Exemple #1
0
def main(context):
    """Parses the command-line arguments and starts git-cola
    """
    setup_environment()
    opts, args, context = parse_args(context)
    repo = process_args(opts, args)

    # Allow Ctrl-C to exit
    signal.signal(signal.SIGINT, signal.SIG_DFL)

    # Initialize the app
    app = ColaApplication(sys.argv)

    # Ensure that we're working in a valid git repository.
    # If not, try to find one.  When found, chdir there.
    model = cola.model()
    valid = model.set_worktree(repo) and not opts.prompt
    while not valid:
        startup_dlg = startup.StartupDialog(app.activeWindow())
        gitdir = startup_dlg.find_git_repo()
        if not gitdir:
            sys.exit(-1)
        valid = model.set_worktree(gitdir)

    # Finally, go to the root of the git repo
    os.chdir(model.git.worktree())

    # Show the GUI
    if context == 'archive':
        from cola.widgets.archive import GitArchiveDialog
        model.update_status()
        view = GitArchiveDialog(model.currentbranch)
    elif context == 'branch':
        from cola.widgets.createbranch import create_new_branch
        view = create_new_branch()
    elif context in ('git-dag', 'dag'):
        from cola.dag import git_dag
        view = git_dag(model, opts=opts, args=args)
    elif context in ('classic', 'browse'):
        from cola.classic import cola_classic
        view = cola_classic(update=False)
    elif context == 'config':
        from cola.prefs import preferences
        view = preferences()
    elif context == 'diff':
        from cola.difftool import diff_expression
        while args and args[0] == '--':
            args.pop(0)
        expr = subprocess.list2cmdline(map(core.decode, args))
        view = diff_expression(None, expr, create_widget=True)
    elif context == 'fetch':
        # TODO: the calls to update_status() can be done asynchronously
        # by hooking into the message_updated notification.
        from cola.widgets import remote
        model.update_status()
        view = remote.fetch()
    elif context == 'grep':
        from cola.widgets import grep
        view = grep.run_grep(parent=None)
    elif context == 'merge':
        from cola.merge import view
        model.update_status()
        view = view.MergeView(model, parent=None)
    elif context == 'pull':
        from cola.widgets import remote
        model.update_status()
        view = remote.pull()
    elif context == 'push':
        from cola.widgets import remote
        model.update_status()
        view = remote.push()
    elif context == 'remote':
        from cola.widgets import editremotes
        view = editremotes.edit()
    elif context == 'search':
        from cola.widgets.search import search
        view = search()
    elif context == 'stash':
        from cola.stash import stash
        model.update_status()
        view = stash()
    elif context == 'tag':
        from cola.widgets.createtag import create_tag
        view = create_tag()
    else:
        view = MainView(model, qtutils.active_window())

    # Make sure that we start out on top
    view.show()
    view.raise_()

    # Scan for the first time
    task = _start_update_thread(model)

    # Start the inotify thread
    inotify.start()

    msg_timer = QtCore.QTimer()
    msg_timer.setSingleShot(True)
    msg_timer.connect(msg_timer, SIGNAL('timeout()'), _send_msg)
    msg_timer.start(0)

    # Start the event loop
    result = app.exec_()

    # All done, cleanup
    inotify.stop()
    QtCore.QThreadPool.globalInstance().waitForDone()

    pattern = utils.tmp_file_pattern()
    for filename in glob.glob(pattern):
        os.unlink(filename)
    sys.exit(result)

    return view, task
Exemple #2
0
def main(context):
    """Parses the command-line arguments and starts git-cola
    """
    setup_environment()
    opts, args, context = parse_args(context)
    repo = process_args(opts, args)

    # Allow Ctrl-C to exit
    signal.signal(signal.SIGINT, signal.SIG_DFL)

    # Initialize the app
    app = ColaApplication(sys.argv)

    # Ensure that we're working in a valid git repository.
    # If not, try to find one.  When found, chdir there.
    model = cola.model()
    valid = model.set_worktree(repo) and not opts.prompt
    while not valid:
        startup_dlg = startup.StartupDialog(app.activeWindow())
        gitdir = startup_dlg.find_git_repo()
        if not gitdir:
            sys.exit(-1)
        valid = model.set_worktree(gitdir)

