def query(self, query):
results = []
query = query.lower()
for w in matewnck.screen_get_default().get_windows_stacked():
if w.is_skip_tasklist():
continue
for name in (w.get_name().lower(), w.get_application().get_name().lower()):
if name.find(query) != -1:
results.append(
ISwitchWindowMatch(name=name, window=w, pixbuf=w.get_mini_icon(), priority=self.get_priority())
)
break
self._emit_query_ready(query, results)
def main():
screen = matewnck.screen_get_default()
# Process pending gtk+ events so that matewnck can find out about existing windows.
while gtk.events_pending():
gtk.main_iteration()
for window in screen.get_windows():
# A XID is a number that identifies a X window.
xid = window.get_xid()
# By calling gtk.gdk.window_foreign_new(xid), we are creating
# a gtk.gdk.Window which wraps the window that is identified by
# the XID. It will return None if it can't find the X window
# identified by the XID in question.
wrapped_window = gtk.gdk.window_foreign_new(xid)
# We are maximizing the window here, but
# you can do almost anything with a gtk.gdk.Window.
wrapped_window.maximize()
def query(self, query):
results = []
query = query.lower()
for w in matewnck.screen_get_default().get_windows_stacked():
if w.is_skip_tasklist():
continue
for name in (w.get_name().lower(),
w.get_application().get_name().lower()):
if name.find(query) != -1:
results.append(
ISwitchWindowMatch(name=name,
window=w,
pixbuf=w.get_mini_icon(),
priority=self.get_priority()))
break
self._emit_query_ready(query, results)
