def player_mpd(self, pl, host='localhost', port=6600):
try:
import mpd
except ImportError:
now_playing = run_cmd(pl, ['mpc', 'current', '-f', '%album%\n%artist%\n%title%\n%time%', '-h', str(host), '-p', str(port)])
if not now_playing:
return
now_playing = now_playing.split('\n')
return {
'album': now_playing[0],
'artist': now_playing[1],
'title': now_playing[2],
'total': now_playing[3],
}
else:
client = mpd.MPDClient()
client.connect(host, port)
now_playing = client.currentsong()
if not now_playing:
return
status = client.status()
client.close()
client.disconnect()
return {
'state': status.get('state'),
'state_symbol': self.STATE_SYMBOLS.get(status.get('state')),
'album': now_playing.get('album'),
'artist': now_playing.get('artist'),
'title': now_playing.get('title'),
'elapsed': self._convert_seconds(now_playing.get('elapsed', 0)),
'total': self._convert_seconds(now_playing.get('time', 0)),
}
def player_mpd(self, pl, host="localhost", port=6600):
try:
import mpd
except ImportError:
now_playing = run_cmd(
pl, ["mpc", "current", "-f", "%album%\n%artist%\n%title%\n%time%", "-h", str(host), "-p", str(port)]
)
if not now_playing:
return
now_playing = now_playing.split("\n")
return {"album": now_playing[0], "artist": now_playing[1], "title": now_playing[2], "total": now_playing[3]}
else:
client = mpd.MPDClient()
client.connect(host, port)
now_playing = client.currentsong()
if not now_playing:
return
status = client.status()
client.close()
client.disconnect()
return {
"state": status.get("state"),
"state_symbol": self.STATE_SYMBOLS.get(status.get("state")),
"album": now_playing.get("album"),
"artist": now_playing.get("artist"),
"title": now_playing.get("title"),
"elapsed": self._convert_seconds(now_playing.get("elapsed", 0)),
"total": self._convert_seconds(now_playing.get("time", 0)),
}
def get_player_status(self, pl):
"""
Returns MOC player information.
mocp -i returns data with multi level information i.e.
State: PAUSE
File: <file_name>
Title: <full_title>
Artist: <artist_name>
SongTitle: <track_title>
...
"""
now_playing_str = run_cmd(pl, ['mocp', '-i'])
if not now_playing_str:
return
now_playing = dict((parts[0], parts[1]) for parts in
[line.split(": ") for line in now_playing_str.split("\n")])
state = _convert_state(now_playing.get("State"))
return {
'state': state,
'album': now_playing.get('Album', ''),
'artist': now_playing.get('Artist', ''),
'title': now_playing.get('SongTitle', ''),
'elapsed': _convert_seconds(int(now_playing.get('CurrentSec', 0))),
'total': _convert_seconds(int(now_playing.get('TotalSec', 0)))
}
def get_connected_xrandr_outputs(pl): '''Iterate over xrandr outputs Outputs are represented by a dictionary with ``name``, ``width``, ``height``, ``primary``, ``x`` and ``y`` keys. ''' return (match.groupdict() for match in XRANDR_OUTPUT_RE.finditer( run_cmd(pl, ['xrandr', '-q']) ))
def player_rhythmbox(self, pl):
now_playing = run_cmd(pl, ['rhythmbox-client', '--no-start', '--no-present', '--print-playing-format', '%at\n%aa\n%tt\n%te\n%td'])
if not now_playing:
return
now_playing = now_playing.split('\n')
return {
'album': now_playing[0],
'artist': now_playing[1],
'title': now_playing[2],
'elapsed': now_playing[3],
'total': now_playing[4],
}
def get_amixer_stats(self, device, pl):
amixer_output = run_cmd(pl, ['amixer', '-M', 'get', '-D', 'pulse', device])
for line in amixer_output.split("\n"):
cleaned_line = line.strip()
if cleaned_line.startswith("Front Left"):
match = VOLUME_PATTERN.search(cleaned_line)
if match is not None:
left = match.group(1)
elif cleaned_line.startswith("Front Right"):
match = VOLUME_PATTERN.search(cleaned_line)
if match is not None:
right = match.group(1)
return (left, right)
def player_rhythmbox(self, pl):
now_playing = run_cmd(
pl, ["rhythmbox-client", "--no-start", "--no-present", "--print-playing-format", "%at\n%aa\n%tt\n%te\n%td"]
)
if not now_playing:
return
now_playing = now_playing.split("\n")
return {
"album": now_playing[0],
"artist": now_playing[1],
"title": now_playing[2],
"elapsed": now_playing[3],
"total": now_playing[4],
}
def get_player_status(self, pl):
now_playing = run_cmd(pl, [
'rhythmbox-client', '--no-start', '--no-present',
'--print-playing-format', '%at\n%aa\n%tt\n%te\n%td'
],
strip=False)
if not now_playing:
return
now_playing = now_playing.split('\n')
return {
'album': now_playing[0],
'artist': now_playing[1],
'title': now_playing[2],
'elapsed': now_playing[3],
'total': now_playing[4],
}
def clip(pl, hide_empty=True, cutoff=10):
'''Return the current clipboard content using xsel.
