱ ᥖᥪᥰ ᥟᥧᥙᥱ ᥐᥧᥛ ᥚᥧᥱ ᥕᥧᥒᥱ ᥖᥪᥰ ᥝᥤᥱ ᥑᥤᥱ ᥚᥤᥱ ᥖᥤᥱ ᥕᥣᥱ ᥟᥧᥙᥱ ᥐᥧᥛ ᥝᥤᥱ ᥑᥤᥱ ᥚᥤᥱ ᥖᥤᥱ ᥕᥣᥱ ᥜᥣᥭᥱ ᥟᥧᥙᥱ ᥐᥧᥛ ᥜᥣᥭᥱ ᥛᥤᥱ ᥖᥤᥱ ᥕᥣᥱ ᥝᥤᥱ ᥑᥤᥱ ᥟᥧᥙᥱ ᥐᥧᥛ ᥛᥤᥱ ᥖᥤᥱ ᥕᥣᥱ ᥝᥤᥱ ᥑᥤᥱ ᥗᥦᥛᥰ ᥙᥣ ᥘᥥᥐᥳ ᥟᥧᥙᥱ ᥐᥧᥛ ᥗᥦᥛᥰ ᥙᥣ ᥘᥥᥐᥳ ᥘᥩᥒ ᥓᥩᥭ ᥗᥦᥛ ᥟᥧᥙᥱ ᥐᥧᥛ ᥘᥩᥒ ᥓᥩᥭ ᥗᥦᥛᥴ ᥙᥫᥒ ᥗᥣᥢ ᥟᥧᥙᥱ ᥐᥧᥛ ᥙᥫᥒ ᥗᥣᥢ TimedText TimedText talk ᥛᥨᥝᥱ ᥓᥧᥰ ᥟᥧᥙᥱ ᥐᥧᥛᥴ ᥛᥩᥱ ᥓᥧᥰ Event Event talk 0 882 7552 5203 2026-04-26T09:00:04Z Siam2019 839 7552 wikitext text/x-wiki {{Infobox country | ᥓᥪ ᥛᥫᥒᥰ ᥟᥢ ᥖᥥᥛ ᥗᥨᥢᥲ = ᥛᥫᥒᥰ ᥗᥭᥰ | ᥓᥪ ᥖᥥᥳ ᥖᥥᥳ = ราชอาณาจักรไทย<br /><small>ᥘᥣᥱ ᥓᥣᥱ ᥟᥣᥱ ᥘᥣᥱ ᥓᥣᥐᥱ ᥗᥭᥰ</small> | image_flag = Flag of Thailand.svg | image_coat = Emblem of Thailand.svg | ᥑᥨᥝᥲ ᥑᥣᥢᥴ ᥙᥣᥐᥱ ᥓᥪᥒ ᥛᥫᥒᥰ = ''ᥛᥫᥒᥰ ᥚᥣᥱ ᥔᥣᥱ ᥑᥧᥢᥴ ᥞᥨᥝᥴ ᥑᥛᥰ | ᥑᥣᥛᥰ ᥓᥪᥒ ᥛᥫᥒᥰ = ''[[Thai National Anthem|Phleng Chat Thai]]''<br />({{Lang-en|"Thai National Anthem"}})<div style="padding-top:0.5em;">[[ᥜᥣᥭᥱ:Thai National Anthem - US Navy Band.ogg|center]]</div> | royal_anthem = ''[[Sansoen Phra Barami]]''<br />({{Lang-en|"Glorify His prestige"}})<div style="padding-top:0.5em;">[[ᥜᥣᥭᥱ:Thai Royal Anthem - US Navy Band.ogg|center]]</div> | ᥞᥣᥒ_ᥟᥩᥒᥲ ᥖᥤ = {{Switcher|[[ᥜᥣᥭᥱ:Thailand (orthographic projection).svg|frameless]]|Show globe|[[ᥜᥣᥭᥱ:Location Thailand ASEAN.svg|upright=1.15|frameless]]|Show map of ASEAN|default=1}} |map_caption = {{Map caption |location_color= green |region= Asia |region_color= dark grey |subregion= [[ASEAN]]| subregion_color = light green}} |image_map2 = | ᥓᥥ ᥘᥨᥒᥴ = [[:ᥐᥧᥒᥰ ᥗᥥᥙ|ᥐᥧᥒᥰ ᥗᥥᥙ]] | ᥝᥥᥒᥰ ᥕᥬᥱ ᥔᥥᥴ ᥙᥫᥢ = [[:ᥐᥧᥒᥰ ᥗᥥᥙ|ᥐᥧᥒᥰ ᥗᥥᥙ]] | ᥓᥥ ᥛᥫᥒᥰ ᥕᥬᥱ ᥔᥥᥴ ᥙᥫᥢ = | ᥟᥥᥱ ᥘᥤᥳ ᥕᥣᥱ = 513,115 km² (198,115 sq mi) | ᥓᥢᥳ ᥟᥥᥱ ᥘᥤᥳ ᥕᥣᥱ = 49 | ᥞᥨᥝᥴ ᥙᥣᥐᥱ ᥟᥥᥱ ᥘᥤᥳ ᥕᥣᥱ = 0.4 | ᥖᥤ ᥔᥧᥒᥴ ᥔᥧᥖᥴ = | ᥛᥥ ᥘᥛᥳ ᥕᥣᥝᥰ ᥔᥧᥖᥴ = | ᥘᥩᥒᥴ ᥕᥬᥱ ᥔᥧᥖᥴ = | ᥚᥒᥱ ᥙᥣᥒᥱ ᥘᥣᥭᥴ = | ᥘᥐᥴ ᥓᥥᥒᥴ ᥑᥣᥝᥰ ᥕᥣᥛᥰ ᥟᥩᥒᥲ ᥖᥤ = | ᥚᥣᥱ ᥔᥣᥱ ᥑᥣᥛᥰ ᥖᥪᥰ ᥘᥬᥰ ᥘᥧᥛᥰ = [[:ᥘᥤᥐ ᥗᥭᥰ|ᥚᥣᥱ ᥔᥣᥱ ᥗᥭᥰ]]<ref name=CIA>[https://www.cia.gov/library/publications/the-world-factbook/geos/th.html Thailand] {{Webarchive|url=https://web.archive.org/web/20101229000203/https://www.cia.gov/library/publications/the-world-factbook/geos/th.html |date=2010-12-29 }}, ''The World Factbook''.</ref> | ᥞᥨᥝᥴ ᥘᥙ ᥐᥨᥢᥰ = 67,959,000<ref>{{Cite web|url=http://esa.un.org/unpd/wpp/Publications/Files/Key_Findings_WPP_2015.pdf|title=World Population Prospects: The 2015 Revision, Key Findings and Advance Tables|publisher=United Nations Department of Economic and Social Affairs/Population Division|page=17|accessdate=10 January 2016}}</ref> | ᥓᥢᥳ ᥞᥨᥝᥴ ᥘᥙ ᥐᥨᥢᥰ = 20 | ᥘᥩᥒ ᥔᥖᥳ ᥞᥨᥝᥴ ᥘᥙ ᥐᥨᥢᥰ = 122/km² (317/sq mi) | ᥓᥢᥳ ᥔᥖᥳ ᥞᥨᥝᥴ ᥘᥙᥳ ᥐᥨᥢᥰ = 85 | ethnic_groups = [[:ᥐᥨᥢᥰ ᥑᥫᥰ ᥗᥭᥰ|ᥗᥭᥰ]] <small>(75%)</small>၊ [[:ᥐᥨᥢᥰ ᥑᥫᥰ ᥑᥥᥱ|ᥑᥥᥱ]]<small>(14%)</small>၊ ᥐᥨᥢᥰ ᥑᥫᥰ ᥖᥣᥒᥱ ᥓᥫᥰ <small>(11%)</small> | ᥚᥣᥱ ᥔᥣᥱ ᥐᥫᥰ ᥕᥛ = [[ᥙᥧᥐ ᥗᥣᥳ ᥚᥣᥱ ᥔᥣᥱ]] <small>(95%)</small>၊ [[:ᥟᥤᥖᥱ ᥔᥣ ᥘᥣᥛᥱ|ᥟᥤᥖᥱ ᥔᥣ ᥘᥣᥛᥱ]] <small>(4.6%)</small>၊ [[ᥑᥣ ᥘᥤᥖᥳ ᥕᥣᥢᥱ]] <small>(0.75%)</small> | time zone = +7 | ᥙᥩᥭᥰ = | ᥛᥥᥝᥰ ᥛᥢᥰ = ᥙᥣᥱ ᥘᥤᥱ ᥛᥣᥢᥱ ᥖᥤᥱ ᥛᥨᥝᥱ ᥑᥣ ᥘᥥᥱ ᥓᥤᥱ ᥘᥦᥲ ᥑᥧᥢᥴ ᥞᥨᥝᥴ ᥑᥛᥰ ᥟᥧᥙᥳ ᥙᥫᥒᥱ ᥘᥒᥱ ᥜᥤᥒᥲ ᥛᥫᥒᥰ | ᥓᥢᥳ ᥗᥣᥢᥲ_ᥚᥧᥱ ᥟᥩᥢ ᥞᥨᥝᥴ(1) = ᥑᥧᥢᥴ ᥞᥨᥝᥴ ᥑᥛᥰ | ᥓᥪ_ᥚᥧᥱ ᥟᥩᥢ ᥞᥨᥝᥴ(1) = Maha Vajiralongkorn</br> มหาวชิราลงกรณ | ᥓᥢᥳ ᥗᥣᥢ_ᥚᥧᥱ ᥟᥩᥢ ᥞᥨᥝᥴ(2) = ᥓᥩᥛ ᥚᥩᥒᥰ ᥘᥨᥒᥴ | ᥓᥪ_ᥚᥧᥱ ᥟᥩᥢ ᥞᥨᥝᥴ(2) = Prayut Chan-o-cha</br> ประยุทธ์ จันทร์โอชา | ᥓᥢᥳ ᥗᥣᥢ_ᥚᥧᥱ ᥟᥩᥢ ᥞᥨᥝᥴ(3) = | ᥓᥪ_ᥚᥧᥱ ᥟᥩᥢ ᥞᥨᥝᥴ(3) = | ᥚᥧᥱ ᥐᥫᥰ ᥐᥧᥛ ᥓᥪᥒ ᥛᥫᥒᥰ = | ᥓᥪ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(1) = ᥛᥫᥒᥰ ᥗᥭᥰ ᥔᥧᥱ ᥑᥨᥝ</br>อาณาจักรสุโขทัย</br>Sukhothai | ᥙᥤ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(1)= 1238-1368 | ᥓᥪ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(2) =ᥛᥫᥒᥰ ᥗᥭᥰ ᥟᥣ ᥕᥧᥖ ᥗᥭᥰ ᥕᥣᥰ</br>อาณาจักรอยุธยา</br>Ayutthaya | ᥙᥤ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(2) = 1350 | ᥓᥪ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(3) = ᥛᥫᥒᥰ ᥗᥭᥰ ᥗᥨᥢ ᥙᥧ ᥘᥤ</br>กรุงธนบุรี</br>Thonburi | ᥙᥤ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(3) = 1767 | ᥓᥪ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(4) = ᥛᥫᥒᥰ ᥗᥭᥰ ᥘᥖ ᥖᥨᥢ ᥐᥨᥝ ᥔᥤᥢ<br>อาณาจักรรัตนโกสินทร์<br>Rattanakosin | ᥙᥤ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(4) = 1782 ᥟᥥᥱ ᥙᥫᥱ 6 | ᥓᥪ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(5) = ᥑᥧᥢᥴ ᥞᥨᥝᥴ ᥑᥛᥰ ᥟᥧᥙᥳ ᥙᥫᥒᥱ ᥘᥒᥱ ᥘᥐᥴ ᥛᥫᥒᥰ | ᥙᥤ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(5) = 1932 ᥓᥧᥢᥱ 24 | ᥓᥪ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(6) =| ᥙᥤ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(6) = | ᥓᥪ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(7) = | ᥙᥤ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(7) = | ᥓᥪ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(8) = | ᥙᥤ_ᥘᥩᥒ ᥙᥨᥐᥱ ᥖᥒᥲ(8) = | GDP_PPP = $1.390 trillion<ref name=imf2>{{Cite web |url=https://www.imf.org/external/pubs/ft/weo/2019/01/weodata/weorept.aspx?pr.x=51&pr.y=17&sy=2017&ey=2024&scsm=1&ssd=1&sort=country&ds=.&br=1&c=578&s=NGDPD%2CPPPGDP%2CNGDPDPC%2CPPPPC&grp=0&a= |title=Thailand |publisher=[[International Monetary Fund]] |accessdate=22 April 2019 |url-status=live |archiveurl=https://www.imf.org/external/pubs/ft/weo/2018/02/weodata/weorept.aspx?pr.x=91&pr.y=8&sy=2018&ey=2023&scsm=1&ssd=1&sort=country&ds=.&br=1&c=578&s=NGDPD%2CPPPGDP%2CNGDPDPC%2CPPPPC&grp=0&a= |archivedate=3 February 2019 }}</ref> | GDP_PPP_year = 2019 | GDP_PPP_rank = | GDP_PPP_per_capita = $20,474<ref name=imf2 /> | GDP_PPP_per_capita_rank = | GDP_nominal = {{Nowrap|$516 billion}}<ref name=imf2 /><ref name="NESDBFeb2018">{{Cite web |url=http://www.nesdb.go.th/nesdb_en/ewt_dl_link.php?nid=4360&filename=Macroeconomic_Planning |title=Thai Economic Performance in Q4 and 2017 and Outlook for 2018 |publisher=[[National Economic and Social Development Board]] |accessdate=21 February 2018 |url-status=dead |archiveurl=https://web.archive.org/web/20180222043705/http://www.nesdb.go.th/nesdb_en/ewt_dl_link.php?nid=4360&filename=Macroeconomic_Planning |archivedate=22 February 2018 }}</ref> | GDP_nominal_year = 2019 | GDP_nominal_rank = | GDP_nominal_per_capita = $7,607<ref name=imf2 /><ref name="NESDBFeb2018"/> | GDP_nominal_per_capita_rank = | Gini = 36 <!--number only--> | Gini_year = 2015 | Gini_change = <!--increase/decrease/steady--> | Gini_ref =<ref name="wb-gini">{{Cite web |url=https://data.worldbank.org/indicator/SI.POV.GINI?locations=TH |title=Gini Index |publisher=World Bank |accessdate=3 December 2017 |url-status=live |archiveurl=https://web.archive.org/web/20171204065819/https://data.worldbank.org/indicator/SI.POV.GINI?locations=TH |archivedate=4 December 2017 }}</ref> | Gini_rank = | HDI = 0.765 <!--number only--> | HDI_year = 2018<!-- Please use the year to which the data refers, not the publication year--> | HDI_change = increase<!--increase/decrease/steady--> |HDI_ref =<ref name="HDI">{{Cite web|url=http://hdr.undp.org/sites/default/files/hdr2019.pdf|title=Human Development Report 2019|publisher=United Nations Development Programme|date=2019|accessdate=9 December 2019}}</ref> | HDI_ᥓᥢᥳ = 77th | ᥒᥪᥢᥰ = [[Thai baht|Baht]] (฿) | currency_code = THB | time_zone = [[UTC+07:00|ICT]] | utc_offset = +7 | drives_on = ᥛᥪᥰ ᥔᥣᥭᥳ | calling_code = [[Telephone numbers in Thailand|+66]] | cctld = {{Hlist |[[.th|.th]] |[[.ไทย|.ไทย]]}} |religion = {{Ublist |item_style=white-space:nowrap; |94.50% [[Buddhism in Thailand|Buddhism]] |4.29% [[Islam in Thailand|Islam]] |1.17% [[Christianity in Thailand|Christianity]] |0.03% [[Hinduism in Southeast Asia|Hinduism]] |0.01% [[Irreligion|Unaffiliated]]<ref name="auto">{{Cite web |url=http://web.nso.go.th/en/survey/popchan/data/2015-2016-Statistical%20tables%20PDF.pdf |title=Population by religion, region and area, 2015 |website= |publisher=NSO |accessdate=12 October 2017 |url-status=dead |archiveurl=https://web.archive.org/web/20171210020110/http://web.nso.go.th/en/survey/popchan/data/2015-2016-Statistical%20tables%20PDF.pdf |archivedate=10 December 2017 }}</ref>}} }} '''ᥛᥫᥒᥰ ᥞᥨᥝᥴ ᥑᥛᥰ ᥗᥭᥰ''' ({{Lang-th|ราชอาณาจักรไทย}} ᥘᥣᥱ ᥓᥣᥱ ᥟᥣᥱ ᥘᥣᥱ ᥓᥣᥐᥱ ᥗᥭᥰ ) ᥘᥭᥳ ᥙᥥᥢ ᥛᥫᥒᥰ ᥐᥩᥢᥰ ᥑᥨᥝᥴ ᥛᥫᥒᥰ ᥘᥫᥒ ᥟᥢ ᥛᥤᥰ ᥝᥭᥳ ᥖᥤ ᥘᥛᥱ ᥘᥩᥒ ᥘᥬᥰ ᥖᥩᥢᥲ ᥓᥥᥒᥱ ᥓᥣᥢᥰ ᥝᥢᥰ ᥟᥩᥐᥱ ᥟᥥᥰ ᥡᥣᥰ. ᥜᥣᥭᥱ ᥞᥩᥒᥱ ᥘᥢᥳ ᥛᥤᥰ [[ᥛᥫᥒᥰ ᥛᥣᥢ]] ᥘᥦᥲ [[ᥛᥫᥒᥰ ᥘᥣᥝᥰ]], ᥚᥣᥭᥱ ᥝᥢᥰ ᥟᥩᥐᥱ ᥘᥢᥳ ᥛᥤᥰ [[ᥛᥫᥒᥰ ᥘᥣᥝᥰ]] ᥘᥦᥲ [[ᥛᥫᥒᥰ ᥐᥛᥱ ᥙᥨᥝᥰ ᥖᥤᥰ ᥕᥣᥰ]]. ᥜᥣᥭᥱ ᥓᥣᥢᥰ ᥖᥥᥳ ᥛᥤᥰ ᥐᥤᥝᥱ ᥑᥛᥳ ᥗᥭᥰ ᥘᥦᥲ ᥛᥫᥒᥰ ᥛᥣᥱ ᥘᥥᥰ ᥡᥣᥰ, ᥜᥣᥭᥱ ᥝᥢᥰ ᥖᥨᥐᥱ ᥖᥥᥳ ᥛᥤᥰ ᥙᥣᥒᥱ ᥘᥣᥭᥱ ᥟᥦᥖᥱ ᥛᥦᥢᥱ ᥘᥦᥲ ᥛᥫᥒᥰ ᥛᥣᥢ ᥑᥝᥴ ᥘᥩᥛᥳ ᥞᥩᥙ ᥛᥫᥒᥰ ᥗᥭᥰ ᥝᥭᥳ. ᥘᥦᥢ ᥘᥛᥳ ᥛᥫᥒᥰ ᥗᥭᥰ ᥘᥭᥳ ᥜᥣᥭᥱ ᥐᥤᥝᥱ ᥘᥛᥳ ᥗᥭᥰ ᥓᥥᥒᥱ ᥓᥣᥢᥰ ᥝᥢᥰ ᥟᥩᥐᥱ ᥘᥢᥳ ᥖᥤᥖᥱ ᥓᥙᥴ ᥐᥢ ᥝᥭᥳ ᥖᥒᥰ ᥘᥦᥢ ᥘᥛᥳ ᥛᥫᥒᥰ ᥝᥦᥖᥳ ᥢᥣᥛᥰ, ᥜᥣᥭᥱ ᥙᥣᥒᥱ ᥘᥣᥭᥱ ᥟᥦᥖᥱ ᥛᥦᥢᥱ ᥓᥥᥒᥱ ᥓᥣᥢᥰ ᥝᥢᥰ ᥖᥨᥐᥱ ᥘᥢᥳ ᥖᥤᥖᥱ ᥓᥙᥴ ᥝᥭᥳ ᥖᥒᥰ ᥘᥦᥢ ᥘᥛᥳ ᥛᥫᥒᥰ ᥟᥤᥢᥱ ᥖᥨᥝᥱ ᥢᥤᥰ ᥡᥣᥰ ᥘᥦᥲ ᥛᥫᥒᥰ ᥟᥤᥢᥱ ᥖᥤᥳ ᥕᥣᥳ ᥑᥝᥴ ᥕᥝᥳ. ᥐᥧᥒᥰ ᥗᥥᥙ (ᥛᥫᥒᥰ ᥐᥩᥐᥱ) ᥘᥭᥳ ᥙᥥᥢ ᥝᥥᥒᥰ ᥘᥨᥒᥴ ᥒᥝᥲ ᥓᥪᥒ ᥛᥫᥒᥰ ᥗᥭᥰ ᥔᥥᥴ ᥟᥛᥱ ᥐᥣᥰ ᥙᥥᥢ ᥝᥥᥒᥰ ᥟᥢ ᥕᥬᥱ ᥔᥥᥴ ᥙᥫᥢ ᥘᥬᥰ ᥛᥫᥒᥰ ᥗᥭᥰ. ᥐᥧᥒᥰ ᥗᥥᥙ ᥘᥭᥳ ᥙᥥᥢ ᥝᥥᥒᥰ ᥒᥝᥲ ᥒᥣᥱ ᥖᥣᥱ ᥐᥣᥢ ᥛᥫᥒᥰ, ᥐᥣᥢ ᥛᥣᥐ ᥛᥤᥰ, ᥐᥣᥢ ᥞᥥᥖᥱ== ᥟᥩᥐᥱ ᥑᥨᥝᥰ ᥐᥧᥢᥱ ᥘᥦᥲ ᥐᥣᥢ ᥜᥣᥭᥱ ᥜᥤᥒᥲ ᥗᥧᥒᥰ ᥕᥥᥢᥱ ᥒᥥ ᥓᥫᥰ ᥘᥢᥳ ᥝᥥᥒᥰ ᥘᥫᥒ ᥕᥝᥳ. ==ᥙᥫᥒ ᥟᥤᥒ== <references/> Thailand c7zcfgsx8f7j3z2u4b44e0521e6pezi 828 1246 7551 7542 2026-04-25T16:32:21Z Grufo 509 Upstream updates 7551 Scribunto text/plain require[[strict]] --- --- --- LOCAL ENVIRONMENT --- --- ________________________________ --- --- --- --[[ Abstract utilities ]]-- ---------------------------- -- Helper function for `string.gsub()` (for managing zero-padded numbers) local function zero_padded (str) return ('%03d%s'):format(#str, str) end -- Helper function for `table.sort()` (for natural sorting) local function natural_sort (var1, var2) return var1:gsub('%d+', zero_padded) < var2:gsub('%d+', zero_padded) end -- Parse a parameter name string and return it as a string or a number local function get_parameter_name (par_str) local ret = par_str:match'^%s*(.-)%s*$' if ret ~= '0' and ret:find'^%-?