Function or_join

tests/or_test.rs:296–344

()

#[test]
fn or_join() {
    let data = vec![
        TxData::add(1, ":name", String("Ivan".to_string())),
        TxData::add(1, ":age", Number(10)),
        TxData::add(2, ":name", String("Ivan".to_string())),
        TxData::add(2, ":age", Number(20)),
        TxData::add(3, ":name", String("Oleg".to_string())),
        TxData::add(3, ":age", Number(10)),
        TxData::add(4, ":name", String("Oleg".to_string())),
        TxData::add(4, ":age", Number(20)),
        TxData::add(5, ":name", String("Ivan".to_string())),
        TxData::add(5, ":age", Number(10)),
        TxData::add(6, ":name", String("Ivan".to_string())),
        TxData::add(6, ":age", Number(20)),
    ];

    run_cases(vec![Case {
        description: "[:find ?e 
                           :where
                           (or-join [?e]
                             [?e :name ?n]
                             (and [?e :age ?a] [?e :name ?n]))]",
        plan: Plan::Union(Union {
            variables: vec![0],
            plans: vec![
                Plan::Hector(Hector {
                    variables: vec![0],
                    bindings: vec![Binding::attribute(0, ":name", 2)],
                }),
                Plan::Hector(Hector {
                    variables: vec![0],
                    bindings: vec![
                        Binding::attribute(0, ":age", 1),
                        Binding::attribute(0, ":name", 2),
                    ],
                }),
            ],
        }),
        transactions: vec![data.clone()],
        expectations: vec![vec![
            (vec![Eid(1)], 0, 1),
            (vec![Eid(2)], 0, 1),
            (vec![Eid(3)], 0, 1),
            (vec![Eid(4)], 0, 1),
            (vec![Eid(5)], 0, 1),
            (vec![Eid(6)], 0, 1),
        ]],
    }]);
}