Function test_malformed_call_iterate

ciphercore-base/src/graphs.rs:5021–5059

()

    #[test]
    fn test_malformed_call_iterate() {
        let context1 = create_unchecked_context().unwrap();
        let graph1 = context1.create_graph().unwrap();
        let output = graph1.create_tuple(vec![]).unwrap();
        graph1.set_output_node(output).unwrap();
        let graph2 = context1.create_graph().unwrap();
        let e1 = graph2.call(graph1.clone(), vec![]);
        assert!(e1.is_err());
        graph1.finalize().unwrap();
        graph2.call(graph1.clone(), vec![]).unwrap();
        let context2 = create_unchecked_context().unwrap();
        let graph3 = context2.create_graph().unwrap();
        let e2 = graph3.call(graph1.clone(), vec![]);
        assert!(e2.is_err());
        let graph4 = context1.create_graph().unwrap();
        graph4.input(tuple_type(vec![])).unwrap();
        graph4.input(tuple_type(vec![])).unwrap();
        let t = graph4.create_tuple(vec![]).unwrap();
        let tt = graph4.create_tuple(vec![t.clone(), t.clone()]).unwrap();
        graph4.set_output_node(tt).unwrap();
        let graph5 = context1.create_graph().unwrap();
        let es = graph5.create_tuple(vec![]).unwrap();
        let v = graph5
            .repeat(graph5.create_tuple(vec![]).unwrap(), 10)
            .unwrap();
        let e3 = graph5.iterate(graph4.clone(), es.clone(), v.clone());
        assert!(e3.is_err());
        graph4.finalize().unwrap();
        graph5
            .iterate(graph4.clone(), es.clone(), v.clone())
            .unwrap();
        let graph6 = context2.create_graph().unwrap();
        let es = graph6.create_tuple(vec![]).unwrap();
        let v = graph6
            .repeat(graph6.create_tuple(vec![]).unwrap(), 10)
            .unwrap();
        let e4 = graph6.iterate(graph4.clone(), es.clone(), v.clone());
        assert!(e4.is_err());
    }

    #[test]
    fn test_graph_consistency() {