def get_pid(wid):
'''
get window process id using xprop output
'''
out = cmd_output(f'xprop -id {wid} _NET_WM_PID')
if out:
return out.split(' = ')[1]
else:
return ''
def get_class(wid):
'''
get passed window id class using xprop output
'''
try:
out = cmd_output(f'xprop -id {wid} WM_CLASS')
wm_class = [wid.strip('"') for wid in out.split(' = ')[1].split(', ')]
return wm_class
except Exception:
return []
def screen_dim(mon_name):
'''
given a monitor name return the screen dimensions
'''
screen_dimensions = cmd_output('xrandr --listactivemonitors')
regex_obj = re.search(mon_name + r'\s+(\d{3,4})/\d+x(\d{3,4})',
screen_dimensions,
flags=re.MULTILINE)
screen_dims = {
'width': int(regex_obj.group(1)),
'height': int(regex_obj.group(2))
}
return screen_dims
def screen_dim(mon_name=None):
'''
given a monitor name return the screen dimensions
'''
screen_dimensions = cmd_output('xrandr --listactivemonitors')
if mon_name is None:
screen_dimensions = '\n'.join(screen_dimensions.split('\n')[:2])
regex_obj = re.search(
('' if mon_name is None else mon_name) + r'\s+(\d{3,4})/\d+x(\d{3,4})',
screen_dimensions,
flags=re.MULTILINE)
screen_dims = {
'width': int(regex_obj.group(1)),
'height': int(regex_obj.group(2))
}
return screen_dims
def win_geometry(wid):
'''
given a window id return geometry using xwininfo package
(x_pos, y_pos, width, height) dictionary
'''
window_geometry = ' '.join(
cmd_output(f'xwininfo -metric -shape -id {wid}').strip().split('\n')
[2:8])
regex_obj = re.search(
r'Abs.*X.*?(-?\d+).*Abs.*Y.*?(-?\d+).*Width:\s+(\d+).*Height:\s+(\d+)',
window_geometry)
window_geometry = {
'x_pos': int(regex_obj.group(1)),
'y_pos': int(regex_obj.group(2)),
'width': int(regex_obj.group(3)),
'height': int(regex_obj.group(4))
}
return window_geometry
def is_fullscreen(wid):
'''
check whether passed window id refers to a fullscreen window
'''
return cmd_output(f'bspc query -N -n {wid}.fullscreen') != ''
def is_hidden(wid):
'''
check whether passed window id refers to a hidden window
'''
return cmd_output(f'bspc query -N -n {wid}.hidden') != ''
def is_desk_empty(desk):
'check wether passed desk refers to an empty desk or not'
# return cmd_output(f"bspc query -D -d '{desk}.!occupied'") != ''
return cmd_output(f"bspc query -N -d {desk} -n '.window.!sticky'") == ''
def desk_layout():
'''
return True if desktop is monocle
'''
return json.loads(cmd_output('bspc query -T -d'))['layout']
def is_floating(wid):
'''
check whether passed window id refers to a floating window
'''
return cmd_output(f'bspc query -N -n {wid}.floating') != ''