class BattStatus():
def __init__(self, prefs):
self.prefs = prefs
self.battBalance = BattBalance(prefs, self)
self.last_acpi = None
def getBattInfo(self, batt_id):
if batt_id == 0:
return self.batt0
elif batt_id == 1:
return self.batt1
else:
return None
def getPowerDisplay(self):
disp = self.prefs.display_power_usage.lower()
if disp == 'average' or (disp == 'now' and self.prefs.use_acpi):
p0 = int(float(self.batt0.power_avg))
p1 = int(float(self.batt1.power_avg))
elif disp == 'now':
p0 = int(float(self.batt0.power_now))
p1 = int(float(self.batt1.power_now))
else:
return ''
if p0 != 0:
p = p0
else:
p = p1
return "%.1fW" % (p/1000.0)
def update(self, prefs):
if self.last_acpi != self.prefs.use_acpi:
if self.prefs.use_acpi:
self.last_acpi = True
self.ac = ACInfoAcpi()
self.batt0 = BattInfoAcpi(0)
self.batt1 = BattInfoAcpi(1)
else:
self.last_acpi = False
self.ac = ACInfoSmapi()
self.batt0 = BattInfoSmapi(0)
self.batt1 = BattInfoSmapi(1)
self.ac.update(prefs)
self.batt0.update(prefs)
self.batt1.update(prefs)
self.battBalance.update()
def isEitherInstalled(self):
return self.batt0.isInstalled() or self.batt1.isInstalled()
def isEitherCharging(self):
return self.batt0.isCharging() or self.batt1.isCharging()
def isEitherDischarging(self):
return self.batt0.isDischarging() or self.batt1.isDischarging()
def getTotalRemainingPercent(self):
rem_cap = 0
max_cap = 0
if self.batt0.isInstalled():
rem_cap = rem_cap + int(float(self.batt0.remaining_capacity))
max_cap = max_cap + int(float(self.batt0.last_full_capacity))
if self.batt1.isInstalled():
rem_cap = rem_cap + int(float(self.batt1.remaining_capacity))
max_cap = max_cap + int(float(self.batt1.last_full_capacity))
if max_cap == 0:
return 0
return int(100 * (float(rem_cap) / float(max_cap)))
def __init__(self, prefs): self.prefs = prefs self.battBalance = BattBalance(prefs, self) self.last_acpi = None
class BattStatus():
def __init__(self, prefs):
self.prefs = prefs
self.battBalance = BattBalance(prefs, self)
self.last_interface = None
def getBattInfo(self, batt_id):
if batt_id == 0:
return self.batt0
elif batt_id == 1:
return self.batt1
else:
return None
def getPowerDisplay(self):
disp = self.prefs['displayPowerUsage'].lower()
if disp == 'now' and self.prefs['interface'] != Interface.SMAPI:
disp = 'average'
if disp == 'average':
p0 = int(float(self.batt0.power_avg))
p1 = int(float(self.batt1.power_avg))
elif disp == 'now':
p0 = int(float(self.batt0.power_now))
p1 = int(float(self.batt1.power_now))
else:
return ''
if p0 != 0:
p = p0
else:
p = p1
return "%.1fW" % (p/1000.0)
def update(self, prefs):
if self.last_interface != self.prefs['interface']:
self.last_interface = self.prefs['interface']
if self.prefs['interface'] == Interface.SMAPI:
self.ac = ACInfoSmapi()
self.batt0 = BattInfoSmapi(0)
self.batt1 = BattInfoSmapi(1)
elif self.prefs['interface'] == Interface.ACPI:
self.ac = ACInfoAcpi()
self.batt0 = BattInfoAcpi(0)
self.batt1 = BattInfoAcpi(1)
elif self.prefs['interface'] == Interface.ACPI_OLD:
self.ac = ACInfoAcpiOld()
self.batt0 = BattInfoAcpiOld(0)
self.batt1 = BattInfoAcpiOld(1)
self.ac.update(prefs)
self.batt0.update(prefs)
self.batt1.update(prefs)
self.battBalance.update()
def isEitherInstalled(self):
return self.batt0.isInstalled() or self.batt1.isInstalled()
def isEitherCharging(self):
return self.batt0.isCharging() or self.batt1.isCharging()
def isEitherDischarging(self):
return self.batt0.isDischarging() or self.batt1.isDischarging()
def getTotalRemainingPercent(self):
rem_cap = 0
max_cap = 0
if self.batt0.isInstalled():
rem_cap = rem_cap + int(float(self.batt0.remaining_capacity))
max_cap = max_cap + int(float(self.batt0.last_full_capacity))
if self.batt1.isInstalled():
rem_cap = rem_cap + int(float(self.batt1.remaining_capacity))
max_cap = max_cap + int(float(self.batt1.last_full_capacity))
if max_cap == 0:
return 0
return int(100 * (float(rem_cap) / float(max_cap)))