Wikidata

Module:Taxobox

Lua
CodeDiscussionLinksLink count SubpagesDocumentationTestsResultsSandboxLive code All modules
Southern Darter
.
Systematics[1][2][3][4][5][6][7]
InfrakingdomProtostomia
SuperphylumEcdysozoa
PhylumArthropoda
ClassInsecta
OrderOdonata
FamilyLibellulidae
GenusSympetrum
SpeciesS. meridionale
Scientific name of species[2]
Sympetrum meridionale
Selys, 1841
IUCN conservation status[8]
Least Concern
Python Royal
.
Systématique[9][10][11]
CladeEpisquamata
CladeToxicofera
CladeOphidia
Sous-ordreSerpentes
Infra-ordreAlethinophidia
CladeAfrophidia
Super-famillePythonoidea
FamillePythonidae
GenrePython
EspèceP. regius
Nom scientifique de espèce[11][10]
Python regius
(Shaw, 1802)
Synonyme
Range map
.
statut de conservation UICN[8]
espèce quasi menacée

This module is still unstable. Use with your own caution and report bugs and feature requests at Module talk:Taxobox or Wikidata talk:WikiProject_Taxonomy.

Taxobox.lua is a lua module which can automatically generate taxonomy infobox and is overwritable by classic taxobox parameters like species, unranked_ordo etc.

This module infobox is designed to be a replacement of Wikipedia's Taxobox. It provides configuration options which can control hypernym paths, show or hide certain ranks, specify content language and its configs, and make a callback and pass parameters to "classic" taxobox.

The following code 

{{Taxobox
  | qid=Q464424
}}

creates the taxobox on the right hand side. The item to show is given with qid.

If you want to have this taxobox show up on each Wikidata taxon item: [1]

Internal edit

Method taxobox edit

The taxobox method provides function runs the above example. The method itself can be invoked with 

{{#invoke: Taxobox
| taxobox
| qid=Q464424
| config[count]=10
}}

The number of parent taxons to show is given by config[count].

Method callback edit

The callback method provides function to retrieve all internal parameters and pass them to an external template. The method can be invoked with like this 

{{#invoke: Taxobox
| callback
| qid=Q464424
| template=OtherTaxobox
| config[count]=10
}}

callback accepts all arguments that taxobox accepted. It also accepts an extra argument template to specify name of the template to be expanded.

I18n edit

Change the i18n messages in Module:I18n/taxobox. I18n also specifys some format strings which can be use to customize the infobox output of certain language.

message description example(s)
rank-format Format of instances of taxonomic rank (Q427626), or clade (Q713623). Will be passed into 2 named arguments when rendering ranks:
{link}
Wiki link to the rank
{label}
Display title of the rank
  • "[[{link}|{label}]]": display name and give a hyperlink to the rank, or
  • "{label}" only display name of the rank
rank-format-<latinrank> This argument is similar to rank-format but can be use to specify the format of certain rank. The "<latinrank>" is a latin name, can be a instance of taxonomic rank (Q427626), or clade (Q713623). For example "rank-format-cladus" for clade (Q713623). It accepts same 2 named arguments like rank-format
  • "": don't display anything at this rank. Can be used to hide the rank name when the taxon is a clade
  • "<i>(clade)</i>": use italic style
  • "[[{link}|<span style=\"color:gray\">{label}</span>]]": use link and change color
item-format-current-with-vernacular-name Format of instances of taxon (Q16521) or monotypic taxon (Q310890). current means either the item is the main taxon (specified by module argument qid), or the item and all taxa between the item and main taxon (if any) are all monotypic taxon (Q310890). with-vernacular-name means the item's taxon common name (P1843) or label exists and is different from taxon name (P225).

4 named arguments will be passed on redering:

{link}
Wiki link to the taxon item
{vernacular}
The "common name" (the value of taxon common name (P1843) or item label) of taxon item in current language
{scientific}
Full scientific name
{scientificshort}
Short scientific name, for example "P. leo" of lion (Q140)

Note: Don't use italic style here on scientific names. This style can be set by scientific-name-pattern, scientific-name-repl and other related messages.

  • "<b>{scientificshort}</b>": only display the short scientific name in bold weight
  • "<b>{vernacular} {scientificshort}</b>": display both vernacular and short scientific name in bold weight
  • "[[{link}|{vernacular}]]": display a hyperlink to target taxon with its vernacular name as label
item-format-current-with-vernacular-name Format of instances of taxon (Q16521) or monotypic taxon (Q310890). without-vernacular-name means either both taxon common name (P1843) and label (in specified language) are empty, or the vernacular name is the same as taxon name (P225).

4 named arguments will be passed on rendering, and they are same to item-format-current-with-vernacular-name.

  • "[[{link}|{scientificshort}]]": display a hyperlink to target taxon with its short scientific name as label
  • "[[{link}|{vernacular}]] ({scientficshort})": display both vernacular and short scientific name, also link to target taxon on from vernacular name
scientific-name-pattern, scientific-name-repl Pattern replacement to generate full scientific name. Can be override per rank by scientific-name-pattern-<latinrank> and scientific-name-repl-<latinrank>.

Not the format of scientific-name-pattern and other *pattern* messages are Lua's patterns, which are similar to Perl Compatible Regular Expressions 2 (Q98056596) but not identical. Read the manual to know how to write ones.

  • (pattern) "^.+$": match all non-empty strings
    • (repl) "%0": do nothing for replacement, or
    • (repl) "<i>%0</i>": put the scientific name in <i> tag so it can be rendered as italic
short-scientific-name-pattern, short-scientific-name-repl Pattern replacement to generate short scientific name. Can be override per rank by short-scientific-name-pattern-<latinrank> and short-scientific-name-repl-<latinrank>.
scientific-name-pattern-<latinrank>, scientific-name-repl-<latinrank> Pattern replcacement to generate full scientific name per rank. The "<latinrank>" is a latin name, can be a instance of taxonomic rank (Q427626), or clade (Q713623). For example "scientific-name-pattern-species" for species (Q7432).
  • (scientific-name-pattern-genus) nil: fallback to scientific-name-pattern's "^.+$"
    • (scientific-name-repl-genus) "<i>%0</i>": italicize full scientific name if its rank is genus (Q34740)
short-scientific-name-pattern-<latinrank>, short-scientific-name-repl-<latinrank> Pattern replcacement to generate short scientific name per rank. The "<latinrank>" is a latin name, can be a instance of taxonomic rank (Q427626), or clade (Q713623). For example "short-scientific-name-pattern-species" for species (Q7432).
  • (short-scientific-name-pattern-species) "^(%w)%w+ (%w+)$": pattern to fetch the first letter of genus name (as %1) and the whole epithet (as %2) from the binomial of a species.
    • (short-scientific-name-repl-species) "<i>%1. %2</i>": for example, the result for lion (Q140) is "P. leo"
scientific-name-replaces or short-scientific-name-replaces Pattern replacements to apply for all full (or short) scientific names, after the name has been processed by pattern-repl pair described above.

The value for each of two messages is not a string but a table. The table contains multiple pattern-repl pairs which will be applied to scientific names.

Note: Lua's table object doesn't sort, so the replacement sequence CAN NOT be guaranteed. DON'T DEPEND ON THE SEQUENCE YOU SAW!

Input Parameters edit

The "<latinrank>" below is a latin name, can be an instance of taxonomic rank (Q427626), or clade (Q713623). For example "display[cladus]".

Config Options edit

  • config[lang]: content language (default: en).
  • config[count]: maximum count of taxon to be recursively iterated (default: 10).
  • config[references]: a space-separated list of item ids. The references to favor in case of alternative claims. Optional.
  • config[usetaxa]: a space-separated list of item ids. The taxa to favor in case of alternative claims. Optional.
  • config[link]: if the value is "sitelink" it will use local wiki site links instead of wikidata item links.
  • config[dryun]: used for callback method. Displaying a <pre> block contains wikitext instead of expanding and rendering the template. Dryrun can be used to find parameters to be overrided.
Examples edit
Lion
.
Systematics[12][13][14][15][16][17][18][19][20][21][22][23][4][1]
GrandorderFerae
OrderCarnivora
SuborderFeliformia
FamilyFelidae
SubfamilyPantherinae
GenusPanthera
SpeciesP. leo
Scientific name of species[13]
Panthera leo
(Linnaeus, 1758)
Synonym
Range map
.
IUCN conservation status[8]
Vulnerable
Audio
{{#invoke: taxobox
| taxobox
| qid = Q140
| config[usetaxa] = Q27379
|config[count] = 7
}}

Display Options edit

display[<latinrank>]: if the value is "n", "no", "false" or "hide", the specified rank (in latin name or QID) will be hide. Otherwise the rank will display.

For example, to hide all clades:

Lion
.
Systematics[12][13][14][15][16][17][18][19][20][21][22][23][4][1]
SuperorderLaurasiatheria
GrandorderFerae
OrderCarnivora
SuborderFeliformia
FamilyFelidae
SubfamilyPantherinae
GenusPanthera
SpeciesP. leo
Scientific name of species[13]
Panthera leo
(Linnaeus, 1758)
Synonym
Range map
.
IUCN conservation status[8]
Vulnerable
Audio
{{#invoke:taxobox
|taxobox
|qid=Q140
|display[cladus]=hide
}}


Classic Parameters edit

  • <latinrank>: The classic taxon parameters used by most Template:Taxobox (Q52496). All of them can be overrided manually.
  • <latinrank>_authority: The classic taxon authority parameters used by most Template:Taxobox (Q52496). All of them can be overrided manually.
  • unranked_<latinrank>: The classic unranked parameters used by most Template:Taxobox (Q52496). All of them can be overrided manually.

