use matching_brackets::brackets_are_balanced; #[test] fn paired_square_brackets() { assert!(brackets_are_balanced("[]")); } #[test] //#[ignore] fn empty_string() { assert!(brackets_are_balanced("")); } #[test] //#[ignore] fn unpaired_brackets() { assert!(!brackets_are_balanced("[[")); } #[test] //#[ignore] fn wrong_ordered_brackets() { assert!(!brackets_are_balanced("}{")); } #[test] //#[ignore] fn wrong_closing_bracket() { assert!(!brackets_are_balanced("{]")); } #[test] //#[ignore] fn paired_with_whitespace() { assert!(brackets_are_balanced("{ }")); } #[test] //#[ignore] fn partially_paired_brackets() { assert!(!brackets_are_balanced("{[])")); } #[test] //#[ignore] fn simple_nested_brackets() { assert!(brackets_are_balanced("{[]}")); } #[test] //#[ignore] fn several_paired_brackets() { assert!(brackets_are_balanced("{}[]")); } #[test] //#[ignore] fn paired_and_nested_brackets() { assert!(brackets_are_balanced("([{}({}[])])")); } #[test] //#[ignore] fn unopened_closing_brackets() { assert!(!brackets_are_balanced("{[)][]}")); } #[test] //#[ignore] fn unpaired_and_nested_brackets() { assert!(!brackets_are_balanced("([{])")); } #[test] //#[ignore] fn paired_and_wrong_nested_brackets() { assert!(!brackets_are_balanced("[({]})")); } #[test] //#[ignore] fn paired_and_incomplete_brackets() { assert!(!brackets_are_balanced("{}[")); } #[test] //#[ignore] fn too_many_closing_brackets() { assert!(!brackets_are_balanced("[]]")); } #[test] //#[ignore] fn early_incomplete_brackets() { assert!(!brackets_are_balanced(")()")); } #[test] //#[ignore] fn early_mismatched_brackets() { assert!(!brackets_are_balanced("{)()")); } #[test] //#[ignore] fn math_expression() { assert!(brackets_are_balanced("(((185 + 223.85) * 15) - 543)/2")); } #[test] //#[ignore] fn complex_latex_expression() { let input = "\\left(\\begin{array}{cc} \\frac{1}{3} & x\\\\ \\mathrm{e}^{x} &... x^2 \ \\end{array}\\right)"; assert!(brackets_are_balanced(input)); }