use std::ffi::OsStr; use std::path::Path; use lang_c::ast::*; use kecc::*; fn test_dir(path: &Path, ext: &OsStr, f: F) where F: Fn(&TranslationUnit, &Path), { let mut parse = Parse::default(); let dir = path.read_dir().expect("read_dir call failed"); for entry in dir { let entry = ok_or!(entry, continue); let path = entry.path(); if !(path.is_file() && path.extension() == Some(ext)) { continue; } println!("[testing {:?}]", path); let test_unit = parse.translate(&path.as_path()).expect( &format!( "parse failed {:?}", path.clone().into_os_string().to_str().unwrap() ) .to_owned(), ); f(&test_unit, &path); } } #[test] fn test_examples_write_c() { test_dir(Path::new("examples/"), &OsStr::new("c"), test_write_c); } #[test] fn test_examples_irgen() { test_dir(Path::new("examples/"), &OsStr::new("c"), test_irgen); } // TODO: make it work! #[test] #[ignore] fn test_examples_irparse() { test_dir(Path::new("examples/"), &OsStr::new("c"), test_irparse); } #[test] fn test_examples_simplify_cfg() { test_opt( &Path::new("examples/simplify_cfg/const_prop.input.ir"), &Path::new("examples/simplify_cfg/const_prop.output.ir"), &mut FunctionPass::::default(), ); test_opt( &Path::new("examples/simplify_cfg/reach.input.ir"), &Path::new("examples/simplify_cfg/reach.output.ir"), &mut FunctionPass::::default(), ); test_opt( &Path::new("examples/simplify_cfg/merge.input.ir"), &Path::new("examples/simplify_cfg/merge.output.ir"), &mut FunctionPass::::default(), ); test_opt( &Path::new("examples/simplify_cfg/empty.input.ir"), &Path::new("examples/simplify_cfg/empty.output.ir"), &mut FunctionPass::::default(), ); } #[test] fn test_examples_mem2reg() { test_opt( &Path::new("examples/mem2reg/mem2reg.input.ir"), &Path::new("examples/mem2reg/mem2reg.output.ir"), &mut Mem2reg::default(), ); }