1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
|
test(() => {
assert_implements('hasRegExpGroups' in URLPattern.prototype, "hasRegExpGroups is not implemented");
assert_false(new URLPattern({}).hasRegExpGroups, "match-everything pattern");
for (let component of ['protocol', 'username', 'password', 'hostname', 'port', 'pathname', 'search', 'hash']) {
assert_false(new URLPattern({[component]: '*'}).hasRegExpGroups, `wildcard in ${component}`);
assert_false(new URLPattern({[component]: ':foo'}).hasRegExpGroups, `segment wildcard in ${component}`);
assert_false(new URLPattern({[component]: ':foo?'}).hasRegExpGroups, `optional segment wildcard in ${component}`);
assert_true(new URLPattern({[component]: ':foo(hi)'}).hasRegExpGroups, `named regexp group in ${component}`);
assert_true(new URLPattern({[component]: '(hi)'}).hasRegExpGroups, `anonymous regexp group in ${component}`);
if (component !== 'protocol' && component !== 'port') {
// These components are more narrow in what they accept in any case.
assert_false(new URLPattern({[component]: 'a-{:hello}-z-*-a'}).hasRegExpGroups, `wildcards mixed in with fixed text and wildcards in ${component}`);
assert_true(new URLPattern({[component]: 'a-(hi)-z-(lo)-a'}).hasRegExpGroups, `regexp groups mixed in with fixed text and wildcards in ${component}`);
}
}
assert_false(new URLPattern({pathname: '/a/:foo/:baz?/b/*'}).hasRegExpGroups, "complex pathname with no regexp");
assert_true(new URLPattern({pathname: '/a/:foo/:baz([a-z]+)?/b/*'}).hasRegExpGroups, "complex pathname with regexp");
}, '');
|