    # Finally, go to the root of the git repo
    os.chdir(model.git.worktree())

    # Show the GUI
    if context == 'archive':
        from cola.widgets.archive import GitArchiveDialog
        model.update_status()
        view = GitArchiveDialog(model.currentbranch)
    elif context == 'branch':
        from cola.widgets.createbranch import create_new_branch
        view = create_new_branch()
    elif context in ('git-dag', 'dag'):
        from cola.dag import git_dag
        view = git_dag(model, opts=opts, args=args)
    elif context in ('classic', 'browse'):
        from cola.classic import cola_classic
        view = cola_classic(update=False)
    elif context == 'config':
        from cola.prefs import preferences
        view = preferences()
    elif context == 'diff':
        from cola.difftool import diff_expression
        while args and args[0] == '--':
            args.pop(0)
        expr = subprocess.list2cmdline(map(core.decode, args))
        view = diff_expression(None, expr, create_widget=True)
    elif context == 'fetch':
        # TODO: the calls to update_status() can be done asynchronously
        # by hooking into the message_updated notification.
        from cola.widgets import remote
        model.update_status()
        view = remote.fetch()
    elif context == 'grep':
        from cola.widgets import grep
        view = grep.run_grep(parent=None)
    elif context == 'merge':
        from cola.merge import view
        model.update_status()
        view = view.MergeView(model, parent=None)
    elif context == 'pull':
        from cola.widgets import remote
        model.update_status()
        view = remote.pull()
    elif context == 'push':
        from cola.widgets import remote
        model.update_status()
        view = remote.push()
    elif context == 'remote':
        from cola.widgets import editremotes
        view = editremotes.edit()
    elif context == 'search':
        from cola.widgets.search import search
        view = search()
    elif context == 'stash':
        from cola.stash import stash
        model.update_status()
        view = stash()
    elif context == 'tag':
        from cola.widgets.createtag import create_tag
        view = create_tag()
    else:
        view = MainView(model, qtutils.active_window())

    # Make sure that we start out on top
    view.show()
    view.raise_()

    # Scan for the first time
    task = _start_update_thread(model)

    # Start the inotify thread
    inotify.start()

    msg_timer = QtCore.QTimer()
    msg_timer.setSingleShot(True)
    msg_timer.connect(msg_timer, SIGNAL('timeout()'), _send_msg)
    msg_timer.start(0)

    # Start the event loop
    result = app.exec_()

    # All done, cleanup
    inotify.stop()
    QtCore.QThreadPool.globalInstance().waitForDone()

    pattern = utils.tmp_file_pattern()
    for filename in glob.glob(pattern):
        os.unlink(filename)
    sys.exit(result)

    return view, task
Exemple #3
0
def main(context):
    """Parses the command-line arguments and starts git-cola
    """
    setup_environment()
    opts, args, context = parse_args(context)
    repo = process_args(opts, args)

    # Allow Ctrl-C to exit
    signal.signal(signal.SIGINT, signal.SIG_DFL)

    # Initialize the app
    app = ColaApplication(sys.argv)

    # Ensure that we're working in a valid git repository.
    # If not, try to find one.  When found, chdir there.
    model = cola.model()
    valid = model.set_worktree(repo) and not opts.prompt
    while not valid:
        startup_dlg = startup.StartupDialog(app.activeWindow())
        gitdir = startup_dlg.find_git_repo()
        if not gitdir:
            sys.exit(-1)
        valid = model.set_worktree(gitdir)

