Battstatts.py

#!/usr/bin/env python3.2.2
## -*- coding: utf-8 -*-
# An Extensive Look At Your Android's Device Battery Stats.

__file_name__ = 'battstatts.py'
__author__ = 'Dan Evans'
__copyright__ = 'Copyright 2012©, Coding With Py'
__credits__ = 'Dan Evans'
__dct_url__ = 'http://purl.org/dc/terms/'
__license__ = 'Creative Commons'
__rel_url__ = 'http://creativecommons.org/licenses/by-nc/4.0/'
__version__ = 'CC-by-nc/4.0/'
__maintainer__ = 'Dan(Python253)Evans'
__email__ = 'Python253@gmail.com'

print('\n','','battstatts.py is licensed under',
    'The Creative Commons Attribution-NonCommercial 4.0 International License',
    '\n'*2,'File Name: '+__file_name__,'\n','Author: '+__author__,
    '\n','Copyright: '+__copyright__,'\n','Credits: '+__credits__,
    '\n','DCT URL: ','\n',__dct_url__,'\n','License: '+__license__,
    '\n','Release URL: ','\n',__rel_url__,'\n','Version: '+__version__,
    '\n','Maintainer: '+__maintainer__,'\n','Email: '+__email__,'\n')
import android as a
droid = a.Android()
d = droid
d.batteryStartMonitoring()
Health = {1: "Unknown", 2: "Good", 3: "Overheat", 4: "Dead", 5: "Over Voltage", 6: "Failure"}
Plug = {-1: "Unknown", 0: "Unplugged", 1: "AC Charger", 2: "USB Port"}
Status = {1: "Unknown", 2: "Charging", 3: "Discharging", 4: "Not Charging", 5: "Full"}
d.eventWaitFor("battery")
d.eventClearBuffer()
print("    ::Full Battery Data::  \n\n", d.readBatteryData().result)
print("\n\n    ::Now In Plain English::\n")
print("Your Battery Is Present:          ", d.batteryCheckPresent().result)
print("Your Battery Technology:          ", d.batteryGetTechnology().result)
print("Your Current Battery Voltage:     ", d.batteryGetVoltage().result, "nV")
print("Your Current Battery Temperature: ", d.batteryGetTemperature().result/10.0, "\\°C")
print("Your Battery Raw Temperature:      %1.0F (\\°C/10.0)" % (d.batteryGetTemperature().result))
#Battery Plug Type Key:
# -1: "Unknown"
#  0: "Unplugged"
#  1: "AC Charger"
#  2: "USB Port"
print("Your Current Battery Plug Type:   ", Plug[d.batteryGetPlugType().result])
print("Your Current Battery Level:       ", d.batteryGetLevel().result, "%")
#Battery Stat Key:
#  1: "Unknown"
#  2: "Charging"
#  3: "Discharging"
#  4: "Not Charging"
#  5: "Full"
print("Your Current Battery Status:      ", Status[d.batteryGetStatus().result])
#Battery Health Key:
#  1: "Unknown"
#  2: "Good"
#  3: "Overheat"
#  4: "Dead"
#  5: "Over Voltage"
#  6: "Failure"
print("Your Current Battery Health:      ", Health[d.batteryGetHealth().result])
print("\nCheck Power Saver Mode:\n    Need to define all processes related to Power Saver Mode\n    then print if Mode is On or Off.")
print()
d.batteryStopMonitoring()
#end