Module:vec-conj
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- The following documentation is located at Module:vec-conj/documentation. Categories were auto-generated by Module:module categorization.
- Useful links: subpage list • links • transclusions • testcases • sandbox
local m_gen_num = require("Module:gender and number")
local m_links = require("Module:links")
local m_utilities = require("Module:utilities")
local m_infl = require("Module:vec-conj/data")
local lang = require("Module:languages").getByCode("vec")
local clitics = { = "(te) ", = "(el/ła) ", = "(i/łe) "}
local export = {}
-- Shows forms with links, or a dash if empty
local function show_form(subforms, form_name)
if not subforms then
return "—"
elseif type(subforms) ~= "table" then
error("a non-table value was given in the list of inflected forms.")
elseif #subforms == 0 then
return "—"
end
local ret = {}
local form_cl = ""
if clitics then
form_cl = clitics
end
-- Go over each subform and insert links
for key, subform in ipairs(subforms) do
table.insert(ret, form_cl .. m_links.full_link({lang = lang, term = subform}))
end
return table.concat(ret, ", ")
end
-- Shows the table with the given forms
local function make_table(data)
local ret = {[=[* Venetan conjugation varies from one region to another. Hence, the following conjugation should be considered as typical, not as exhaustive.
<div class="NavFrame">
<div class="NavHead">Conjugation of ]=]}
table.insert(ret, m_links.full_link({lang = lang, alt = data.forms.inf}, "term") .. " (" .. data.conj .. ")</div>\n")
table.insert(ret, [=[<div class="NavContent">
{| class="roa-inflection-table" data-toggle-category="inflection"
|-
! class="roa-nonfinite-header" | infinitive
| ]=])
table.insert(ret, show_form(data.forms.inf) .. "\n")
table.insert(ret, [=[
|-
! colspan="2" class="roa-nonfinite-header" | auxiliary verb
| ]=])
table.insert(ret, show_form(data.forms.aux) .. "\n")
table.insert(ret, [=[
! colspan="2" class="roa-nonfinite-header" | gerund
| colspan="2" | ]=])
table.insert(ret, show_form(data.forms.gerund) .. "\n")
table.insert(ret, [=[
|-
! colspan="2" class="roa-nonfinite-header" | past participle
| colspan="2" | ]=])
table.insert(ret, show_form(data.forms.past_part) .. "\n")
table.insert(ret, [=[
|-
! rowspan="2" class="roa-person-number-header" | person
! colspan="3" class="roa-person-number-header" | singular
! colspan="3" class="roa-person-number-header" | plural
|-
! class="roa-person-number-header" style="width:12.5%;" | first
! class="roa-person-number-header" style="width:12.5%;" | second
! class="roa-person-number-header" style="width:12.5%;" | third
! class="roa-person-number-header" style="width:12.5%;" | first
! class="roa-person-number-header" style="width:12.5%;" | second
! class="roa-person-number-header" style="width:12.5%;" | third
|-
! class="roa-indicative-left-rail" | indicative
! class="roa-indicative-left-rail" | mi
! class="roa-indicative-left-rail" | ti
! class="roa-indicative-left-rail" | eło / eła
! class="roa-indicative-left-rail" | noialtri / noialtre
! class="roa-indicative-left-rail" | voialtri / voialtre
! class="roa-indicative-left-rail" | łuri / łore
|-
! class="roa-indicative-left-rail" style="height:3em;" | present
]=])
table.insert(ret, "| " .. show_form(data.forms.pres_ind_1sg) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.pres_ind_2sg, "2sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.pres_ind_3sg, "3sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.pres_ind_1pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.pres_ind_2pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.pres_ind_3pl, "3pl") .. "\n")
table.insert(ret, [=[
|-
! class="roa-indicative-left-rail" style="height:3em;" | imperfect
]=])
table.insert(ret, "| " .. show_form(data.forms.impf_ind_1sg) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impf_ind_2sg, "2sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impf_ind_3sg, "3sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impf_ind_1pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impf_ind_2pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impf_ind_3pl, "3pl") .. "\n")