If there are more than one clades between two taxon ranks, you can override them by appending [<number>] index to the unranked_<latinrank> parameter.

For example, there are 3 clades between rank genus and rank species. You can override them like this: 

{{#invoke:taxobox
|taxobox
|...
|unranked_species[3] = Cladus closest to genus rank
|unranked_species[2] = The middle clade
|unranked_species[1] = Cladus closest to species rank
|...
}}

Output Parameters edit

The best way to see all output parameters is to use the config[dryrun] parameter: 

{{#invoke:taxobox
|callback
|qid=Q140
|config[dryrun]=yes
}}

The result: 

{{Taxobox
|audio = Lion raring-sound1TamilNadu178.ogg
|code = 13011
|color = #ebebd2
|config[dryrun] = yes
|image = 002 The lion king Snyggve in the Serengeti National Park Photo by Giles Laurent.jpg
|iucn_status[id] = 278113
|iucn_status[image] = Status iucn3.1 VU.svg
|iucn_status[label] = Vulnerable
|iucn_status[references] = Q115962546
|name = Lion
|qid = Q140
|range_map = Lion distribution.png
|rank[1][id] = 5868144
|rank[1][is_extinct] = no
|rank[1][is_monotypic] = no
|rank[1][is_subject] = no
|rank[1][latin] = superordo
|rank[1][link] = Q27379
|rank[1][raw_scientific] = Laurasiatheria
|rank[1][references] = Q28206255
|rank[1][scientific] = Laurasiatheria
|rank[1][taxon] = [[Q27379|Laurasiatheria]]
|rank[2][id] = 713623
|rank[2][is_extinct] = no
|rank[2][is_monotypic] = no
|rank[2][is_subject] = no
|rank[2][latin] = cladus
|rank[2][link] = Q7439311
|rank[2][raw_scientific] = Scrotifera
|rank[2][references] = Q30699754
|rank[2][scientific] = Scrotifera
|rank[2][taxon] = [[Q7439311|Scrotifera]]
|rank[3][id] = 713623
|rank[3][is_extinct] = no
|rank[3][is_monotypic] = no
|rank[3][is_subject] = no
|rank[3][latin] = cladus
|rank[3][link] = Q5444079
|rank[3][raw_scientific] = Fereuungulata
|rank[3][references] = 
|rank[3][scientific] = Fereuungulata
|rank[3][taxon] = [[Q5444079|Fereuungulata]]
|rank[4][id] = 6462265
|rank[4][is_extinct] = no
|rank[4][is_monotypic] = no
|rank[4][is_subject] = no
|rank[4][latin] = grandordo
|rank[4][link] = Q20868
|rank[4][raw_scientific] = Ferae
|rank[4][references] = Q21608408
|rank[4][scientific] = Ferae
|rank[4][taxon] = [[Q20868|Ferae]]
|rank[5][id] = 36602
|rank[5][is_extinct] = no
|rank[5][is_monotypic] = no
|rank[5][is_subject] = no
|rank[5][latin] = ordo
|rank[5][link] = Q25306
|rank[5][raw_scientific] = Carnivora
|rank[5][references] = Q82575 Q1538807 Q19604469 Q21682704 Q19302303
|rank[5][scientific] = Carnivora
|rank[5][taxon] = [[Q25306|Carnivora]]
|rank[6][id] = 5867959
|rank[6][is_extinct] = no
|rank[6][is_monotypic] = no
|rank[6][is_subject] = no
|rank[6][latin] = subordo
|rank[6][link] = Q27070
|rank[6][raw_scientific] = Feliformia
|rank[6][references] = Q19302303 Q19604469 Q1538807 Q82575
|rank[6][scientific] = Feliformia
|rank[6][taxon] = [[Q27070|Feliformia]]
|rank[7][id] = 35409
|rank[7][is_extinct] = no
|rank[7][is_monotypic] = no
|rank[7][is_subject] = no
|rank[7][latin] = familia
|rank[7][link] = Q25265
|rank[7][raw_scientific] = Felidae
|rank[7][references] = Q82575 Q1538807 Q19604469 Q19771288 Q19302303
|rank[7][scientific] = Felidae
|rank[7][taxon] = [[Q25265|Felidae]]
|rank[8][id] = 164280
|rank[8][is_extinct] = no
|rank[8][is_monotypic] = no
|rank[8][is_subject] = no
|rank[8][latin] = subfamilia
|rank[8][link] = Q230177
|rank[8][raw_scientific] = Pantherinae
|rank[8][references] = Q82575 Q19604469 Q1538807 Q56211181
|rank[8][scientific] = Pantherinae
|rank[8][taxon] = [[Q230177|Pantherinae]]
|rank[9][id] = 34740
|rank[9][is_extinct] = no
|rank[9][is_monotypic] = no
|rank[9][is_subject] = no
|rank[9][latin] = genus
|rank[9][link] = Q127960
|rank[9][raw_scientific] = Panthera
|rank[9][references] = Q82575 Q1538807 Q19604469 Q43385197 Q77980496
|rank[9][scientific] = <i>Panthera</i>
|rank[9][taxon] = [[Q127960|<i>Panthera</i>]]
|rank[9][vernacular] = Big cats
|rank[10][authority] = ([[Q1043|Linnaeus]], 1758)
|rank[10][id] = 7432
|rank[10][is_extinct] = no
|rank[10][is_monotypic] = no
|rank[10][is_subject] = yes
|rank[10][latin] = species
|rank[10][link] = Q140
|rank[10][raw_scientific] = Panthera leo
|rank[10][references] = Q1538807
|rank[10][scientific] = <i>Panthera leo</i>
|rank[10][taxon] = <b><i>P. leo</i></b>
|rank[10][vernacular] = Lion
|rank[references] = Q30135917 Q1538807 Q17073815 Q22814967 Q30136284 Q22826076 Q30136117 Q30135809 Q19302303 Q33883775 Q50754531 Q28191107 Q796451 Q82575
|rank[size] = 10
|synonym[1][author] = [[Q1043|Linnaeus]], 1758
|synonym[1][link] = Q15294488
|synonym[1][name] = Felis leo
|synonym[size] = 1
}}

All output parameters can be overrided by specifying same name input parameters. For example this will replace genus (Q34740) to "Foo" and subfamily (Q2455704) "Bar":

Lion
.
Systematics[12][13][14][15][16][17][18][19][20][21][22][23][4][1]
SuperorderLaurasiatheria
CladeScrotifera
CladeFereuungulata
GrandorderFerae
OrderCarnivora
SuborderFeliformia
FamilyFelidae
SubfamilyBar
GenusFoo
SpeciesP. leo
Scientific name of species[13]
Panthera leo
(Linnaeus, 1758)
Synonym
Range map
.
IUCN conservation status[8]
Vulnerable
Audio

{{#invoke:taxobox
|taxobox
|qid=Q140
|subfamilia=<strong style="color: green">Bar</strong>
|rank[9][taxon]=<strong style="color: red">Foo</strong>
}}

Supported properties edit

The taxobox currently supports:

Wikipedia use edit

This module is designed to be a replacement for Wikipedia taxoboxes. However, it is still unstable and need plenty extra template works to allow a classic Template:Taxobox (Q52496) to accept the new callback parameters. Suggestion and bug reports are welcome at Module talk:Taxobox or Wikidata talk:WikiProject_Taxonomy.

