/** * This test checks to see if the pop3 password failure is handled correctly. * The steps are: * - Have an invalid password in the password database. * - Re-initiate connection, this time select enter new password, check that * we get a new password prompt and can enter the password. * * XXX Due to problems with the fakeserver + smtp not using one connection for * multiple sends, the first part of this test is in * test_smtpPasswordFailure2.js. */ var { MailServices } = ChromeUtils.import( "resource:///modules/MailServices.jsm" ); const { PromiseTestUtils } = ChromeUtils.import( "resource://testing-common/mailnews/PromiseTestUtils.jsm" ); /* import-globals-from ../../../test/resources/alertTestUtils.js */ /* import-globals-from ../../../test/resources/passwordStorage.js */ load("../../../resources/alertTestUtils.js"); load("../../../resources/passwordStorage.js"); var server; var attempt = 0; var kIdentityMail = "identity@foo.invalid"; var kSender = "from@foo.invalid"; var kTo = "to@foo.invalid"; var kUsername = "testsmtp"; // Password needs to match the login information stored in the signons json // file. var kInvalidPassword = "smtptest"; var kValidPassword = "smtptest1"; function confirmExPS( aDialogTitle, aText, aButtonFlags, aButton0Title, aButton1Title, aButton2Title, aCheckMsg, aCheckState ) { switch (++attempt) { // First attempt, retry. case 1: dump("\nAttempting Retry\n"); return 0; // Second attempt, enter a new password. case 2: dump("\nEnter new password\n"); return 2; default: do_throw("unexpected attempt number " + attempt); return 1; } } function promptPasswordPS( aParent, aDialogTitle, aText, aPassword, aCheckMsg, aCheckState ) { if (attempt == 2) { aPassword.value = kValidPassword; aCheckState.value = true; return true; } return false; } add_task(async function () { function createHandler(d) { var handler = new SMTP_RFC2821_handler(d); // Username needs to match the login information stored in the signons json // file. handler.kUsername = kUsername; handler.kPassword = kValidPassword; handler.kAuthRequired = true; handler.kAuthSchemes = ["PLAIN", "LOGIN"]; // make match expected transaction below return handler; } server = setupServerDaemon(createHandler); // Prepare files for passwords (generated by a script in bug 1018624). await setupForPassword("signons-mailnews1.8.json"); registerAlertTestUtils(); // Test file var testFile = do_get_file("data/message1.eml"); // Ensure we have at least one mail account localAccountUtils.loadLocalMailAccount(); // Handle the server in a try/catch/finally loop so that we always will stop // the server if something fails. try { // Start the fake SMTP server server.start(); var smtpServer = getBasicSmtpServer(server.port); var identity = getSmtpIdentity(kIdentityMail, smtpServer); // This time with auth test = "Auth sendMailMessage"; smtpServer.authMethod = Ci.nsMsgAuthMethod.passwordCleartext; smtpServer.socketType = Ci.nsMsgSocketType.plain; smtpServer.username = kUsername; dump("Send\n"); let urlListener = new PromiseTestUtils.PromiseUrlListener(); MailServices.smtp.sendMailMessage( testFile, kTo, identity, kSender, null, urlListener, null, null, false, "", {}, {} ); await urlListener.promise; dump("End Send\n"); Assert.equal(attempt, 2); var transaction = server.playTransaction(); do_check_transaction(transaction, [ "EHLO test", // attempt 3 invalid password "AUTH PLAIN " + AuthPLAIN.encodeLine(kUsername, kInvalidPassword), "AUTH LOGIN", // attempt 4 which retries "AUTH PLAIN " + AuthPLAIN.encodeLine(kUsername, kInvalidPassword), "AUTH LOGIN", // then we enter the correct password "AUTH PLAIN " + AuthPLAIN.encodeLine(kUsername, kValidPassword), "MAIL FROM:<" + kSender + "> BODY=8BITMIME SIZE=159", "RCPT TO:<" + kTo + ">", "DATA", ]); // Now check the new one has been saved. let logins = Services.logins.findLogins( "smtp://localhost", null, "smtp://localhost" ); Assert.equal(logins.length, 1); Assert.equal(logins[0].username, kUsername); Assert.equal(logins[0].password, kValidPassword); do_test_finished(); } catch (e) { do_throw(e); } finally { server.stop(); var thread = gThreadManager.currentThread; while (thread.hasPendingEvents()) { thread.processNextEvent(true); } } });