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Location: CSY/reowolf/src/protocol/tests/parser_monomorphs.rs - annotation
19b752d30f04
1.3 KiB
application/rls-services+xml
cleanup old NamespacedIdentifier
9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 9774ef9fe888 e406c61b1158 e406c61b1158 e406c61b1158 9774ef9fe888 9774ef9fe888 | /// parser_monomorphs.rs
///
/// Simple tests to make sure that all of the appropriate monomorphs are
/// instantiated
use super::*;
#[test]
fn test_struct_monomorphs() {
Tester::new_single_source_expect_ok(
"no polymorph",
"struct Integer{ int field }"
).for_struct("Integer", |s| { s
.assert_num_monomorphs(0);
});
Tester::new_single_source_expect_ok(
"single polymorph",
"
struct Number<T>{ T number }
int instantiator() {
auto a = Number<byte>{ number: 0 };
auto b = Number<byte>{ number: 1 };
auto c = Number<int>{ number: 2 };
auto d = Number<long>{ number: 3 };
auto e = Number<Number<short>>{ number: Number{ number: 4 }};
return 0;
}
"
).for_struct("Number", |s| { s
.assert_has_monomorph("byte")
.assert_has_monomorph("short")
.assert_has_monomorph("int")
.assert_has_monomorph("long")
.assert_has_monomorph("Number<short>")
.assert_num_monomorphs(5);
}).for_function("instantiator", |f| { f
.for_variable("a", |v| {v.assert_concrete_type("Number<byte>");} )
.for_variable("e", |v| {v.assert_concrete_type("Number<Number<short>>");} );
});
}
|