def blockify_date():
""" Prints the date and time. """
now = datetime.datetime.now()
calendar = StatusUnit('calendar')
calendar.set_icon('')
calendar.set_text(now.strftime('%a %d/%b.'))
return calendar
def blockify_active_window():
""" Print the currently active window (or 'none'). """
active_window, return_code = executor.run('xdotool getactivewindow getwindowname')
if return_code != 0:
return None
if len(active_window) > 100:
active_window = active_window[:80] + '...' + active_window[-20:]
block = StatusUnit('active-window')
block.set_icon('')
block.set_text(active_window)
return block
def blockify_time():
""" Prints the time. """
now = datetime.datetime.now()
clock = StatusUnit('clock')
clock.set_icon('')
clock.set_text(now.strftime('%H:%M:%S'))
clock.set_color(colors['bg'], colors['bg'])
clock.set_background(colors['green'])
return clock
def blockify_ethernet():
""" Prints information about the connected ethernet. """
interface = "eth0"
try:
with open('/sys/class/net/{}/operstate'.format(interface)) as operstate:
status = operstate.read().strip()
except:
return None
if status != 'up':
return None
block = StatusUnit('network')
block.set_icon('')
block.set_text(interface + ' @ ' + netifaces.ifaddresses(interface)[netifaces.AF_INET][0]['addr'])
return block
def blockify_cpu():
""" Print the CPU load average and temperature """
block = StatusUnit("cpu")
block.set_icon("C")
cpuload = executor.run("uptime | awk -F'[a-z]:' '{ print $2}'")[0]
oneminload = float(cpuload.split(",")[0] + "." + cpuload.split(",")[1])
cputemp = executor.run("cat /sys/class/thermal/thermal_zone7/temp")[0]
temp = int(cputemp) / 1000
if oneminload > 3 or temp > 80:
block.set_urgent()
elif oneminload > 1 or temp > 60:
block.set_border(colors["urgent"], 0, TOP_BORDER_WIDTH, 0, 0)
block.set_text(str(oneminload) + "/" + str(temp))
block.status_block.set_min_width(40, "right")
return block.to_json()
def blockify_time():
""" Prints the time. """
now = datetime.datetime.now()
clock = StatusUnit('clock')
clock.set_icon('')
clock.set_text(' ' + now.strftime('%H:%M:%S') + ' ')
return clock.to_json()
def blockify_date():
""" Prints the date and time. """
now = datetime.datetime.now()
calendar = StatusUnit('calendar')
calendar.set_icon('')
calendar.set_text(' ' + now.strftime('%a., %d. %b. %Y') + ' ')
return calendar.to_json()
def blockify_pidgin():
""" If pidgin is running, print the number of unread messages.
For this to work, the pidgin option to set a X variable must be enabled.
"""
unread_messages, return_code = executor.run_script('pidgin-count')
if return_code != 0:
return None
block = StatusUnit('pidgin')
block.set_icon('')
block.set_text(unread_messages)
if int(unread_messages) != 0:
block.set_urgent()
return block.to_json()
def blockify_time():
""" Prints the time. """
now = datetime.datetime.now()
clock = StatusUnit('clock')
clock.set_icon('')
clock.set_text(now.strftime('%H:%M:%S'))
return clock.to_json()
def blockify_pidgin():
""" If pidgin is running, print the number of unread messages.
For this to work, the pidgin option to set a X variable must be enabled.
