local export = {}
--[=[
Authorship: Ben Wing <benwing2>
This module implements {{pt-verb form of}}, {{ca-verb form of}}, {{gl-verb form of}} and {{gl-reinteg-verb form of}},
which automatically generate the appropriate inflections of a non-lemma verb form given the form and the conjugation
spec for the verb (which is usually just the infinitive; see {{pt-conj}}/{{pt-verb}}, {{ca-conj}}/{{ca-verb}},
{{gl-conj}}/{{gl-verb}} and {{gl-reinteg-conj}}/{{gl-reinteg-verb}}).
]=]
local m_links = require("Module:links")
local m_table = require("Module:table")
local m_form_of = require("Module:form of")
local accel_module = "Module:accel"
local pt_verb_module = "Module:pt-verb"
local ca_verb_module = "Module:ca-verb"
local gl_verb_module = "Module:gl-verb"
local gl_reinteg_verb_module = "Module:gl-reinteg-verb"
local rmatch = mw.ustring.match
local rfind = mw.ustring.find
local rsplit = mw.text.split
local usub = mw.ustring.sub
local function pt_extract_labels(formobj)
local labels = {}
local form = formobj.form
local footnotes = formobj.footnotes
local m_pt_verb = require(pt_verb_module)
if not not form:find(m_pt_verb.VAR_BR) or footnotes and m_table.contains(footnotes, "[Brazil]") or
footnotes and m_table.contains(footnotes, "[Brazil only]") then
table.insert(labels, "Brazilian Portuguese verb form")
end
if not not form:find(m_pt_verb.VAR_PT) or footnotes and m_table.contains(footnotes, "[Portugal]") or
footnotes and m_table.contains(footnotes, "[Portugal only]") then
table.insert(labels, "European Portuguese verb form")
end
if not not form:find(m_pt_verb.VAR_SUPERSEDED) or footnotes and m_table.contains(footnotes, "[superseded]") then
table.insert(labels, "superseded")
end
return labels
end
local function gl_reinteg_extract_labels(formobj)
local labels = {"[[Appendix:Reintegrationism|reintegrationist]] norm"}
local form = formobj.form
local footnotes = formobj.footnotes
local m_gl_reinteg_verb = require(gl_reinteg_verb_module)
if not not form:find(m_gl_reinteg_verb.ALTVAR) or footnotes and m_table.contains(footnotes, "[less recommended]") then
table.insert(labels, "less recommended")
end
return labels
end
local norm_properties = {
pt = {
verb_module = pt_verb_module,
lang = require("Module:languages").getByCode("pt"),
langcode = "pt",
extract_labels = pt_extract_labels,
remove_variant_codes = true,
},
ca = {
verb_module = ca_verb_module,
lang = require("Module:languages").getByCode("ca"),
langcode = "ca",
remove_variant_codes = false,
},
gl = {
verb_module = gl_verb_module,
lang = require("Module:languages").getByCode("gl"),
langcode = "gl",
remove_variant_codes = false,
},
["gl-reinteg"] = {
verb_module = gl_reinteg_verb_module,
lang = require("Module:languages").getByCode("gl"),
langcode = "gl",
extract_labels = gl_reinteg_extract_labels,
remove_variant_codes = true,
},
}
local function track(page)
require("Module:debug/track")("romance inflections/" .. page)
return true
end
local function generate_inflection_of(tag_sets, lemma, pretext, args, norm)
local lang = norm_properties[norm].lang
for _, tag_set in ipairs(tag_sets) do
tag_set.tags = rsplit(tag_set.tag, "|")
tag_set.tag = nil
end
local has_multiple_tag_sets = #tag_sets > 1
-- If only one tag, extract out the "combined with ..." text and move into posttext=, which goes after the lemma.