[1-9]%d*$' == nil then return ret end return tonumber(ret) end -- Return a copy or a reference to a table local function copy_or_ref_table (src, refonly) if refonly then return src end local newtab = {} for key, val in pairs(src) do newtab[key] = val end return newtab end -- Remove some numeric elements from a table, shifting everything to the left local function remove_numeric_keys (tbl, idx, len) local cache, tmp = {}, idx + len - 1 for key, val in pairs(tbl) do if type(key) == 'number' and key >= idx then if key > tmp then cache[key - len] = val end tbl[key] = nil end end for key, val in pairs(cache) do tbl[key] = val end end -- Make a reduced copy of a table (shifting in both directions if necessary) local function copy_table_reduced (tbl, idx, len) local ret, tmp = {}, idx + len - 1 if idx > 0 then for key, val in pairs(tbl) do if type(key) ~= 'number' or key < idx then ret[key] = val elseif key > tmp then ret[key - len] = val end end elseif tmp > 0 then local nshift = 1 - idx for key, val in pairs(tbl) do if type(key) ~= 'number' then ret[key] = val elseif key > tmp then ret[key - tmp] = val elseif key < idx then ret[key + nshift] = val end end else for key, val in pairs(tbl) do if type(key) ~= 'number' or key > tmp then ret[key] = val elseif key < idx then ret[key + len] = val end end end return ret end -- Make an expanded copy of a table (shifting in both directions if necessary) local function copy_table_expanded (tbl, idx, len) local ret, tmp = {}, idx + len - 1 if idx > 0 then for key, val in pairs(tbl) do if type(key) ~= 'number' or key < idx then ret[key] = val else ret[key + len] = val end end elseif tmp > 0 then local nshift = idx - 1 for key, val in pairs(tbl) do if type(key) ~= 'number' then ret[key] = val elseif key > 0 then ret[key + tmp] = val elseif key < 1 then ret[key + nshift] = val end end else for key, val in pairs(tbl) do if type(key) ~= 'number' or key > tmp then ret[key] = val else ret[key - len] = val end end end return ret end -- Move a key from a table to another, but only if under a different name and -- always parsing numeric strings as numbers local function steal_if_renamed (val, src, skey, dest, dkey) local realkey = get_parameter_name(dkey) if skey ~= realkey then dest[realkey] = val src[skey] = nil end end -- Given a table, create two new tables containing the sorted list of keys local function get_key_list_sorted (tbl, sort_fn) local nums, words, nn, nw = {}, {}, 0, 0 for key, val in pairs(tbl) do if type(key) == 'number' then nn = nn + 1 nums[nn] = key else nw = nw + 1 words[nw] = key end end table.sort(nums) table.sort(words, sort_fn) return nums, words, nn, nw end --[[ Public strings ]]-- ------------------------ -- Special match keywords (functions and modifiers MUST avoid these names) local mkeywords = { ['or'] = 0, pattern = 1, plain = 2, strict = 3 } -- Sort functions (functions and modifiers MUST avoid these names) local sortfunctions = { alphabetically = false, naturally = natural_sort } -- Callback styles for the `mapping_*` and `renaming_*` class of modifiers -- (functions and modifiers MUST avoid these names) --[[ Meanings of the columns: col[1] = Loop type (0-3) col[2] = Number of module arguments that the style requires (1-3) col[3] = Minimum number of sequential parameters passed to the callback col[4] = Name of the callback parameter where to place each parameter name col[5] = Name of the callback parameter where to place each parameter value col[6] = Argument in the modifier's invocation that will override `col[4]` col[7] = Argument in the modifier's invocation that will override `col[5]` A value of `-1` indicates that no meaningful value is stored (i.e. `nil`) ]]-- local mapping_styles = { names_and_values = { 3, 2, 2, 1, 2, -1, -1 }, values_and_names = { 3, 2, 2, 2, 1, -1, -1 }, values_only = { 1, 2, 1, -1, 1, -1, -1 }, names_only = { 2, 2, 1, 1, -1, -1, -1 }, names_and_values_as = { 3, 4, 0, -1, -1, 2, 3 }, names_only_as = { 2, 3, 0, -1, -1, 2, -1 }, values_only_as = { 1, 3, 0, -1, -1, -1, 2 }, blindly = { 0, 2, 0, -1, -1, -1, -1 } } -- Memory slots (functions and modifiers MUST avoid these names) local memoryslots = { h = 'header', f = 'footer', i = 'itersep', l = 'lastsep', n = 'ifngiven', p = 'pairsep', s = 'oxfordsep' } -- Possible trimming modes for the `parsing` modifier local trim_parse_opts = { trim_none = { false, false }, trim_positional = { false, true }, trim_named = { true, false }, trim_all = { true, true } } -- Possible string modes for the iteration separator in the `parsing` and -- `reinterpreting` modifiers local isep_parse_opts = { splitter_pattern = false, splitter_string = true } -- Possible string modes for the key-value separator in the `parsing` and -- `reinterpreting` modifiers local psep_parse_opts = { setter_pattern = false, setter_string = true } -- Possible position references for the `splicing` modifier local position_references = { add_nothing = 0, add_smallest_number = 1, add_last_of_sequence = 2, add_largest_number = 3 } -- Functions and modifiers MUST avoid these names too: `let` --[[ Module's private environment ]]-- -------------------------------------- -- Hard-coded name of the module (to avoid going through `frame:getTitle()`) local modulename = 'Module:Params' -- The functions listed here declare that they don't need the `frame.args` -- metatable to be copied into a regular table; if they are modifiers they also -- guarantee that they will make their own (modified) copy available local refpipe = { call_for_each_group = true, coins = true, count = true, evaluating = true, for_each = true, list = true, list_values = true, list_maybe_with_names = true, value_of = true } -- The functions listed here declare that they don't need the -- `frame:getParent().args` metatable to be copied into a regular table; if -- they are modifiers they also guarantee that they will make their own -- (modified) copy available local refparams = { call_for_each_group = true, combining = true, combining_by_calling = true, combining_values = true, concat_and_call = true, concat_and_invoke = true, concat_and_magic = true, count = true, grouping_by_calling = true, mixing_names_and_values = true, renaming_by_mixing = true, renaming_to_sequence = true, renaming_to_uppercase = true, renaming_to_lowercase = true, --renaming_to_values = true, shifting = true, splicing = true, --swapping_names_and_values = true, value_of = true, with_name_matching = true } -- Maximum number of numeric parameters that can be filled, if missing (we -- chose an arbitrary number for this constant; you can discuss about its -- optimal value at Module talk:Params) local maxfill = 1024 -- The private table of functions local library = {} -- Functions and modifiers that can only be invoked in first position local static_iface = {} -- Create a new context local function context_new (child_frame) local ctx = {} ctx.frame = child_frame:getParent() ctx.opipe = child_frame.args ctx.oparams = ctx.frame.args ctx.firstposonly = static_iface ctx.iterfunc = pairs ctx.sorttype = 0 ctx.n_parents = 0 ctx.n_children = 0 ctx.n_available = maxfill return ctx end -- Move to the next action within the user-given list local function context_iterate (ctx, n_forward) local nextfn if ctx.pipe[n_forward] ~= nil then nextfn = ctx.pipe[n_forward]:match'^%s*(.*%S)' end if nextfn == nil then error(modulename .. ': You must specify a function to call', 0) end if library[nextfn] == nil then if ctx.firstposonly[nextfn] == nil then error(modulename .. ': The function ‘' .. nextfn .. '’ does not exist', 0) else error(modulename .. ': The ‘' .. nextfn .. '’ directive can only appear in first position', 0) end end remove_numeric_keys(ctx.pipe, 1, n_forward) return library[nextfn] end -- Main loop local function main_loop (ctx, start_with) local fn = start_with repeat fn = fn(ctx) until not fn if ctx.n_parents > 0 then error(modulename .. ': One or more ‘merging_substack’ directives are missing', 0) end if ctx.n_children > 0 then error(modulename .. ', For some of the snapshots either the ‘flushing’ directive is missing or a group has not been properly closed with ‘merging_substack’', 0) end end -- Load a `setting`-like directive string into the `dest` table local function set_strings (dest, opts, start_from) local cmd if opts[start_from] == nil then return start_from - 1 end cmd = opts[start_from]:gsub('%s+', ''):gsub('/+', '/') :match'^/*(.*[^/])' if cmd == nil then return start_from end local amap, sep, argc = {}, string.byte('/'), start_from + 1 local vname local chr for idx = 1, #cmd do chr = cmd:byte(idx) if chr == sep then for key, val in ipairs(amap) do dest[val] = opts[argc] amap[key] = nil end argc = argc + 1 else vname = memoryslots[string.char(chr)] if vname == nil then error(modulename .. ', ‘setting’: Unknown slot ‘' .. string.char(chr) .. '’', 0) end table.insert(amap, vname) end end for key, val in ipairs(amap) do dest[val] = opts[argc] end return argc end -- Add a new stack of parameters to `ctx.children` local function push_cloned_stack (ctx, tbl) local newparams = {} local currsnap = ctx.n_children + 1 if ctx.children == nil then ctx.children = { newparams } else ctx.children[currsnap] = newparams end for key, val in pairs(tbl) do newparams[key] = val end ctx.n_children = currsnap end -- Parse a raw argument containing a `sortfunctions` directive, or -- `'without_sorting'`, or `nil` local function load_sort_opt (raw_arg) if raw_arg == nil then return nil, 1, false end local tmp = raw_arg:match'^%s*(.-)%s*$' if tmp == 'without_sorting' then return nil, 2, false end tmp = sortfunctions[tmp] if tmp == nil then return nil, 1, false end return tmp or nil, 2, true end -- Parse optional user arguments of type `...|[let]|[...][number of additional -- parameters]|[parameter 1]|[parameter 2]|[...]` local function load_child_opts (src, start_from, append_after) local tbl, pin = {}, start_from local names if src[pin] ~= nil and src[pin]:match'^%s*let%s*$' and src[pin + 1] ~= nil and src[pin + 2] ~= nil then names = {} repeat names[get_parameter_name(src[pin + 1])] = src[pin + 2] pin = pin + 3 until src[pin] == nil or not src[pin]:match'^%s*let%s*$' or src[pin + 1] == nil or src[pin + 2] == nil end local tmp = tonumber(src[pin]) if tmp ~= nil and math.floor(tmp) == tmp then if tmp < 0 then tmp = -1 end local shf = append_after - pin for idx = pin + 1, pin + tmp do tbl[idx + shf] = src[idx] end pin = pin + tmp + 1 end if names ~= nil then for key, val in pairs(names) do tbl[key] = val end end return tbl, pin end -- Load the optional arguments of some of the `mapping_*` and `renaming_*` -- class of modifiers local function load_callback_opts (src, n_skip, default_style) local style local shf local tmp = src[n_skip + 1] if tmp ~= nil then style = mapping_styles[tmp:match'^%s*(.-)%s*$'] end if style == nil then style, shf = default_style, n_skip - 1 else shf = n_skip end local n_exist, karg, varg = style[3], style[4], style[5] tmp = style[6] if tmp > -1 then karg = src[tmp + shf]:match'^%s*(.-)%s*$' if karg == '0' or karg:find'^%-?[1-9]%d*$' ~= nil then karg = tonumber(karg) n_exist = math.max(n_exist, karg) end end tmp = style[7] if tmp > -1 then varg = src[tmp + shf]:match'^%s*(.-)%s*$' if varg == '0' or varg:find'^%-?