References edit

  1. ↑ 1.0 1.1 1.2 1.3 Integrated Taxonomic Information System
  2. ↑ 2.0 2.1 Martin Schorr, Dennis R. Paulson, Klaas-Douwe B. Dijkstra, Cyrille Deliry and Federico Lozano, World Odonata List, University of Alabama
  3. ↑ National Center for Biotechnology Information (eds.), Taxonomy database of the U.S. National Center for Biotechnology Information (title not provided in Wikidata)
  4. ↑ 4.0 4.1 4.2 4.3 Fossilworks
  5. ↑ Klaas-Douwe B. Dijkstra, Günter Bechly, Seth M. Bybee, Rory A. Dow, Henri J. Dumont, Günther Fleck, Rosser W. Garrison, Matti Hämäläinen, Vincent J. Kalkman, Haruki Karube, Michael L. May, Albert G. Orr, Dennis R. Paulson, Andrew C. Rehn, Günther Theischinger, John W. H. Trueman, Jan van Tol, Natalia von Ellenrieder and Jessica Ware, "The classification and diversity of dragonflies and damselflies (Odonata)", Animal Biodiversity: An Outline of Higher-level Classification and Survey of Taxonomic Richness (Addenda 2013), vol. 3703, 1, , doi: 10.11646/ZOOTAXA.3703.1.9
  6. ↑ Michael A. Ruggiero, Dennis P. Gordon, Thomas M. Orrell, Nicolas Bailly, Thierry Bourgoin, Richard C. Brusca, Thomas Cavalier-Smith, Michael D. Guiry and Paul Kirk, "A Higher Level Classification of All Living Organisms", PLOS One, vol. 10, 4, , doi: 10.1371/JOURNAL.PONE.0119248, PubMed ID: 25923521 , PubMed Central ID: 4418965 , Creative Commons CC0 License
  7. ↑ Günter Bechly, "Coxoplectoptera, a new fossil order of Palaeoptera (Arthropoda: Insecta), with comments on the phylogeny of the stem group of mayflies (Ephemeroptera)", Insect Systematics & Evolution, vol. 42, 2, , doi: 10.1163/187631211X578406
  8. ↑ 8.0 8.1 8.2 8.3 8.4 The IUCN Red List of Threatened Species 2022.2, Cite error: Invalid <ref> tag; name "Q115962546" defined multiple times with different content
  9. ↑ Robert Alexander Pyron, Frank T. Burbrink et John J. Wiens, «A phylogeny and revised classification of Squamata, including 4161 species of lizards and snakes», BMC Evolutionary Biology, vol. 13, 1, , doi: 10.1186/1471-2148-13-93, PubMed ID: 23627680 , PubMed Central ID: 3682911 , CC BY 2.0 Générique
  10. ↑ 10.0 10.1 Wulf D. Schleip et Mark O'Shea, «Annotated checklist of the recent and extinct pythons (Serpentes, Pythonidae), with notes on nomenclature, taxonomy, and distribution», ZooKeys, vol. 66, 66, , doi: 10.3897/ZOOKEYS.66.683, PubMed ID: 21594030 , PubMed Central ID: 3088416 , Creative Commons Attribution 3.0 non transposé
  11. ↑ 11.0 11.1 Peter Uetz (eds.), The Reptile Database,
  12. ↑ 12.0 12.1 12.2 "A new carnivorous cynodont from the Ischigualasto Formation (Late Triassic, Argentina), with comments on eucynodont phylogeny", Journal of Vertebrate Paleontology, 16,
  13. ↑ 13.0 13.1 13.2 13.3 13.4 13.5 Don E. Wilson and DeeAnn M. Reeder (ed.), Mammal Species of the World, 3rd edition, Baltimore: Johns Hopkins University Press, , ISBN 978-0-8018-8221-0
  14. ↑ 14.0 14.1 14.2 Paleobiology Database (title not provided in Wikidata), Creative Commons Attribution 4.0 International
  15. ↑ 15.0 15.1 15.2 Malcolm McKenna and Susan K. Bell, Classification of Mammals Above the Species Level, New York City: Columbia University Press, , ISBN 978-0-231-11013-6
  16. ↑ 16.0 16.1 16.2 "A probainognathian cynodont from South Africa and the phylogeny of non-mammalian cynodonts", Bulletin of the Museum of Comparative Zoology, 156,
  17. ↑ 17.0 17.1 17.2 Gaylord Simpson, "The principles of classification and a classification of mammals", Bulletin of the American Museum of Natural History, vol. 85, and
  18. ↑ 18.0 18.1 18.2 "On Chaliminia musteloides (Eucynodontia: Tritheledontidae) from the Late Triassic of Argentina, and a phylogeny of Ictidosauria", Journal of Vertebrate Paleontology, 27,
  19. ↑ 19.0 19.1 19.2 "Origin of Mammalia: the craniodental evidence reexamined", Journal of Vertebrate Paleontology, 11,
  20. ↑ 20.0 20.1 20.2 Don E. Wilson and DeeAnn M. Reeder, "Class Mammalia Linnaeus, 1758", Animal Biodiversity: An Outline of Higher-level Classification and Survey of Taxonomic Richness
  21. ↑ 21.0 21.1 21.2 Ricardo Betancur-Rodriguez, Gloria Arratia, Nicolas Bailly, Guillaume Lecointre and Guillermo Ortí, "Phylogenetic classification of bony fishes", BMC Evolutionary Biology, vol. 17, 1, , doi: 10.1186/S12862-017-0958-3, PubMed ID: 28683774 , PubMed Central ID: 5501477
  22. ↑ 22.0 22.1 22.2 Richard Cloutier and Per E. Ahlberg, Morphology, characters, and the interrelationships of basal sarcopterygians. Interrelationships of Fishes,
  23. ↑ 23.0 23.1 23.2 "An Early Cretaceous tribosphenic mammal and metatherian evolution", Science, vol. 302, 5652, , doi: 10.1126/SCIENCE.1090718, PubMed ID: 14671295

Code

-- vim: set noexpandtab ft=lua ts=4 sw=4:

local ENABLE_DEBUG = true

local Cite = require('Module:Cite')
local fb = require('Module:Fallback')

local p = {}	-- module exports
local L = {}	-- alias to local functions
				-- (so it can be iterated by p in debug mode)
local _linkconfig	-- use links from content language Wikipedia
					-- or from Wikidata, default to Wikidata
local _contentlang
local usereferences -- array of references to be prefered in the given order
local usetaxa -- array of taxa to be preferred in the given order
local hideranks -- array of ranks to be show or hide from display
local code = false
local subcode = false
local visited = {}

-- biological nomenclatures
NOMENCLATURE_ICZN = 13011     -- Zoo
NOMENCLATURE_ICNafp = 693148  -- Algae, Fungi and Plants
NOMENCLATURE_ICNCP = 764      -- Cultivated Plants
NOMENCLATURE_ICNP = 743780    -- Prokaryota/Bacteria
NOMENCLATURE_ICVCN = 14920640 -- Viruses

-- look for taxons for color selection
ARCHAEA = 10872 -- ICNP
FUNGI = 764 -- ICNafp
SAR = 137323
HAROSA = 18397957 -- SAR
CHROMALVEOLATA = 477950 -- SAR
CHROMISTA = 862296 -- SAR
RHIZARIA = 855740 -- SAR
AMOEBOZOA = 473809 -- Eukaryota
EXCAVATA = 691551 -- Eukaryota
EUKARYOTA = 19088

-- background colors for each code
local colors = {
	[false] = '#d3d3d3',
	[NOMENCLATURE_ICZN] = '#ebebd2',
	[NOMENCLATURE_ICNafp] = '#b4fab4',
	[NOMENCLATURE_ICNCP] = '#a4d3d3',
	[NOMENCLATURE_ICNP] = '#dcebf5',
	[NOMENCLATURE_ICVCN] = '#fafabe',
	[ARCHAEA] = '#c3f5fa',
	[FUNGI] = '#91fafa',
	[SAR] = '#c8fa50',
	[HAROSA] = '#c8fa50',
	[CHROMALVEOLATA] = '#c8fa50',
	[CHROMISTA] = '#c8fa50',
	[RHIZARIA] = '#c8fa50',
	[AMOEBOZOA] = '#f5d7ff',
	[EXCAVATA] = '#f5d7ff',
	[EUKARYOTA] = '#f5d7ff',
}
local virusgroups = {
	[2901600] = {group = 'I',   shortlabel = 'dsDNA'},
	[9094469] = {group = 'II',  shortlabel = 'ssDNA'},
	[3307900] = {group = 'III', shortlabel = 'dsRNA'},
	[9094478] = {group = 'IV',  shortlabel = 'ssRNA(+)'},
	[9285327] = {group = 'V',   shortlabel = 'ssRNA(-)'},
	[9094482] = {group = 'VI',  shortlabel = 'ssRNA-RT'},
	[3754200] = {group = 'VII', shortlabel = 'dsDNA-RT'},
 
	[44209729] = {group = nil,  shortlabel = 'ssDNA(-)'},
	[44209788] = {group = nil,  shortlabel = 'ssDNA(+)'},
	[44209909] = {group = nil,  shortlabel = 'ssDNA(+/-)'},
	[209917]   = {group = nil,  shortlabel = 'Viroid'},
	[44209519] = {group = nil,  shortlabel = 'ssRNA(+/-)'},
	[45181439] = {group = nil,  shortlabel = 'ssRNA'},
}

local i18nmessages = require("Module:I18n/taxobox")

-- readable taxon properties
local P_OBJECT_HAS_ROLE = "P3831"
local P_IMAGE = "P18"
local P_INSTANCE_OF = "P31"
local P_TAXON_RANK = "P105"
local P_IUCN_STATUS = "P141"
local P_TAXON_PARENT = "P171"
local P_SPREAD_MAP = "P181"
local P_TAXON_NAME = "P225"
local P_STATED_IN = "P248"
local P_AUTHOR = "P405"
local P_AUTHOR_ABBR_IPNI = "P428"
local P_ERA_START = "P523"
local P_ERA_END = "P524"
local P_BASIONYM = "P566"
local P_SYNONYM = "P1420"
local P_REPLACED_SYNONYM ="P694"
local P_ORIGINAL_COMBINATION = "P1403"
local P_TAXON_YEAR = "P574"
local P_START_TIME = "P580"
local P_END_TIME = "P582"
local P_EX_AUTHOR = "P697"
local P_AUTHOR_ABBR_ZOOLOGY = "P835"
local P_NOMENCLATURE_CODE = "P944"
local P_COMMON_NAME = "P1843"
local P_AUDIO = "P51"
local P_INCERTAE_SEDIS = "P678"
local P_TAXONOMIC_TYPE = "P427"
local P_VIRUS_GENOME = "P4628"
local P_SUBJECT_ROLE = "P2868"
local P_OF = "P642"

-- readable item
local CLADE = 713623
local GENUS = 34740
local SUBGENUS = 3238261
local ZOOSECTIO = 10861426
local ZOOSUBSECTIO = 10861375
local RED_DATA_LIST = 32059
local MONOTYPIC_TAXON = 310890
local GEOLOGICAL_ERA = 630830
local SYSTEMATICS = 3516404
local RECOMBINATION = 14594740
local EXTINCT = 237350
local INCERTAE_SEDIS = 235536
local SYNONYM_TAXON = 1040689
local TYPE_GENUS = 842832
local TYPE_SPECIES = 252730
local VIRUS_CLASSIFICATION = 478216
local PROTONYM = 14192851
local BASIONYM = 810198
local FOSSIL_TAXON = 23038290
local ET_AL = 311624


local function capitalize(text)
	return mw.ustring.gsub(text, "^%l", mw.ustring.upper)
end


local function mergeTable(a, b)
	for _, value in ipairs(b) do
		a[#a + 1] = value
	end
	return a
end
L.mergeTable = mergeTable