:param bool hide_empty:
Hide the segment if the clipboard is empty.
:param int cutoff:
Max. number of characters to display.
Highlight groups used: ``clip``.
'''
clp = run_cmd(pl, ['xsel', '-bo'])
if len(clp) < 1 and hide_empty:
return None
return [{
'contents': (clp[0:cutoff] + '…' if len(clp) > cutoff else clp) if cutoff != 0 else clp,
'highlight_groups': ['clip']
}]
def get_player_status(self, pl):
'''Return cmus player information.
cmus-remote -Q returns data with multi-level information i.e.
status playing
file <file_name>
tag artist <artist_name>
tag title <track_title>
tag ..
tag n
set continue <true|false>
set repeat <true|false>
set ..
set n
For the information we are looking for we don’t really care if we’re on
the tag level or the set level. The dictionary comprehension in this
method takes anything in ignore_levels and brings the key inside that
to the first level of the dictionary.
'''
now_playing_str = run_cmd(pl, ['cmus-remote', '-Q'])
if not now_playing_str:
return
ignore_levels = (
'tag',
'set',
)
now_playing = dict(
((token[0] if token[0] not in ignore_levels else token[1],
(' '.join(token[1:])
if token[0] not in ignore_levels else ' '.join(token[2:])))
for token in
[line.split(' ') for line in now_playing_str.split('\n')[:-1]]))
state = _convert_state(now_playing.get('status'))
return {
'state': state,
'album': now_playing.get('album'),
'artist': now_playing.get('artist'),
'title': now_playing.get('title'),
'elapsed': _convert_seconds(now_playing.get('position', 0)),
'total': _convert_seconds(now_playing.get('duration', 0)),
'elapsed_raw': int(now_playing.get('position', 0)),
'total_raw': int(now_playing.get('duration', 0)),
}
def get_player_status(self,
pl,
host='localhost',
password=None,
port=6600):
try:
import mpd
except ImportError:
if password:
host = password + '@' + host
now_playing = run_cmd(pl, [
'mpc', 'current', '-f', '%album%\n%artist%\n%title%\n%time%',
'-h', host, '-p',
str(port)
],
strip=False)
if not now_playing:
return
now_playing = now_playing.split('\n')
return {
'album': now_playing[0],
'artist': now_playing[1],
'title': now_playing[2],
'total': now_playing[3],
}
else:
client = mpd.MPDClient()
client.connect(host, port)
if password:
client.password(password)
now_playing = client.currentsong()
if not now_playing:
return
status = client.status()
client.close()
client.disconnect()
return {
'state': status.get('state'),
'album': now_playing.get('album'),
'artist': now_playing.get('artist'),
'title': now_playing.get('title'),
'elapsed': _convert_seconds(now_playing.get('elapsed', 0)),
'total': _convert_seconds(now_playing.get('time', 0)),
}
def get_player_status(self, pl, host='localhost', password=None, port=6600):
try:
import mpd
except ImportError:
if password:
host = password + '@' + host
now_playing = run_cmd(pl, [
'mpc', 'current',
'-f', '%album%\n%artist%\n%title%\n%time%',
'-h', host,
'-p', str(port)
], strip=False)
if not now_playing:
return
now_playing = now_playing.split('\n')
return {
'album': now_playing[0],
'artist': now_playing[1],
'title': now_playing[2],
'total': now_playing[3],
}
else:
try:
client = mpd.MPDClient(use_unicode=True)
except TypeError:
# python-mpd 1.x does not support use_unicode
client = mpd.MPDClient()
client.connect(host, port)
if password:
client.password(password)
now_playing = client.currentsong()
if not now_playing:
return
status = client.status()
client.close()
client.disconnect()
return {
'state': status.get('state'),
'album': now_playing.get('album'),
'artist': now_playing.get('artist'),
'title': now_playing.get('title'),
'elapsed': _convert_seconds(status.get('elapsed', 0)),
'total': _convert_seconds(now_playing.get('time', 0)),
}
def get_player_status(self, pl):
'''Return Music On Console (mocp) player information.