[1-9]%d*$' ~= nil then varg = tonumber(varg) n_exist = math.max(n_exist, varg) end end local dest, nargs = load_child_opts(src, style[2] + shf, n_exist) tmp = style[1] if (tmp == 3 or tmp == 2) and dest[karg] ~= nil then tmp = tmp - 2 end if (tmp == 3 or tmp == 1) and dest[varg] ~= nil then tmp = tmp - 1 end return dest, nargs, tmp, karg, varg end -- Parse the arguments of some of the `mapping_*` and `renaming_*` class of -- modifiers local function load_replace_args (opts, whoami) if opts[1] == nil then error(modulename .. ', ‘' .. whoami .. '’: No pattern string was given', 0) end if opts[2] == nil then error(modulename .. ', ‘' .. whoami .. '’: No replacement string was given', 0) end local ptn, repl, nmax, argc = opts[1], opts[2], tonumber(opts[3]), 3 if nmax ~= nil or (opts[3] or ''):match'^%s*$' ~= nil then argc = 4 end local flg = opts[argc] if flg ~= nil then flg = mkeywords[flg:match'^%s*(.-)%s*$'] end if flg == 0 then flg = nil elseif flg ~= nil then argc = argc + 1 end return ptn, repl, nmax, flg, argc, (nmax ~= nil and nmax < 1) or (flg == 3 and ptn == repl) end -- Parse the arguments of the `with_*_matching` class of modifiers local function load_pattern_args (opts, whoami) local ptns, state, nptns, cnt = {}, 0, 0, 1 local keyw for _, val in ipairs(opts) do if state == 0 then nptns, state = nptns + 1, -1 ptns[nptns] = { val, false, false } else keyw = val:match'^%s*(.*%S)' if keyw == nil or mkeywords[keyw] == nil or ( state > 0 and mkeywords[keyw] > 0 ) then break else state = mkeywords[keyw] if state > 1 then ptns[nptns][2] = true end if state == 3 then ptns[nptns][3] = true end end end cnt = cnt + 1 end if state == 0 then error(modulename .. ', ‘' .. whoami .. '’: No pattern was given', 0) end return ptns, nptns, cnt end -- Load the optional arguments of the `parsing` and `reinterpreting` modifiers local function load_parse_opts (opts, start_from, isp, psp) local tmp local optslots, noptslots, argc = { true, true, true }, 3, start_from local trimn, trimu, iplain, pplain = true, false, true, true repeat noptslots, tmp = noptslots - 1, opts[argc] if tmp == nil then break end tmp = tmp:match'^%s*(.-)%s*$' if optslots[1] ~= nil and trim_parse_opts[tmp] ~= nil then tmp = trim_parse_opts[tmp] trimn, trimu = tmp[1], tmp[2] optslots[1] = nil elseif optslots[2] ~= nil and isep_parse_opts[tmp] ~= nil then argc = argc + 1 iplain, isp = isep_parse_opts[tmp], opts[argc] optslots[2] = nil elseif optslots[3] ~= nil and psep_parse_opts[tmp] ~= nil then argc = argc + 1 pplain, psp = psep_parse_opts[tmp], opts[argc] optslots[3] = nil else break end argc = argc + 1 until noptslots < 1 return isp, iplain, psp, pplain, trimn, trimu, argc end -- Map parameters' values using a custom callback and a referenced table local value_maps = { [0] = function (tbl, margs, karg, varg, fn) for key in pairs(tbl) do tbl[key] = fn() end end, [1] = function (tbl, margs, karg, varg, fn) for key, val in pairs(tbl) do margs[varg] = val tbl[key] = fn() end end, [2] = function (tbl, margs, karg, varg, fn) for key in pairs(tbl) do margs[karg] = key tbl[key] = fn() end end, [3] = function (tbl, margs, karg, varg, fn) for key, val in pairs(tbl) do margs[karg] = key margs[varg] = val tbl[key] = fn() end end } -- Private table for `map_names()` local name_thieves = { [0] = function (cache, tbl, rargs, karg, varg, fn) for key, val in pairs(tbl) do steal_if_renamed(val, tbl, key, cache, fn()) end end, [1] = function (cache, tbl, rargs, karg, varg, fn) for key, val in pairs(tbl) do rargs[varg] = val steal_if_renamed(val, tbl, key, cache, fn()) end end, [2] = function (cache, tbl, rargs, karg, varg, fn) for key, val in pairs(tbl) do rargs[karg] = key steal_if_renamed(val, tbl, key, cache, fn()) end end, [3] = function (cache, tbl, rargs, karg, varg, fn) for key, val in pairs(tbl) do rargs[karg] = key rargs[varg] = val steal_if_renamed(val, tbl, key, cache, fn()) end end } -- Map parameters' names using a custom callback and a referenced table local function map_names (tbl, rargs, karg, varg, looptype, fn) local cache = {} name_thieves[looptype](cache, tbl, rargs, karg, varg, fn) for key, val in pairs(cache) do tbl[key] = val end end -- Return a new table that contains `src` regrouped according to the numeric -- suffixes in its keys local function make_groups (src) -- NOTE: `src` might be the original metatable! local prefix local gid local groups = {} for key, val in pairs(src) do -- `key` must only be a string or a number... if type(key) == 'string' then prefix, gid = key:match'^%s*(.-)%s*(%-?%d*)%s*$' gid = tonumber(gid) or '' else prefix = '' gid = key end if groups[gid] == nil then groups[gid] = {} end if prefix == '0' or prefix:find'^%-?[1-9]%d*$' ~= nil then prefix = tonumber(prefix) if prefix < 1 then prefix = prefix - 1 end end groups[gid][prefix] = val end return groups end -- Split into parts a string containing the `$#` and `$@` placeholders and -- return the information as a skeleton table, a canvas table and a length local function parse_placeholder_string (target) local skel = {} local canvas = {} local idx = 1 local s_pos = 1 local e_pos = string.find(target, '%$[@#]', 1, false) while e_pos ~= nil do canvas[idx] = target:sub(s_pos, e_pos - 1) skel[idx + 1] = target:sub(e_pos, e_pos + 1) == '$@' idx = idx + 2 s_pos = e_pos + 2 e_pos = string.find(target, '%$[@#]', s_pos, false) end if (s_pos > target:len()) then idx = idx - 1 else canvas[idx] = target:sub(s_pos) end return skel, canvas, idx end -- Populate a table by parsing a parameter string local function parse_parameter_string (tbl, str, isp, ipl, psp, ppl, trn, tru) local key local val local spos1 local spos2 local pos1 local pos2 local pos3 = 0 local idx = 1 local lenplone = #str + 1 if isp == nil or isp == '' then if psp == nil or psp == '' then if tru then tbl[idx] = str:match'^%s*(.-)%s*$' else tbl[idx] = str end return idx end spos1, spos2 = str:find(psp, 1, ppl) if spos1 == nil then key = idx if tru then val = str:match'^%s*(.-)%s*$' else val = str end idx = idx + 1 else key = get_parameter_name(str:sub(1, spos1 - 1)) val = str:sub(spos2 + 1) if trn then val = val:match'^%s*(.-)%s*$' end end tbl[key] = val return idx end if psp == nil or psp == '' then repeat pos1 = pos3 + 1 pos2, pos3 = str:find(isp, pos1, ipl) val = str:sub(pos1, (pos2 or lenplone) - 1) if tru then val = val:match'^%s*(.-)%s*$' end tbl[idx] = val idx = idx + 1 until pos2 == nil return idx end repeat pos1 = pos3 + 1 pos2, pos3 = str:find(isp, pos1, ipl) val = str:sub(pos1, (pos2 or lenplone) - 1) spos1, spos2 = val:find(psp, 1, ppl) if spos1 == nil then key = idx if tru then val = val:match'^%s*(.-)%s*$' end idx = idx + 1 else key = get_parameter_name(val:sub(1, spos1 - 1)) val = val:sub(spos2 + 1) if trn then val = val:match'^%s*(.-)%s*$' end end tbl[key] = val until pos2 == nil return idx end -- Heavy lifting for `combining` and `combining_values` local function combine_parameters (ctx, keyval_fn, whoami) -- NOTE: `ctx.params` might be the original metatable! This function -- MUST create a copy of it before returning local opts = ctx.pipe if ctx.pipe[1] == nil then error(modulename .. ', ‘' .. whoami .. '’: No parameter name was provided', 0) end local tbl = ctx.params local vars = {} local sortfn, tmp, do_sort = load_sort_opt(opts[2]) local argc = set_strings(vars, opts, tmp + 1) if argc < tmp then error(modulename .. ', ‘' .. whoami .. '’: No setting directive was given', 0) end tmp = true for _ in pairs(tbl) do tmp = false break end if tmp then if vars.ifngiven ~= nil then ctx.params = { [get_parameter_name(ctx.pipe[1])] = vars.ifngiven } elseif tbl == ctx.oparams then ctx.params = {} end return argc end local cache local len if do_sort then local words cache, words, len, tmp = get_key_list_sorted(tbl, sortfn) for idx = 1, tmp do cache[len + idx] = words[idx] end len = len + tmp else cache = {} len = 0 for key in pairs(tbl) do len = len + 1 cache[len] = key end end local pmap, nss, kvs, pps = {}, 0, vars.pairsep or '', vars.itersep or '' for idx = 1, len do tmp = cache[idx] pmap[nss + 1] = pps pmap[nss + 2] = keyval_fn(tmp, tbl[tmp], kvs) nss = nss + 2 end tmp = vars.oxfordsep or vars.lastsep if tmp ~= nil and nss > 4 then pmap[nss - 1] = tmp elseif nss > 2 and vars.lastsep ~= nil then pmap[nss - 1] = vars.lastsep end pmap[1] = vars.header or '' if vars.footer ~= nil then pmap[nss + 1] = vars.footer end ctx.params = { [get_parameter_name(ctx.pipe[1])] = table.concat(pmap) } return argc end -- Concatenate the numeric keys from the table of parameters to the numeric -- keys from the table of options; non-numeric keys from the table of options -- will prevail over colliding non-numeric keys from the table of parameters local function concat_params (ctx) local retval, tbl, nmax = {}, ctx.params, table.maxn(ctx.pipe) if ctx.subset == 1 then -- We need only the sequence for key, val in ipairs(tbl) do retval[key + nmax] = val end else if ctx.subset == -1 then for key in ipairs(tbl) do tbl[key] = nil end end for key, val in pairs(tbl) do if type(key) == 'number' and key > 0 then retval[key + nmax] = val else retval[key] = val end end end for key, val in pairs(ctx.pipe) do retval[key] = val end return retval end -- Flush the parameters by calling a custom function for each value (after this -- function has been invoked `ctx.params` will be no longer usable) local function flush_params (ctx, fn) local tbl = ctx.params if ctx.subset == 1 then for key, val in ipairs(tbl) do fn(key, val) end return end if ctx.subset == -1 then for key, val in ipairs(tbl) do tbl[key] = nil end end if ctx.sorttype > 0 then local nums, words, nn, nw = get_key_list_sorted(tbl, natural_sort) if ctx.sorttype == 2 then for idx = 1, nw do fn(words[idx], tbl[words[idx]]) end for idx = 1, nn do fn(nums[idx], tbl[nums[idx]]) end return end for idx = 1, nn do fn(nums[idx], tbl[nums[idx]]) end for idx = 1, nw do fn(words[idx], tbl[words[idx]]) end return end if ctx.subset ~= -1 then for key, val in ipairs(tbl) do fn(key, val) tbl[key] = nil end end for key, val in pairs(tbl) do fn(key, val) end end -- Flush the parameters by calling one of two custom functions for each value -- (after this function has been invoked `ctx.params` will be no longer usable) local function mixed_flush_params (ctx, fn_seq, fn_oth) if ctx.subset == 1 then for key, val in ipairs(ctx.params) do fn_seq(key, val) end return end if ctx.subset == -1 then flush_params(ctx, fn_oth) return end local tbl = ctx.params if ctx.sorttype > 0 then local nums, words, nn, nw = get_key_list_sorted(tbl, natural_sort) local sequence = {} for key, val in ipairs(tbl) do sequence[key] = val end if ctx.sorttype == 2 then for idx = 1, nw do fn_oth(words[idx], tbl[words[idx]]) end end for idx = 1, nn do if sequence[nums[idx]] then fn_seq(nums[idx], sequence[nums[idx]]) else