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/**
* This test checks to see if the imap password failure is handled correctly.
* The steps are:
* - Have an invalid password in the password database.
* - Check we get a prompt asking what to do.
* - Check retry does what it should do.
* - Check cancel does what it should do.
* - Re-initiate connection, this time select enter new password, check that
* we get a new password prompt and can enter the password.
*/
/* import-globals-from ../../../test/resources/alertTestUtils.js */
/* import-globals-from ../../../test/resources/passwordStorage.js */
load("../../../resources/alertTestUtils.js");
load("../../../resources/passwordStorage.js");
var kUserName = "user";
var kInvalidPassword = "imaptest";
var kValidPassword = "password";
var incomingServer, server;
var attempt = 0;
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, cancel.
case 2:
dump("\nCancelling login attempt\n");
return 1;
// Third attempt, retry.
case 3:
dump("\nAttempting Retry\n");
return 0;
// Fourth attempt, enter a new password.
case 4:
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 == 4) {
aPassword.value = kValidPassword;
aCheckState.value = true;
return true;
}
return false;
}
add_task(async function () {
do_test_pending();
// Prepare files for passwords (generated by a script in bug 1018624).
await setupForPassword("signons-mailnews1.8-imap.json");
registerAlertTestUtils();
let daemon = new ImapDaemon();
daemon.createMailbox("Subscribed", { subscribed: true });
server = makeServer(daemon, "", {
// Make username of server match the singons.txt file
// (pw there is intentionally invalid)
kUsername: kUserName,
kPassword: kValidPassword,
});
server.setDebugLevel(fsDebugAll);
incomingServer = createLocalIMAPServer(server.port);
// PerformExpand expects us to already have a password loaded into the
// incomingServer when we call it, so force a get password call to get it
// out of the signons file (first removing the value that
// createLocalIMAPServer puts in there).
incomingServer.password = "";
let password = incomingServer.getPasswordWithUI(
"Prompt Message",
"Prompt Title"
);
// The fake server expects one password, but we're feeding it an invalid one
// initially so that we can check what happens when password is denied.
Assert.equal(password, kInvalidPassword);
// First step, try and perform a subscribe where we won't be able to log in.
// This covers attempts 1 and 2 in confirmEx.
dump("\nperformExpand 1\n\n");
incomingServer.performExpand(gDummyMsgWindow);
server.performTest("SUBSCRIBE");
dump("\nfinished subscribe 1\n\n");
Assert.equal(attempt, 2);
let rootFolder = incomingServer.rootFolder;
Assert.ok(rootFolder.containsChildNamed("Inbox"));
Assert.ok(!rootFolder.containsChildNamed("Subscribed"));
// Check that we haven't forgotten the login even though we've retried and cancelled.
let logins = Services.logins.findLogins(
"imap://localhost",
null,
"imap://localhost"
);
Assert.equal(logins.length, 1);
Assert.equal(logins[0].username, kUserName);
Assert.equal(logins[0].password, kInvalidPassword);
server.resetTest();
dump("\nperformExpand 2\n\n");
incomingServer.performExpand(gDummyMsgWindow);
server.performTest("SUBSCRIBE");
dump("\nfinished subscribe 2\n");
Assert.ok(rootFolder.containsChildNamed("Inbox"));
Assert.ok(rootFolder.containsChildNamed("Subscribed"));
// Now check the new one has been saved.
logins = Services.logins.findLogins(
"imap://localhost",
null,
"imap://localhost"
);
Assert.equal(logins.length, 1);
Assert.equal(logins[0].username, kUserName);
Assert.equal(logins[0].password, kValidPassword);
// Remove the login via the incoming server.
incomingServer.forgetPassword();
logins = Services.logins.findLogins(
"imap://localhost",
null,
"imap://localhost"
);
Assert.equal(logins.length, 0);
do_timeout(500, endTest);
});
function endTest() {
incomingServer.closeCachedConnections();
server.stop();
var thread = gThreadManager.currentThread;
while (thread.hasPendingEvents()) {
thread.processNextEvent(true);
}
do_test_finished();
}
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