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|
const kComponents = [
'protocol',
'username',
'password',
'hostname',
'port',
'password',
'pathname',
'search',
'hash',
];
function runTests(data) {
for (let entry of data) {
test(function() {
if (entry.expected_obj === 'error') {
assert_throws_js(TypeError, _ => new URLPattern(...entry.pattern),
'URLPattern() constructor');
return;
}
const pattern = new URLPattern(...entry.pattern);
// If the expected_obj property is not present we will automatically
// fill it with the most likely expected values.
entry.expected_obj = entry.expected_obj || {};
// The compiled URLPattern object should have a property for each
// component exposing the compiled pattern string.
for (let component of kComponents) {
// If the test case explicitly provides an expected pattern string,
// then use that. This is necessary in cases where the original
// construction pattern gets canonicalized, etc.
let expected = entry.expected_obj[component];
// If there is no explicit expected pattern string, then compute
// the expected value based on the URLPattern constructor args.
if (expected == undefined) {
// First determine if there is a baseURL present in the pattern
// input. A baseURL can be the source for many component patterns.
let baseURL = null;
if (entry.pattern.length > 0 && entry.pattern[0].baseURL) {
baseURL = new URL(entry.pattern[0].baseURL);
} else if (entry.pattern.length > 1 &&
typeof entry.pattern[1] === 'string') {
baseURL = new URL(entry.pattern[1]);
}
// We automatically populate the expected pattern string using
// the following options in priority order:
//
// 1. If the original input explicitly provided a pattern, then
// echo that back as the expected value.
// 2. If the baseURL exists and provides a component value then
// use that for the expected pattern.
// 3. Otherwise fall back on the default pattern of `*` for an
// empty component pattern.
if (entry.exactly_empty_components &&
entry.exactly_empty_components.includes(component)) {
expected = '';
} else if (typeof entry.pattern[0] === 'object' &&
entry.pattern[0][component]) {
expected = entry.pattern[0][component];
} else if (baseURL) {
let base_value = baseURL[component];
// Unfortunately some URL() getters include separator chars; e.g.
// the trailing `:` for the protocol. Strip those off if necessary.
if (component === 'protocol')
base_value = base_value.substring(0, base_value.length - 1);
else if (component === 'search' || component === 'hash')
base_value = base_value.substring(1, base_value.length);
expected = base_value;
} else {
expected = '*';
}
}
// Finally, assert that the compiled object property matches the
// expected property.
assert_equals(pattern[component], expected,
`compiled pattern property '${component}'`);
}
if (entry.expected_match === 'error') {
assert_throws_js(TypeError, _ => pattern.test(...entry.inputs),
'test() result');
assert_throws_js(TypeError, _ => pattern.exec(...entry.inputs),
'exec() result');
return;
}
// First, validate the test() method by converting the expected result to
// a truthy value.
assert_equals(pattern.test(...entry.inputs), !!entry.expected_match,
'test() result');
// Next, start validating the exec() method.
const exec_result = pattern.exec(...entry.inputs);
// On a failed match exec() returns null.
if (!entry.expected_match || typeof entry.expected_match !== "object") {
assert_equals(exec_result, entry.expected_match, 'exec() failed match result');
return;
}
if (!entry.expected_match.inputs)
entry.expected_match.inputs = entry.inputs;
// Next verify the result.input is correct. This may be a structured
// URLPatternInit dictionary object or a URL string.
assert_equals(exec_result.inputs.length,
entry.expected_match.inputs.length,
'exec() result.inputs.length');
for (let i = 0; i < exec_result.inputs.length; ++i) {
const input = exec_result.inputs[i];
const expected_input = entry.expected_match.inputs[i];
if (typeof input === 'string') {
assert_equals(input, expected_input, `exec() result.inputs[${i}]`);
continue;
}
for (let component of kComponents) {
assert_equals(input[component], expected_input[component],
`exec() result.inputs[${i}][${component}]`);
}
}
// Next we will compare the URLPatternComponentResult for each of these
// expected components.
for (let component of kComponents) {
let expected_obj = entry.expected_match[component];
// If the test expectations don't include a component object, then
// we auto-generate one. This is convenient for the many cases
// where the pattern has a default wildcard or empty string pattern
// for a component and the input is essentially empty.
if (!expected_obj) {
expected_obj = { input: '', groups: {} };
// Next, we must treat default wildcards differently than empty string
// patterns. The wildcard results in a capture group, but the empty
// string pattern does not. The expectation object must list which
// components should be empty instead of wildcards in
// |exactly_empty_components|.
if (!entry.exactly_empty_components ||
!entry.exactly_empty_components.includes(component)) {
expected_obj.groups['0'] = '';
}
}
// JSON does not allow us to use undefined directly, so the data file
// contains null instead. Translate to the expected undefined value
// here.
for (const key in expected_obj.groups) {
if (expected_obj.groups[key] === null) {
expected_obj.groups[key] = undefined;
}
}
assert_object_equals(exec_result[component], expected_obj,
`exec() result for ${component}`);
}
}, `Pattern: ${JSON.stringify(entry.pattern)} ` +
`Inputs: ${JSON.stringify(entry.inputs)}`);
}
}
promise_test(async function() {
const response = await fetch('resources/urlpatterntestdata.json');
const data = await response.json();
runTests(data);
}, 'Loading data...');
|