-- credit to http://lua-users.org/wiki/StringInterpolation
local function namedStringFormat(str, vars)
	-- Allow replace_vars{str, vars} syntax as well as
	-- replace_vars(str, {vars})
	if not vars then
		vars = str
		str = vars[1]
	end
	return (string.gsub(str, "({([^}]+)})",
		function(whole,i)
			return vars[i] or whole
		end))
end
L.namedStringFormat = namedStringFormat


local function setLang(contentlang)
	_contentlang = contentlang or mw.language.getContentLanguage():getCode()
end
L.setLang = setLang


local function getLang()
	return _contentlang
end
L.getLang = getLang


local function i18n(str)
	local message = i18nmessages[str]
	if type(message) == 'string' then
		return message
	end
	return fb._langSwitch(message, getLang())
end
L.i18n = i18n


-- parse item-ids like argument (like config[references]) which is a space
-- separated list of item numbers like "Q1 Q2 Q3"
local function parseItemIds(itemids)
	local items = {}
	local priority = 0
	if itemids then
		for word in string.gmatch(itemids, "%w+") do
			priority = priority + 1
			item = "Q" .. tonumber(string.sub(word, 2))
			items[item] = priority
		end
	end
	items.size = priority
	return items
end
L.parseItemIds = parseItemIds


-- parse config arguments passed by #invode:taxobox. below are all we
-- support currently:
-- - config[lang]: set content language (default: en)
-- - config[count]: maximum count of taxon to be recursively iterated
-- - config[references]: references to be preffered in the given order
-- - config[dryrun]: generate <pre> block instead of expanding template
-- - config[link]: local or wikidata
local function parseConfig(args)
	setLang(args["config[lang]"])
	local count = tonumber(args["config[count]"]) or 10
	if count > 25 then
		-- count = 25 is roughly about 100 expensive parser function calls
		error(i18n("taxon-count-too-high"))
	end
	usereferences = parseItemIds(args["config[references]"])
	usetaxa = parseItemIds(args["config[usetaxa]"])

	hideranks = {}
	local displaypattern = "^display%[([^]]+)%]$"
	local qidpattern = "^Q?(%d+)$"
	for k, v in pairs(args) do
		v = mw.ustring.lower(v)
		if string.match(k, displaypattern) then
			k = string.gsub(k, displaypattern, "%1")
			if string.match(k, qidpattern) then
				k = string.gsub(k, qidpattern, "%1")
				k = tonumber(k)
			end
			-- TODO: i18n?
			if ({n=true, no=true, ["false"]=true, hide=true})[v] then
				hideranks[k] = true
			end
		end
	end

	_linkconfig = string.match(mw.site.server, "wikidata") or "sitelink"
	if args["config[link]"] and
		mw.ustring.lower(args["config[link]"]) == "sitelink" then
		_linkconfig = "sitelink"
	end

	return {
		["count"] = count,
		["lang"] = lang,
		["dryrun"] = args["config[dryrun]"],
		["link"] = _linkconfig
	}
end


-- Adopted from source: c:Module:Wikidata_label
-- the label of the item if present in the specified language or 'no label'
local function getLabel(item, lang)
	local entity, label, language
	lang = lang or getLang()
	
	if type(item) == "number" then
		item = "Q" .. item
	end
	if type(item) ~= 'string' then -- "item" is not a q-code
		entity = item              -- "item" must be the entity
		item = entity.id           -- look-up q-code
	end
	local userLang = mw.getCurrentFrame():callParserFunction( "int", "lang" )
	-- get label (visible part of the link)
	if (userLang == lang) and (not entity) then -- call if requesting label in user's language, but skip if we already have entity
		label, language = mw.wikibase.getLabelWithLang(item) -- prefered way of calling that, as not needed to load the entire entity
	end
	-- hard way to get label by querying all the languages on the langList
	if not label then -- used if requesting label in language different than user's, or if we already have entity
		entity = entity or mw.wikibase.getEntity(item) -- load entity if we do not have it yet
		label = entity:getLabel(lang) or i18n('no-label')
	end
	return label
end
L.getLabel = getLabel


local function getLink(id, label, format, named, ucfirst)
	if type(id) == "number" then
		id = "Q" .. id
	end
	local link = id
	if _linkconfig == "sitelink" then
		link = mw.wikibase.sitelink(id) or "d:" .. id
	end
	label = label or getLabel(id)
	label = ucfirst and label and capitalize(label) or label
	format = format or "[[%s|%s]]"
	if named then
		return namedStringFormat{format, link=link, label=label}
	else
		return string.format(format, link, label)
	end
end
L.getLink = getLink


local function referenceTargetIds(references, property)
	local ids = {}
	if references then
		for _, ref in pairs(references) do
			for _, snak in pairs(ref.snaks[property] or {}) do
				if snak.datavalue and snak.datavalue.value then
					ids[tostring('Q' .. snak.datavalue.value['numeric-id'])] = true
					mw.log('string ref', snak.datavalue.value['numeric-id'])
				end
			end
		end
	end
	return ids
end
L.referenceTargetIds = referenceTargetIds


-- Collect all claims of the given property of the item
-- Returns all claims, their references and qualifiers in tables combined by the claims' rank.
-- result.preferred[target id of claim] = [target id of P248 reference]
-- use only if the data type of the property is item
local function targetIds(item, property)
	local claims = {preferred = {}, normal = {}, deprecated = {}}
	if item and item.claims and item.claims[property] then
		for _,claim in pairs(item.claims[property]) do
			local valueid = claim.mainsnak.datavalue and claim.mainsnak.datavalue.value
				and claim.mainsnak.datavalue.value['numeric-id']
				or 'novalue'
			local refids = referenceTargetIds(claim.references, P_STATED_IN)
			claims[claim.rank][valueid] = {refids = refids or true, qualifiers = claim.qualifiers}
		end
	end
	return claims
end
L.targetIds = targetIds


-- Gives the first highest ranked claim and its references.
-- use only if the data type of the property is item
local function targetId(item, property)
	local claims = targetIds(item, property)
	if next(claims.preferred) then
		return claims.preferred
	end
	if next(claims.normal) then
		return claims.normal
	end
	return claims.deprecated
end
L.targetId = targetId


-- Collect all claims of the given property of the item
-- Returns a triple of claims, their qualifiers, and their references in tables combined by the claims' rank.
-- Use only if the data type of the property is string
local function targetStrs(item, property)
	choosenclaim = {preferred = {}, normal = {}, deprecated = {}}
	choosenqualifiers = {preferred = {}, normal = {}, deprecated = {}}
	choosenreferences = {preferred = {}, normal = {}, deprecated = {}}
	if item and item.claims and item.claims[property] then
		for _,claim in pairs(item.claims[property]) do
			if claim.mainsnak and claim.mainsnak.datavalue then
				index = #choosenclaim[claim.rank] + 1
				mw.log(index, claim.mainsnak.datavalue.value)

				local refids = referenceTargetIds(claim.references, P_STATED_IN)
				if claim.mainsnak.datatype == 'monolingualtext' then
					choosenclaim[claim.rank][index] = tostring(claim.mainsnak.datavalue.value)
				else
					choosenclaim[claim.rank][index] = tostring(claim.mainsnak.datavalue.value)
				end
				choosenqualifiers[claim.rank][index] = claim.qualifiers
				choosenreferences[claim.rank][index] = refids
			end
		end
	end

	return choosenclaim, choosenqualifiers, choosenreferences
end
L.targetStrs = targetStrs


-- Gives the first highest ranked claim and its qualifiers and references.
-- Use only if the data type of the property is string
local function targetStr(item, property)
	choosenclaim, choosenqualifiers, choosenreferences = targetStrs(item, property)

	for _, priority in pairs({"preferred", "normal", "deprecated"}) do
		local index = next(choosenclaim[priority])
		if index then
			return choosenclaim[priority][index],
				choosenqualifiers[priority][index],
				choosenreferences[priority][index]
		end
	end
	return
end
L.targetStr = targetStr


-- helper function to merge all claims, regardless of rank
local function mergeClaims(claims, qualifiers, references)
	local c = {}
	local q = {}
	local r = {}
	for _, priority in pairs({"preferred", "normal", "deprecated"}) do
		mergeTable(c, claims[priority] or {})
		mergeTable(q, qualifiers[priority] or {})
		mergeTable(r, references[priority] or {})
	end
	return c, q, r
end
L.mergeClaims = mergeClaims


local function targetValue(item, property)
	if item and item.claims and item.claims[property] then
		for _,claim in pairs(item.claims[property]) do
			if claim.mainsnak and claim.mainsnak.datavalue then
				return claim.mainsnak.datavalue.value
			end
		end
	end
end
L.targetValue = targetValue


-- same as targetId but for qualifiers
-- TODO merge
local function qualifierTargetId(qualifiers, property)
	local claims = {}
	if qualifiers and qualifiers[property] then
		for _,claim in pairs(qualifiers[property]) do
			local valueid = claim.datavalue.value['numeric-id']
			table.insert(claims, valueid)
		end
	end
	return claims
end
L.qualifierTargetId = qualifierTargetId


-- same as targetValue but for qualifiers
local function qualifierTargetValue(qualifiers, property)
	local claims = {}
	if qualifiers and qualifiers[property] then
		for _,claim in pairs(qualifiers[property]) do
			if claim.datavalue then
				return claim.datavalue.value
			end
		end
	end
end
L.qualifierTargetValue = qualifierTargetValue


