def get_wmctrl_output():
"""
Parses the output of wmctrl and returns a list of ordered dicts.
"""
assert fs.which("wmctrl"), "the program wmctrl was not found."
#
cmd = "wmctrl -lGpx"
lines = [line for line in process.get_simple_cmd_output(cmd).split("\n") if line]
res = []
for line in lines:
# 0x05e000c7 0 4402 2562 298 638 540 truecrypt.Truecrypt jabba-uplink TrueCrypt
pieces = line.split()
d = OrderedDict()
#d['wid'] = int(pieces[0], 16) # converted to decimal
d['wid'] = pieces[0]
d['desktop'] = int(pieces[1])
d['pid'] = int(pieces[2])
d['geometry'] = [int(x) for x in pieces[3:7]]
d['window_class'] = pieces[7]
d['client_machine_name'] = pieces[8]
d['window_title'] = ' '.join(pieces[9:])
res.append(d)
#
return res
def get_wmctrl_output():
"""
Parses the output of wmctrl and returns a list of ordered dicts.
"""
assert fs.which("wmctrl"), "the program wmctrl was not found."
#
cmd = "wmctrl -lGpx"
lines = [
line for line in process.get_simple_cmd_output(cmd).split("\n") if line
]
res = []
for line in lines:
# 0x05e000c7 0 4402 2562 298 638 540 truecrypt.Truecrypt jabba-uplink TrueCrypt
pieces = line.split()
d = OrderedDict()
#d['wid'] = int(pieces[0], 16) # converted to decimal
d['wid'] = pieces[0]
d['desktop'] = int(pieces[1])
d['pid'] = int(pieces[2])
d['geometry'] = [int(x) for x in pieces[3:7]]
d['window_class'] = pieces[7]
d['client_machine_name'] = pieces[8]
d['window_title'] = ' '.join(pieces[9:])
res.append(d)
#
return res
def activate_window_by_id(wid):
"""
Put the focus on and activate the the window with the given ID.
"""
assert fs.which("xdotool"), "the program xdotool was not found."
#
os.system('xdotool windowactivate {wid}'.format(wid=wid))
def activate_window_by_id(wid):
"""
Put the focus on and activate the the window with the given ID.
"""
assert fs.which("xdotool"), "the program xdotool was not found."
#
os.system('xdotool windowactivate {wid}'.format(wid=wid))
def _decorator(fn):
if not fs.which(fpath):
print "Error: {f} doesn't exist".format(f=fpath)
print "Traceback: {func}() in {src}".format(func=fn.__name__, src=__file__)
sys.exit(1)
#
def step_func(*args, **kwargs):
return fn(*args, **kwargs)
return step_func
def toggle_fullscreen(wid_hexa):
"""
Toggle the given window to fullscreen.
The window id is a hexa string.
"""
assert fs.which("wmctrl"), "the program wmctrl was not found."
#
cmd = "wmctrl -i -r {wid} -b toggle,maximized_vert,maximized_horz".format(wid=wid_hexa)
os.system(cmd)
def toggle_fullscreen(wid_hexa):
"""
Toggle the given window to fullscreen.
The window id is a hexa string.
"""
assert fs.which("wmctrl"), "the program wmctrl was not found."
#
cmd = "wmctrl -i -r {wid} -b toggle,maximized_vert,maximized_horz".format(
wid=wid_hexa)
os.system(cmd)
def get_window_title_by_id(wid):
assert fs.which("xwininfo"), "the program xwininfo was not found."
#
result = get_simple_cmd_output('xwininfo -id {id}'.format(id=wid))
for line in StringIO(result):
line = line.rstrip("\n")
match = re.search(r'^xwininfo: Window id:.*"(.*)"$', line)
if match:
return match.group(1)
#
return None
def get_window_title_by_id(wid):
assert fs.which("xwininfo"), "the program xwininfo was not found."
#
result = get_simple_cmd_output('xwininfo -id {id}'.format(id=wid))
for line in StringIO(result):
line = line.rstrip("\n")
match = re.search(r'^xwininfo: Window id:.*"(.*)"$', line)
if match:
return match.group(1)
#
return None
def get_active_window_id(hexa=False):
"""
Window ID of the active window.
The return value is a string. By default, the ID is in decimal
format. If hexa is True, the return value is hexadecimal.
In both cases, the return value is a string.
"""
assert fs.which("xdotool"), "the program xdotool was not found."
#
wid = get_simple_cmd_output('xdotool getactivewindow').strip()
if not hexa:
return wid
else:
return hex(int(wid))
def get_active_window_id(hexa=False):
"""
Window ID of the active window.
The return value is a string. By default, the ID is in decimal
format. If hexa is True, the return value is hexadecimal.
In both cases, the return value is a string.
"""
assert fs.which("xdotool"), "the program xdotool was not found."
#
wid = get_simple_cmd_output('xdotool getactivewindow').strip()
if not hexa:
return wid
else:
return hex(int(wid))
def test_get_window_title_by_id():
# TODO
assert fs.which('xwininfo') is not None
def test_get_window_title_by_id():
# TODO
assert fs.which('xwininfo') is not None
def test_lock_screen():
# TODO
assert fs.which('gnome-screensaver-command') is not None
def test_get_active_window_id():
# TODO
assert fs.which('xdotool') is not None
def toggle_fullscreen():
assert fs.which("wmctrl"), "the program wmctrl was not found."
#
wid = window.get_active_window_id(hexa=True)
cmd = "wmctrl -i -r {wid} -b toggle,maximized_vert,maximized_horz".format(wid=wid)
os.system(cmd)
def test_which(self):
if sys.platform.startswith('linux'):
cmd = 'bash'
assert '/bin/bash' in fs.which(cmd) # can be /usr/bin/bash too
else:
print "# test_which is passed on this podium (TODO)"
def test_is_linux():
if fs.which('bash') == '/bin/bash':
assert platform.is_linux()
def test_toggle_fullscreen():
# TODO
assert fs.which('wmctrl') is not None
def test_lock_screen():
# TODO
assert fs.which("gnome-screensaver-command") is not None
def test_get_active_window_id():
# TODO
assert fs.which('xdotool') is not None
def test_is_linux():
if fs.which('bash') == '/bin/bash':
assert podium.is_linux()
def test_is_linux():
if fs.which('bash') == '/bin/bash':
assert podium.is_linux()
def test_which(self):
if sys.platform.startswith('linux'):
cmd = 'bash'
assert '/bin/bash' in fs.which(cmd) # can be /usr/bin/bash too
else:
print "# test_which is passed on this podium (TODO)"
