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/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/. */
var url = require("url");
exports.testResolve = function(test) {
test.assertEqual(url.URL("bar", "http://www.foo.com/").toString(),
"http://www.foo.com/bar");
test.assertEqual(url.URL("bar", "http://www.foo.com"),
"http://www.foo.com/bar");
test.assertEqual(url.URL("http://bar.com/", "http://foo.com/"),
"http://bar.com/",
"relative should override base");
test.assertRaises(function() { url.URL("blah"); },
"malformed URI: blah",
"url.resolve() should throw malformed URI on base");
test.assertRaises(function() { url.URL("chrome://global"); },
"invalid URI: chrome://global",
"url.resolve() should throw invalid URI on base");
test.assertRaises(function() { url.URL("chrome://foo/bar"); },
"invalid URI: chrome://foo/bar",
"url.resolve() should throw on bad chrome URI");
test.assertEqual(url.URL("", "http://www.foo.com"),
"http://www.foo.com/",
"url.resolve() should add slash to end of domain");
};
exports.testParseHttp = function(test) {
var info = url.URL("http://foo.com/bar");
test.assertEqual(info.scheme, "http");
test.assertEqual(info.host, "foo.com");
test.assertEqual(info.port, null);
test.assertEqual(info.userPass, null);
test.assertEqual(info.path, "/bar");
};
exports.testParseHttpWithPort = function(test) {
var info = url.URL("http://foo.com:5/bar");
test.assertEqual(info.port, 5);
};
exports.testParseChrome = function(test) {
var info = url.URL("chrome://global/content/blah");
test.assertEqual(info.scheme, "chrome");
test.assertEqual(info.host, "global");
test.assertEqual(info.port, null);
test.assertEqual(info.userPass, null);
test.assertEqual(info.path, "/content/blah");
};
exports.testParseAbout = function(test) {
var info = url.URL("about:boop");
test.assertEqual(info.scheme, "about");
test.assertEqual(info.host, null);
test.assertEqual(info.port, null);
test.assertEqual(info.userPass, null);
test.assertEqual(info.path, "boop");
};
exports.testParseFTP = function(test) {
var info = url.URL("ftp://1.2.3.4/foo");
test.assertEqual(info.scheme, "ftp");
test.assertEqual(info.host, "1.2.3.4");
test.assertEqual(info.port, null);
test.assertEqual(info.userPass, null);
test.assertEqual(info.path, "/foo");
};
exports.testParseFTPWithUserPass = function(test) {
var info = url.URL("ftp://user:pass@1.2.3.4/foo");
test.assertEqual(info.userPass, "user:pass");
};
// rootURI is jar:file://...!/ if we're packed, and file://.../ if we're
// unpacked. url.toFilename() is not required to work for the contents of
// packed XPIs
var unpacked = (require("@packaging").rootURI.indexOf("file:") == 0);
exports.testToFilename = function(test) {
test.assertRaises(
function() { url.toFilename("resource://nonexistent"); },
"resource does not exist: resource://nonexistent/",
"url.toFilename() on nonexistent resources should throw"
);
if (unpacked)
test.assertMatches(url.toFilename(module.uri),
/.*test-url\.js$/,
"url.toFilename() on resource: URIs should work");
else
test.assertRaises(
function() { url.toFilename(module.uri); },
"cannot map to filename: "+module.uri,
"url.toFilename() can fail for packed XPIs");
test.assertRaises(
function() { url.toFilename("http://foo.com/"); },
"cannot map to filename: http://foo.com/",
"url.toFilename() on http: URIs should raise error"
);
try {
test.assertMatches(
url.toFilename("chrome://global/content/console.xul"),
/.*console\.xul$/,
"url.toFilename() w/ console.xul works when it maps to filesystem"
);
} catch (e) {
if (/chrome url isn\'t on filesystem/.test(e.message))
test.pass("accessing console.xul in jar raises exception");
else
test.fail("accessing console.xul raises " + e);
}
// TODO: Are there any chrome URLs that we're certain exist on the
// filesystem?