"""
unread_messages, return_code = executor.run_script('pidgin-count')
if return_code != 0:
return None
block = StatusUnit('pidgin')
block.set_icon('')
block.set_text(unread_messages)
if int(unread_messages) != 0:
block.set_urgent()
return block.to_json()
def blockify_wifi():
""" Prints information about the connected wifi. """
interface = "wlan0"
try:
with open('/sys/class/net/{}/operstate'.format(interface)) as operstate:
status = operstate.read().strip()
except:
return None
if status != 'up':
return None
info = basiciw.iwinfo(interface)
block = StatusUnit('network')
block.set_icon('')
block.set_background(colors['yellow'])
block.set_color(colors['bg'], colors['bg'])
block.set_text(info['essid'])
return block
def blockify_topprocess():
""" Print the top CPU consuming process """
block = StatusUnit("topcpu")
block.set_icon("T")
topprocess = executor.run("ps aux | sort -rk 3,3 | head -n 2 | tail -n 1 | rev | sed -e 's/^[[:space:]]*//' | cut -d' ' -f 1 | rev")[0]
block.set_text(str(topprocess))
block.status_block.set_min_width(40, "right")
return block.to_json()
def blockify_active_window():
""" Print the currently active window (or 'none'). """
active_window, return_code = executor.run('xdotool getactivewindow getwindowname')
if return_code != 0:
return None
if len(active_window) > 100:
active_window = active_window[:80] + '...' + active_window[-20:]
block = StatusUnit('active-window')
block.set_icon('')
block.set_text(' ' + active_window)
return block.to_json()
def blockify_toggl():
w = workingtime.WorkingTime(config.WORKING_HOURS_PER_DAY, config.BUSINESS_DAYS, config.WEEK_DAYS)
a = api.TogglAPI(config.API_TOKEN, config.TIMEZONE)
t = target.Target()
achieved_minutes = a.get_minutes_tracked(start_date=w.week_start, end_date=w.minute)
t.achieved_hours = achieved_minutes / 60.0
today_minutes = a.get_minutes_tracked(start_date=w.today, end_date=w.minute)
t.today_hours = today_minutes / 60.0
logging.debug('today minutes: %d' % (today_minutes))
t.required_hours = w.required_hours_this_month
t.tolerance = config.TOLERANCE_PERCENTAGE
normal_min_hours, crunch_min_hours = t.get_required_daily_hours(w.business_days_left_count, w.days_left_count)
today_required_minutes = normal_min_hours * 60
elapsed_minutes = today_required_minutes - today_minutes
if (elapsed_minutes > 0):
e_h, e_m = divmod(elapsed_minutes, 60)
text = '%dh %dm' % (e_h, e_m)
else:
text = ''
text += " "
if (achieved_minutes > 0):
a_h, a_m = divmod(achieved_minutes, 60)
text += '%dh %dm' % (a_h, a_m)
else:
text += '0h 0m'
toggl = StatusUnit('toggl')
toggl.set_icon('')
toggl.set_text(text)
toggl.set_background(colors['blue'])
toggl.set_color(colors['red'], colors['bg'])
return toggl
def blockify_ethernet():
""" Prints information about the connected ethernet. """
interface = "eth0"
try:
with open('/sys/class/net/{}/operstate'.format(interface)) as operstate:
status = operstate.read().strip()
except:
return None
if status != 'up':
return None
block = StatusUnit('network')
block.set_icon('')
block.set_text(' ' + interface + ' @ ' + netifaces.ifaddresses(interface)[netifaces.AF_INET][0]['addr'])
return block.to_json()
def blockify_wifi():
""" Prints information about the connected wifi. """
interface = "wlan0"
try:
with open('/sys/class/net/{}/operstate'.format(interface)) as operstate:
status = operstate.read().strip()
except:
return None
if status != 'up':
return None
info = basiciw.iwinfo(interface)
block = StatusUnit('network')
block.set_icon('')
block.set_text(info['essid'])
return block.to_json()
def blockify_volume():
""" Print the current volume. """
block = StatusUnit('volume')
block.icon_block.set_name('toggle-volume')
status = volume_control.status()
if status == "on":
volume = int(volume_control.get_volume())
if volume > 80:
block.set_icon('')
elif volume > 40:
block.set_icon('')