-- takes a list of item ids (the values of the given table) and creates wikilinks based on their labels
local function createLinks(list, authorAbbreviation)
	local authors = {}
	for _,authorid in pairs(list) do
		if authorid then
			local author = mw.wikibase.getEntity('Q' .. authorid)
			if author then
				local label
				if authorAbbreviation then
					if code == NOMENCLATURE_ICNafp then
						-- get author abbrieviation per IPNI set
						if targetStr(author, P_AUTHOR_ABBR_IPNI) then
							label = targetStr(author, P_AUTHOR_ABBR_IPNI)
						end
					elseif targetStr(author, P_AUTHOR_ABBR_ZOOLOGY) then
						-- get zoologist author citation set
						label = targetStr(author, P_AUTHOR_ABBR_ZOOLOGY)
					end
					if not label then
						-- use the "last" name if no abbreviation found
						-- also don't use the translated name
						label = getLabel(author, "en")
						if label ~= i18n('no-label') then
							_, _, label = mw.ustring.find(label, "(%w+)$")
						end
					end
				end
				table.insert(authors, getLink(authorid, label))
			end
		end
	end
	return authors
end
L.createLinks = createLinks


local function vernacularName(item)
	local vernacularname
	-- select vernacular name for current language
	if item.claims and item.claims[P_COMMON_NAME] then
		for _, claim in pairs(item.claims[P_COMMON_NAME]) do
			if claim.mainsnak and claim.mainsnak.datavalue and
				claim.mainsnak.datavalue.type == "monolingualtext" and
				claim.mainsnak.datavalue.value.language == getLang() then
				vernacularname = claim.mainsnak.datavalue.value.text
				break
			end
		end
		if vernacularname == '' then
			vernacularname = nil
		end
	end

	if not vernacularname then
		-- test if item label is not one of the scientific names
		vernacularname = getLabel(item)
		scnames = mergeClaims(targetStrs(item, P_TAXON_NAME))
		for _, n in pairs(scnames) do
			if vernacularname == n then
				return
			end
		end
	end
	if vernacularname == i18n("no-label") then
		return
	end
	return capitalize(vernacularname)
end
L.vernacularName = vernacularName


local function authorString(item, namequalifiers, pid)
	pid = pid or P_AUTHOR -- set default property
	local concatstr = ', '
	local authorids = qualifierTargetId(namequalifiers, pid) -- get qualifiers
	if not next(authorids) then -- no qualifiers found, check properties
		local authorset = targetId(item, pid)
		local authors = {}
		if authorset then -- create list from set
			authorids = {}
			for author,_ in pairs(authorset) do
				table.insert(authorids, author)
			end
		end
	end
	local authors = createLinks(authorids, true)
	if next(authors) then
		local authorstr = ''
		local comma = false
		for i = #authors, 1, -1 do
			local sep = ''
			if i > 1 then
				sep = ' '
				if authorids[i] ~= ET_AL then
					sep = comma and ', ' or ' & '
					comma = true
				end
			end
			authorstr = sep .. authors[i] .. authorstr
		end
		return authorstr
	end
end
L.authorString = authorString


-- create the taxon authors string, including year, ex authors and authors of the basionym
local function createAllAuthorsStr(item, namequalifiers, year)
	local authors = authorString(item, namequalifiers)
	local authorsstr = ''
	if authors or not year == '????' then
		if code == NOMENCLATURE_ICNafp then
			-- check for basionym
			local basionymids = targetId(item, P_BASIONYM)
			local basionymstr = ''
			if next(basionymids) then
				local basionym = mw.wikibase.getEntity('Q' .. next(basionymids))
				local _,basionymnamequalifiers = targetStr(basionym, P_TAXON_NAME)
				basionymstr = createAllAuthorsStr(basionym, basionymnamequalifiers)
				if basionymstr ~= '' then
					basionymstr = '(' .. basionymstr .. ') '
				else
					-- indicate missing basionym author
					basionymstr = '(????) '
				end
			end

			-- check ex-authors
			local exauthors = authorString(nil, namequalifiers, P_EX_AUTHOR)
			exauthorsstr = ''
			mw.log(exauthors)
			if exauthors then
				exauthorsstr = exauthors .. ' ex '
			end
			authorsstr = basionymstr .. exauthorsstr .. authors
			if year then
				authorsstr = authorsstr .. ' (' .. year .. ')'
			end
		else
			if year then
				authorsstr = authors .. ', ' .. year
			end

			-- parentheses needed if instance of recombination
			local recombination = false
			for _,tid in pairs(qualifierTargetId(namequalifiers, P_INSTANCE_OF)) do
				if tid == RECOMBINATION then
					recombination = true
				end
			end
			
			if recombination then
				authorsstr = '(' .. authorsstr .. ')'
			end
			
			-- parentheses needed if object has role recombination
			local recombination = false
			for _,tid in pairs(qualifierTargetId(namequalifiers, P_OBJECT_HAS_ROLE)) do
				if tid == RECOMBINATION then
					recombination = true
				end
			end

			if recombination then
				authorsstr = '(' .. authorsstr .. ')'
			end
		end
	else
		-- check for original combination
		local basionymids = targetId(item, P_ORIGINAL_COMBINATION)
		local basionymstr = ''
		if next(basionymids) then
			local basionym = mw.wikibase.getEntity('Q' .. next(basionymids))
			local _, basionymnamequalifiers = targetStr(basionym, P_TAXON_NAME)
			local pubyear = qualifierTargetValue(basionymnamequalifiers, P_TAXON_YEAR) or
				targetValue(basionym, P_TAXON_YEAR)
			-- access year in time representation "+1758-00-00T00:00:00Z"
			local year = pubyear and string.sub(pubyear.time, 2, 5) or '????'
			basionymstr = createAllAuthorsStr(basionym, basionymnamequalifiers, year)
			if basionymstr ~= '' then
				basionymstr = '(' .. basionymstr .. ') '
			end
		end
		authorsstr = basionymstr
	end
	return authorsstr
end
L.createAllAuthorsStr = createAllAuthorsStr

-- show the stratigraphic range in which an extinct fossil existed
local function fossilParams(item, params)
	local era1, era1references = next(targetId(item, P_ERA_START))
	local era2, era2references = next(targetId(item, P_ERA_END))
	local era1value = targetValue(item, P_START_TIME)
	local era1time = era1value and era1value.time
	local era2value = targetValue(item, P_END_TIME)
	local era2time = era2value and era2value.time
	if era1 and not (era1 == 'novalue') or era1time and not (era1time == "0") then
		if era1 and not (era1 == 'novalue') then
			params["era[1][label]"] = getLabel(era1)
			params["era[1][id]"] = era1
		end
		if era1time and not (era1time == "0") then
			local year = string.match(era1time, "^-*(%d-)-")
			params["era[1][time]"] = year and tonumber(year) / 1000000
		end
		if era2 and not (era2 == 'novalue') then
			params["era[2][id]"] = era2
			params["era[2][label]"] = params["era[1][label]"]
			if not (era1 == era2) then
				params["era[2][label]"] = getLabel(era2)
			end
		end
		if era2time and not (era2time == "0") then
			local year = string.match(era2time, "^-*(%d-)-")
			params["era[2][time]"] = year and tonumber(year) / 1000000
		elseif era1time and not era2 and not (era2 == 'novalue') then
			params["era[2][time]"] = "0"
		end

		-- merge references from era2 to era1, only show once
		if era2 and not (era2 == 'novalue') and era2references and era2references.refids then
			for a, b in pairs(era2references.refids) do
				era1references.refids[a] = b
			end
		end

		-- TODO: return data structure instead of pure str here
		if era1references and era1references.refids then
			params["era[references]"] = era1references.refids
		end
	end
end
L.fossilParams = fossilParams


-- returns html for the given refids set
-- parameters:
-- refids: list of integer ID to create a list of <ref>-references
local function references(refids)
	local frame = mw.getCurrentFrame()
	local refstr = ''
	if refids then
		for id,_ in pairs(refids) do
			local ref = Cite.citeitem(id, getLang()) or 'Error during creation of citation. Please report [[' .. id .. ']] at [[Module_talk:Cite]]'
			mw.log('refstr for ', id, ref)
			refstr = refstr .. frame:extensionTag('ref', ref, {name=id})
		end
	end
	return refstr
end
L.references = references


local function i18nByLatin(ranklatin, str, default)
	local suc, format = pcall(i18n, str .. "-" .. ranklatin)
	if not suc then
		format = default
	end
	return format
end
L.i18nByLatin = i18nByLatin


local function formatScientificName(ranklatin, scientific, short)
	local pf = "scientific-name"
	if short then
		pf = "short-" .. pf
	end
	scipattern = i18nByLatin(
		ranklatin, pf .. "-pattern", i18n(pf .. "-pattern"))
	scirepl = i18nByLatin(
		ranklatin, pf .. "-repl", i18n(pf .. "-repl"))
	scientific = string.gsub(scientific, scipattern, scirepl)
	for scipattern, scirepl in pairs(
		i18nByLatin(ranklatin, pf .. "-replaces", i18n(pf .. "-replaces"))) do
		scientific = string.gsub(scientific, scipattern, scirepl)
	end
	return scientific
end
L.formatScientificName = formatScientificName


local function renderTableHead(text, color, extra_css)
	local css = "text-align: center;"
	if extra_css then
		css = css .. " " .. extra_css
	end
	if color then
		css = css .. " background-color: " .. color .. ";"
	end
	return mw.text.tag('tr', {}, mw.text.tag('th', {
		colspan='2', style=css}, text))
end
L.renderTableHead = renderTableHead


