/** * Tests attribute parsing and handling of whitespace in attribute values. * * @param type Name of the type being tested (only for test output) * @param target The element that should be tested * @param attribute The name of the attribute that should be tested * @param expected The fallback/default value that is the expectation for invalid values * @param whitespace An array of strings that are valid whitespace characters * @param valid An array of strings containing valid attribute values * @param invalid An array of strings containing invalid attribute values * @param garbage An array of strings containing values that would make a valid value invalid when concatenated * @param assert_valid_custom A function for asserting validity of a valid value, arguments passed to this function: the element and the string from valid values array * @param assert_invalid_custom A function for asserting that an invalid value results in the expected default value, arguments passed to this function: the element and the expected value */ function testType(type, target, attribute, expected, whitespace, valid, invalid, validunits, garbage, assert_valid_custom, assert_invalid_custom) { whitespace.forEach(function(leading) { whitespace.forEach(function(trailing) { valid.forEach(function(value) { validunits.forEach(function(unit) { var valueStr = leading + value + unit + trailing; var escapedValueStr = valueStr.replace(/(\r)/g, '\\r').replace(/(\n)/g, '\\n').replace(/(\t)/g, '\\t').replace(/(\f)/g, '\\f'); test(function() { try { target.setAttribute(attribute, valueStr); assert_equals(target.getAttribute(attribute), valueStr); assert_valid_custom(target, value); } finally { target.removeAttribute(attribute); } }, "Test " + type + " valid value: " + escapedValueStr ); }); }); // test invalid values invalid.forEach(function(value) { validunits.forEach(function(unit) { var valueStr = leading + value + unit + trailing; var escapedValueStr = valueStr.replace(/(\r)/g, '\\r').replace(/(\n)/g, '\\n').replace(/(\t)/g, '\\t').replace(/(\f)/g, '\\f'); test(function() { try { target.setAttribute(attribute, valueStr); assert_equals(target.getAttribute(attribute), valueStr); assert_invalid_custom(target, expected); } finally { target.removeAttribute(attribute); } }, "Test " + type + " invalid value: " + escapedValueStr); }); }); }); // test whitespace between value and unit validunits.forEach(function(unit) { if (unit == "" || leading == "") return; valid.forEach(function(value) { var valueStr = value + leading + unit; var escapedValueStr = valueStr.replace(/(\r)/g, '\\r').replace(/(\n)/g, '\\n').replace(/(\t)/g, '\\t').replace(/(\f)/g, '\\f'); test(function() { try { target.setAttribute(attribute, valueStr); assert_equals(target.getAttribute(attribute), valueStr); assert_invalid_custom(target, expected); } finally { target.removeAttribute(attribute); } }, "Test " + type + " WS invalid value: " + escapedValueStr); }); }); // test trailing garbage garbage.forEach(function(trailing) { valid.forEach(function(value) { var valueStr = leading + value + trailing; var escapedValueStr = valueStr.replace(/(\r)/g, '\\r').replace(/(\n)/g, '\\n').replace(/(\t)/g, '\\t').replace(/(\f)/g, '\\f'); test(function() { try { target.setAttribute(attribute, valueStr); assert_equals(target.getAttribute(attribute), valueStr); assert_invalid_custom(target, expected); } finally { target.removeAttribute(attribute); } }, "Test " + type + " trailing garbage, value: " + escapedValueStr); }); }); }); }