// This file extends test_imapFolderCopy.js to test message
// moves from a local folder to an IMAP folder.
//
// Original Author: Kent James <kent@caspia.com>


var gIMAPDaemon, gServer, gIMAPIncomingServer;

const gIMAPService = Cc["@mozilla.org/messenger/messageservice;1?type=imap"]
                       .getService(Ci.nsIMsgMessageService);

// Globals
var gRootFolder;
var gIMAPInbox, gIMAPTrashFolder;
var gEmptyLocal1, gEmptyLocal2;
var gIMAPDaemon, gServer, gIMAPIncomingServer;
var gLastKey;
var gMessages = Cc["@mozilla.org/array;1"].createInstance(Ci.nsIMutableArray);
var gCopyService = Cc["@mozilla.org/messenger/messagecopyservice;1"]
                .getService(Ci.nsIMsgCopyService);
var gCurTestNum;

Components.utils.import("resource:///modules/folderUtils.jsm");
Components.utils.import("resource:///modules/iteratorUtils.jsm");

const gTestArray =
[
  function copyFolder1() {
    dump("gEmpty1 " + gEmptyLocal1.URI + "\n");
    let folders = new Array;
    folders.push(gEmptyLocal1.QueryInterface(Ci.nsIMsgFolder));
    let array = toXPCOMArray(folders, Ci.nsIMutableArray);
    gCopyService.CopyFolders(array, gIMAPInbox, false, CopyListener, null);
  },
  function copyFolder2() {
    dump("gEmpty2 " + gEmptyLocal2.URI + "\n");
    let folders = new Array;
    folders.push(gEmptyLocal2);
    let array = toXPCOMArray(folders, Ci.nsIMutableArray);
    gCopyService.CopyFolders(array, gIMAPInbox, false, CopyListener, null);
  },
  function getLocalMessage1() {
    dump("getLocalMessage\n");
    var file = do_get_file("../../../data/bugmail1");
    gCopyService.CopyFileMessage(file, gLocalInboxFolder, null, false, 0,
                                "", CopyListener, null);
  },
  function getLocalMessage2() {
    gMessages.appendElement(gLocalInboxFolder.GetMessageHeader(gLastKey), false);
    dump("getLocalMessage\n");
    var file = do_get_file("../../../data/draft1");
    gCopyService.CopyFileMessage(file, gLocalInboxFolder, null, false, 0,
                                "", CopyListener, null);
  },
  function copyMessages() {
    gMessages.appendElement(gLocalInboxFolder.GetMessageHeader(gLastKey), false);
    let folder1 = gIMAPInbox.getChildNamed("empty 1");
    gCopyService.CopyMessages(gLocalInboxFolder, gMessages, folder1, false, CopyListener, null, false);
  },
  function moveMessages() {
    let folder2 = gIMAPInbox.getChildNamed("empty 2");
    gCopyService.CopyMessages(gLocalInboxFolder, gMessages, folder2, true, CopyListener, null, false);
  },
  function update1() {
    let folder1 = gIMAPInbox.getChildNamed("empty 1").QueryInterface(Ci.nsIMsgImapMailFolder);
    folder1.updateFolderWithListener(null, URLListener);
  },
  function update2() {
    let folder2 = gIMAPInbox.getChildNamed("empty 2").QueryInterface(Ci.nsIMsgImapMailFolder);
    folder2.updateFolderWithListener(null, URLListener);
  },
  function verifyFolders() {
    let folder1 = gIMAPInbox.getChildNamed("empty 1");
    do_check_eq(folderCount(folder1), 2);
    let folder2 = gIMAPInbox.getChildNamed("empty 2");
    do_check_neq(folder2, null);
    // folder 1 and 2 should each now have two messages in them.
    do_check_neq(folder1, null);
    do_check_eq(folderCount(folder2), 2);
    // The local inbox folder should now be empty, since the second
    // operation was a move.
    do_check_eq(folderCount(gLocalInboxFolder), 0);
    doTest(++gCurTestNum);
  },
];

function folderCount(folder)
{
  let enumerator = folder.msgDatabase.EnumerateMessages();
  let count = 0;
  while (enumerator.hasMoreElements())
  {
    count++;
    let hdr = enumerator.getNext();
  }
  return count;
}

function run_test()
{
  // Add a listener.
  gIMAPDaemon = new imapDaemon();
  gServer = makeServer(gIMAPDaemon, "");

  gIMAPIncomingServer = createLocalIMAPServer();

  loadLocalMailAccount();

