def list_windows():
WM = WindowManager()
windows = WM.windows(
filters.AND(filters.ExcludeType(Type.DESKTOP, Type.SPLASH),
filters.ExcludeState(State.SKIP_PAGER,
State.SKIP_TASKBAR)))
for window in windows:
state = window.state
win_desktop = window.desktop
desktop = [win_desktop, -1][State.STICKY in state or \
win_desktop == Window.ALL_DESKTOPS]
if State.HIDDEN in state and \
not State.SHADED in state:
state_flags = 'i'
elif State.FULLSCREEN in state:
state_flags = 'F'
elif State.MAXIMIZED_HORZ in state and \
State.MAXIMIZED_VERT in state:
state_flags = 'M'
elif State.MAXIMIZED_VERT in state:
state_flags = 'V'
elif State.MAXIMIZED_HORZ in state:
state_flags = 'H'
else:
state_flags = ' '
# TODO: State.ABOVE, State.BELOW
state_flags += [' ', 's'][State.SHADED in state] # and \
#not State.HIDDEN in state]
print '%s %s %s %s' % (window.id, desktop, state_flags, window.name)
def list_windows():
WM = WindowManager()
windows = WM.windows(filters.AND(
filters.ExcludeType(Type.DESKTOP, Type.SPLASH),
filters.ExcludeState(State.SKIP_PAGER, State.SKIP_TASKBAR)))
for window in windows:
state = window.state
win_desktop = window.desktop
desktop = [win_desktop, -1][State.STICKY in state or \
win_desktop == Window.ALL_DESKTOPS]
if State.HIDDEN in state and \
not State.SHADED in state:
state_flags = 'i'
elif State.FULLSCREEN in state:
state_flags = 'F'
elif State.MAXIMIZED_HORZ in state and \
State.MAXIMIZED_VERT in state:
state_flags = 'M'
elif State.MAXIMIZED_VERT in state:
state_flags = 'V'
elif State.MAXIMIZED_HORZ in state:
state_flags = 'H'
else:
state_flags = ' '
# TODO: State.ABOVE, State.BELOW
state_flags += [' ', 's'][State.SHADED in state]# and \
#not State.HIDDEN in state]
print '%s %s %s %s' % (window.id, desktop, state_flags, window.name)
def _activate(win):
"""Activate window.
Unshade, unminimize and switch to it's desktop/viewport.
"""
WM = WindowManager()
desktop = win.desktop
if desktop != WM.desktop:
WM.set_desktop(desktop)
win.activate()
def _activate(win):
"""Activate window.
Unshade, unminimize and switch to it's desktop/viewport.
"""
wm = WindowManager()
desktop = win.desktop
if desktop != wm.desktop:
wm.set_desktop(desktop)
win.activate()
def run():
"""PyWO run function."""
# parse commandline
(options, args) = commandline.parse_args()
# setup loggers
setup_loggers(options.debug, options.logpath)
# load config settings
config = Config(options.config)
if options.start_daemon:
log.info('Starting PyWO daemon...')
daemon.setup(config)
daemon.start()
elif options.list_windows:
WM = WindowManager()
windows = WM.windows(
filters.AND(
filters.ExcludeType(Type.DESKTOP, Type.SPLASH),
filters.ExcludeState(State.SKIP_PAGER, State.SKIP_TASKBAR)))
for window in windows:
state = window.state
win_desktop = window.desktop
desktop = [win_desktop, -1][State.STICKY in state or \
win_desktop == Window.ALL_DESKTOPS]
if State.HIDDEN in state and \
not State.SHADED in state:
state_flags = 'i'
elif State.FULLSCREEN in state:
state_flags = 'F'
elif State.MAXIMIZED_HORZ in state and \
State.MAXIMIZED_VERT in state:
state_flags = 'M'
elif State.MAXIMIZED_VERT in state:
state_flags = 'V'
elif State.MAXIMIZED_HORZ in state:
state_flags = 'H'
else:
state_flags = ' '
# TODO: State.ABOVE, State.BELOW
state_flags += [' ', 's'][State.SHADED in state] # and \
#not State.HIDDEN in state]
print '%s %s %s %s' % (window.id, desktop, state_flags,
window.name)
elif options.help_more:
commandline.print_help_more(config)
elif args or options.action:
try:
actions.perform(options, args, config)
except actions.ActionException, exc:
commandline.print_error(exc)
def run():
"""PyWO run function."""