fn_oth(nums[idx], tbl[nums[idx]]) end end if ctx.sorttype ~= 2 then for idx = 1, nw do fn_oth(words[idx], tbl[words[idx]]) end end return end for key, val in ipairs(tbl) do fn_seq(key, val) tbl[key] = nil end for key, val in pairs(tbl) do fn_oth(key, val) end end -- Finalize and return a concatenated list local function finalize_and_return_concatenated_list (ctx, lst, len, modsize) if len > 0 then local tmp = ctx.oxfordsep or ctx.lastsep if tmp ~= nil and len > modsize * 2 then lst[len - modsize + 1] = tmp elseif len > modsize and ctx.lastsep ~= nil then lst[len - modsize + 1] = ctx.lastsep end lst[1] = ctx.header or '' if ctx.footer ~= nil then lst[len + 1] = ctx.footer end ctx.text = table.concat(lst) else ctx.text = ctx.ifngiven or '' end end --[[ Modifiers ]]-- ----------------------------- -- Syntax: #invoke:params|sequential|pipe to library.sequential = function (ctx) if ctx.subset == -1 then error(modulename .. ': The two directives ‘non-sequential’ and ‘sequential’ are in contradiction with each other', 0) end if ctx.sorttype > 0 then error(modulename .. ': The ‘all_sorted’ and ‘reassorted’ directives are redundant when followed by ‘sequential’', 0) end ctx.iterfunc = ipairs ctx.subset = 1 return context_iterate(ctx, 1) end -- Syntax: #invoke:params|non-sequential|pipe to library['non-sequential'] = function (ctx) if ctx.subset == 1 then error(modulename .. ': The two directives ‘sequential’ and ‘non-sequential’ are in contradiction with each other', 0) end ctx.iterfunc = pairs ctx.subset = -1 return context_iterate(ctx, 1) end -- Syntax: #invoke:params|all_sorted|pipe to library.all_sorted = function (ctx) if ctx.subset == 1 then error(modulename .. ': The ‘all_sorted’ directive is redundant after ‘sequential’', 0) end if ctx.sorttype == 2 then error(modulename .. ': The two directives ‘reassorted’ and ‘sequential’ are in contradiction with each other', 0) end ctx.sorttype = 1 return context_iterate(ctx, 1) end -- Syntax: #invoke:params|reassorted|pipe to library.reassorted = function (ctx) if ctx.subset == 1 then error(modulename .. ': The ‘reassorted’ directive is redundant after ‘sequential’', 0) end if ctx.sorttype == 1 then error(modulename .. ': The two directives ‘sequential’ and ‘reassorted’ are in contradiction with each other', 0) end ctx.sorttype = 2 return context_iterate(ctx, 1) end -- Syntax: #invoke:params|setting|directives|...|pipe to library.setting = function (ctx) local argc = set_strings(ctx, ctx.pipe, 1) if argc < 2 then error(modulename .. ', ‘setting’: No directive was given', 0) end return context_iterate(ctx, argc + 1) end -- Syntax: #invoke:params|scoring|new parameter name|pipe to --[[ library.scoring = function (ctx) if ctx.pipe[1] == nil then error(modulename .. ', ‘scoring’: No parameter name was provided', 0) end local retval = 0 for _ in pairs(ctx.params) do retval = retval + 1 end ctx.params[ctx.pipe[1]:match'^%s*(.-)%s*$'] = tostring(retval) return context_iterate(ctx, 2) end ]]-- -- Syntax: #invoke:params|squeezing|pipe to library.squeezing = function (ctx) local store, indices, tbl, newlen = {}, {}, ctx.params, 0 for key, val in pairs(tbl) do if type(key) == 'number' then newlen = newlen + 1 indices[newlen] = key store[key] = val tbl[key] = nil end end table.sort(indices) for idx = 1, newlen do tbl[idx] = store[indices[idx]] end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|filling_the_gaps|pipe to library.filling_the_gaps = function (ctx) local tbl, tmp, nmin, nmax, nnums = ctx.params, {}, 1, nil, -1 for key, val in pairs(tbl) do if type(key) == 'number' then if nmax == nil then if key < nmin then nmin = key end nmax = key elseif key > nmax then nmax = key elseif key < nmin then nmin = key end nnums = nnums + 1 tmp[key] = val end end if nmax ~= nil and nmax - nmin > nnums then ctx.n_available = ctx.n_available + nmin + nnums - nmax if ctx.n_available < 0 then error(modulename .. ', ‘filling_the_gaps’: It is possible to fill at most ' .. tostring(maxfill) .. ' parameters', 0) end for idx = nmin, nmax, 1 do tbl[idx] = '' end for key, val in pairs(tmp) do tbl[key] = val end end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|clearing|pipe to library.clearing = function (ctx) local tbl = ctx.params local numerics = {} for key, val in pairs(tbl) do if type(key) == 'number' then numerics[key] = val tbl[key] = nil end end for key, val in ipairs(numerics) do tbl[key] = val end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|cutting|left cut|right cut|pipe to library.cutting = function (ctx) local lcut = tonumber(ctx.pipe[1]) if lcut == nil or math.floor(lcut) ~= lcut then error(modulename .. ', ‘cutting’: Left cut must be an integer number', 0) end local rcut = tonumber(ctx.pipe[2]) if rcut == nil or math.floor(rcut) ~= rcut then error(modulename .. ', ‘cutting’: Right cut must be an integer number', 0) end local tbl = ctx.params local len = #tbl if lcut < 0 then lcut = len + lcut end if rcut < 0 then rcut = len + rcut end local tot = lcut + rcut if tot > 0 then local cache = {} if tot >= len then for key in ipairs(tbl) do tbl[key] = nil end tot = len else for idx = len - rcut + 1, len, 1 do tbl[idx] = nil end for idx = 1, lcut, 1 do tbl[idx] = nil end end for key, val in pairs(tbl) do if type(key) == 'number' and key > 0 then if key > len then cache[key - tot] = val else cache[key - lcut] = val end tbl[key] = nil end end for key, val in pairs(cache) do tbl[key] = val end end return context_iterate(ctx, 3) end -- Syntax: #invoke:params|cropping|left crop|right crop|pipe to library.cropping = function (ctx) local lcut = tonumber(ctx.pipe[1]) if lcut == nil or math.floor(lcut) ~= lcut then error(modulename .. ', ‘cropping’: Left crop must be an integer number', 0) end local rcut = tonumber(ctx.pipe[2]) if rcut == nil or math.floor(rcut) ~= rcut then error(modulename .. ', ‘cropping’: Right crop must be an integer number', 0) end local tbl = ctx.params local nmin local nmax for key in pairs(tbl) do if type(key) == 'number' then if nmin == nil then nmin, nmax = key, key elseif key > nmax then nmax = key elseif key < nmin then nmin = key end end end if nmin ~= nil then local len = nmax - nmin + 1 if lcut < 0 then lcut = len + lcut end if rcut < 0 then rcut = len + rcut end if lcut + rcut - len > -1 then for key in pairs(tbl) do if type(key) == 'number' then tbl[key] = nil end end elseif lcut + rcut > 0 then for idx = nmax - rcut + 1, nmax do tbl[idx] = nil end for idx = nmin, nmin + lcut - 1 do tbl[idx] = nil end local lshift = nmin + lcut - 1 if lshift > 0 then for idx = lshift + 1, nmax, 1 do tbl[idx - lshift] = tbl[idx] tbl[idx] = nil end end end end return context_iterate(ctx, 3) end -- Syntax: #invoke:params|purging|start offset|length|pipe to library.purging = function (ctx) local idx = tonumber(ctx.pipe[1]) if idx == nil or math.floor(idx) ~= idx then error(modulename .. ', ‘purging’: Start offset must be an integer number', 0) end local len = tonumber(ctx.pipe[2]) if len == nil or math.floor(len) ~= len then error(modulename .. ', ‘purging’: Length must be an integer number', 0) end local tbl = ctx.params if len < 1 then len = len + table.maxn(tbl) if idx > len then return context_iterate(ctx, 3) end len = len - idx + 1 end ctx.params = copy_table_reduced(tbl, idx, len) return context_iterate(ctx, 3) end -- Syntax: #invoke:params|backpurging|start offset|length|pipe to library.backpurging = function (ctx) local last = tonumber(ctx.pipe[1]) if last == nil or math.floor(last) ~= last then error(modulename .. ', ‘backpurging’: Start offset must be an integer number', 0) end local len = tonumber(ctx.pipe[2]) if len == nil or math.floor(len) ~= len then error(modulename .. ', ‘backpurging’: Length must be an integer number', 0) end local idx local tbl = ctx.params if len > 0 then idx = last - len + 1 else for key in pairs(tbl) do if type(key) == 'number' and (idx == nil or key < idx) then idx = key end end if idx == nil then return context_iterate(ctx, 3) end idx = idx - len if last < idx then return context_iterate(ctx, 3) end len = last - idx + 1 end ctx.params = copy_table_reduced(ctx.params, idx, len) return context_iterate(ctx, 3) end -- Syntax: #invoke:params|shifting|addend|pipe to library.shifting = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local nshift = tonumber(ctx.pipe[1]) if nshift == nil or nshift == 0 or math.floor(nshift) ~= nshift then error(modulename .. ', ‘shifting’: A non-zero integer number must be provided', 0) end local tbl = {} for key, val in pairs(ctx.params) do if type(key) == 'number' then tbl[key + nshift] = val else tbl[key] = val end end ctx.params = tbl return context_iterate(ctx, 2) end -- Syntax: #invoke:params|reversing_numeric_names|pipe to library.reversing_numeric_names = function (ctx) local tbl, numerics, nmax = ctx.params, {}, 0 for key, val in pairs(tbl) do if type(key) == 'number' then numerics[key] = val tbl[key] = nil if key > nmax then nmax = key end end end for key, val in pairs(numerics) do tbl[nmax - key + 1] = val end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|pivoting_numeric_names|pipe to --[[ library.pivoting_numeric_names = function (ctx) local tbl = ctx.params local shift = #tbl + 1 if shift < 2 then return library.reversing_numeric_names(ctx) end local numerics = {} for key, val in pairs(tbl) do if type(key) == 'number' then numerics[key] = val tbl[key] = nil end end for key, val in pairs(numerics) do tbl[shift - key] = val end return context_iterate(ctx, 1) end ]]-- -- Syntax: #invoke:params|mirroring_numeric_names|pipe to --[[ library.mirroring_numeric_names = function (ctx) local tbl, numerics = ctx.params, {} local nmax local nmin for key, val in pairs(tbl) do if type(key) == 'number' then numerics[key] = val tbl[key] = nil if nmax == nil then nmin, nmax = key, key elseif key > nmax then nmax = key elseif key < nmin then nmin = key end end end for key, val in pairs(numerics) do tbl[nmax + nmin - key] = val end return context_iterate(ctx, 1) end ]]-- -- Syntax: #invoke:params|swapping_numeric_names|pipe to --[[ library.swapping_numeric_names = function (ctx) local tbl, cache, nsize = ctx.params, {}, 0 local tmp for key in pairs(tbl) do if type(key) == 'number' then nsize = nsize + 1 cache[nsize] = key end end table.sort(cache) for idx = math.floor(nsize / 2), 1, -1 do tmp = tbl[cache[idx] ] tbl[cache[idx] ] = tbl[cache[nsize - idx + 1] ] tbl[cache[nsize - idx + 1] ] = tmp end return context_iterate(ctx, 1) end ]]-- -- Syntax: #invoke:params|sorting_sequential_values|[criterion]|pipe to library.sorting_sequential_values = function (ctx) local sortfn if ctx.pipe[1] ~= nil then sortfn = sortfunctions[ctx.pipe[1]:match'^%s*(.