def test_single_WINDOW(self):
props.change_prop(self.dpy, self.root, '_NET_ACTIVE_WINDOW', X.NONE)
val = props.get_prop(self.dpy, self.root, '_NET_ACTIVE_WINDOW')
self.assertEqual(val, X.NONE)
props.change_prop(self.dpy, self.root, '_NET_ACTIVE_WINDOW', self.win)
val = props.get_prop(self.dpy, self.root, '_NET_ACTIVE_WINDOW')
self.assertEqual(val, self.win.id)
def __call__(self, wm, win, **kw):
wins = props.get_prop(wm.dpy, wm.root, '_WHIMSY_CLIENT_LIST_FOCUS')
try:
wins.remove(win.id)
except ValueError:
pass
wins.insert(0, win.id)
props.change_prop(wm.dpy, wm.root, '_WHIMSY_CLIENT_LIST_FOCUS', wins)
def test_single_WINDOW(self):
props.change_prop(self.dpy, self.root, '_NET_ACTIVE_WINDOW', X.NONE)
val = props.get_prop(self.dpy, self.root, '_NET_ACTIVE_WINDOW')
self.assertEqual(val, X.NONE)
props.change_prop(self.dpy, self.root, '_NET_ACTIVE_WINDOW', self.win)
val = props.get_prop(self.dpy, self.root, '_NET_ACTIVE_WINDOW')
self.assertEqual(val, self.win.id)
def __call__(self, wm, win, **kw):
wins = props.get_prop(wm.dpy, wm.root, '_WHIMSY_CLIENT_LIST_FOCUS')
try:
wins.remove(win.id)
except ValueError:
pass
wins.insert(0, win.id)
props.change_prop(wm.dpy, wm.root, '_WHIMSY_CLIENT_LIST_FOCUS', wins)
def __call__(self, wm, win, **kw):
wins = props.get_prop(wm.dpy, wm.root, '_WHIMSY_CLIENT_LIST_FOCUS')
while wins:
c = wm.find_client(wins[0])
if c:
c.focus()
break
wins.pop(0)
props.change_prop(wm.dpy, wm.root, '_WHIMSY_CLIENT_LIST_FOCUS', wins)
def __call__(self, wm, win, **kw):
wins = props.get_prop(wm.dpy, wm.root, '_WHIMSY_CLIENT_LIST_FOCUS')
while wins:
c = wm.find_client(wins[0])
if c:
c.focus()
break
wins.pop(0)
props.change_prop(wm.dpy, wm.root, '_WHIMSY_CLIENT_LIST_FOCUS', wins)
def handle_net_showing_desktop_message(wm, ev, **kw):
if ev.data[1][0]:
print "iconifying everything"
else:
print "de-iconifying everything"
props.change_prop(wm.dpy, wm.root, '_NET_SHOWING_DESKTOP', ev.data[1][0])
for c in wm.clients:
if ev.data[1][0]:
if wm.dpy.get_atom('_NET_WM_WINDOW_TYPE_DOCK') not in c.fetch_prop('_NET_WM_WINDOW_TYPE'):
c.iconify()
else:
print "maybe map client"
if wm.dpy.get_atom('_NET_WM_WINDOW_TYPE_DOCK') not in c.fetch_prop('_NET_WM_WINDOW_TYPE'):
print "really map"
c.map_normal()
def handle_net_showing_desktop_message(wm, ev, **kw):
if ev.data[1][0]:
print "iconifying everything"
else:
print "de-iconifying everything"
props.change_prop(wm.dpy, wm.root, '_NET_SHOWING_DESKTOP', ev.data[1][0])
for c in wm.clients:
if ev.data[1][0]:
if wm.dpy.get_atom('_NET_WM_WINDOW_TYPE_DOCK') not in c.fetch_prop(
'_NET_WM_WINDOW_TYPE'):
c.iconify()
else:
print "maybe map client"
if wm.dpy.get_atom('_NET_WM_WINDOW_TYPE_DOCK') not in c.fetch_prop(
'_NET_WM_WINDOW_TYPE'):
print "really map"
c.map_normal()
def update_workarea(self, hub, wm):
margin_left = margin_right = margin_top = margin_bottom = 0
if self.struts:
margin_left = max(map(lambda s: s['left'], self.struts.values()))
margin_right = max(map(lambda s: s['right'], self.struts.values()))
margin_top = max(map(lambda s: s['top'], self.struts.values()))
margin_bottom = max(map(lambda s: s['bottom'], self.struts.values()))
workarea = (
margin_left, # x of workarea box, and..
margin_top, # y
wm.root_geometry.width - (margin_left + margin_right), # width
wm.root_geometry.height - (margin_top + margin_bottom), # height
)
props.change_prop(wm.dpy, wm.root, '_NET_WORKAREA', workarea)
hub.emit('workarea_changed',
**dict(zip(('x', 'y', 'width', 'height'), workarea)))
def update_workarea(self, hub, wm):
margin_left = margin_right = margin_top = margin_bottom = 0
if self.struts:
margin_left = max(map(lambda s: s['left'], self.struts.values()))
margin_right = max(map(lambda s: s['right'], self.struts.values()))
margin_top = max(map(lambda s: s['top'], self.struts.values()))
margin_bottom = max(
map(lambda s: s['bottom'], self.struts.values()))
workarea = (
margin_left, # x of workarea box, and..
margin_top, # y
wm.root_geometry.width - (margin_left + margin_right), # width
wm.root_geometry.height - (margin_top + margin_bottom), # height
)
props.change_prop(wm.dpy, wm.root, '_NET_WORKAREA', workarea)
hub.emit('workarea_changed',
**dict(zip(('x', 'y', 'width', 'height'), workarea)))
def test_single_UTF8_STRING(self):
props.change_prop(self.dpy, self.win, '_NET_WM_NAME', 'hey guy')
val = props.get_prop(self.dpy, self.win, '_NET_WM_NAME')
self.assertEqual(val, 'hey guy')
def startup(self, wm, **kw):
self.win = wm.root.create_window(-5000, -5000, 1, 1, 0,
X.CopyFromParent)
props.change_prop(wm.dpy, self.win, '_NET_WM_NAME', 'Whimsy')
props.change_prop(wm.dpy, self.win, self.propname(), self.win.id)
props.change_prop(wm.dpy, wm.root, self.propname(), self.win.id)
def set(self, val):
props.change_prop(self.wm.dpy, self.wm.root, self.propname(), val)
def startup(self, wm, **kw):
self.win = wm.root.create_window(-5000, -5000, 1, 1, 0, X.CopyFromParent)
props.change_prop(wm.dpy, self.win, '_NET_WM_NAME', 'Whimsy')
props.change_prop(wm.dpy, self.win, self.propname(), self.win.id)
props.change_prop(wm.dpy, wm.root, self.propname(), self.win.id)
def set(self, val):
props.change_prop(self.wm.dpy, self.wm.root, self.propname(), val)
def test_single_UTF8_STRING(self):
props.change_prop(self.dpy, self.win, '_NET_WM_NAME', 'hey guy')
val = props.get_prop(self.dpy, self.win, '_NET_WM_NAME')
self.assertEqual(val, 'hey guy')
