annatto 0.50.0

Converts linguistic data formats based on the graphANNIS data model as intermediate representation and can apply consistency tests.
Documentation 
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use std::vec;

use super::*;

#[test]
fn parse_sequence() {
    let textgrid = TextGridParser::parse(Rule::textgrid, &include_str!("empty.TextGrid"))
        .unwrap()
        .next()
        .unwrap();

    // TextGrid fields are only a *flat* sequence of numbers, text and flags
    let pairs: Vec<_> = textgrid.into_inner().collect();
    assert_eq!(7, pairs.len());

    assert_eq!(Rule::number, pairs[0].as_rule());
    assert_eq!("123", pairs[0].as_str());

    assert_eq!(Rule::number, pairs[1].as_rule());
    assert_eq!("2045.144149659864", pairs[1].as_str());

    assert_eq!(Rule::flag, pairs[2].as_rule());
    assert_eq!("<exists>", pairs[2].as_str());

    assert_eq!(Rule::number, pairs[3].as_rule());
    assert_eq!("0", pairs[3].as_str());

    assert_eq!(Rule::text, pairs[4].as_rule());
    assert_eq!("\"value\"", pairs[4].as_str());

    assert_eq!(Rule::text, pairs[5].as_rule());
    assert_eq!("\"value\"", pairs[5].as_str());

    assert_eq!(Rule::EOI, pairs[6].as_rule());
}

fn assert_john_mary_equal(tg: TextGrid) {
    assert_eq!(0.0, tg.xmin);
    assert_eq!(2.3, tg.xmax);
    assert_eq!(3, tg.items.len());

    assert_eq!(
        tg.items[0].clone(),
        TextGridItem::Interval {
            name: "Mary".to_string(),
            xmin: 0.0,
            xmax: 2.3,
            intervals: vec![Interval {
                xmin: 0.0,
                xmax: 2.3,
                text: String::default(),
            }]
        }
    );

    assert_eq!(
        tg.items[1].clone(),
        TextGridItem::Interval {
            name: "John".to_string(),
            xmin: 0.0,
            xmax: 2.3,
            intervals: vec![Interval {
                xmin: 0.0,
                xmax: 2.3,
                text: String::default(),
            }]
        }
    );

    assert_eq!(
        tg.items[2].clone(),
        TextGridItem::Text {
            name: "bell".to_string(),
            xmin: 0.0,
            xmax: 2.3,
            points: vec![]
        }
    );
}

#[test]
fn parse_maryjohn() {
    let tg = TextGrid::parse(include_str!("maryjohn.TextGrid")).unwrap();
    assert_john_mary_equal(tg);

    let tg = TextGrid::parse(include_str!("maryjohn_short.TextGrid")).unwrap();
    assert_john_mary_equal(tg);

    let tg = TextGrid::parse(include_str!("maryjohn_comments.TextGrid")).unwrap();
    assert_john_mary_equal(tg);
}

#[test]
fn parse_maryjohn_comment() {
    let tg = TextGrid::parse(include_str!("maryjohn_comments.TextGrid")).unwrap();
    assert_john_mary_equal(tg);
}

#[test]
fn parse_maryjohn_short() {
    let tg = TextGrid::parse(include_str!("maryjohn_short.TextGrid")).unwrap();
    assert_john_mary_equal(tg);
}

#[test]
fn parse_complex() {
    let tg = TextGrid::parse(include_str!("complex.TextGrid")).unwrap();
    assert_eq!(0.0, tg.xmin);
    assert_eq!(2.3, tg.xmax);
    assert_eq!(3, tg.items.len());

    assert_eq!(
        tg.items[0].clone(),
        TextGridItem::Interval {
            name: "sentence".to_string(),
            xmin: 0.0,
            xmax: 2.3,
            intervals: vec![Interval {
                xmin: 0.0,
                xmax: 2.3,
                text: "říkej \"ahoj\" dvakrát".to_string(),
            }]
        }
    );

    assert_eq!(
        tg.items[1].clone(),
        TextGridItem::Interval {
            name: "phonemes".to_string(),
            xmin: 0.0,
            xmax: 2.3,
            intervals: vec![
                Interval {
                    xmin: 0.0,
                    xmax: 0.7,
                    text: "r̝iːkɛj".to_string(),
                },
                Interval {
                    xmin: 0.7,
                    xmax: 1.6,
                    text: "ʔaɦɔj".to_string(),
                },
                Interval {
                    xmin: 1.6,
                    xmax: 2.3,
                    text: "dʋakraːt".to_string(),
                }
            ]
        }
    );

    assert_eq!(
        tg.items[2].clone(),
        TextGridItem::Text {
            name: "bell".to_string(),
            xmin: 0.0,
            xmax: 2.3,
            points: vec![
                Point {
                    number: 0.9,
                    mark: "ding".to_string()
                },
                Point {
                    number: 1.3,
                    mark: "dong".to_string()
                },
            ]
        }
    );
}