use crate::common::{compile_program, run_program}; use test_case::test_case; mod common; #[test_case(include_str!("programs/simple.ed"), "simple", false, 0, &["1"] ; "simple.ed 1")] #[test_case(include_str!("programs/simple.ed"), "simple", false, 1, &["a", "b"] ; "simple.ed 3")] #[test_case(include_str!("programs/basic_ifs.ed"), "basic_ifs", false, 9, &[] ; "basic_ifs")] #[test_case(include_str!("programs/while.ed"), "while", false, 10, &[] ; "r#while")] #[test_case(include_str!("programs/factorial.ed"), "factorial", false, 24, &[] ; "factorial")] #[test_case(include_str!("programs/refs.ed"), "refs", false, 2, &[] ; "refs")] #[test_case(include_str!("programs/struct.ed"), "struct", false, 5, &[] ; "r#struct")] #[test_case(include_str!("programs/casts.ed"), "casts", false, 2, &[] ; "casts")] #[test_case(TEST_ADD, "TEST_ADD", false, 2, &[] ; "TEST_ADD")] #[test_case(TEST_SUB, "TEST_SUB", false, 1, &[] ; "TEST_SUB")] #[test_case(TEST_MUL, "TEST_MUL", false, 4, &[] ; "TEST_MUL")] #[test_case(TEST_DIV, "TEST_DIV", false, 2, &[] ; "TEST_DIV")] #[test_case(TEST_REM, "TEST_REM", false, 0, &[] ; "TEST_REM")] #[test_case(TEST_IF_BOTH, "TEST_IF_BOTH", false, 1, &[] ; "TEST_IF_BOTH")] #[test_case(TEST_IF_BOTH, "TEST_IF_BOTH", false, 2, &["a"] ; "TEST_IF_BOTH args")] #[test_case(TEST_IF_NO_ELSE, "TEST_IF_NO_ELSE", false, 1, &[] ; "TEST_IF_NO_ELSE")] #[test_case(TEST_IF_NO_ELSE, "TEST_IF_NO_ELSE", false, 2, &["a"] ; "TEST_IF_NO_ELSE args")] fn example_tests(source: &str, name: &str, is_library: bool, status_code: i32, args: &[&str]) { let program = compile_program(source, name, is_library).unwrap(); assert!(program.binary_file.exists(), "program not compiled"); let mut result = run_program(&program.binary_file, args).unwrap(); let status = result.wait().unwrap(); assert_eq!( status.code().unwrap(), status_code, "Program {} returned a unexpected status code", name ); } const TEST_ADD: &str = r#" mod Main { pub fn main() -> i32 { let b: i32 = 1 + 1; return b; } } "#; const TEST_SUB: &str = r#" mod Main { pub fn main() -> i32 { let b: i32 = 2 - 1; return b; } } "#; const TEST_MUL: &str = r#" mod Main { pub fn main() -> i32 { let b: i32 = 2 * 2; return b; } } "#; const TEST_DIV: &str = r#" mod Main { pub fn main() -> i32 { let b: i32 = 4 / 2; return b; } } "#; const TEST_REM: &str = r#" mod Main { pub fn main() -> i32 { let b: i32 = 4 % 2; return b; } } "#; const TEST_IF_BOTH: &str = r#" mod Main { pub fn main(argc: i32) -> i32 { if argc == 1 { return 1; } else { return 2; } } } "#; const TEST_IF_NO_ELSE: &str = r#" mod Main { pub fn main(argc: i32) -> i32 { if argc == 1 { return 1; } return 2; } } "#;