xidl-parser 0.33.1

const TEST_CASES: &[(&str, &str)] = &[(
    "misc",
    r#"
        enum Color { red, green, blue };
        const Color FAVORITE_COLOR = red;

        module M {
            enum Size { small, medium, large };
        };

        const M::Size MYSIZE = M::medium;
        const Color col = red;
        const Color another = M::medium;

        // 7.4.1.4.4.4.4
        struct Foo; // Forward declaration
        typedef sequence<Foo> FooSeq;
        typedef sequence<Foo, 12> FooSeq;
        typedef sequence<Foo, red> FooSeq;

        struct Foo {
            long value;
            FooSeq chain; // Recursive
        };

        union Bar; // Forward declaration
        typedef sequence<Bar> BarSeq;

        union Bar switch (long) { // Define incomplete union
            case 0:
                long l_mem;
            case 1:
                struct Foo {
                    double d_mem;
                    BarSeq nested; // OK, recurse on enclosing incomplete type
                } s_mem;
        };

        // 7.4.3.4.3.2.1
        interface A { };
        interface B: A { };
        interface C: A { };
        interface D: B, C { }; // OK
        interface E: A, B { }; // OK

        interface A {
            void make_it_so();
        };
        interface B: A {
            short make_it_so(in long times); // Error: redefinition of make_it_so
        };

        module Example {
            interface base; // Forward declaration
            // ...
            interface derived : base {}; // Error
            interface base {}; // Define base
            interface derived : base {}; // OK
        };

        // 7.4.4.4

        interface A {
            typedef long L1;
            short opA (in L1 l_1);
        };
        interface B {
            typedef short L1;
            L1 opB (in long l);
        };
        interface C: B, A {
            typedef L1 L2; // Error: L1 ambiguous
            typedef A::L1 L3; // A::L1 is OK
            B::L1 opC (in L3 l_3); // All OK no ambiguities
        };

        const long L = 3;
        interface A {
            typedef float coord[1];
            void f (in coord s); // s has three floats
        };
        interface B {
            const long L = 4;
        };
        interface C: B, A { }; // What is C::f()’s signature?

        interface A {
            typedef string<128> string_t;
        };
        interface B {
            typedef string<256> string_t;
        };
        interface C: A, B {
            attribute string_t Title; // Error: string_t ambiguous
            attribute A::string_t Name; // OK
            attribute B::string_t City; // OK
        };
    "#,
)];

#[test]
fn test_typed_ast() {
    for (name, text) in TEST_CASES {
        let ast = xidl_parser::parser::parser_text(text).unwrap();
        let snapshot = format!("typed_ast__{name}");
        insta::assert_debug_snapshot!(snapshot, ast);
    }
}

#[test]
fn test_hir() {
    for (name, text) in TEST_CASES {
        let typed = xidl_parser::parser::parser_text(text).unwrap();
        let hir = xidl_parser::hir::Specification::from(typed);
        let snapshot = format!("hir__{name}");
        insta::assert_debug_snapshot!(snapshot, hir);
    }
}