    # Finally, go to the root of the git repo
    os.chdir(model.git.worktree())

    # Show the GUI
    if context == "archive":
        from cola.widgets.archive import GitArchiveDialog

        model.update_status()
        view = GitArchiveDialog(model.currentbranch)
    elif context == "branch":
        from cola.widgets.createbranch import create_new_branch

        view = create_new_branch()
    elif context in ("git-dag", "dag"):
        from cola.dag import git_dag

        ctl = git_dag(model, opts=opts, args=args)
        view = ctl.view
    elif context in ("classic", "browse"):
        from cola.classic import cola_classic

        view = cola_classic(update=False)
    elif context == "config":
        from cola.prefs import preferences

        ctl = preferences()
        view = ctl.view
    elif context == "fetch":
        # TODO: the calls to update_status() can be done asynchronously
        # by hooking into the message_updated notification.
        from cola.widgets import remote

        model.update_status()
        view = remote.fetch()
    elif context == "grep":
        from cola.widgets import grep

        view = grep.run_grep(parent=None)
    elif context == "pull":
        from cola.widgets import remote

        model.update_status()
        view = remote.pull()
    elif context == "push":
        from cola.widgets import remote

        model.update_status()
        view = remote.push()
    elif context == "remote":
        from cola.widgets import editremotes

        view = editremotes.edit()
    elif context == "search":
        from cola.widgets.search import search

        view = search()
    elif context == "stash":
        from cola.stash import stash

        model.update_status()
        view = stash().view
    elif context == "tag":
        from cola.widgets.createtag import create_tag

        view = create_tag()
    else:
        view = MainView(model, qtutils.active_window())
        ctl = MainController(model, view)

    # Install UI wrappers for command objects
    cfgactions.install_command_wrapper()
    guicmds.install_command_wrapper()

    # Make sure that we start out on top
    view.show()
    view.raise_()

    # Scan for the first time
    task = _start_update_thread(model)

    # Start the inotify thread
    inotify.start()

    msg_timer = QtCore.QTimer()
    msg_timer.setSingleShot(True)
    msg_timer.connect(msg_timer, SIGNAL("timeout()"), _send_msg)
    msg_timer.start(0)

    # Start the event loop
    result = app.exec_()

    # All done, cleanup
    inotify.stop()
    QtCore.QThreadPool.globalInstance().waitForDone()

    pattern = utils.tmp_file_pattern()
    for filename in glob.glob(pattern):
        os.unlink(filename)
    sys.exit(result)

    return ctl, task
Exemple #4
0
def main(context):
    """Parses the command-line arguments and starts git-cola
    """
    setup_environment()
    opts, args = parse_args(context)
    repo = process_args(opts, args)

    # Allow Ctrl-C to exit
    signal.signal(signal.SIGINT, signal.SIG_DFL)

    # Initialize the app
    app = ColaApplication(sys.argv)

    # Ensure that we're working in a valid git repository.
    # If not, try to find one.  When found, chdir there.
    model = cola.model()
    valid = model.use_worktree(repo) and not opts.prompt
    while not valid:
        startup_dlg = startup.StartupDialog(app.activeWindow())
        gitdir = startup_dlg.find_git_repo()
        if not gitdir:
            sys.exit(-1)
        valid = model.use_worktree(gitdir)

    # Finally, go to the root of the git repo
    os.chdir(model.git.worktree())

    # Show the GUI
    if opts.classic:
        view = cola_classic(update=False)
    elif context == 'git-cola':
        view = MainView(model, qtutils.active_window())
        ctl = MainController(model, view)
    elif context == 'git-dag':
        ctl = git_dag(model, opts=opts, args=args)
        view = ctl.view

    # Install UI wrappers for command objects
    cfgactions.install_command_wrapper()
    guicmds.install_command_wrapper()

    # Show the view and start the main event loop
    view.show()

    # Make sure that we start out on top
    view.raise_()

    # Scan for the first time
    task = _start_update_thread(model)

    # Start the inotify thread
    inotify.start()

    msg_timer = QtCore.QTimer()
    msg_timer.setSingleShot(True)
    msg_timer.connect(msg_timer, SIGNAL('timeout()'), _send_msg)
    msg_timer.start(0)

    # Start the event loop
    result = app.exec_()

    # All done, cleanup
    inotify.stop()
    QtCore.QThreadPool.globalInstance().waitForDone()

    pattern = cola.model().tmp_file_pattern()
    for filename in glob.glob(pattern):
        os.unlink(filename)
    sys.exit(result)

    return ctl, task