def test_watch_panes_for_command(curses_mock):
cmd1 = Command('test1', 1, Mock())
cmd2 = Command('test2', 2, Mock())
watch = Watch(Mock(height=20, width=80), Mock(), [cmd1, cmd2], Mock())
eq_([watch.panes[0]], list(watch.panes_for_command(cmd1)))
eq_([watch.panes[1]], list(watch.panes_for_command(cmd2)))
def test_watch_set_selected(curses_mock):
cmd1 = Command('test1', 1, Mock())
cmd2 = Command('test2', 2, Mock())
watch = Watch(Mock(height=20, width=80), Mock(), [cmd1, cmd2], Mock())
eq_(True, watch.panes[0].selected)
eq_(False, watch.panes[1].selected)
watch.set_selected_from_key(ord('1'))
eq_(True, watch.panes[0].selected)
eq_(False, watch.panes[1].selected)
watch.set_selected_from_key(ord('2'))
eq_(False, watch.panes[0].selected)
eq_(True, watch.panes[1].selected)
def test_watch_remove_pane_mirrored(curses_mock):
cmd1 = Command('test1', 1, Mock())
watch = Watch(Mock(height=20, width=80), Mock(), [cmd1], Mock())
rolex.cmd_mirror_command(watch, Mock())
eq_(2, len(watch.panes))
eq_(2, len(watch.pane_map))
eq_(1, len(watch.commands))
eq_(True, 0 in watch.pane_map)
eq_(True, 1 in watch.pane_map)
eq_(False, watch.panes[1].selected)
eq_(cmd1, watch.pane_map[1])
watch.remove_pane(watch.panes[0])
eq_(1, len(watch.panes))
eq_(1, len(watch.pane_map))
eq_(1, len(watch.commands))
eq_(True, 0 in watch.pane_map)
eq_(False, 1 in watch.pane_map)
eq_(cmd1, watch.pane_map[0])
eq_(True, watch.panes[0].selected)
def test_watch_remove_pane(curses_mock):
cmd1 = Command('test1', 1, Mock())
cmd2 = Command('test2', 2, Mock())
watch = Watch(Mock(height=20, width=80), Mock(), [cmd1, cmd2], Mock())
eq_(2, len(watch.panes))
eq_(2, len(watch.pane_map))
eq_(2, len(watch.commands))
eq_(True, 0 in watch.pane_map)
eq_(True, 1 in watch.pane_map)
eq_(False, watch.panes[1].selected)
eq_(cmd2, watch.pane_map[1])
watch.remove_pane(watch.panes[0])
eq_(1, len(watch.panes))
eq_(1, len(watch.pane_map))
eq_(1, len(watch.commands))
eq_(True, 0 in watch.pane_map)
eq_(False, 1 in watch.pane_map)
eq_(cmd2, watch.pane_map[0])
eq_(True, watch.panes[0].selected)