-)%s*$'] end if sortfn then table.sort(ctx.params, sortfn) else table.sort(ctx.params) end -- i.e. either `false` or `nil` if sortfn == nil then return context_iterate(ctx, 1) end return context_iterate(ctx, 2) end -- Syntax: #invoke:params|splicing|[add to position]|position|increment| -- [number of elements to write]|...|pipe to library.splicing = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local opts, tbl = ctx.pipe, ctx.params local tmp1 = opts[1] local tmp2 local argc local pos local refp if tmp1 ~= nil then tmp2 = tonumber(tmp1) if tmp2 == nil or math.floor(tmp2) ~= tmp2 then pos, argc, tmp2 = tonumber(opts[2]), 4, tmp1:match'^%s*(.*%S)' if tmp2 ~= nil then refp = position_references[tmp2] if refp == nil then error(modulename .. ', ‘splicing’: ‘' .. tostring(tmp2) .. '’ is not a valid first argument', 0) end else refp = 0 end else pos, argc, refp = tmp2, 3, 0 end else pos, argc, refp = tonumber(opts[2]), 4, 0 end if pos == nil or math.floor(pos) ~= pos then error(modulename .. ', ‘splicing’: The position must be an integer number', 0) end local len = tonumber(opts[argc - 1]) if len == nil or math.floor(len) ~= len then error(modulename .. ', ‘splicing’: The increment must be an integer number', 0) end if refp == 2 then for _ in ipairs(tbl) do pos = pos + 1 end refp = 0 end tmp1, tmp2 = nil, nil if refp ~= 0 or len ~= 0 then for key, val in pairs(tbl) do if type(key) == 'number' then if tmp1 == nil then tmp1, tmp2 = key, key elseif key < tmp1 then tmp1 = key elseif key > tmp2 then tmp2 = key end end end end if tmp2 == nil then len = 0 elseif refp == 3 then pos = pos + tmp2 elseif refp == 1 then pos = pos + tmp1 end if len > 0 and pos + len > tmp1 and pos <= tmp2 then tbl = copy_table_expanded(tbl, pos, len) elseif len < 0 and pos - len > tmp1 and pos <= tmp2 then tbl = copy_table_reduced(tbl, pos, -len) else tbl = copy_or_ref_table(tbl, tbl ~= ctx.oparams) end ctx.params = tbl tmp1 = tonumber(opts[argc]) if len == 0 and (tmp1 == nil or tmp1 < 1) then error(modulename .. ', ‘splicing’: When the increment is zero the number of elements to add cannot be zero', 0) end if tmp1 == nil or tmp1 < 0 or math.floor(tmp1) ~= tmp1 then return context_iterate(ctx, argc) end tmp2 = argc - pos + 1 for key = pos, pos + tmp1 - 1 do tbl[key] = opts[key + tmp2] end return context_iterate(ctx, argc + tmp1 + 1) end -- Syntax: #invoke:params|imposing|name|value|pipe to library.imposing = function (ctx) if ctx.pipe[1] == nil then error(modulename .. ', ‘imposing’: Missing parameter name to impose', 0) end ctx.params[get_parameter_name(ctx.pipe[1])] = ctx.pipe[2] return context_iterate(ctx, 3) end -- Syntax: #invoke:params|providing|name|value|pipe to library.providing = function (ctx) if ctx.pipe[1] == nil then error(modulename .. ', ‘providing’: Missing parameter name to provide', 0) end local key = get_parameter_name(ctx.pipe[1]) if ctx.params[key] == nil then ctx.params[key] = ctx.pipe[2] end return context_iterate(ctx, 3) end -- Syntax: #invoke:params|discarding|name|[how many]|pipe to library.discarding = function (ctx) if ctx.pipe[1] == nil then error(modulename .. ', ‘discarding’: Missing parameter name to discard', 0) end local len = tonumber(ctx.pipe[2]) if len == nil then ctx.params[get_parameter_name(ctx.pipe[1])] = nil return context_iterate(ctx, 2) end local key = tonumber(ctx.pipe[1]) if key == nil or math.floor(key) ~= key then error(modulename .. ', ‘discarding’: A range was provided, but the initial parameter name is not an integer number', 0) end if len < 1 or math.floor(len) ~= len then error(modulename .. ', ‘discarding’: A range can only be an integer number greater than zero', 0) end for idx = key, key + len - 1 do ctx.params[idx] = nil end return context_iterate(ctx, 3) end -- Syntax: #invoke:params|excluding_non-numeric_names|pipe to library['excluding_non-numeric_names'] = function (ctx) local tmp = ctx.params for key, val in pairs(tmp) do if type(key) ~= 'number' then tmp[key] = nil end end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|excluding_numeric_names|pipe to library.excluding_numeric_names = function (ctx) local tmp = ctx.params for key, val in pairs(tmp) do if type(key) == 'number' then tmp[key] = nil end end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|with_name_matching|target 1|[plain flag 1]|[or] -- |[target 2]|[plain flag 2]|[or]|[...]|[target N]|[plain flag -- N]|pipe to library.with_name_matching = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local targets, nptns, argc = load_pattern_args(ctx.pipe, 'with_name_matching') local tmp local ptn local tbl = ctx.params local newparams = {} for idx = 1, nptns do ptn = targets[idx] if ptn[3] then tmp = ptn[1] if tmp == '0' or tmp:find'^%-?[1-9]%d*$' ~= nil then tmp = tonumber(tmp) end newparams[tmp] = tbl[tmp] else for key, val in pairs(tbl) do if tostring(key):find(ptn[1], 1, ptn[2]) then newparams[key] = val end end end end ctx.params = newparams return context_iterate(ctx, argc) end -- Syntax: #invoke:params|with_name_not_matching|target 1|[plain flag 1] -- |[and]|[target 2]|[plain flag 2]|[and]|[...]|[target N]|[plain -- flag N]|pipe to library.with_name_not_matching = function (ctx) local targets, nptns, argc = load_pattern_args(ctx.pipe, 'with_name_not_matching') local tbl = ctx.params if nptns == 1 and targets[1][3] then local tmp = targets[1][1] if tmp == '0' or tmp:find'^%-?[1-9]%d*$' ~= nil then tbl[tonumber(tmp)] = nil else tbl[tmp] = nil end return context_iterate(ctx, argc) end local yesmatch local ptn for key in pairs(tbl) do yesmatch = true for idx = 1, nptns do ptn = targets[idx] if ptn[3] then if tostring(key) ~= ptn[1] then yesmatch = false break end elseif not tostring(key):find(ptn[1], 1, ptn[2]) then yesmatch = false break end end if yesmatch then tbl[key] = nil end end return context_iterate(ctx, argc) end -- Syntax: #invoke:params|with_value_matching|target 1|[plain flag 1]|[or] -- |[target 2]|[plain flag 2]|[or]|[...]|[target N]|[plain flag -- N]|pipe to library.with_value_matching = function (ctx) local tbl = ctx.params local targets, nptns, argc = load_pattern_args(ctx.pipe, 'with_value_matching') local nomatch local ptn for key, val in pairs(tbl) do nomatch = true for idx = 1, nptns do ptn = targets[idx] if ptn[3] then if val == ptn[1] then nomatch = false break end elseif val:find(ptn[1], 1, ptn[2]) then nomatch = false break end end if nomatch then tbl[key] = nil end end return context_iterate(ctx, argc) end -- Syntax: #invoke:params|with_value_not_matching|target 1|[plain flag 1] -- |[and]|[target 2]|[plain flag 2]|[and]|[...]|[target N]|[plain -- flag N]|pipe to library.with_value_not_matching = function (ctx) local tbl = ctx.params local targets, nptns, argc = load_pattern_args(ctx.pipe, 'with_value_not_matching') local yesmatch local ptn for key, val in pairs(tbl) do yesmatch = true for idx = 1, nptns do ptn = targets[idx] if ptn[3] then if val ~= ptn[1] then yesmatch = false break end elseif not val:find(ptn[1], 1, ptn[2]) then yesmatch = false break end end if yesmatch then tbl[key] = nil end end return context_iterate(ctx, argc) end -- Syntax: #invoke:params|trimming_values|pipe to library.trimming_values = function (ctx) local tbl = ctx.params for key, val in pairs(tbl) do tbl[key] = val:match'^%s*(.-)%s*$' end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|mapping_to_lowercase|pipe to library.mapping_to_lowercase = function (ctx) local tbl = ctx.params for key, val in pairs(tbl) do tbl[key] = val:lower() end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|mapping_to_uppercase|pipe to library.mapping_to_uppercase = function (ctx) local tbl = ctx.params for key, val in pairs(tbl) do tbl[key] = val:upper() end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|mapping_by_calling|template name|[call -- style]|[let]|[...][number of additional parameters]|[parameter -- 1]|[parameter 2]|[...]|[parameter N]|pipe to library.mapping_by_calling = function (ctx) local opts = ctx.pipe local tname if opts[1] ~= nil then tname = opts[1]:match'^%s*(.*%S)' end if tname == nil then error(modulename .. ', ‘mapping_by_calling’: No template name was provided', 0) end local margs, argc, looptype, karg, varg = load_callback_opts(opts, 1, mapping_styles.values_only) local model = { title = tname, args = margs } value_maps[looptype](ctx.params, margs, karg, varg, function () return ctx.frame:expandTemplate(model) end) return context_iterate(ctx, argc) end -- Syntax: #invoke:params|mapping_by_invoking|module name|function -- name|[call style]|[let]|[...]|[number of additional -- arguments]|[argument 1]|[argument 2]|[...]|[argument N]|pipe to library.mapping_by_invoking = function (ctx) local opts = ctx.pipe local mname local fname if opts[1] ~= nil then mname = opts[1]:match'^%s*(.*%S)' end if mname == nil then error(modulename .. ', ‘mapping_by_invoking’: No module name was provided', 0) end if opts[2] ~= nil then fname = opts[2]:match'^%s*(.*%S)' end if fname == nil then error(modulename .. ', ‘mapping_by_invoking’: No function name was provided', 0) end local margs, argc, looptype, karg, varg = load_callback_opts(opts, 2, mapping_styles.values_only) local model = { title = 'Module:' .. mname, args = margs } local mfunc = require(model.title)[fname] if mfunc == nil then error(modulename .. ', ‘mapping_by_invoking’: The function ‘' .. fname .. '’ does not exist', 0) end value_maps[looptype](ctx.params, margs, karg, varg, function () return tostring(mfunc(ctx.frame:newChild(model))) end) return context_iterate(ctx, argc) end -- Syntax: #invoke:params|mapping_by_magic|parser function|[call -- style]|[let]|[...][number of additional arguments]|[argument -- 1]|[argument 2]|[...]|[argument N]|pipe to library.mapping_by_magic = function (ctx) local opts = ctx.pipe local magic if opts[1] ~= nil then magic = opts[1]:match'^%s*(.