-- FIXME: No support for clitic combinations currently for Portuguese or Galician, although maybe we should add it.
local posttext
if #tag_sets == 1 then
local tags = tag_sets[1].tags
local last_tag = tags[#tags]
if last_tag:match("^combined with .*$") then
-- NOTE: table.remove() side-effects the list by removing and returning the last item.
posttext = " " .. table.remove(tags)
end
end
local function hack_clitics(text)
return text:gsub("%[%[(.-)%]%]", function(pronoun) return m_links.full_link({term = pronoun, lang = lang}, "term") end)
end
-- Hack to convert raw-linked pronouns e.g. in 'combined with [[te]]' to Portuguese-linked pronouns.
for _, tag_set in ipairs(tag_sets) do
for i, tag in ipairs(tag_set.tags) do
if tag:find("%[%[") then
tag_set.tags[i] = hack_clitics(tag)
end
end
end
posttext = posttext and hack_clitics(posttext) or nil
local lemma_obj = {
lang = lang,
term = lemma,
gloss = args.t,
pos = args.pos,
lit = args.lit,
id = args.id,
}
if has_multiple_tag_sets then
tag_sets = require(accel_module).combine_tag_sets_into_multipart(tag_sets, lang, "verb")
end
return m_form_of.tagged_inflections {
lang = lang, tag_sets = tag_sets, lemmas = {lemma_obj}, lemma_face = "term", pretext = pretext,
posttext = posttext, POS = "verb",
}
end
function export.verb_form_of(frame)
local norm = frame.args.norm
if not norm then
error("Frame (invocation) argument norm= must be specified")
end
if not norm_properties[norm] then
local valid_norms = {}
for k, v in pairs(norm_properties) do
table.insert(valid_norms, k)
end
table.sort(valid_norms)
error("Unrecognized value for norm=; possible values are " .. table.concat(valid_norms, ", "))
end
local langcode = norm_properties[norm].langcode
local parargs = frame:getParent().args
local params = {
[1] = {required = true},
["noautolinktext"] = {type = "boolean"},
["noautolinkverb"] = {type = "boolean"},
["pagename"] = {}, -- for testing/documentation pages
["json"] = {type = "boolean"}, -- for bot use
["slots"] = {}, -- restrict to only these slots
["noslots"] = {}, -- restrict to all but these slots
["t"] = {},
["gloss"] = {alias_of = "t"},
["lit"] = {},
["pos"] = {},
["id"] = {},
}
local m_verb_module = require(norm_properties[norm].verb_module)
local args = require("Module:parameters").process(parargs, params)
local alternant_multiword_spec = m_verb_module.do_generate_forms(args, ("%s-verb form of"):format(norm))
local function remove_variant_codes(form)
if norm_properties[norm].remove_variant_codes then
return m_verb_module.remove_variant_codes(form)
else
return form
end
end
local function extract_labels(formobj)
if norm_properties[norm].extract_labels then
return norm_properties[norm].extract_labels(formobj)
else
return {}
end
end
local non_lemma_form = alternant_multiword_spec.verb_form_of_form
local lemmas = {}
if not alternant_multiword_spec.forms.infinitive then
error("Internal error: No infinitive?")
end
for _, formobj in ipairs(alternant_multiword_spec.forms.infinitive) do
m_table.insertIfNot(lemmas, m_links.remove_links(formobj.form))
end
-- FIXME: Consider supporting multiple lemmas.
local lemma = lemmas[1]
local slot_restrictions = args.slots and m_table.listToSet(rsplit(args.slots, ",")) or nil
local negated_slot_restrictions = args.noslots and m_table.listToSet(rsplit(args.noslots, ",")) or nil
local tags = {}
local slots_seen = {}
local function loop_over_verb_slots(verb_slots)
for _, slot_accel in ipairs(verb_slots) do
local slot, accel = unpack(slot_accel)
-- If used on the infinitive page, don't include the infinitive as a form.