``mocp -i`` returns current information i.e.
.. code-block::
File: filename.format
Title: full title
Artist: artist name
SongTitle: song title
Album: album name
TotalTime: 00:00
TimeLeft: 00:00
TotalSec: 000
CurrentTime: 00:00
CurrentSec: 000
Bitrate: 000kbps
AvgBitrate: 000kbps
Rate: 00kHz
For the information we are looking for we don’t really care if we have
extra-timing information or bit rate level. The dictionary comprehension
in this method takes anything in ignore_info and brings the key inside
that to the right info of the dictionary.
'''
now_playing_str = run_cmd(pl, ['mocp', '-i'])
if not now_playing_str:
return
now_playing = dict((
line.split(': ', 1)
for line in now_playing_str.split('\n')[:-1]
))
state = _convert_state(now_playing.get('State', 'stop'))
return {
'state': state,
'album': now_playing.get('Album', ''),
'artist': now_playing.get('Artist', ''),
'title': now_playing.get('SongTitle', ''),
'elapsed': _convert_seconds(now_playing.get('CurrentSec', 0)),
'total': _convert_seconds(now_playing.get('TotalSec', 0)),
}
def player_cmus(self, pl):
"""Return cmus player information.
cmus-remote -Q returns data with multi-level information i.e.
status playing
file <file_name>
tag artist <artist_name>
tag title <track_title>
tag ..
tag n
set continue <true|false>
set repeat <true|false>
set ..
set n
For the information we are looking for we don't really care if we're on
the tag level or the set level. The dictionary comprehension in this
method takes anything in ignore_levels and brings the key inside that
to the first level of the dictionary.
"""
now_playing_str = run_cmd(pl, ["cmus-remote", "-Q"])
if not now_playing_str:
return
ignore_levels = ("tag", "set")
now_playing = dict(
(
(
token[0] if token[0] not in ignore_levels else token[1],
(" ".join(token[1:]) if token[0] not in ignore_levels else " ".join(token[2:])),
)
for token in [line.split(" ") for line in now_playing_str.split("\n")[:-1]]
)
)
state = self._convert_state(now_playing.get("status"))
return {
"state": state,
"state_symbol": self.STATE_SYMBOLS.get(state),
"album": now_playing.get("album"),
"artist": now_playing.get("artist"),
"title": now_playing.get("title"),
"elapsed": self._convert_seconds(now_playing.get("position", 0)),
"total": self._convert_seconds(now_playing.get("duration", 0)),
}
def generic_shell(pl, command, highlight_groups=["generic_shell"]):
'''Execute the given command in a shell and return its result
:param string command:
The command to execute.
:param string_list highlight_groups:
The highlight groups to use.
Click values supplied: ``contents`` (string)
'''
contents = run_cmd(pl, ['/bin/sh'], command + '\n').strip('\n ')
return [{
'contents': contents,
'click_values': {
'contents': contents
},
'highlight_groups': highlight_groups
}]
def get_player_status(self, pl):
'''Return Music On Console (mocp) player information.
``mocp -i`` returns current information i.e.
.. code-block::
File: filename.format
Title: full title
Artist: artist name
SongTitle: song title
Album: album name
TotalTime: 00:00
TimeLeft: 00:00
TotalSec: 000
CurrentTime: 00:00
CurrentSec: 000
Bitrate: 000kbps
AvgBitrate: 000kbps
Rate: 00kHz
For the information we are looking for we don’t really care if we have
extra-timing information or bit rate level. The dictionary comprehension
in this method takes anything in ignore_info and brings the key inside
that to the right info of the dictionary.
