def untile(self):
if self.alternate is None:
return
self.alternate.remove_all()
self.alternate = None
if focus.focused():
focus.focused().stack_raise()
def untile(self):
if self.alternate is None:
return
self.alternate.remove_all()
self.alternate = None
if focus.focused():
focus.focused().stack_raise()
def _get_focused_leaf(self):
focused = focus.focused()
for leaf in self.root.childs():
if leaf.client is focused:
return leaf
return None
def _get_focused_leaf(self):
focused = focus.focused()
for leaf in self.root.childs():
if leaf.client is focused:
return leaf
return None
def toggle_catchall(self):
if frame.State.CatchAll not in self.frame.allowed_states:
return
self.catchall = not self.catchall
if self is not focus.focused():
self.frame.set_state(frame.State.CatchAll if self.
catchall else frame.State.Inactive)
def attention_stop(self):
if not self.is_in_timeout():
return
self.stop_timeout()
if self is focus.focused():
self.focused()
else:
self.unfocused()
def _get_focused_section(self):
focused = focus.focused()
for leaf in self.master.childs():
if leaf.client is focused:
return self.master
for leaf in self.slave.childs():
if leaf.client is focused:
return self.slave
return None
def determine_focus():
client = focus.focused()
if client:
if client.workspace is not None:
client.workspace.focused()
else:
geom = client.frame.parent.geom
monitor_focus(monitor.which(geom['x'], geom['y']))
else:
qp = state.core.QueryPointer(state.root).reply()
monitor_focus(monitor.which(qp.root_x, qp.root_y))
def determine_focus():
client = focus.focused()
if client:
if client.workspace is not None:
client.workspace.focused()
else:
geom = client.frame.parent.geom
monitor_focus(monitor.which(geom['x'], geom['y']))
else:
qp = state.core.QueryPointer(state.root).reply()
monitor_focus(monitor.which(qp.root_x, qp.root_y))
def _get_focused_section(self):
focused = focus.focused()
for leaf in self.master.childs():
if leaf.client is focused:
return self.master
for leaf in self.slave.childs():
if leaf.client is focused:
return self.slave
return None
def tile(self, layoutClass=None):
if layoutClass is not None:
self._add_layout(self._find_layout(layoutClass))
else:
if not self.layouts:
self._add_layout(self.cycle_lays[0])
self.alternate = self.layouts[-1]
for client in self.floater.clients():
force_master = True if client is focus.focused() else False
self.alternate.add(client, doplace=False, force_master=force_master)
self.alternate.place()
def _get_focused_index(self, section):
focused = focus.focused()
if section is self.master:
for i, leaf in enumerate(self.master.childs()):
if leaf.client is focused:
return i
if section is self.slave:
for i, leaf in enumerate(self.slave.childs()):
if leaf.client is focused:
return i
return 0
def _get_focused_index(self, section):
focused = focus.focused()
if section is self.master:
for i, leaf in enumerate(self.master.childs()):
if leaf.client is focused:
return i
if section is self.slave:
for i, leaf in enumerate(self.slave.childs()):
if leaf.client is focused:
return i
return 0
def unmapped(self, light=False):
icccm.set_wm_state(state.conn, self.win.id, icccm.State.Iconic, 0)
fallback = focus.focused() is self
self.frame.unmap()
self.mapped = False
self.update_struts()
if not light:
if fallback:
focus.fallback()
self.workspace.hide_client(self)
state.conn.flush()
def tile(self, layoutClass=None):
if layoutClass is not None:
self._add_layout(self._find_layout(layoutClass))
else:
if not self.layouts:
self._add_layout(self.cycle_lays[0])
self.alternate = self.layouts[-1]
for client in self.floater.clients():
force_master = True if client is focus.focused() else False
self.alternate.add(client,
doplace=False,
force_master=force_master)
self.alternate.place()
def __init__(self, client, parent):
# Start activated?
if focus.focused() == client:
self.state = State.Active
else:
self.state = State.Inactive
self.allowed_states = [State.Active, State.Inactive]
self.client = client
self.parent = parent or Parent(self)
# State variables
self.moving = None
self.resizing = None
if parent is None:
state.conn.core.ReparentWindow(self.client.win.id, self.parent.id,
self.pos['client']['x'],
self.pos['client']['y'])
else:
parent.frame = self
self.client.win.configure(x=self.pos['client']['x'],
y=self.pos['client']['y'])
def __init__(self, client, parent):
# Start activated?
if focus.focused() == client:
self.state = State.Active
else:
self.state = State.Inactive
self.allowed_states = [State.Active, State.Inactive]
self.client = client
self.parent = parent or Parent(self)
# State variables
self.moving = None
self.resizing = None
if parent is None:
state.conn.core.ReparentWindow(self.client.win.id, self.parent.id,
self.pos['client']['x'],
self.pos['client']['y'])
else:
parent.frame = self
self.client.win.configure(x=self.pos['client']['x'],
y=self.pos['client']['y'])
def _with_layout():
client = focus.focused()
if client is not None:
layout = client.layout()
if hasattr(layout, meth_name):
getattr(layout, meth_name)()
def _with_focused():
client = focus.focused()
if client is not None:
if hasattr(client, meth_name):
getattr(client, meth_name)()
def _with_focused():
client = focus.focused()
if client is not None:
fun(client)
def _with_focused():
client = focus.focused()
if client is not None:
fun(client)
def _with_focused():
client = focus.focused()
if client is not None:
if hasattr(client, meth_name):
getattr(client, meth_name)()
def _with_layout():
client = focus.focused()
if client is not None:
layout = client.layout()
if hasattr(layout, meth_name):
getattr(layout, meth_name)()