*%S)' end if magic == nil then error(modulename .. ', ‘mapping_by_magic’: No parser function was provided', 0) end local margs, argc, looptype, karg, varg = load_callback_opts(opts, 1, mapping_styles.values_only) value_maps[looptype](ctx.params, margs, karg, varg, function () return ctx.frame:callParserFunction(magic, margs) end) return context_iterate(ctx, argc) end -- Syntax: #invoke:params|mapping_by_replacing|target|replace|[count]|[plain -- flag]|pipe to library.mapping_by_replacing = function (ctx) local ptn, repl, nmax, flg, argc, die = load_replace_args(ctx.pipe, 'mapping_by_replacing') if die then return context_iterate(ctx, argc) end local tbl = ctx.params if flg == 3 then for key, val in pairs(tbl) do if val == ptn then tbl[key] = repl end end else if flg == 2 then -- Copied from Module:String's `str._escapePattern()` ptn = ptn:gsub('[%(%)%.%%%+%-%*%?%[%^%$%]]', '%%%0') end for key, val in pairs(tbl) do tbl[key] = val:gsub(ptn, repl, nmax) end end return context_iterate(ctx, argc) end -- Syntax: #invoke:params|mapping_by_mixing|mixing string|pipe to library.mapping_by_mixing = function (ctx) if ctx.pipe[1] == nil then error(modulename .. ', ‘mapping_by_mixing’: No mixing string was provided', 0) end local mix = ctx.pipe[1] local tbl = ctx.params if mix == '$#' then for key in pairs(tbl) do tbl[key] = tostring(key) end return context_iterate(ctx, 2) end local skel, cnv, n_parts = parse_placeholder_string(mix) for key, val in pairs(tbl) do for idx = 2, n_parts, 2 do if skel[idx] then cnv[idx] = val else cnv[idx] = tostring(key) end end tbl[key] = table.concat(cnv) end return context_iterate(ctx, 2) end -- Syntax: #invoke:params|mapping_to_names|pipe to --[[ library.mapping_to_names = function (ctx) local tbl = ctx.params for key in pairs(tbl) do tbl[key] = tostring(key) end return context_iterate(ctx, 1) end ]]-- -- Syntax: #invoke:params|renaming_to_lowercase|pipe to library.renaming_to_lowercase = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local cache = {} for key, val in pairs(ctx.params) do if type(key) == 'string' then cache[key:lower()] = val else cache[key] = val end end ctx.params = cache return context_iterate(ctx, 1) end -- Syntax: #invoke:params|renaming_to_uppercase|pipe to library.renaming_to_uppercase = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local cache = {} for key, val in pairs(ctx.params) do if type(key) == 'string' then cache[key:upper()] = val else cache[key] = val end end ctx.params = cache return context_iterate(ctx, 1) end -- Syntax: #invoke:params|renaming_to_sequence|[sort order]|pipe to library.renaming_to_sequence = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local tbl = ctx.params local sortfn, argc, do_sort = load_sort_opt(ctx.pipe[1]) local cache local len if do_sort then local words local wl cache, words, len, wl = get_key_list_sorted(tbl, sortfn) for idx = 1, len do cache[idx] = tbl[cache[idx]] end for idx = 1, wl do cache[len + idx] = tbl[words[idx]] end else cache = {} len = 0 for _, val in pairs(tbl) do len = len + 1 cache[len] = val end end ctx.params = cache return context_iterate(ctx, argc) end -- Syntax: #invoke:params|renaming_by_calling|template name|[call -- style]|[let]|[...][number of additional parameters]|[parameter -- 1]|[parameter 2]|[...]|[parameter N]|pipe to library.renaming_by_calling = function (ctx) local opts = ctx.pipe local tname if opts[1] ~= nil then tname = opts[1]:match'^%s*(.*%S)' end if tname == nil then error(modulename .. ', ‘renaming_by_calling’: No template name was provided', 0) end local rargs, argc, looptype, karg, varg = load_callback_opts(opts, 1, mapping_styles.names_only) local model = { title = tname, args = rargs } map_names(ctx.params, rargs, karg, varg, looptype, function () return ctx.frame:expandTemplate(model) end) return context_iterate(ctx, argc) end -- Syntax: #invoke:params|renaming_by_invoking|module name|function -- name|[call style]|[let]|[...]|[number of additional -- arguments]|[argument 1]|[argument 2]|[...]|[argument N]|pipe to library.renaming_by_invoking = function (ctx) local opts = ctx.pipe local mname local fname if opts[1] ~= nil then mname = opts[1]:match'^%s*(.*%S)' end if mname == nil then error(modulename .. ', ‘renaming_by_invoking’: No module name was provided', 0) end if opts[2] ~= nil then fname = opts[2]:match'^%s*(.*%S)' end if fname == nil then error(modulename .. ', ‘renaming_by_invoking’: No function name was provided', 0) end local rargs, argc, looptype, karg, varg = load_callback_opts(opts, 2, mapping_styles.names_only) local model = { title = 'Module:' .. mname, args = rargs } local mfunc = require(model.title)[fname] if mfunc == nil then error(modulename .. ', ‘renaming_by_invoking’: The function ‘' .. fname .. '’ does not exist', 0) end map_names(ctx.params, rargs, karg, varg, looptype, function () return tostring(mfunc(ctx.frame:newChild(model))) end) return context_iterate(ctx, argc) end -- Syntax: #invoke:params|renaming_by_magic|parser function|[call -- style]|[let]|[...][number of additional arguments]|[argument -- 1]|[argument 2]|[...]|[argument N]|pipe to library.renaming_by_magic = function (ctx) local opts = ctx.pipe local magic if opts[1] ~= nil then magic = opts[1]:match'^%s*(.*%S)' end if magic == nil then error(modulename .. ', ‘renaming_by_magic’: No parser function was provided', 0) end local rargs, argc, looptype, karg, varg = load_callback_opts(opts, 1, mapping_styles.names_only) map_names(ctx.params, rargs, karg, varg, looptype, function () return ctx.frame:callParserFunction(magic, rargs) end) return context_iterate(ctx, argc) end -- Syntax: #invoke:params|renaming_by_replacing|target|replace|[count]|[plain -- flag]|pipe to library.renaming_by_replacing = function (ctx) local ptn, repl, nmax, flg, argc, die = load_replace_args(ctx.pipe, 'renaming_by_replacing') if die then return context_iterate(ctx, argc) end local tbl = ctx.params if flg == 3 then ptn = get_parameter_name(ptn) local val = tbl[ptn] if val ~= nil then tbl[ptn] = nil tbl[get_parameter_name(repl)] = val end else if flg == 2 then -- Copied from Module:String's `str._escapePattern()` ptn = ptn:gsub('[%(%)%.%%%+%-%*%?%[%^%$%]]', '%%%0') end local cache = {} for key, val in pairs(tbl) do steal_if_renamed(val, tbl, key, cache, tostring(key):gsub(ptn, repl, nmax)) end for key, val in pairs(cache) do tbl[key] = val end end return context_iterate(ctx, argc) end -- Syntax: #invoke:params|renaming_by_mixing|mixing string|pipe to library.renaming_by_mixing = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning if ctx.pipe[1] == nil then error(modulename .. ', ‘renaming_by_mixing’: No mixing string was provided', 0) end local mix = ctx.pipe[1]:match'^%s*(.-)%s*$' local cache = {} local tmp if mix == '$@' then for _, val in pairs(ctx.params) do cache[get_parameter_name(val)] = val end else local skel, canvas, n_parts = parse_placeholder_string(mix) for key, val in pairs(ctx.params) do for idx = 2, n_parts, 2 do if skel[idx] then canvas[idx] = val else canvas[idx] = tostring(key) end end cache[get_parameter_name(table.concat(canvas))] = val end end ctx.params = cache return context_iterate(ctx, 2) end -- Syntax: #invoke:params|renaming_to_values|pipe to --[[ library.renaming_to_values = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local cache = {} for _, val in pairs(ctx.params) do cache[val] = val end ctx.params = cache return context_iterate(ctx, 1) end ]]-- -- Syntax: #invoke:params|grouping_by_calling|template -- name|[let]|[...]|[number of additional arguments]|[argument -- 1]|[argument 2]|[...]|[argument N]|pipe to library.grouping_by_calling = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local opts = ctx.pipe local tmp if opts[1] ~= nil then tmp = opts[1]:match'^%s*(.*%S)' end if tmp == nil then error(modulename .. ', ‘grouping_by_calling’: No template name was provided', 0) end local model = { title = tmp } local tmp, argc = load_child_opts(opts, 2, 0) local gargs = {} for key, val in pairs(tmp) do if type(key) == 'number' and key < 1 then gargs[key - 1] = val else gargs[key] = val end end local groups = make_groups(ctx.params) for gid, group in pairs(groups) do for key, val in pairs(gargs) do group[key] = val end group[0] = gid model.args = group groups[gid] = ctx.frame:expandTemplate(model) end ctx.params = groups return context_iterate(ctx, argc) end -- Syntax: #invoke:params|parsing|string to parse|[trim flag]|[iteration -- delimiter setter]|[...]|[key-value delimiter setter]|[...]|pipe to library.parsing = function (ctx) local opts = ctx.pipe if opts[1] == nil then error(modulename .. ', ‘parsing’: No string to parse was provided', 0) end local isep, iplain, psep, pplain, trimnamed, trimunnamed, argc = load_parse_opts(opts, 2, '|', '=') parse_parameter_string(ctx.params, opts[1], isep, iplain, psep, pplain, trimnamed, trimunnamed) return context_iterate(ctx, argc) end -- Syntax: #invoke:params|reinterpreting|parameter to reinterpret|[trim -- flag]|[iteration delimiter setter]|[...]|[key-value delimiter -- setter]|[...]|pipe to library.reinterpreting = function (ctx) local opts = ctx.pipe if opts[1] == nil then error(modulename .. ', ‘reinterpreting’: No parameter to reinterpret was provided', 0) end local isep, iplain, psep, pplain, trimnamed, trimunnamed, argc = load_parse_opts(opts, 2, '|', '=') local tbl, tmp = ctx.params, get_parameter_name(opts[1]) local str = tbl[tmp] if str ~= nil then tbl[tmp] = nil parse_parameter_string(tbl, str, isep, iplain, psep, pplain, trimnamed, trimunnamed) end return context_iterate(ctx, argc) end -- Syntax: #invoke:params|evaluating|string to parse|[trim flag]|[iteration -- delimiter setter]|[...]|[key-value delimiter setter]|[...]|pipe to library.evaluating = function (ctx) -- NOTE: `ctx.pipe` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local opts = ctx.pipe if opts[1] == nil then error(modulename .. ', ‘evaluating’: No string to parse was provided', 0) end local isep, iplain, psep, pplain, trimnamed, trimunnamed, argc = load_parse_opts(opts, 2, '!', ':') if opts[1]:match'^%s*(.*%S)' == nil then ctx.pipe = copy_or_ref_table(opts, opts ~= ctx.opipe) return context_iterate(ctx, argc) end local new_opts, cache = {}, {} local shift = parse_parameter_string(cache, opts[1], isep, iplain, psep, pplain, trimnamed, trimunnamed) - argc for key, val in pairs(opts) do if type(key) ~= 'number' or key < 1 then new_opts[key] = val elseif key >= argc then new_opts[key + shift] = val end end for key, val in pairs(cache) do new_opts[key] = val end ctx.pipe = new_opts return context_iterate(ctx, 1) end -- Syntax: #invoke:params|mixing_names_and_values|mixing string|pipe to library.mixing_names_and_values = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning if ctx.pipe[1] == nil then error(modulename .. ', ‘mixing_names_and_values’: No mixing string was provided for parameter names', 0) end if ctx.pipe[2] == nil then error(modulename .. ', ‘mixing_names_and_values’: No mixing string was provided for parameter values', 0) end local cache = {} local mix_k, mix_v = ctx.pipe[1]:match'^%s*(.