local function renderTableRow(text, extra_css)
	local css = "text-align: center;"
	if extra_css then
		css = css .. " " .. extra_css
	end
	return mw.text.tag('tr', {}, mw.text.tag('td',
		{colspan='2', style=css}, text))
end
L.renderTableRow = renderTableRow


local function renderFossilEra(params)
	local eralink = {}
	local refstr = references(params["era[references]"])
	for i = 1, 2 do
		local eraid = params[string.format("era[%d][id]", i)]
		if eraid then
			eralink[#eralink + 1] = getLink(eraid)
		end
	end
	local separator = i18n("era-separator")
	return renderTableHead(getLink(GEOLOGICAL_ERA) .. refstr, params.color) ..
		renderTableRow(table.concat(eralink, separator))
end
L.renderFossilEra = renderFossilEra


local function renderIUCNStatus(params)
	local r = {}
	local refstr = references(params["iucn_status[references]"])
	r[#r + 1] = renderTableHead(
		getLink(RED_DATA_LIST, getLabel(P_IUCN_STATUS)) .. refstr, params.color)
	r[#r + 1] = renderTableRow(
		"[[File:" .. params["iucn_status[image]"] ..
		"|lang=" .. getLang() ..
		"|220px|" .. params["iucn_status[label]"] .. "]]")
	return table.concat(r)
end
L.renderIUCNStatus = renderIUCNStatus


local function formatTaxon(
	latin, qid, scientific, vernacular, is_subject, is_extinct)
	local nameformat
	scientific = scientific or i18n("no-scientific-name")
	local scientificshort = scientific
	if latin then
		scientificshort = formatScientificName(latin, scientific, code ~= NOMENCLATURE_ICVCN)
		scientific = formatScientificName(latin, scientific)
	end
	local nf = "item-format-parent"
	if is_subject then
		nf = "item-format-current"
	end
	if vernacular then
		nameformat = i18n(nf .. "-with-vernacular-name")
	else
		nameformat = i18n(nf .. "-without-vernacular-name")
	end
	local link = qid
	if _linkconfig == "sitelink" then
		link = mw.wikibase.sitelink(qid) or "d:" .. qid
	end
	if is_extinct then
		nameformat = i18n("extinct-mark") .. nameformat
	end
	return namedStringFormat{
		nameformat, link=link, vernacular=vernacular,
		scientific=scientific, scientificshort=scientificshort},
		scientific
end
L.formatTaxon = formatTaxon


local function renderRank(i, params)
	local row
	local detailrows = {}
	local pf = string.format("rank[%d]", i)
	local ranklink = i18n("unknown-rank")
	local rankid = params[pf .. "[id]"]
	local ranklatin = params[pf .. "[latin]"]
	local is_subject = params[pf .. "[is_subject]"]
	local scientific = params[pf .. "[scientific]"]
	local formatted = params[pf .. "[taxon]"]
	
	if code == NOMENCLATURE_ICVCN and rankid == 22666877 then -- superdomain
		return nil, detailrows
	end
	if code == NOMENCLATURE_ICVCN and ranklatin == "regnum" then
		ranklink = getLink(VIRUS_CLASSIFICATION, i18n("virus-group-rank"), i18n("rank-format"), true, true)
		local virusgenome = params["virus[genome]"]
		if virusgenome then
			local group = virusgroups[virusgenome] and virusgroups[virusgenome].group
			local shortlabel = virusgroups[virusgenome] and virusgroups[virusgenome].shortlabel or ""
			local qid = "Q" .. virusgenome
			local link = (_linkconfig == "sitelink")
				and (mw.wikibase.sitelink(qid) or "d:" .. qid)
				or qid
			local label = getLabel(virusgenome)
			formatted = namedStringFormat{
				i18n("virus-item-" .. (group and "with" or "without") .. "-group"),
				group = group, link = link, shortlabel = shortlabel, label = label}
		else
			formatted = i18n("unknown-group")
		end
	else
		if rankid then
			local linkformat = i18nByLatin(
				ranklatin, "rank-format", i18n("rank-format"))
			ranklink = getLink(rankid, nil, linkformat, true, true)
		end
		if is_subject then
			local refstr = references(params[pf .. "[references]"])
			local authority = params[pf .. "[authority]"]
			if code ~= NOMENCLATURE_ICVCN then
				detailrows = {
					renderTableHead(capitalize(
						string.format(i18n("scientific-name-of-taxon"), getLabel(rankid)))
						.. refstr, params.color
					),
					renderTableRow(scientific),
					renderTableRow(authority, "font-variant: small-caps;")
				}
			elseif authority then
				detailrows = {renderTableRow(authority, "font-variant: small-caps;")}
			end
		end
	end
	
	row = mw.text.tag(
		'tr', {style="vertical-align: top;"},
		mw.text.tag('td', {}, ranklink) ..
		mw.text.tag('td', {}, formatted))
	return row, detailrows
end
L.renderRank = renderRank


-- in case of more than one parent taxa or rank: choose target according to the
-- references selected by usereferences
local function chooseByRef(item, property)
	local cand
	local nextparent = {}
	for id,refs in pairs(targetId(item, property)) do

		-- some taxon, like Q2382443, the parent taxon is null
		local novalue = id == "novalue"

		-- try to find match from usetaxa
		if not novalue and usetaxa["Q" .. id] then
			table.insert(nextparent, {usetaxa["Q" .. id], id, refs})
		end

		-- or according to usereferences
		if refs and refs.refids and type(refs.refids) ~= "boolean"  then
			for r, i in pairs(usereferences) do
				if refs.refids[r] then
					table.insert(nextparent, {i + usetaxa.size, id, refs})
				end
			end
		end

		if not novalue and not cand then -- if no item had references yet
			cand = {nil, id, refs} -- use this
		end
	end
	-- nextparent is not sorted, so sort it
	table.sort(nextparent, function(a, b)
		return a[1] < b[1]
	end)

	if next(nextparent) then
		_, cand = next(nextparent)
	end

	if cand and cand[1] == nil and cand[3] and cand[3].refids then
		for targetid, _ in pairs(cand[3].refids) do
			usereferences.size = usereferences.size + 1
			usereferences[targetid] = usereferences.size
		end
	end
	if cand then
		return cand[2], cand[3] or {}
	else
		return nil, {}
	end
end
L.chooseByRef = chooseByRef


-- Find out if this taxon is extinct already
local function isExtinct(item)

	-- check IUCN status
	local statusid, _ = next(targetId(item, P_IUCN_STATUS))
	if statusid == EXTINCT then
		return true
	end

	-- check temporal range end
	local eraend, _ = next(targetId(item, P_ERA_END))
	if eraend and not eraend == 'novalue' then
		return true
	end

	-- check end time
	local endtime = targetValue(item, P_END_TIME)
	if endtime then
		return true
	end
	
	-- check instance of fossil taxon
	if next(targetId(item, P_INSTANCE_OF)) == FOSSIL_TAXON then
		return true
	end

	return false
end
L.isExtinct = isExtinct


-- Find out if the item is a monotypic taxon
local function isMonotypic(item)
	return next(targetId(item, P_INSTANCE_OF)) == MONOTYPIC_TAXON
end
L.isMonotypic = isMonotypic


local function renderSynonyms(params)
	local pf = string.format("rank[%d]", params["rank[size]"])
	local ranklatin = params[pf .. "[latin]"]
	local rows = ""
	for i = 1, params["synonym[size]"] do
		pf = string.format("synonym[%d]", i)
		local synonym = namedStringFormat{i18n("item-format-synonym-render"),
			link = params[pf .. "[link]"],
			scientific = formatScientificName(ranklatin, params[pf .. "[name]"]),
			author = params[pf .. "[author]"]}
		rows = rows .. mw.text.tag('li', {}, synonym)
	end
	return rows
end
L.renderSynonyms = renderSynonyms


local function fetchDetails(qid, item, include_basionym_author, fetch_author)
	item = item or mw.wikibase.getEntity(qid)
	local name, namequalifiers, namereferences = targetStr(item, P_TAXON_NAME)
	local link = qid
	if _linkconfig == "sitelink" then
		link = mw.wikibase.sitelink(qid) or "d:" .. qid
	end
	local authorsstr
	if fetch_author then
		local pubyear = qualifierTargetValue(namequalifiers, P_TAXON_YEAR) or
			targetValue(item, P_TAXON_YEAR)
		-- access year in time representation "+1758-00-00T00:00:00Z"
		local year = pubyear and string.sub(pubyear.time, 2, 5) or '????'
		-- basionym author can be suppressed by not providing an item to search in:
		authorsstr = createAllAuthorsStr(include_basionym_author and item, namequalifiers, year)
	end
	return name, link, authorsstr, namereferences
end
L.fetchDetails = fetchDetails


local function getRank(item, id)
	local rankid = id or chooseByRef(item, P_TAXON_RANK)
	local ranklatin
	if not rankid or rankid == "novalue" then
		rankid = CLADE
	end
	if rankid then
		ranklatin = getLabel(rankid, 'la')
		ranklatin = ranklatin and mw.ustring.lower(ranklatin)
		if rankid == ZOOSECTIO or rankid == ZOOSUBSECTIO then
			ranklatin = 'zoo' .. ranklatin
		end
	end
	return rankid, ranklatin
end


local function taxonParams(qid, item, params, fetch_detail, is_subject, is_parent_extinct, incertae_sedis_ranks)
	local rankid
	local ranklatin
	local level = params["rank[size]"] + 1
	local pf = string.format("rank[%d]", level)
	local is_extinct = is_parent_extinct or isExtinct(item)

