| description( |
| 'Test RegExp.compile method.' |
| ); |
| |
| re = new RegExp("a", "i"); |
| shouldBe("re.toString()", "'/a/i'"); |
| |
| re.compile("a"); |
| shouldBe("re.multiline", "false"); |
| shouldBe("re.ignoreCase", "false"); |
| shouldBe("re.global", "false"); |
| shouldBe("re.test('A')", "false"); |
| shouldBe("re.toString()", "'/a/'"); |
| |
| re.compile("b", "g"); |
| shouldBe("re.toString()", "'/b/g'"); |
| |
| re.compile(new RegExp("c")); |
| shouldBe("re.toString()", "'/c/'"); |
| |
| re.compile(new RegExp("c", "i")); |
| shouldBe("re.ignoreCase", "true"); |
| shouldBe("re.test('C')", "true"); |
| shouldBe("re.toString()", "'/c/i'"); |
| |
| shouldThrow("re.compile(new RegExp('c'), 'i');"); |
| |
| // It's OK to supply a second argument, as long as the argument is "undefined". |
| re.compile(re, undefined); |
| shouldBe("re.toString()", "'/c/i'"); |
| |
| shouldThrow("re.compile(new RegExp('+'));"); |
| |
| re.compile(); |
| shouldBe("re.toString()", "'/(?:)/'"); |
| re.compile(undefined); |
| shouldBe("re.toString()", "'/(?:)/'"); |
| re.compile(""); |
| shouldBe("re.toString()", "'/(?:)/'"); |
| |
| re.compile(null); |
| shouldBe("re.toString()", "'/null/'"); |
| |
| re.compile("z", undefined); |
| shouldBe("re.toString()", "'/z/'"); |
| |
| // Compiling should reset lastIndex. |
| re.lastIndex = 100; |
| re.compile(/a/g); |
| shouldBe("re.lastIndex", "0"); |
| re.exec("aaa"); |
| shouldBe("re.lastIndex", "1"); |
| |
| // Compile returns the regexp itself. |
| shouldBe("regexpWithUndefinedCompiledToValid = new RegExp(undefined), regexpWithUndefinedCompiledToValid.compile('abc')", "regexpWithUndefinedCompiledToValid"); |
| shouldBe("regexpValidPatternCompiledToValid = new RegExp('zyx'), regexpValidPatternCompiledToValid.compile('abc')", "regexpValidPatternCompiledToValid"); |
| shouldBe("regexpWithValidCompiledToUndefined = new RegExp('abc'), regexpWithValidCompiledToUndefined.compile(undefined)", "regexpWithValidCompiledToUndefined"); |