use crate::block_parser::{BlocksFromCommentsParser, BlocksParser};
use crate::language_parsers;
use crate::language_parsers::CommentsParser;
pub(super) fn parser() -> anyhow::Result<impl BlocksParser> {
Ok(BlocksFromCommentsParser::new(comments_parser()?))
}
fn comments_parser() -> anyhow::Result<impl CommentsParser> {
let scala_language = tree_sitter_scala::LANGUAGE.into();
let parser = language_parsers::c_style_line_and_block_comments_parser(
&scala_language,
"comment",
"block_comment",
);
Ok(parser)
}
#[cfg(test)]
mod tests {
use super::*;
use crate::{Position, language_parsers::Comment};
#[test]
fn parses_comments_correctly() -> anyhow::Result<()> {
let mut comments_parser = comments_parser()?;
let comments: Vec<Comment> = comments_parser
.parse(
r#"
// This is a single line comment
object Main {
val x = 42 // inline comment
/* This is a block comment
spanning multiple lines
*/
}
"#,
)
.collect();
assert_eq!(
comments,
vec![
Comment {
position_range: Position::new(2, 1)..Position::new(2, 33),
source_range: 1..33,
comment_text: " This is a single line comment".to_string()
},
Comment {
position_range: Position::new(4, 14)..Position::new(4, 31),
source_range: 61..78,
comment_text: " inline comment".to_string()
},
Comment {
position_range: Position::new(6, 3)..Position::new(8, 5),
source_range: 82..139,
comment_text: " This is a block comment\n spanning multiple lines\n "
.to_string()
},
]
);
Ok(())
}
}