	if #incertae_sedis_ranks > 0 then
		local incertae_sedis_vernacular = getLabel(INCERTAE_SEDIS)
		local raw_scientific = getLabel(INCERTAE_SEDIS, 'la')
		local incertae_sedis_formatted = getLink(INCERTAE_SEDIS, nil, i18n("item-format-incertae-sedis"), true)
		for i = #incertae_sedis_ranks, 1, -1 do
			rankid, ranklatin = getRank(nil, incertae_sedis_ranks[i])
			if not (hideranks[rankid] or hideranks[ranklatin]) then
				params["rank[size]"] = level
				params[pf .. "[id]"] = rankid
				params[pf .. "[link]"] = "Q" .. INCERTAE_SEDIS
				params[pf .. "[vernacular]"] = incertae_sedis_vernacular
				params[pf .. "[raw_scientific]"] = raw_scientific
				params[pf .. "[latin]"] = ranklatin
				params[pf .. "[scientific]"] = raw_scientific
				params[pf .. "[taxon]"] = incertae_sedis_formatted
				level = level + 1
				pf = string.format("rank[%d]", level)
			end
		end
	end

	local name, link, authorsstr, namereferences = fetchDetails(qid, item, true, fetch_detail)
	params[pf .. "[references]"] = namereferences
	params[pf .. "[authority]"] = authorsstr
	local vernacular = vernacularName(item)

	rankid, ranklatin = getRank(item)
	if rankid == SUBGENUS and
		string.match(name, "^%w+$") and
		params[string.format("rank[%d][id]", level - 1)] == GENUS then
		-- follow ICZN to prepend genus name in front of subgenus name
		name = string.format("%s (%s)",
			params[string.format("rank[%d][raw_scientific]", level - 1)],
			capitalize(mw.ustring.lower(name)))
	end

	if (hideranks[rankid] or hideranks[ranklatin]) and not usetaxa[qid] then
		-- interrupt since this rank has been hided from display
		return params, is_extinct
	end

	name = name and capitalize(name)
	local ranklatinformat = (code == NOMENCLATURE_ICVCN) and "virus" or ranklatin
	local formatted, sciname = formatTaxon(
		ranklatinformat, qid, name, vernacular, is_subject, is_extinct)

	params["rank[size]"] = level
	params[pf .. "[id]"] = rankid
	params[pf .. "[link]"] = qid
	params[pf .. "[is_monotypic]"] = isMonotypic(item)
	params[pf .. "[vernacular]"] = vernacular
	params[pf .. "[raw_scientific]"] = name
	params[pf .. "[latin]"] = ranklatin
	params[pf .. "[is_extinct]"] = is_extinct
	params[pf .. "[scientific]"] = sciname
	params[pf .. "[is_subject]"] = fetch_detail
	params[pf .. "[taxon]"] = formatted

	return params, is_extinct
end
L.taxonParams = taxonParams


-- performs the loop up the hierarchy using P_TAXON_PARENT
local function iterateRanks(
		qid, count, fetch_detail, child_detailed, child_extinct, params)
	local params = params or {["rank[size]"] = 0, ["synonym[size]"] = 0}
	local item = mw.wikibase.getEntity(qid)

	name = targetStr(item, P_TAXON_NAME)
	if name == 'nil' then
		return params, {}, item
	end

	if not code then
		codeid = next(targetId(item, P_NOMENCLATURE_CODE))
		if codeid and colors[codeid] then
			code = codeid
		end
	end
	if not subcode and colors[tonumber(string.match(qid, "^Q(%d+)"))] then
		subcode = tonumber(string.match(qid, "^Q(%d+)"))
	end
	params["code"] = params["code"] or subcode or code
	params["color"] = colors[params["code"]]

	if not params["virus[genome]"] then
		local genomeid, genomereferences = next(targetId(item, P_VIRUS_GENOME))
		params["virus[genome]"] = genomeid
		if genomereferences and genomereferences.refids then
			params["virus[references]"] = genomereferences.refids
		end
	end

	local nextid, refsquals = chooseByRef(item, P_TAXON_PARENT)
	mw.log('nextid', nextid)
	if visited[nextid] then -- loop detection
		return params, {}, item
	elseif nextid then
		visited[nextid] = true
	end

	local is_subject = fetch_detail
	-- Monotypic taxon can contain extinct taxa,
	-- should not fetch detail in such circumstances
	-- for example: [[Q7105303]]
	local fetch_detail =
		fetch_detail or
		(child_detailed and not child_extinct and isMonotypic(item))
	local is_extinct, is_parent_extinct

	if nextid and (not code or count > 0) then
		params, refs, _, is_parent_extinct = iterateRanks(
			'Q' .. nextid, count - 1, false,
			fetch_detail, isExtinct(item), params)
		if refs then
			for ref, _ in pairs(refs) do
				refsquals.refids[ref] = true
			end
		end
	end
	if count > 0 then
		incertae_sedis_ranks = qualifierTargetId(refsquals.qualifiers, P_INCERTAE_SEDIS)
		params, is_extinct = taxonParams(
			qid, item, params, fetch_detail, is_subject, is_parent_extinct, incertae_sedis_ranks)
	end
	return params, refsquals.refids, item, is_extinct
end
L.iterateRanks = iterateRanks


local function cladusPostfixes(n)
	local plus = ""
	for i = 1, n do
		plus = plus .. "+"
	end
	return plus
end


-- use arguments from second table to override the first table
-- support classical {{taxobox}} parameters like "species", "unranked_ordo"
local function overrideParams(params, overrides)
	overrides = overrides or {}

	for key, val in pairs(overrides) do
		params[key] = overrides[key] or params[key]
	end

	-- classical taxonomic rank params
	local unranked = {}
	for i = 1, params["rank[size]"] do
		local pf = string.format("rank[%d]", i)
		local latin = params[pf .. "[latin]"]
		if latin == "clade" then
			unranked[#unranked + 1] = i
		else
			local txarg = pf .. "[taxon]"
			local atarg = pf .. "[authority]"
			params[txarg] = latin and overrides[latin] or params[txarg]
			params[atarg] = latin and overrides[latin .. "_authority"] or params[atarg]
			for j = #unranked, 1, -1 do
				local txarg = string.format("rank[%d][taxon]", unranked[j])
				local atarg = string.format("rank[%d][authority]", unranked[j])
				local argname = string.format("unranked_%s", latin)
				if j == #unranked then
					params[txarg] = overrides[argname] or overrides[argname .. "1"] or 
						overrides[latin .. "+"] or params[txarg]
					params[atarg] = overrides[argname .. "_authority"] or
						overrides[argname .. "1_authority"] or
						overrides[latin .. "+_authority"] or params[atarg]
				else
					params[txarg] = overrides[string.format('%s%d', argname, #unranked - j + 1)]
						or overrides[latin .. cladusPostfixes(#unranked - j + 1)]
						or params[txarg]
					params[atarg] = overrides[string.format('%s%d_authority', argname, #unranked - j + 1)]
						or overrides[latin .. cladusPostfixes(#unranked - j + 1) .. "_authority"]
						or params[atarg]
				end
			end
			unranked = {}
		end
		if latin == "species" then
			local scarg = pf .. "[scientific]" 
			params[scarg] = overrides["binomial"] or params[scarg]
		elseif ({subspecies=true, varietas=true, forma=true})[latin] then
			local scarg = pf .. "[scientific]" 
			params[scarg] = overrides["trinomial"] or params[scarg]
		end
	end

	return params
end
L.overrideParams = overrideParams


local function getTypeTaxon(qid, item, params)
	item = item or mw.wikibase.getEntity(qid)
	params["image"] = params["image"] or targetStr(item, P_IMAGE)
	params["audio"] = params["audio"] or targetStr(item, P_AUDIO)

	local id, refsquals = next(targetId(item, P_TAXONOMIC_TYPE))
	if not id then return params, nil end

	local typeitem = mw.wikibase.getEntity("Q" .. id)
	local ranklatin
	local rankid = next(targetId(typeitem, P_TAXON_RANK))
	if rankid then
		ranklatin = mw.wikibase.getEntity('Q' .. rankid):getLabel('la')
		if ranklatin then
			ranklatin = mw.ustring.lower(ranklatin)
		end
	end
	if not (ranklatin == "genus" or ranklatin == "species") then return params, nil end
	if ranklatin == "genus" then
		params = getTypeTaxon("Q" .. id, typeitem, params)
	end

	local name, link, authorsstr, namereferences = fetchDetails("Q" .. id, nil, true, true)
	if namereferences then
		for ref, _ in pairs(namereferences) do
			refsquals.refids[ref] = true
		end
	end
	params["type[" .. ranklatin .. "][name]"] = name
	params["type[" .. ranklatin .. "][link]"] = link
	params["type[" .. ranklatin .. "][authority]"] = authorsstr
	params["type[" .. ranklatin .. "][references]"] = refsquals and refsquals.refids

	return params
end
L.getTypeTaxon = getTypeTaxon


local function iterateSynonyms(qid, item, params)
	visited[tonumber(string.match(qid, "^Q(%d+)"))] = true