// test.assertMatches(url.toFilename("chrome://myapp/content/main.js"),
// /.*main\.js$/);
};
exports.testFromFilename = function(test) {
var profileDirName = require("system").pathFor("ProfD");
var fileUrl = url.fromFilename(profileDirName);
test.assertEqual(url.URL(fileUrl).scheme, 'file',
'url.toFilename() should return a file: url');
test.assertEqual(url.fromFilename(url.toFilename(fileUrl)),
fileUrl);
};
exports.testURL = function(test) {
let URL = url.URL;
test.assert(URL("h:foo") instanceof URL, "instance is of correct type");
test.assertRaises(function() URL(),
"malformed URI: undefined",
"url.URL should throw on undefined");
test.assertRaises(function() URL(""),
"malformed URI: ",
"url.URL should throw on empty string");
test.assertRaises(function() URL("foo"),
"malformed URI: foo",
"url.URL should throw on invalid URI");
test.assert(URL("h:foo").scheme, "has scheme");
test.assertEqual(URL("h:foo").toString(),
"h:foo",
"toString should roundtrip");
// test relative + base
test.assertEqual(URL("mypath", "http://foo").toString(),
"http://foo/mypath",
"relative URL resolved to base");
// test relative + no base
test.assertRaises(function() URL("path").toString(),
"malformed URI: path",
"no base for relative URI should throw");
let a = URL("h:foo");
let b = URL(a);
test.assertEqual(b.toString(),
"h:foo",
"a URL can be initialized from another URL");
test.assertNotStrictEqual(a, b,
"a URL initialized from another URL is not the same object");
test.assert(a == "h:foo",
"toString is implicit when a URL is compared to a string via ==");
test.assertStrictEqual(a + "", "h:foo",
"toString is implicit when a URL is concatenated to a string");
};
exports.testStringInterface = function(test) {
let URL = url.URL;
var EM = "about:addons";
var a = URL(EM);
// make sure the standard URL properties are enumerable and not the String interface bits
test.assertEqual(Object.keys(a), "scheme,userPass,host,port,path", "enumerable key list check for URL.");
test.assertEqual(
JSON.stringify(a),
"{\"scheme\":\"about\",\"userPass\":null,\"host\":null,\"port\":null,\"path\":\"addons\"}",
"JSON.stringify should return a object with correct props and vals.");
// make sure that the String interface exists and works as expected
test.assertEqual(a.indexOf(":"), EM.indexOf(":"), "indexOf on URL works");
test.assertEqual(a.valueOf(), EM.valueOf(), "valueOf on URL works.");
test.assertEqual(a.toSource(), EM.toSource(), "toSource on URL works.");
test.assertEqual(a.lastIndexOf("a"), EM.lastIndexOf("a"), "lastIndexOf on URL works.");
test.assertEqual(a.match("t:").toString(), EM.match("t:").toString(), "match on URL works.");
test.assertEqual(a.toUpperCase(), EM.toUpperCase(), "toUpperCase on URL works.");
test.assertEqual(a.toLowerCase(), EM.toLowerCase(), "toLowerCase on URL works.");
test.assertEqual(a.split(":").toString(), EM.split(":").toString(), "split on URL works.");
test.assertEqual(a.charAt(2), EM.charAt(2), "charAt on URL works.");
test.assertEqual(a.charCodeAt(2), EM.charCodeAt(2), "charCodeAt on URL works.");
test.assertEqual(a.concat(EM), EM.concat(a), "concat on URL works.");
test.assertEqual(a.substr(2,3), EM.substr(2,3), "substr on URL works.");
test.assertEqual(a.substring(2,3), EM.substring(2,3), "substring on URL works.");
test.assertEqual(a.trim(), EM.trim(), "trim on URL works.");
test.assertEqual(a.trimRight(), EM.trimRight(), "trimRight on URL works.");
test.assertEqual(a.trimLeft(), EM.trimLeft(), "trimLeft on URL works.");
}
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