-)%s*$', ctx.pipe[2] local tmp if mix_k == '$@' and mix_v == '$@' then for _, val in pairs(ctx.params) do cache[get_parameter_name(val)] = val end elseif mix_k == '$@' and mix_v == '$#' then for key, val in pairs(ctx.params) do cache[get_parameter_name(val)] = tostring(key) end elseif mix_k == '$#' and mix_v == '$#' then for _, val in pairs(ctx.params) do cache[key] = tostring(key) end else local skel_k, cnv_k, n_parts_k = parse_placeholder_string(mix_k) local skel_v, cnv_v, n_parts_v = parse_placeholder_string(mix_v) for key, val in pairs(ctx.params) do tmp = tostring(key) for idx = 2, n_parts_k, 2 do if skel_k[idx] then cnv_k[idx] = val else cnv_k[idx] = tmp end end for idx = 2, n_parts_v, 2 do if skel_v[idx] then cnv_v[idx] = val else cnv_v[idx] = tmp end end cache[get_parameter_name(table.concat(cnv_k))] = table.concat(cnv_v) end end ctx.params = cache return context_iterate(ctx, 3) end -- Syntax: #invoke:params|swapping_names_and_values|pipe to --[[ library.swapping_names_and_values = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local cache = {} for key, val in pairs(ctx.params) do cache[val] = key end ctx.params = cache return context_iterate(ctx, 1) end ]]-- -- Syntax: #invoke:params|combining|new parameter name|[sort order]|setting -- directives|...|pipe to library.combining = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning return context_iterate(ctx, combine_parameters( ctx, function (key, val, kvs) return key .. kvs .. val end, 'combining' ) + 1) end -- Syntax: #invoke:params|combining_values|new parameter name|[sort -- order]|setting directives|...|pipe to library.combining_values = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning return context_iterate(ctx, combine_parameters( ctx, function (key, val, kvs) return val end, 'combining_values' ) + 1) end -- Syntax: #invoke:params|combining_by_calling|template name|new parameter -- name|pipe to library.combining_by_calling = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local tname = ctx.pipe[1] if tname ~= nil then tname = tname:match'^%s*(.*%S)' else error(modulename .. ', ‘combining_by_calling’: No template name was provided', 0) end if ctx.pipe[2] == nil then error(modulename .. ', ‘combining_by_calling’: No parameter name was provided', 0) end ctx.params = { [get_parameter_name(ctx.pipe[2])] = ctx.frame:expandTemplate{ title = tname, args = ctx.params } } return context_iterate(ctx, 3) end -- Syntax: #invoke:params|combining_by_invoking|module name|function name|new -- parameter name|pipe to library.combining_by_invoking = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local mname = ctx.pipe[1] if mname ~= nil then mname = mname:match'^%s*(.*%S)' else error(modulename .. ', ‘combining_by_invoking’: No module name was provided', 0) end local fname = ctx.pipe[2] if fname ~= nil then fname = fname:match'^%s*(.*%S)' else error(modulename .. ', ‘combining_by_invoking’: No function name was provided', 0) end if ctx.pipe[3] == nil then error(modulename .. ', ‘combining_by_invoking’: No parameter name was provided', 0) end local model = { title = 'Module:' .. mname, args = ctx.params } local mfunc = require(model.title)[fname] if mfunc == nil then error(modulename .. ', ‘mapping_by_invoking’: The function ‘' .. fname .. '’ does not exist', 0) end ctx.params = { [get_parameter_name(ctx.pipe[3])] = tostring(mfunc(ctx.frame:newChild(model))) } return context_iterate(ctx, 4) end -- Syntax: #invoke:params|combining_by_magic|parser function|new parameter -- name|pipe to library.combining_by_magic = function (ctx) -- NOTE: `ctx.params` might be the original metatable! As a modifier, -- this function MUST create a copy of it before returning local magic = ctx.pipe[1] if magic ~= nil then magic = magic:match'^%s*(.*%S)' else error(modulename .. ', ‘combining_by_magic’: No parser function was provided', 0) end if ctx.pipe[2] == nil then error(modulename .. ', ‘combining_by_magic’: No parameter name was provided', 0) end ctx.params = { [get_parameter_name(ctx.pipe[2])] = ctx.frame:callParserFunction(magic, ctx.params) } return context_iterate(ctx, 3) end -- Syntax: #invoke:params|snapshotting|pipe to library.snapshotting = function (ctx) push_cloned_stack(ctx, ctx.params) return context_iterate(ctx, 1) end -- Syntax: #invoke:params|remembering|pipe to library.remembering = function (ctx) push_cloned_stack(ctx, ctx.oparams) return context_iterate(ctx, 1) end -- Syntax: #invoke:params|entering_substack|[new]|pipe to library.entering_substack = function (ctx) local tbl = ctx.params local ncurrparent = ctx.n_parents + 1 if ctx.parents == nil then ctx.parents = { tbl } else ctx.parents[ncurrparent] = tbl end ctx.n_parents = ncurrparent if ctx.pipe[1] ~= nil and ctx.pipe[1]:match'^%s*new%s*$' then ctx.params = {} return context_iterate(ctx, 2) end local currsnap = ctx.n_children if currsnap > 0 then ctx.params = ctx.children[currsnap] ctx.children[currsnap] = nil ctx.n_children = currsnap - 1 else local newparams = {} for key, val in pairs(tbl) do newparams[key] = val end ctx.params = newparams end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|pulling|parameter name|pipe to library.pulling = function (ctx) local opts = ctx.pipe if opts[1] == nil then error(modulename .. ', ‘pulling’: No parameter to pull was provided', 0) end local parent local tmp = ctx.n_parents if tmp < 1 then parent = ctx.oparams else parent = ctx.parents[tmp] end tmp = get_parameter_name(opts[1]) if parent[tmp] ~= nil then ctx.params[tmp] = parent[tmp] end return context_iterate(ctx, 2) end -- Syntax: #invoke:params|detaching_substack|pipe to library.detaching_substack = function (ctx) local ncurrparent = ctx.n_parents if ncurrparent < 1 then error(modulename .. ', ‘detaching_substack’: No substack has been created', 0) end local parent = ctx.parents[ncurrparent] for key in pairs(ctx.params) do parent[key] = nil end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|dropping_substack|pipe to library.dropping_substack = function (ctx) local ncurrparent = ctx.n_parents if ncurrparent < 1 then error(modulename .. ', ‘dropping_substack’: No substack has been created', 0) end ctx.params = ctx.parents[ncurrparent] ctx.parents[ncurrparent] = nil ctx.n_parents = ncurrparent - 1 return context_iterate(ctx, 1) end -- Syntax: #invoke:params|leaving_substack|pipe to library.leaving_substack = function (ctx) local ncurrparent = ctx.n_parents if ncurrparent < 1 then error(modulename .. ', ‘leaving_substack’: No substack has been created', 0) end local currsnap = ctx.n_children + 1 if ctx.children == nil then ctx.children = { ctx.params } else ctx.children[currsnap] = ctx.params end ctx.params = ctx.parents[ncurrparent] ctx.parents[ncurrparent] = nil ctx.n_parents = ncurrparent - 1 ctx.n_children = currsnap return context_iterate(ctx, 1) end -- Syntax: #invoke:params|merging_substack|pipe to library.merging_substack = function (ctx) local ncurrparent = ctx.n_parents if ncurrparent < 1 then error(modulename .. ', ‘merging_substack’: No substack has been created', 0) end local parent = ctx.parents[ncurrparent] local child = ctx.params ctx.params = parent ctx.parents[ncurrparent] = nil ctx.n_parents = ncurrparent - 1 for key, val in pairs(child) do parent[key] = val end return context_iterate(ctx, 1) end -- Syntax: #invoke:params|flushing|pipe to library.flushing = function (ctx) if ctx.n_children < 1 then error(modulename .. ', ‘flushing’: There are no substacks to flush', 0) end local parent = ctx.params local currsnap = ctx.n_children for key, val in pairs(ctx.children[currsnap]) do parent[key] = val end ctx.children[currsnap] = nil ctx.n_children = currsnap - 1 return context_iterate(ctx, 1) end --[[ Functions ]]-- ----------------------------- -- Syntax: #invoke:params|count library.count = function (ctx) -- NOTE: `ctx.pipe` and `ctx.params` might be the original metatables! local retval = 0 for _ in ctx.iterfunc(ctx.params) do retval = retval + 1 end if ctx.subset == -1 then retval = retval - #ctx.params end ctx.text = retval return false end -- Syntax: #invoke:args|concat_and_call|template name|[prepend 1]|[prepend 2] -- |[...]|[item n]|[named item 1=value 1]|[...]|[named item n=value -- n]|[...] library.concat_and_call = function (ctx) -- NOTE: `ctx.params` might be the original metatable! local opts = ctx.pipe local tname if opts[1] ~= nil then tname = opts[1]:match'^%s*(.*%S)' end if tname == nil then error(modulename .. ', ‘concat_and_call’: No template name was provided', 0) end remove_numeric_keys(opts, 1, 1) ctx.text = ctx.frame:expandTemplate{ title = tname, args = concat_params(ctx) } return false end -- Syntax: #invoke:args|concat_and_invoke|module name|function name|[prepend -- 1]|[prepend 2]|[...]|[item n]|[named item 1=value 1]|[...]|[named -- item n=value n]|[...] library.concat_and_invoke = function (ctx) -- NOTE: `ctx.params` might be the original metatable! local opts = ctx.pipe local mname local fname if opts[1] ~= nil then mname = opts[1]:match'^%s*(.*%S)' end if mname == nil then error(modulename .. ', ‘concat_and_invoke’: No module name was provided', 0) end if opts[2] ~= nil then fname = opts[2]:match'^%s*(.*%S)' end if fname == nil then error(modulename .. ', ‘concat_and_invoke’: No function name was provided', 0) end remove_numeric_keys(opts, 1, 2) local mfunc = require('Module:' .. mname)[fname] if mfunc == nil then error(modulename .. ', ‘concat_and_invoke’: The function ‘' .. fname .. '’ does not exist', 0) end ctx.text = mfunc(ctx.frame:newChild{ title = 'Module:' .. mname, args = concat_params(ctx) }) return false end -- Syntax: #invoke:args|concat_and_magic|parser function|[prepend 1]|[prepend -- 2]|[...]|[item n]|[named item 1=value 1]|[...]|[named item n= -- value n]|[...] library.concat_and_magic = function (ctx) -- NOTE: `ctx.params` might be the original metatable! local opts = ctx.pipe local magic if opts[1] ~= nil then magic = opts[1]:match'^%s*(.*%S)' end if magic == nil then error(modulename .. ', ‘concat_and_magic’: No parser function was provided', 0) end remove_numeric_keys(opts, 1, 1) ctx.text = ctx.frame:callParserFunction(magic, concat_params(ctx)) return false end -- Syntax: #invoke:params|value_of|parameter name library.value_of = function (ctx) -- NOTE: `ctx.pipe` and `ctx.params` might be the original metatables! local opts = ctx.pipe if opts[1] == nil then error(modulename .. ', ‘value_of’: No parameter name was provided', 0) end local val local key = opts[1]:match'^%s*(.