# parse commandline
(options, args) = commandline.parse_args()
# setup loggers
setup_loggers(options.debug, options.logpath)
# load config settings
config = Config(options.config)
if options.start_daemon:
log.info('Starting PyWO daemon...')
daemon.setup(config)
daemon.start()
elif options.list_windows:
WM = WindowManager()
windows = WM.windows(filters.AND(
filters.ExcludeType(Type.DESKTOP, Type.SPLASH),
filters.ExcludeState(State.SKIP_PAGER, State.SKIP_TASKBAR)))
for window in windows:
state = window.state
win_desktop = window.desktop
desktop = [win_desktop, -1][State.STICKY in state or \
win_desktop == Window.ALL_DESKTOPS]
if State.HIDDEN in state and \
not State.SHADED in state:
state_flags = 'i'
elif State.FULLSCREEN in state:
state_flags = 'F'
elif State.MAXIMIZED_HORZ in state and \
State.MAXIMIZED_VERT in state:
state_flags = 'M'
elif State.MAXIMIZED_VERT in state:
state_flags = 'V'
elif State.MAXIMIZED_HORZ in state:
state_flags = 'H'
else:
state_flags = ' '
# TODO: State.ABOVE, State.BELOW
state_flags += [' ', 's'][State.SHADED in state]# and \
#not State.HIDDEN in state]
print '%s %s %s %s' % (window.id, desktop, state_flags, window.name)
elif options.help_more:
commandline.print_help_more(config)
elif args or options.action:
try:
actions.perform(options, args, config)
except actions.ActionException, exc:
commandline.print_error(exc)
def __call__(self, window):
if not Desktop.__call__(self, window):
return False
workarea = WindowManager().workarea_geometry
geometry = window.geometry
return geometry.x < workarea.x2 and \
geometry.x2 > workarea.x and \
geometry.y < workarea.y2 and \
geometry.y2 > workarea.y
def _debug_info(win):
"""Print debug info about Window Manager, and current Window."""
WindowManager().debug_info(log)
win.debug_info(log)
log.info('-= Move using same geometry =-')
old_geometry = win.geometry
win.set_geometry(old_geometry)
win.sync()
log.info('Old geometry=%s' % old_geometry)
log.info('New geometry=%s' % win.geometry)
log.info('-= End of debug output =-')
def _sticky(win, mode=Mode.TOGGLE):
"""Change sticky (stay on all desktops/viewports) property."""
win.sticky(mode)
win_desktop = win.desktop
if not win_desktop == win.ALL_DESKTOPS and \
(mode == Mode.SET or mode == Mode.TOGGLE):
win.set_desktop(win.ALL_DESKTOPS)
elif win_desktop == win.ALL_DESKTOPS and \
(mode == Mode.UNSET or mode == Mode.TOGGLE):
wm = WindowManager()
win.set_desktop(wm.desktop)
def _blink(win, bell_color, bell_width, bell_duration):
"""Blink window (show border around window).
Works only for windows on current desktop.
"""
wm = WindowManager()
desktop = win.desktop
if desktop != wm.desktop:
return
win.visual_bell(bell_color, bell_width, bell_duration)
import logging
import signal
import time
import threading
from pywo.core import WindowManager
from pywo import actions
from pywo.services import manager
__author__ = "Wojciech 'KosciaK' Pietrzok"
log = logging.getLogger(__name__)
__CONFIG = None
WM = WindowManager()
def setup(config):
"""Import and setup all services."""
global __CONFIG
if not __CONFIG:
# First time start, we are im main-thread - register signal handlers
signal.signal(signal.SIGINT, interrupt_handler)
signal.signal(signal.SIGTERM, interrupt_handler)
# and required actions
actions.register(name='exit')(exit_pywo)
actions.register(name='reload')(reload_pywo)
__CONFIG = config
WM.update_type()
manager.load(__CONFIG)
# along with PyWO. If not, see <http://www.gnu.org/licenses/>.
#
"""grid_actions.py - PyWO actions - placing windows on grid."""
import itertools
import logging
from pywo.core import Gravity, Geometry, Size, Position, WindowManager
from pywo.actions import Action, TYPE_FILTER
from pywo.actions.resizer import expand_window
__author__ = "Wojciech 'KosciaK' Pietrzok"
log = logging.getLogger(__name__)
WM = WindowManager()
NO_SIZE = Size(0, 0)
CYCLE_WIDTH = 0
CYCLE_HEIGHT = 1
class DummyWindow(object):
"""Dummy Window object, only geometry information is needed."""
gravity = Gravity(0.5, 0.5)
def __init__(self, window, position, size, gravity):
self.extents = window.extents
self.desktop = window.desktop
import time
import threading
from pywo.core import WindowManager
from pywo import actions
from pywo.services import manager
__author__ = "Wojciech 'KosciaK' Pietrzok"
log = logging.getLogger(__name__)
__CONFIG = None
WM = WindowManager()
def setup(config):
"""Import and setup all services."""
global __CONFIG
if not __CONFIG:
# First time start, we are im main-thread - register signal handlers
signal.signal(signal.SIGINT, interrupt_handler)
signal.signal(signal.SIGTERM, interrupt_handler)
# and required actions
actions.register(name="exit")(exit_pywo)
actions.register(name="reload")(reload_pywo)
__CONFIG = config
WM.update_type()
manager.load(__CONFIG)
def __init__(self, desktop=None):
self.desktop = desktop or WindowManager().desktop
def __init__(self):
Desktop.__init__(self)
self.workarea = WindowManager().workarea_geometry
def __call__(self, window):
desktop = self.desktop or WindowManager().desktop
win_desktop = window.desktop
return win_desktop == desktop or \
win_desktop == Window.ALL_DESKTOPS
def test_singleton(self):
self.assertEqual(self.WM, WindowManager())
self.assertTrue(self.WM == WindowManager())
