def cmd_data(args):
if not os.path.exists(COMO_BATTERY_FILE):
puts(colored.yellow("No como database."))
else:
data = read_database()
title("Como Database")
with indent(6, quote=' '):
puts("Number of Entries: %d" % len(data))
puts("First save: " + str(data['time'][0]))
puts("Last save: " + str(data['time'][-1]))
timedelta = datetime.utcnow() - datetime.strptime(
data['time'][0], "%Y-%m-%dT%H:%M:%S")
puts("Age of Database: %s Days" % str(timedelta.days))
# History Graphs
if not is_win:
history = []
for element in data['capacity']:
history.append(int(element))
cycles = []
for element in data['cycles']:
if element:
cycles.append(int(element))
else:
cycles.append(element)
history = [h - min(history) for h in history]
cycles = [
c - min(c for c in cycles if type(c) == int)
if type(c) == int else c for c in cycles
]
text1 = str(spark_string(history).encode('utf-8'))
text2 = str(spark_string(cycles).encode('utf-8'))
warning("Capacity:")
puts(text1)
warning("Cycles:")
puts(text2)
def cmd_data(args):
if not os.path.exists(COMO_BATTERY_FILE):
puts(colored.yellow("No como database."))
else:
data = read_database()
title("Como Database")
with indent(6, quote=' '):
puts("Number of Entries: %d" % len(data))
puts("First save: " + str(data['time'][0]))
puts("Last save: " + str(data['time'][-1]))
timedelta = datetime.utcnow() - datetime.strptime(
data['time'][0], "%Y-%m-%dT%H:%M:%S")
puts("Age of Database: %s Days" % str(timedelta.days))
# History Graphs
if not is_win:
history = []
for element in data['capacity']:
history.append(int(element))
cycles = []
for element in data['cycles']:
if element:
cycles.append(int(element))
else:
cycles.append(element)
history = [h - min(history) for h in history]
cycles = [
c - min(c for c in cycles if type(c) == int)
if type(c) == int else c for c in cycles
]
text1 = str(spark_string(history).encode('utf-8'))
text2 = str(spark_string(cycles).encode('utf-8'))
warning("Capacity:")
puts(text1)
warning("Cycles:")
puts(text2)
def cmd_info(args):
title("Como Info")
bat = get_battery()
with indent(6, quote=' '):
puts("Battery Serial: %s" % bat['serial'])
puts("Max Capacity: %s" % bat['maxcap'])
puts("Capacity: %s" % bat['curcap'])
if is_osx or is_lin:
puts("Number of cycles: %s" % bat['cycles'])
puts("Design Capacity: %s" % bat['designcap'])
if is_osx:
puts("Mac model: %s" % subprocess.check_output(
"sysctl -n hw.model", shell=True).rstrip("\n"))
puts("Age of Computer: %s months" % get_age())
# puts("Temperature: %s ℃" % (int(bat['temp']) / 100.))
if is_osx or is_win:
puts("Voltage: %s" % bat['voltage'])
puts("Amperage: %s" % bat['amperage'])
puts("Wattage: %s" % (bat['voltage'] * bat['amperage'] / 1000000.))
def cmd_info(args):
title("Como Info")
bat = get_battery()
with indent(6, quote=' '):
puts("Battery Serial: %s" % bat['serial'])
puts("Max Capacity: %s" % bat['maxcap'])
puts("Capacity: %s" % bat['curcap'])
if is_osx or is_lin:
puts("Number of cycles: %s" % bat['cycles'])
puts("Design Capacity: %s" % bat['designcap'])
if is_osx:
puts("Mac model: %s" % subprocess.check_output(
"sysctl -n hw.model", shell=True).rstrip("\n"))
puts("Age of Computer: %s months" % get_age())
# puts("Temperature: %s ℃" % (int(bat['temp']) / 100.))
if is_osx or is_win:
puts("Voltage: %s" % bat['voltage'])
puts("Amperage: %s" % bat['amperage'])
puts("Wattage: %s" % (bat['voltage'] * bat['amperage'] / 1000000.))
