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/**
* Test LoginHelper.shadowHTTPLogins
*/
"use strict";
const DOMAIN1_HTTP_TO_HTTP_U1_P1 = TestData.formLogin({});
const DOMAIN1_HTTP_TO_HTTP_U2_P1 = TestData.formLogin({
username: "user2",
});
const DOMAIN1_HTTPS_TO_HTTPS_U1_P1 = TestData.formLogin({
origin: "https://www3.example.com",
formActionOrigin: "https://login.example.com",
});
const DOMAIN1_HTTPS_TO_HTTPS_U1_P2 = TestData.formLogin({
origin: "https://www3.example.com",
formActionOrigin: "https://login.example.com",
password: "password two",
});
const DOMAIN1_HTTP_TO_HTTP_U1_P2 = TestData.formLogin({
password: "password two",
});
const DOMAIN1_HTTP_TO_HTTP_U1_P1_DIFFERENT_PORT = TestData.formLogin({
origin: "http://www3.example.com:8080",
});
const DOMAIN2_HTTP_TO_HTTP_U1_P1 = TestData.formLogin({
origin: "http://different.example.com",
});
add_task(function test_shadowHTTPLogins() {
let testcases = [
{
description: "same hostPort, same username, different scheme",
logins: [DOMAIN1_HTTPS_TO_HTTPS_U1_P1, DOMAIN1_HTTP_TO_HTTP_U1_P1],
expected: [DOMAIN1_HTTPS_TO_HTTPS_U1_P1],
},
{
description: "different passwords, different scheme",
logins: [DOMAIN1_HTTPS_TO_HTTPS_U1_P1, DOMAIN1_HTTP_TO_HTTP_U1_P2],
expected: [DOMAIN1_HTTPS_TO_HTTPS_U1_P1],
},
{
description: "both https, same username, different password",
logins: [DOMAIN1_HTTPS_TO_HTTPS_U1_P1, DOMAIN1_HTTPS_TO_HTTPS_U1_P2],
expected: [DOMAIN1_HTTPS_TO_HTTPS_U1_P1, DOMAIN1_HTTPS_TO_HTTPS_U1_P2],
},
{
description: "same origin, different port, different scheme",
logins: [
DOMAIN1_HTTPS_TO_HTTPS_U1_P1,
DOMAIN1_HTTP_TO_HTTP_U1_P1_DIFFERENT_PORT,
],
expected: [
DOMAIN1_HTTPS_TO_HTTPS_U1_P1,
DOMAIN1_HTTP_TO_HTTP_U1_P1_DIFFERENT_PORT,
],
},
{
description: "different origin, different scheme",
logins: [DOMAIN1_HTTPS_TO_HTTPS_U1_P1, DOMAIN2_HTTP_TO_HTTP_U1_P1],
expected: [DOMAIN1_HTTPS_TO_HTTPS_U1_P1, DOMAIN2_HTTP_TO_HTTP_U1_P1],
},
{
description: "different username, different scheme",
logins: [DOMAIN1_HTTPS_TO_HTTPS_U1_P1, DOMAIN1_HTTP_TO_HTTP_U2_P1],
expected: [DOMAIN1_HTTPS_TO_HTTPS_U1_P1, DOMAIN1_HTTP_TO_HTTP_U2_P1],
},
];
for (let tc of testcases) {
info(tc.description);
let actual = LoginHelper.shadowHTTPLogins(tc.logins);
Assert.strictEqual(
actual.length,
tc.expected.length,
`Check result length`
);
for (let [i, login] of tc.expected.entries()) {
Assert.strictEqual(actual[i], login, `Check index ${i}`);
}
}
});
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