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use base_db::DocumentData;
use rowan::{ast::AstNode, TextRange};
use syntax::{bibtex, latex};
use crate::util::cursor::CursorContext;
use super::builder::CompletionBuilder;
pub fn complete<'db>(
context: &'db CursorContext,
builder: &mut CompletionBuilder<'db>,
) -> Option<()> {
let token = context.cursor.as_tex()?;
let range = if token.kind() == latex::WORD {
latex::Key::cast(token.parent()?)
.map(|key| latex::small_range(&key))
.or_else(|| {
token
.parent()
.and_then(latex::Text::cast)
.map(|text| latex::small_range(&text))
})?
} else {
TextRange::empty(context.offset)
};
check_citation(context).or_else(|| check_acronym(context))?;
for document in &context.project.documents {
let DocumentData::Bib(data) = &document.data else { continue };
for entry in data.root_node().children().filter_map(bibtex::Entry::cast) {
builder.citation(range, document, &entry);
}
}
Some(())
}
fn check_citation(context: &CursorContext) -> Option<()> {
let (_, _, group) = context.find_curly_group_word_list()?;
latex::Citation::cast(group.syntax().parent()?)?;
Some(())
}
fn check_acronym(context: &CursorContext) -> Option<()> {
let token = context.cursor.as_tex()?;
let pair = token
.parent_ancestors()
.find_map(latex::KeyValuePair::cast)?;
if pair.key()?.to_string() != "cite" {
return None;
}
latex::AcronymDeclaration::cast(pair.syntax().parent()?.parent()?.parent()?)?;
Some(())
}
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