  // We need an identity so that updateFolder doesn't fail
  let acctMgr = Cc["@mozilla.org/messenger/account-manager;1"]
                  .getService(Ci.nsIMsgAccountManager);
  let localAccount = acctMgr.createAccount();
  let identity = acctMgr.createIdentity();
  localAccount.addIdentity(identity);
  localAccount.defaultIdentity = identity;
  localAccount.incomingServer = gLocalIncomingServer;
  acctMgr.defaultAccount = localAccount;

  // Let's also have another account, using the same identity
  let imapAccount = acctMgr.createAccount();
  imapAccount.addIdentity(identity);
  imapAccount.defaultIdentity = identity;
  imapAccount.incomingServer = gIMAPIncomingServer;

  // The server doesn't support more than one connection
  let prefBranch = Cc["@mozilla.org/preferences-service;1"]
                     .getService(Ci.nsIPrefBranch);
  prefBranch.setIntPref("mail.server.server1.max_cached_connections", 1);
  // Make sure no biff notifications happen
  prefBranch.setBoolPref("mail.biff.play_sound", false);
  prefBranch.setBoolPref("mail.biff.show_alert", false);
  prefBranch.setBoolPref("mail.biff.show_tray_icon", false);
  prefBranch.setBoolPref("mail.biff.animate_dock_icon", false);
  // We aren't interested in downloading messages automatically
  prefBranch.setBoolPref("mail.server.server1.download_on_biff", false);

  gEmptyLocal1 = gLocalIncomingServer.rootFolder.createLocalSubfolder("empty 1");
  gEmptyLocal2 = gLocalIncomingServer.rootFolder.createLocalSubfolder("empty 2");
  // Get the server list...
  gIMAPIncomingServer.performExpand(null);

  gRootFolder = gIMAPIncomingServer.rootFolder;
  gIMAPInbox = gRootFolder.getChildNamed("INBOX");
  dump("gIMAPInbox uri = " + gIMAPInbox.URI + "\n");
  let msgImapFolder = gIMAPInbox.QueryInterface(Ci.nsIMsgImapMailFolder);
  // these hacks are required because we've created the inbox before
  // running initial folder discovery, and adding the folder bails
  // out before we set it as verified online, so we bail out, and
  // then remove the INBOX folder since it's not verified.
  msgImapFolder.hierarchyDelimiter = '/';
  msgImapFolder.verifiedAsOnlineFolder = true;

  // "Master" do_test_pending(), paired with a do_test_finished() at the end of
  // all the operations.

  do_test_pending();
  //start first test
  doTest(1);
}

function doTest(test)
{
  if (test <= gTestArray.length)
  {
    dump("Doing test " + test + "\n");
    gCurTestNum = test;

    var testFn = gTestArray[test - 1];
    // Set a limit of ten seconds; if the notifications haven't arrived by then there's a problem.
    do_timeout(10000, function(){
        if (gCurTestNum == test)
          do_throw("Notifications not received in 10000 ms for operation " + testFn.name);
        }
      );
    try {
    testFn();
    } catch(ex) {
      gServer.stop();
      do_throw ('TEST FAILED ' + ex);
    }
  }
  else
  {
    do_timeout(1000, endTest);
  }
}

// nsIMsgCopyServiceListener implementation - runs next test when copy
// is completed.
var CopyListener =
{
  OnStartCopy: function() {},
  OnProgress: function(aProgress, aProgressMax) {},
  SetMessageKey: function(aKey)
  {
    gLastKey = aKey;
  },
  SetMessageId: function(aMessageId) {},
  OnStopCopy: function(aStatus)
  {
    dump("in OnStopCopy " + gCurTestNum + "\n");
    // Check: message successfully copied.
    do_check_eq(aStatus, 0);
    // Ugly hack: make sure we don't get stuck in a JS->C++->JS->C++... call stack
    // This can happen with a bunch of synchronous functions grouped together, and
    // can even cause tests to fail because they're still waiting for the listener
    // to return
    do_timeout(0, function(){doTest(++gCurTestNum);});
  }
};

// nsIURLListener implementation - runs next test
var URLListener =
{
  OnStartRunningUrl: function(aURL) {},
  OnStopRunningUrl: function(aURL, aStatus)
  {
    dump("in OnStopRunningURL " + gCurTestNum + "\n");
    do_check_eq(aStatus, 0);
    do_timeout(0, function(){doTest(++gCurTestNum);});
  }
}

function endTest()
{
  // Cleanup, null out everything, close all cached connections and stop the
  // server
  gMessages.clear();
  gRootFolder = null;
  gIMAPInbox = null;
  gIMAPTrashFolder = null;
  gServer.resetTest();
  gIMAPIncomingServer.closeCachedConnections();
  gServer.performTest();
  gServer.stop();
  let thread = gThreadManager.currentThread;
  while (thread.hasPendingEvents())
    thread.processNextEvent(true);

  do_test_finished(); // for the one in run_test()
}