else:
block.set_icon('')
block.set_text(str(volume) + '%')
color = get_color_gradient(volume, [
{ 'threshold': 0, 'color': colors['urgent'] },
{ 'threshold': 100, 'color': colors['blue'] },
{ 'threshold': 101, 'color': colors['yellow'] },
{ 'threshold': 200, 'color': colors['yellow'] } ])
block.set_border(color, 0, TOP_BORDER_WIDTH, 0, 0)
block.status_block.set_min_width(40, 'right')
else:
block.set_icon('')
block.set_text('muted')
block.set_urgent()
block.status_block.set_name('toggle-volume')
return block.to_json()
def blockify_battery():
""" Print the current battery level. """
block = StatusUnit('battery')
block.set_icon('')
acpi = executor.run('acpi -b')[0]
battery = re.search('\d*%', acpi).group(0)
battery_int = int(battery[:-1])
is_charging = bool(re.search('Charging|Unknown', acpi))
if is_charging:
block.set_icon('')
elif battery_int > 90:
block.set_icon('')
elif battery_int > 50:
block.set_icon('')
elif battery_int > 20:
block.set_icon('')
else:
block.set_icon('')
block.set_text(battery)
if battery_int > 10 or is_charging:
color = get_color_gradient(battery_int, [
{ 'threshold': 0, 'color': colors['urgent'] },
{ 'threshold': 20, 'color': colors['urgent'] },
{ 'threshold': 80, 'color': colors['blue'] },
{ 'threshold': 100, 'color': colors['blue'] } ])
block.set_border(color, 0, TOP_BORDER_WIDTH, 0, 0)
else:
block.set_urgent()
block.status_block.set_min_width(40, 'right')
return block.to_json()
def blockify_volume():
""" Print the current volume. """
block = StatusUnit('volume')
block.icon_block.set_name('toggle-volume')
status = volume_control.status()
if status == "on":
volume = int(volume_control.get_volume())
if volume > 80:
block.set_icon('')
elif volume > 40:
block.set_icon('')
else:
block.set_icon('')
block.set_text(str(volume) + '%')
color = get_color_gradient(volume, [
{ 'threshold': 0, 'color': colors['urgent'] },
{ 'threshold': 100, 'color': colors['blue'] },
{ 'threshold': 101, 'color': colors['yellow'] },
{ 'threshold': 200, 'color': colors['yellow'] } ])
block.set_border(color, 0, TOP_BORDER_WIDTH, 0, 0)
block.status_block.set_min_width(40, 'right')
else:
block.set_icon('')
block.set_text('muted')
block.set_urgent()
block.status_block.set_name('toggle-volume')
return block.to_json()
def blockify_battery():
""" Print the current battery level. """
block = StatusUnit('battery')
block.set_icon('')
acpi = executor.run('acpi -b')[0]
battery = re.search('\d*%', acpi).group(0)
battery_int = int(battery[:-1])
is_charging = bool(re.search('Charging|Unknown', acpi))
if is_charging:
block.set_icon('')
elif battery_int > 90:
block.set_icon('')
elif battery_int > 50:
block.set_icon('')
elif battery_int > 20:
block.set_icon('')
else:
block.set_icon('')
block.set_text(battery)
if battery_int > 10 or is_charging:
color = get_color_gradient(battery_int, [
{ 'threshold': 0, 'color': colors['urgent'] },
{ 'threshold': 20, 'color': colors['urgent'] },
{ 'threshold': 80, 'color': colors['blue'] },
{ 'threshold': 100, 'color': colors['blue'] } ])
block.set_border(color, 0, TOP_BORDER_WIDTH, 0, 0)
else:
block.set_urgent()
block.status_block.set_min_width(40, 'right')
return block.to_json()
def blockify_battery():
""" Print the current battery level. """
block = StatusUnit('battery')
block.set_icon('')
acpi = executor.run('acpi -b')[0]
battery = re.search('\d*%', acpi).group(0)
battery_int = int(battery[:-1])
is_charging = bool(re.search('Charging|Unknown', acpi))
if is_charging:
block.set_icon('')
elif battery_int > 90:
block.set_icon('')
elif battery_int > 60:
block.set_icon('')
elif battery_int > 30:
block.set_icon('')
elif battery_int > 10:
block.set_icon('')
else:
block.set_icon('')
if is_charging:
block.set_text('')
else:
block.set_text(battery)
block.set_background(colors['red'])
block.set_color(colors['white'], colors['white'])
return block