	params["image"] = params["image"] or targetStr(item, P_IMAGE)
	params["audio"] = params["audio"] or targetStr(item, P_AUDIO)
	params["range_map"] = params["range_map"] or targetStr(item, P_SPREAD_MAP)
	if not (params["era[1][label]"] or params["era[1][time]"]) then
		fossilParams(item, params)
	end
	if not params["iucn_status[id]"] then
		local statusid, statusreferences = next(targetId(item, P_IUCN_STATUS))
		if statusid then
			params["iucn_status[id]"] = statusid
			params["iucn_status[references]"] = statusreferences.refids
			local status = mw.wikibase.getEntity("Q" .. statusid)
			params["iucn_status[image]"] = targetStr(status, P_IMAGE)
			params["iucn_status[label]"] = getLabel(status)
		end
	end
	if not params["rank[" .. params["rank[size]"] .. "][latin]"] then
		local rankid, ranklatin = getRank(item)
		params["rank[" .. params["rank[size]"] .. "][id]"] = rankid
		params["rank[" .. params["rank[size]"] .. "][latin]"] = ranklatin
	end

	local synonyms = {}
	-- forward synonym properties
	for _, property in pairs({P_BASIONYM, P_SYNONYM, P_REPLACED_SYNONYM, P_ORIGINAL_COMBINATION}) do
		for id, refsquals in pairs(targetId(item, property)) do
			synonyms[id] = refsquals
		end
	end
	-- inverse synonym properties
	for _, property in pairs({P_SUBJECT_ROLE, P_INSTANCE_OF}) do
		for id, refsquals in pairs(targetId(item, property)) do
			if (id == PROTONYM or id == BASIONYM or id == SYNONYM_TAXON) and refsquals and refsquals.qualifiers then
				for _, protoid in pairs(qualifierTargetId(refsquals.qualifiers, P_OF)) do
					synonyms[protoid] = refsquals
				end
			end
		end
	end

	for id, refsquals in pairs(synonyms) do
		if id and not visited[id] then -- loop detection
			local synonym_qid = "Q" .. id
			local synonym_item = mw.wikibase.getEntity(synonym_qid)
			local refs
			params, refs = iterateSynonyms(synonym_qid, synonym_item, params)
			
			local name, link, authorsstr, namereferences = fetchDetails(synonym_qid, synonym_item, true, true)
			local level = params["synonym[size]"] + 1
			local pf = string.format("synonym[%d]", level)
			params[pf .. "[link]"] = link
			params[pf .. "[name]"] = name or getLabel(synonym_item)
			params[pf .. "[author]"] = authorsstr
			params["synonym[size]"] = level
			
			if refs then
				for ref, _ in pairs(refs) do
					refsquals.refids[ref] = true
				end
			end
			if namereferences then
				for ref, _ in pairs(namereferences) do
					refsquals.refids[ref] = true
				end
			end
		end
	end
	local ret_refs = refsquals and refsquals.refids
	return params, ret_refs
end
L.iterateSynonyms = iterateSynonyms


-- fetch params should passed to taxobox for the given qid (e.g., qid=Q729412
-- for Heloderma) and count higher levels of the taxon hierarchy.
-- developers: use this method for tests in the debug console, e.g.,
-- p.localFunction("getTaxoboxParams")('Q729412', 5)
local function getTaxoboxParams(qid, count)
	visited = {}
	local params, references, item = iterateRanks(qid, count, true)
	if params["rank[size]"] == 0 then
		return {}
	end
	params["rank[references]"] = references

	local scarg = string.format("rank[%d][scientific]", params["rank[size]"])
	local vnarg = string.format("rank[%d][vernacular]", params["rank[size]"])
	params["name"] = params[vnarg] or params[scarg]

	params, synonym_references = iterateSynonyms(qid, item, params)
	params["synonym[references]"] = synonym_references
	params = getTypeTaxon(qid, item, params)

	return params
end
L.getTaxoboxParams = getTaxoboxParams


local function callbackTaxobox(template, params, overrides, dryrun)
	local content = {}
	local frame = mw.getCurrentFrame()
	params = overrideParams(params, overrides)

	for key, val in pairs(params) do
		if type(val) == "boolean" then
			val = val and "yes" or "no"
		elseif type(val) == "table" and
			string.match(key, "%[references%]$") then
			local refs = {}
			for r, _ in pairs(val) do
				table.insert(refs, r)
			end
			val = table.concat(refs, " ")
		end
		if dryrun then
			content[#content + 1] = string.format(
				"|%s = %s", key, val)
		else
			params[key] = val
		end
	end

	if dryrun then
		table.sort(content, function(a, b)
			a = string.gsub(a, "%[(%d+)%]", function(i)
				return "[" .. string.rep("0", 3 - #i) .. i .. "]"
			end)
			b = string.gsub(b, "%[(%d+)%]", function(i)
				return "[" .. string.rep("0", 3 - #i) .. i .. "]"
			end)
			return a < b
		end)
		content = "{{" .. template .. "\n" ..
			table.concat(content, "\n") .. "\n}}\n"
		content = frame:callParserFunction("#tag", "nowiki", content)
		return mw.text.tag("pre", {}, content)
	else
		return frame:expandTemplate{title=template, args=params}
	end
end
L.callbackTaxobox = callbackTaxobox


-- creates the taxobox from giving params
local function renderTaxobox(params, overrides)
	local content = {}
	params = overrideParams(params, overrides)

	local color = params.color

	-- title
	content[#content + 1] = renderTableHead(params.name, color)

	-- image
	if params.image then
		content[#content + 1] = renderTableRow(
			"[[File:" .. params.image .. "|lang=" .. getLang() .. "|220px|.]]")
	end

	-- fossil era
	if params["era[1][id]"] then
		content[#content + 1] = renderFossilEra(params)
	end

	-- ranks
	if params["rank[size]"] > 0 then
		local refstr = references(params["rank[references]"]) or ""
		content[#content + 1] = renderTableHead(
			capitalize(params["virus[genome]"]
				and getLink(VIRUS_CLASSIFICATION, nil, nil, nil, true)
				or  getLink(SYSTEMATICS, nil, nil, nil, true))
			.. refstr, color)
		local taxondetails = {}
		for i = 1, params["rank[size]"] do
			local row, detailrows = renderRank(i, params)
			content[#content + 1] = row
			taxondetails[#taxondetails + 1] = table.concat(detailrows)
		end
		content[#content + 1] = table.concat(taxondetails)
	end
	
	-- synonyms
	if params["synonym[size]"] > 0 then
		local refstr = references(params["synonym[references]"])
		content[#content + 1] = renderTableHead(
			capitalize(getLink(SYNONYM_TAXON, nil, nil, nil, true)) .. refstr, color)
		content[#content + 1] = mw.text.tag(
			'tr', {colspan='2'}, mw.text.tag(
				'td', {colspan='2'}, mw.text.tag(
					'ul', {}, renderSynonyms(params))))
	end
	
	-- type taxons
	for header, rank in pairs({[TYPE_GENUS] = "genus", [TYPE_SPECIES] = "species"}) do
		if params["type[" .. rank .. "][name]"] then
			local refstr = references(params["type[" .. rank .. "][references]"])
			content[#content + 1] = renderTableHead(
				capitalize(getLink(header, nil, nil, nil, true)) .. refstr, color)
			local typetaxon = namedStringFormat{i18n("item-format-parent-without-vernacular-name"),
				link = params["type[" .. rank .. "][link]"],
				scientific = formatScientificName(rank, params["type[" .. rank .. "][name]"])}
			content[#content + 1] = renderTableRow(typetaxon)
			content[#content + 1] = renderTableRow(params["type[" .. rank .. "][authority]"], "font-variant: small-caps;")
		end
	end

	-- subdivision
	if params.subdivision and params.subdivision ~= "" then
		content[#content + 1] = renderTableHead(i18n('subdivision-ranks'), color)
		content[#content + 1] = mw.text.tag(
			'tr', {colspan='2'}, mw.text.tag(
				'td', {colspan='2', style=css}, params["subdivision"]))
	end

	-- range map
	if params.range_map then
		content[#content + 1] = renderTableHead(i18n('range-map'), color)
		content[#content + 1] = renderTableRow(
			"[[File:" .. params.range_map .. "|lang=" .. getLang() .. "|220px|.]]")
	end

	-- iucn status
	if params["iucn_status[id]"] then
		content[#content + 1] = renderIUCNStatus(params)
	end

	-- audio
	if params.audio then
		content[#content + 1] = renderTableHead(
			getLink(P_AUDIO, nil, nil, nil, true), color)
		content[#content + 1] =
			renderTableRow("[[File:" .. params.audio .. "]]")
	end

	return mw.text.tag('table', {
		style = [[
			width: 200px; border-width: 1px; float: right;
			border-style: solid; background-color: #f9f9f9;
		]]
	}, table.concat(content))
end
L.renderTaxobox = renderTaxobox


if debug then
	function p.debugParams(params)
		mw.log("Start of logging params")
		mw.log(string.rep("=", 20))
		for k, v in pairs(params) do
			mw.log(k, v)
		end
		mw.log("End of logging params")
	end

	function p.localFunction(name)
		return L[name]
	end
end


function p.taxobox(frame)
	local config = parseConfig(frame.args)
	local qid = frame.args.qid or mw.wikibase.getEntityIdForCurrentPage()
	local params = getTaxoboxParams(qid, config.count)
	return renderTaxobox(params, frame.args)
end


function p.callback(frame)
	local config = parseConfig(frame.args)
	local qid = frame.args.qid or mw.wikibase.getEntityIdForCurrentPage()
	local template = frame.args.template or "Taxobox"
	local params = getTaxoboxParams(qid, config.count)
	return callbackTaxobox(template, params, frame.args, config.dryrun)
end


return p
Retrieved from "https://www.wikidata.org/w/index.php?title=Module:Taxobox&oldid=2030815681"