table.insert(ret, [=[
|-
! class="roa-indicative-left-rail" style="height:3em;" | future
]=])
table.insert(ret, "| " .. show_form(data.forms.futr_ind_1sg) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.futr_ind_2sg, "2sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.futr_ind_3sg, "3sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.futr_ind_1pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.futr_ind_2pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.futr_ind_3pl, "3pl") .. "\n")
table.insert(ret, [=[
|-
! class="roa-indicative-left-rail" style="height:3em;" | conditional
]=])
table.insert(ret, "| " .. show_form(data.forms.cond_ind_1sg) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.cond_ind_2sg, "2sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.cond_ind_3sg, "3sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.cond_ind_1pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.cond_ind_2pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.cond_ind_3pl, "3pl") .. "\n")
table.insert(ret, [=[
|-
! class="roa-subjunctive-left-rail" | subjunctive
! class="roa-subjunctive-left-rail" | che mi
! class="roa-subjunctive-left-rail" | che ti
! class="roa-subjunctive-left-rail" | che eło / eła
! class="roa-subjunctive-left-rail" | che noialtri / noialtre
! class="roa-subjunctive-left-rail" | che voialtri / voialtre
! class="roa-subjunctive-left-rail" | che łuri / łore
|-
! class="roa-subjunctive-left-rail" style="height:3em;" | present
]=])
table.insert(ret, "| " .. show_form(data.forms.pres_sub_1sg) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.pres_sub_2sg, "2sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.pres_sub_3sg, "3sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.pres_sub_1pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.pres_sub_2pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.pres_sub_3pl, "3pl") .. "\n")
table.insert(ret, [=[
|-
! class="roa-subjunctive-left-rail" style="height:3em;" | imperfect
]=])
table.insert(ret, "| " .. show_form(data.forms.impf_sub_1sg) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impf_sub_2sg, "2sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impf_sub_3sg, "3sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impf_sub_1pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impf_sub_2pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impf_sub_3pl,"3pl") .. "\n")
table.insert(ret, [=[
|-
! rowspan="2" class="roa-imperative-left-rail" style="height:3em;" | imperative
! class="roa-imperative-left-rail" | —
! class="roa-imperative-left-rail" | ti
! class="roa-imperative-left-rail" | eło / eła
! class="roa-imperative-left-rail" | noialtri / noialtre
! class="roa-imperative-left-rail" | voialtri / voialtre
! class="roa-imperative-left-rail" | łuri / łore
|-
| —
]=])
table.insert(ret, "| " .. show_form(data.forms.impr_2sg, "2sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impr_3sg, "3sg") .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impr_1pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impr_2pl) .. "\n")
table.insert(ret, "| " .. show_form(data.forms.impr_3pl, "3pl") .. "\n")
table.insert(ret, [=[
|}
</div></div>]=])
return require("Module:TemplateStyles")("Module:roa-verb/style.css") .. table.concat(ret)
end
-- Main entry point
function export.show(frame)
local args = mw.clone(frame:getParent().args)
-- Create the forms
local data = {forms = {}, categories = {}}
if mw.title.getCurrentTitle().nsText ~= "" then return end
local word = args or mw.title.getCurrentTitle().text
local last3 = mw.ustring.sub(word, -3, -1)
local last2 = mw.ustring.sub(word, -2, -1)
if m_infl then
args = m_infl.get_stem(word)
m_infl(args, data)
elseif m_infl then
args = m_infl.get_stem(word)
m_infl(args, data)
elseif m_infl then
args = m_infl.get_stem(word)
-- Distinguishing first and second conjugation -ar verbs
if mw.ustring.match(word, "?ar$") or args.conj == "2nd" then
m_infl(args, data)
else
m_infl(args, data)
end
else
error("Inflection for " .. word .. " not found.")
end
return make_table(data) .. m_utilities.format_categories(data.categories, lang)
end
return export