'''
now_playing_str = run_cmd(pl, ['mocp', '-i'])
if not now_playing_str:
return
now_playing = dict((
line.split(': ', 1)
for line in now_playing_str.split('\n')[:-1]
))
state = _convert_state(now_playing.get('State', 'stop'))
return {
'state': state,
'album': now_playing.get('Album', ''),
'artist': now_playing.get('Artist', ''),
'title': now_playing.get('SongTitle', ''),
'elapsed': _convert_seconds(now_playing.get('CurrentSec', 0)),
'total': _convert_seconds(now_playing.get('TotalSec', 0)),
}
def battery(pl):
"""Return the battery segment."""
stats = run_cmd(pl, ['pmset', '-g', 'batt'])
plugged_in = bool(BATTERY_AC_POWER.search(stats))
charging = bool(BATTERY_CHARGING.search(stats))
percent = int(BATTERY_PERCENT.search(stats).group(1))
warning = BATTERY_STATUS.search(stats)
try:
remaining = BATTERY_TIME.search(stats).group(1)
except:
remaining = 'no estimate'
remaining
ret = []
fmt = '{value}%'
if plugged_in:
gradient_level = 0
if charging:
# highlight_groups = ['battery_gradient_ac']
highlight_groups = ['battery_ac_charging']
else:
# highlight_groups = ['battery_gradient_ac_charged']
highlight_groups = ['battery_ac_not_charging']
ret.append({
'contents': '●',
'highlight_groups': highlight_groups,
})
else:
gradient_level = 100 - percent
if warning:
if warning.group(1) == 'Final':
highlight_groups = ['warning:critical']
else:
highlight_groups = ['warning:regular']
else:
highlight_groups = ['battery_gradient']
ret.append({
'contents': fmt.format(value=percent),
'highlight_groups': highlight_groups,
'gradient_level': gradient_level
})
ret[0]['divider_highlight_group'] = 'background:divider'
return ret
def test_run_cmd(self): pl = Pl() self.assertEqual(run_cmd(pl, ['xxx_nonexistent_command_xxx']), None) self.assertEqual(len(pl.exceptions), 1) pl = Pl() self.assertEqual(run_cmd(pl, ['echo', ' test ']), 'test') self.assertFalse(pl) self.assertEqual(run_cmd(pl, ['echo', ' test '], strip=True), 'test') self.assertFalse(pl) self.assertEqual(run_cmd(pl, ['echo', ' test '], strip=False), ' test \n') self.assertFalse(pl) self.assertEqual(run_cmd(pl, ['cat'], stdin='test'), 'test') self.assertFalse(pl) self.assertEqual(run_cmd(pl, ['sh', '-c', 'cat >&2'], stdin='test'), '') self.assertFalse(pl)
def test_run_cmd(self):
pl = Pl()
self.assertEqual(run_cmd(pl, ['xxx_nonexistent_command_xxx']), None)
self.assertEqual(len(pl.exceptions), 1)
pl = Pl()
self.assertEqual(run_cmd(pl, ['echo', ' test ']), 'test')
self.assertFalse(pl)
self.assertEqual(run_cmd(pl, ['echo', ' test '], strip=True), 'test')
self.assertFalse(pl)
self.assertEqual(run_cmd(pl, ['echo', ' test '], strip=False),
' test \n')
self.assertFalse(pl)
self.assertEqual(run_cmd(pl, ['cat'], stdin='test'), 'test')
self.assertFalse(pl)
self.assertEqual(run_cmd(pl, ['sh', '-c', 'cat >&2'], stdin='test'),
'')
self.assertFalse(pl)
def player_mpd(self, pl, host='localhost', port=6600):
try:
import mpd
except ImportError:
now_playing = run_cmd(pl, [
'mpc', 'current', '-f', '%album%\n%artist%\n%title%\n%time%',
'-h',
str(host), '-p',
str(port)
])
if not now_playing:
return
now_playing = now_playing.split('\n')
return {
'album': now_playing[0],
'artist': now_playing[1],
'title': now_playing[2],
'total': now_playing[3],
}
else:
client = mpd.MPDClient()
client.connect(host, port)
now_playing = client.currentsong()
if not now_playing:
return
status = client.status()
client.close()
client.disconnect()
return {
'state': status.get('state'),
'state_symbol': self.STATE_SYMBOLS.get(status.get('state')),
'album': now_playing.get('album'),
'artist': now_playing.get('artist'),
'title': now_playing.get('title'),
'elapsed': self._convert_seconds(now_playing.get('elapsed',
0)),
'total': self._convert_seconds(now_playing.get('time', 0)),
}
def cpu_temperature(pl):
'''Return cpu temperature.
