fn test_parser_jacoco_kotlin()

in src/parser.rs [2088:2159]

• 68 lines of code
• 3 McCabe index (conditional complexity)

    fn test_parser_jacoco_kotlin() {
        let mut lines: BTreeMap<u32, u64> = BTreeMap::new();
        for i in &[
            (5, 0),
            (9, 0),
            (14, 0),
            (27, 0),
            (30, 0),
            (32, 0),
            (41, 0),
            (49, 0),
            (57, 0),
            (65, 0),
            (73, 0),
            (81, 0),
            (89, 0),
            (97, 0),
            (104, 0),
            (105, 0),
            (106, 0),
            (107, 0),
            (108, 0),
            (109, 0),
            (110, 0),
            (111, 0),
            (112, 0),
            (118, 0),
            (119, 0),
            (120, 0),
        ] {
            lines.insert(i.0, i.1);
        }

        let mut functions: FunctionMap = FxHashMap::default();
        for (name, start, executed) in vec![
            ("Breakpoint#getEntries", 112, false),
            ("BreakpointValue#xxsmall", 49, false),
            ("Breakpoint#<clinit>", 104, false),
            ("BreakpointValue#xxlarge", 97, false),
            ("BreakpointValue#none", 41, false),
            ("BreakpointValue#xlarge", 89, false),
            ("BreakpointValue#setValue", 26, false),
            ("BreakpointValue#<init>", 5, false),
            ("BreakpointValue#getBreakpointValueMap", 14, false),
            ("BreakpointDirection#getEntries", 120, false),
            ("BreakpointValue#small", 65, false),
            ("BreakpointDirection#<clinit>", 118, false),
            ("BreakpointValue#xsmall", 57, false),
            ("BreakpointValue#large", 81, false),
            ("BreakpointValue#medium", 73, false),
        ] {
            functions.insert(String::from(name), Function { start, executed });
        }

        let mut branches: BTreeMap<u32, Vec<bool>> = BTreeMap::new();
        branches.insert(26, vec![false, false, false, false]);

        let expected = vec![(
            String::from("BreakpointValue.kt"),
            CovResult {
                lines,
                branches,
                functions,
            },
        )];

        let f =
            File::open("./test/jacoco/kotlin-jacoco-report.xml").expect("Failed to open xml file");
        let file = BufReader::new(&f);
        let results = parse_jacoco_xml_report(file).unwrap();
        assert_eq!(results, expected);
    }