if slot ~= "infinitive" and slot ~= "infinitive_linked" then
local forms = alternant_multiword_spec.forms[slot]
if forms then
for _, formobj in ipairs(forms) do
local labels = extract_labels(formobj)
local form = remove_variant_codes(m_links.remove_links(mw.ustring.toNFC(formobj.form)))
if non_lemma_form == form then
if (not slot_restrictions or slot_restrictions[slot]) and (
not negated_slot_restrictions or not negated_slot_restrictions[slot]
) then
m_table.insertIfNot(tags, {tag = accel, labels = labels})
end
if slot_restrictions or negated_slot_restrictions then
slots_seen[slot] = true
end
end
end
end
end
end
end
local function check_slot_restrictions_against_slots_seen()
local function get_slots_seen()
local slots_seen_list = {}
for slot, _ in pairs(slots_seen) do
table.insert(slots_seen_list, slot)
end
table.sort(slots_seen_list)
return slots_seen_list
end
local function check_against_slots_seen(restrictions, prefix)
for slot, _ in pairs(restrictions) do
if not slots_seen[slot] then
error(("%sslot restriction for slot '%s' had no effect (typo?) because it is not any of the slots matching form '%s' for verb '%s': possible values %s"):format(
prefix, slot, non_lemma_form, lemma, table.concat(get_slots_seen(), ",")))
end
end
end
if slot_restrictions then
check_against_slots_seen(slot_restrictions, "")
end
if negated_slot_restrictions then
check_against_slots_seen(negated_slot_restrictions, "negated ")
end
end
loop_over_verb_slots(alternant_multiword_spec.verb_slots_basic)
if next(slots_seen) then
check_slot_restrictions_against_slots_seen()
end
if #tags > 0 then
return generate_inflection_of(tags, lemma, nil, args, norm)
end
-- If we don't find any matches, we try again, looking for non-reflexive forms of reflexive-only verbs.
slots_seen = {}
if alternant_multiword_spec.refl and not lemma:find(" ") then
local refl_forms_to_tags = {}
for _, slot_accel in ipairs(alternant_multiword_spec.verb_slots_basic) do
local slot, accel = unpack(slot_accel)
local part_forms = alternant_multiword_spec.forms[slot .. "_non_reflexive"]
local full_forms = alternant_multiword_spec.forms[slot]
local variant_forms = alternant_multiword_spec.forms[slot .. "_variant"]
-- Make sure same number of part and full forms, otherwise we can't match them up.
if part_forms and full_forms and #part_forms == #full_forms and (
not variant_forms or #part_forms == #variant_forms) then
-- Find part form the same as the non-lemma form we're generating the inflection(s) of,
-- and accumulate properties into refl_forms_to_tags.
for i, part_form in ipairs(part_forms) do
local labels = extract_labels(part_form)
local form = remove_variant_codes(m_links.remove_links(mw.ustring.toNFC(part_form.form)))
if non_lemma_form == form then
if (not slot_restrictions or slot_restrictions[slot]) and (
not negated_slot_restrictions or not negated_slot_restrictions[slot]
) then
local saw_existing = false
for _, refl_form_to_tags in ipairs(refl_forms_to_tags) do
if refl_form_to_tags.form == remove_variant_codes(full_forms[i].form) then
table.insert(refl_form_to_tags.tags, {tag = accel, labels = labels})
saw_existing = true
break
end
end
if not saw_existing then
table.insert(refl_forms_to_tags, {
form = remove_variant_codes(full_forms[i].form),
tags = {{tag = accel, labels = labels}},
variant = variant_forms and remove_variant_codes(variant_forms[i].form),
})
end
end
if slot_restrictions or negated_slot_restrictions then
slots_seen[slot] = true
end
end
end
end
end
if next(slots_seen) then
check_slot_restrictions_against_slots_seen()
end
if #refl_forms_to_tags > 0 then
local parts = {}
for _, refl_form_to_tags in ipairs(refl_forms_to_tags) do
local only_used_in
if refl_form_to_tags.variant then
only_used_in =
frame:preprocess(("{{only used in|%s|%s|nocap=1}}, <span class='use-with-mention'>syntactic variant of {{m|%s|%s}}</span>"):format(
langcode, refl_form_to_tags.variant, langcode, refl_form_to_tags.form))
else
only_used_in =
frame:preprocess(("{{only used in|%s|%s|nocap=1}}"):format(langcode, refl_form_to_tags.form))
end
if refl_form_to_tags.form == lemma then
table.insert(parts, only_used_in)
else
local infl = generate_inflection_of(refl_form_to_tags.tags, lemma, only_used_in .. ", ", args, norm)
table.insert(parts, infl)
end
end
return table.concat(parts, "\n# ")
end
end
error(("'%s' is not any of the forms of the verb '%s'"):format(non_lemma_form, table.concat(lemmas, "/")))
end
return export