:param nix
'''
smc = "/Users/Kassi/Applications/smcFanControl.app/Contents/Resources/smc"
sensor = "TC0P"
status = run_cmd(pl, [smc, '-r', '-k', sensor])
if not status:
return
p = re.compile('(\d+)\.\d+')
m = p.findall(status)
temp = int(m[0])
ret = []
ret.append({
'contents': str(m[0]) + "°C",
'highlight_groups': ['battery_gradient', 'battery'],
'gradient_level': (temp-30)*2
})
return ret
def player_cmus(self, pl):
'''Return cmus player information.
cmus-remote -Q returns data with multi-level information i.e.
status playing
file <file_name>
tag artist <artist_name>
tag title <track_title>
tag ..
tag n
set continue <true|false>
set repeat <true|false>
set ..
set n
For the information we are looking for we don't really care if we're on
the tag level or the set level. The dictionary comprehension in this
method takes anything in ignore_levels and brings the key inside that
to the first level of the dictionary.
'''
now_playing_str = run_cmd(pl, ['cmus-remote', '-Q'])
if not now_playing_str:
return
ignore_levels = ('tag', 'set',)
now_playing = dict(((token[0] if token[0] not in ignore_levels else token[1],
(' '.join(token[1:]) if token[0] not in ignore_levels else
' '.join(token[2:]))) for token in [line.split(' ') for line in now_playing_str.split('\n')[:-1]]))
state = self._convert_state(now_playing.get('status'))
return {
'state': state,
'state_symbol': self.STATE_SYMBOLS.get(state),
'album': now_playing.get('album'),
'artist': now_playing.get('artist'),
'title': now_playing.get('title'),
'elapsed': self._convert_seconds(now_playing.get('position', 0)),
'total': self._convert_seconds(now_playing.get('duration', 0)),
}
def brightness(pl):
'''Return the monitor's brightness according to xbacklight.'''
# It doesn't want to go right from float to int.
brightness = int(round(float(run_cmd(pl, ["xbacklight", "-get"])), 0))
return "{}%".format(str(brightness))
def get_data(pl, pid): return run_cmd(pl,['ps', '-o', 'ppid=', '-o', 'cmd=', '-p', str(pid)]).split(None, 1)
def _get_capacity(pl):
import re
battery_summary = run_cmd(pl, ['pmset', '-g', 'batt'])
battery_percent = re.search(r'(\d+)%', battery_summary).group(1)
return int(battery_percent)
def _get_battery_status(pl): battery_summary = run_cmd(pl, ['pmset', '-g', 'batt']) battery_percent = BATTERY_PERCENT_RE.search(battery_summary).group(1) ac_charging = 'AC' in battery_summary return int(battery_percent), ac_charging
def _get_capacity(pl): battery_summary = run_cmd(pl, ['pmset', '-g', 'batt']) battery_percent = BATTERY_PERCENT_RE.search(battery_summary).group(1) return int(battery_percent)
def _get_capacity(pl): battery_summary = run_cmd(pl, ['pmset', '-g', 'batt']) battery_percent = BATTERY_PERCENT_RE.search(battery_summary).group(1) return int(battery_percent)
def _get_battery_status(pl): battery_summary = run_cmd(pl, ['pmset', '-g', 'batt']) battery_percent = BATTERY_PERCENT_RE.search(battery_summary).group(1) ac_charging = 'AC' in battery_summary return int(battery_percent), ac_charging
def _get_capacity(pl):
import re
battery_summary = run_cmd(pl, ["pmset", "-g", "batt"])
battery_percent = re.search(r"(\d+)%", battery_summary).group(1)
return int(battery_percent)
def get_tmux_output(pl, *args): '''Run tmux command and return its output''' return _run_tmux(lambda cmd: run_cmd(pl, cmd), args)
def _get_battery_status(pl): battery_summary = run_cmd(pl, ['pmset', '-g', 'batt']) battery_percent = BATTERY_PERCENT_RE.search(battery_summary).group(1) ac_charging = 'AC' in battery_summary estimated_time = BATTERY_ESTIMATED_TIME_RE.search(battery_summary).group(1) if '(no estimate)' not in battery_summary else '-:-' return int(battery_percent), ac_charging, estimated_time
def _get_capacity(pl): import re battery_summary = run_cmd(pl, ['pmset', '-g', 'batt']) battery_percent = re.search(r'(\d+)%', battery_summary).group(1) return int(battery_percent)
def get_tmux_output(pl, *args): '''Run tmux command and return its output''' return _run_tmux(lambda cmd: run_cmd(pl, cmd), args)
