#[cfg(test)] mod integration_tests { use std::process::Command; use asmpeach; #[test] fn return_42_tests() { assert_eq!(42, build_and_exec("return_42")); } #[test] fn call_foo_test() { assert_eq!(30, build_and_exec("call_foo")); } #[test] fn double_quote_test() { assert_eq!(42, build_and_exec("double_quote")); } #[test] fn store_and_load_test() { assert_eq!(8, build_and_exec("store_and_load")); } #[test] fn simple_32bit_inst_test() { assert_eq!(8, build_and_exec("simple_32bit_inst")); } #[test] #[ignore] fn various_move_test() { assert_eq!(0, build_and_exec("various_move")); } #[test] fn small_test() { assert_eq!(42, build_and_exec("small")); } #[test] fn small_2_test() { assert_eq!(30, build_and_exec("small_2")); } #[test] fn small_3_test() { assert_eq!(9, build_and_exec("small_3")); } #[test] fn addq_test() { assert_eq!(30, build_and_exec("addq")); } #[test] fn branch1_test() { assert_eq!(15, build_and_exec("branch1")); } #[test] fn branch2_test() { assert_eq!(11, build_and_exec("branch2")); } fn build_and_exec(file_base: &str) -> i32 { let input_file = format!("examples/{}.s", file_base); let output_file = format!("/tmp/{}.o", file_base); let binary_path = format!("./{}", file_base); let elf_builder = asmpeach::assemble_file(&input_file, asmpeach::Syntax::ATANDT).unwrap(); elf_builder.generate_elf_file(&output_file, 0o644).unwrap(); let _compile_cmd = Command::new("gcc") .arg(&output_file) .arg("-o") .arg(file_base) .status() .expect("failed to spawn a process"); let code = Command::new(&binary_path) .status() .expect("failed to spawn a process") .code() .unwrap(); Command::new("rm") .arg(file_base) .status() .expect("failed to spawn a process") .code() .unwrap(); code } }