-)%s*$' if key == '0' or key:find'^%-?[1-9]%d*$' ~= nil then key = tonumber(key) val = ctx.params[key] -- No worries: #ctx.params is unused if the modifier in first position if val ~= nil and ( ctx.subset ~= -1 or key > #ctx.params or key < 1 ) and ( ctx.subset ~= 1 or (key <= #ctx.params and key > 0) ) then ctx.text = (ctx.header or '') .. val .. (ctx.footer or '') else ctx.text = ctx.ifngiven or '' end else val = ctx.params[key] if ctx.subset ~= 1 and val ~= nil then ctx.text = (ctx.header or '') .. val .. (ctx.footer or '') else ctx.text = ctx.ifngiven or '' end end return false end -- Syntax: #invoke:params|list library.list = function (ctx) -- NOTE: `ctx.pipe` might be the original metatable! local ret, nss, kvs, pps = {}, 0, ctx.pairsep or '', ctx.itersep or '' flush_params( ctx, function (key, val) ret[nss + 1] = pps ret[nss + 2] = key ret[nss + 3] = kvs ret[nss + 4] = val nss = nss + 4 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 4) return false end -- Syntax: #invoke:params|list_values library.list_values = function (ctx) -- NOTE: `ctx.pipe` might be the original metatable! -- NOTE: `library.coins()` and `library.unique_coins()` rely on us local ret, nss, pps = {}, 0, ctx.itersep or '' flush_params( ctx, function (key, val) ret[nss + 1] = pps ret[nss + 2] = val nss = nss + 2 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 2) return false end -- Syntax: #invoke:params|list_maybe_with_names library.list_maybe_with_names = function (ctx) -- NOTE: `ctx.pipe` might be the original metatable! local ret, nss, kvs, pps = {}, 0, ctx.pairsep or '', ctx.itersep or '' mixed_flush_params( ctx, function (key, val) ret[nss + 1] = pps ret[nss + 2] = '' ret[nss + 3] = '' ret[nss + 4] = val nss = nss + 4 end, function (key, val) ret[nss + 1] = pps ret[nss + 2] = key ret[nss + 3] = kvs ret[nss + 4] = val nss = nss + 4 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 4) return false end -- Syntax: #invoke:params|coins|[first coin = value 1]|[second coin = value -- 2]|[...]|[last coin = value N] library.coins = function (ctx) -- NOTE: `ctx.pipe` might be the original metatable! local opts, tbl = ctx.pipe, ctx.params for key, val in pairs(tbl) do tbl[key] = opts[get_parameter_name(val)] end return library.list_values(ctx) end -- Syntax: #invoke:params|unique_coins|[first coin = value 1]|[second coin = -- value 2]|[...]|[last coin = value N] library.unique_coins = function (ctx) local opts, tbl = ctx.pipe, ctx.params local tmp for key, val in pairs(tbl) do tmp = get_parameter_name(val) tbl[key] = opts[tmp] opts[tmp] = nil end return library.list_values(ctx) end -- Syntax: #invoke:params|for_each|wikitext library.for_each = function (ctx) -- NOTE: `ctx.pipe` might be the original metatable! local ret, nss, pps, txt = {}, 0, ctx.itersep or '', ctx.pipe[1] or '' local skel, cnv, n_parts = parse_placeholder_string(txt) flush_params( ctx, function (key, val) for idx = 2, n_parts, 2 do if skel[idx] then cnv[idx] = val else cnv[idx] = tostring(key) end end ret[nss + 1] = pps ret[nss + 2] = table.concat(cnv) nss = nss + 2 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 2) return false end -- Syntax: #invoke:params|call_for_each|template name|[append 1]|[append 2] -- |[...]|[append n]|[named param 1=value 1]|[...]|[named param -- n=value n]|[...] library.call_for_each = function (ctx) local opts = ctx.pipe local tname if opts[1] ~= nil then tname = opts[1]:match'^%s*(.*%S)' end if tname == nil then error(modulename .. ', ‘call_for_each’: No template name was provided', 0) end local model = { title = tname, args = opts } local ret, nss, ccs = {}, 0, ctx.itersep or '' table.insert(opts, 1, true) flush_params( ctx, function (key, val) opts[1] = key opts[2] = val ret[nss + 1] = ccs ret[nss + 2] = ctx.frame:expandTemplate(model) nss = nss + 2 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 2) return false end -- Syntax: #invoke:params|invoke_for_each|module name|module function|[append -- 1]|[append 2]|[...]|[append n]|[named param 1=value 1]|[...] -- |[named param n=value n]|[...] library.invoke_for_each = function (ctx) local opts = ctx.pipe local mname local fname if opts[1] ~= nil then mname = opts[1]:match'^%s*(.*%S)' end if mname == nil then error(modulename .. ', ‘invoke_for_each’: No module name was provided', 0) end if opts[2] ~= nil then fname = opts[2]:match'^%s*(.*%S)' end if fname == nil then error(modulename .. ', ‘invoke_for_each’: No function name was provided', 0) end local model = { title = 'Module:' .. mname, args = opts } local mfunc = require(model.title)[fname] local ret, nss, ccs = {}, 0, ctx.itersep or '' flush_params( ctx, function (key, val) opts[1] = key opts[2] = val ret[nss + 1] = ccs ret[nss + 2] = mfunc(ctx.frame:newChild(model)) nss = nss + 2 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 2) return false end -- Syntax: #invoke:params|magic_for_each|parser function|[append 1]|[append 2] -- |[...]|[append n]|[named param 1=value 1]|[...]|[named param -- n=value n]|[...] library.magic_for_each = function (ctx) local opts = ctx.pipe local magic if opts[1] ~= nil then magic = opts[1]:match'^%s*(.*%S)' end if magic == nil then error(modulename .. ', ‘magic_for_each’: No parser function was provided', 0) end local ret, nss, ccs = {}, 0, ctx.itersep or '' table.insert(opts, 1, true) flush_params( ctx, function (key, val) opts[1] = key opts[2] = val ret[nss + 1] = ccs ret[nss + 2] = ctx.frame:callParserFunction(magic, opts) nss = nss + 2 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 2) return false end -- Syntax: #invoke:params|call_for_each_value|template name|[append 1]|[append -- 2]|[...]|[append n]|[named param 1=value 1]|[...]|[named param -- n=value n]|[...] library.call_for_each_value = function (ctx) local opts = ctx.pipe local tname if opts[1] ~= nil then tname = opts[1]:match'^%s*(.*%S)' end if tname == nil then error(modulename .. ', ‘call_for_each_value’: No template name was provided', 0) end local model = { title = tname, args = opts } local ret, nss, ccs = {}, 0, ctx.itersep or '' flush_params( ctx, function (key, val) opts[1] = val ret[nss + 1] = ccs ret[nss + 2] = ctx.frame:expandTemplate(model) nss = nss + 2 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 2) return false end -- Syntax: #invoke:params|invoke_for_each_value|module name|[append 1]|[append -- 2]|[...]|[append n]|[named param 1=value 1]|[...]|[named param -- n=value n]|[...] library.invoke_for_each_value = function (ctx) local opts = ctx.pipe local mname local fname if opts[1] ~= nil then mname = opts[1]:match'^%s*(.*%S)' end if mname == nil then error(modulename .. ', ‘invoke_for_each_value’: No module name was provided', 0) end if opts[2] ~= nil then fname = opts[2]:match'^%s*(.*%S)' end if fname == nil then error(modulename .. ', ‘invoke_for_each_value’: No function name was provided', 0) end local model = { title = 'Module:' .. mname, args = opts } local mfunc = require(model.title)[fname] local ret, nss, ccs = {}, 0, ctx.itersep or '' remove_numeric_keys(opts, 1, 1) flush_params( ctx, function (key, val) opts[1] = val ret[nss + 1] = ccs ret[nss + 2] = mfunc(ctx.frame:newChild(model)) nss = nss + 2 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 2) return false end -- Syntax: #invoke:params|magic_for_each_value|parser function|[append 1] -- |[append 2]|[...]|[append n]|[named param 1=value 1]|[...]|[named -- param n=value n]|[...] library.magic_for_each_value = function (ctx) local opts = ctx.pipe local magic if opts[1] ~= nil then magic = opts[1]:match'^%s*(.*%S)' end if magic == nil then error(modulename .. ', ‘magic_for_each_value’: No parser function was provided', 0) end local ret, nss, ccs = {}, 0, ctx.itersep or '' flush_params( ctx, function (key, val) opts[1] = val ret[nss + 1] = ccs ret[nss + 2] = ctx.frame:callParserFunction(magic, opts) nss = nss + 2 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 2) return false end -- Syntax: #invoke:params|call_for_each_group|template name|[append 1]|[append -- 2]|[...]|[append n]|[named param 1=value 1]|[...]|[named param -- n=value n]|[...] library.call_for_each_group = function (ctx) -- NOTE: `ctx.pipe` and `ctx.params` might be the original metatables! local opts = ctx.pipe local tmp if opts[1] ~= nil then tmp = opts[1]:match'^%s*(.*%S)' end if tmp == nil then error(modulename .. ', ‘call_for_each_group’: No template name was provided', 0) end local model = { title = tmp } local opts, ret, nss, ccs = {}, {}, 0, ctx.itersep or '' for key, val in pairs(ctx.pipe) do if type(key) == 'number' then opts[key - 1] = val else opts[key] = val end end ctx.pipe = opts ctx.params = make_groups(ctx.params) flush_params( ctx, function (gid, group) for key, val in pairs(opts) do group[key] = val end group[0] = gid model.args = group ret[nss + 1] = ccs ret[nss + 2] = ctx.frame:expandTemplate(model) nss = nss + 2 end ) finalize_and_return_concatenated_list(ctx, ret, nss, 2) return false end --- --- --- PUBLIC ENVIRONMENT --- --- ________________________________ --- --- --- --[[ First-position-only modifiers ]]-- --------------------------------------- -- Syntax: #invoke:params|new|pipe to static_iface.new = function (child_frame) local ctx = context_new(child_frame) ctx.pipe = copy_or_ref_table(ctx.opipe, false) ctx.params = {} main_loop(ctx, context_iterate(ctx, 1)) return ctx.text end --[[ First-position-only functions ]]-- --------------------------------------- -- Syntax: #invoke:params|self static_iface.self = function (frame) return frame:getParent():getTitle() end --[[ Public metatable of functions ]]-- --------------------------------------- return setmetatable({}, { __index = function (_, query) local fname = query:match'^%s*(.*%S)' if fname == nil then error(modulename .. ': You must specify a function to call', 0) end local func = static_iface[fname] if func ~= nil then return func end func = library[fname] if func == nil then error(modulename .. ': The function ‘' .. fname .. '’ does not exist', 0) end return function (child_frame) local ctx = context_new(child_frame) ctx.pipe = copy_or_ref_table(ctx.opipe, refpipe[fname]) ctx.params = copy_or_ref_table(ctx.oparams, refparams[fname]) main_loop(ctx, func) return ctx.text end end }) 0zh9yszcu1lo1rpmyh2ls1na8hemel4