def ShowInfo(self):
boxname = HardwareInfo().get_device_name()
ram = []
f = os.popen("free | grep 'Mem:'")
ramtmp = f.readline().split()
if ramtmp:
r4 = '0%'
r1 = str(int(ramtmp[1]) / 1024) + 'MB'
r2 = str(int(ramtmp[2]) / 1024) + 'MB'
r3 = str(int(ramtmp[3]) / 1024) + 'MB'
if int(ramtmp[1]) > 0:
r4 = str(int(ramtmp[2]) * 100 / int(ramtmp[1])) + '%'
ram.append(r1)
ram.append(r2)
ram.append(r3)
ram.append(r4)
f.close()
if len(ram) > 0:
self['list2'].setList(ram)
cache = []
f = os.popen('cat /proc/meminfo |grep Cached')
cachetmp = f.readline().split()
if ramtmp:
c2 = '-' + str(int(cachetmp[1]) / 1024) + 'MB'
c3 = str(int(cachetmp[1]) / 1024) + 'MB'
cache.append(' /')
cache.append(c2)
cache.append(c3)
cache.append(' /')
f.close()
if len(cache) > 0:
self['list10'].setList(cache)
swap = []
f = os.popen("free | grep 'Swap:'")
swaptmp = f.readline().split()
if swaptmp:
s4 = '0%'
s1 = str(int(swaptmp[1]) / 1024) + 'MB'
s2 = str(int(swaptmp[2]) / 1024) + 'MB'
s3 = str(int(swaptmp[3]) / 1024) + 'MB'
if int(swaptmp[1]) > 0:
s4 = str(int(swaptmp[2]) * 100 / int(swaptmp[1])) + '%'
swap.append(s1)
swap.append(s2)
swap.append(s3)
swap.append(s4)
f.close()
if len(swap) > 0:
self['list3'].setList(swap)
total = []
t4 = '0%'
t1 = (int(ramtmp[1]) + int(swaptmp[1])) / 1024
t1a = str(t1) + 'MB'
t2 = ((int(ramtmp[2]) - int(cachetmp[1])) + int(swaptmp[2])) / 1024
t2a = str(t2) + 'MB'
t3 = str((int(ramtmp[3]) + int(cachetmp[1]) + int(swaptmp[3])) / 1024) + 'MB'
if t1 > 0:
t4 = str(t2 * 100 / t1) + '%'
total.append(t1a)
total.append(t2a)
total.append(t3)
total.append(t4)
if len(total) > 0:
self['list4'].setList(total)
f = os.popen('top -n1 | grep CPU:')
cputmp = f.readline()
f.close()
try:
ipos = cputmp.find(' sys')
ipos1 = cputmp.find(' idle')
self['infoM7'].setText(str(cputmp[:ipos + 4]))
self['infoM8'].setText('CPU: ' + str(cputmp[ipos + 5:ipos1 + 5]))
except Exception:
print 'Error'
if boxname == 'me' or boxname == 'minime':
cmd = "df -h | grep 'mtd'"
else:
cmd = "df -h | grep '/dev/hda1'"
nand = []
f = os.popen(cmd)
nandtmp = f.readline()
f.close()
ipos = 0
try:
ipos = nandtmp.find('/')
except Exception:
print 'Error'
nand = nandtmp[5:ipos].split()
self['list6'].setList(nand)
uredi = []
devpath = '/sys/block/'
for ured in listdir(devpath):
if (ured[:2] == 'sd' or ured[:2] == 'hd') and ured[:3] != 'hda':
uredi.append('/dev/' + ured)
continue
uredi.sort()
for i in range(0, 2):
try:
hddstate = 'drive state is: unknown'
cmd = 'hdparm -C ' + uredi[i]
f = os.popen(cmd)
hddstatetmp = f.readlines()
f.close()
for x in hddstatetmp:
ipos = x.find('drive state is:')
if ipos >= 0:
hddstate = x
continue
if i == 0:
self['infoM10'].setText(str(uredi[i]))
self['infoM11'].setText(str(hddstate))
if i == 1:
self['infoM12'].setText(str(uredi[i]))
self['infoM13'].setText(str(hddstate))
except Exception:
if i == 0:
self['infoM10'].setText('NC')
self['infoM11'].setText('')
if i == 1:
self['infoM12'].setText('NC')
self['infoM13'].setText('')
print 'err'
try:
cmd = 'df -h | grep ' + uredi[i]
nand = []
f = os.popen(cmd)
nandtmp = f.readline()
imedev = nandtmp[:9]
nandtmp = nandtmp[9:]
f.close()
ipos = 0
try:
ipos = nandtmp.find('/')
except Exception:
nand = [
'NC']
if len(nandtmp) > 0:
nand = nandtmp[:ipos].split()
else:
nand = [
'NC']
if i == 0:
self['list7'].setList(nand)
self['infoM5'].setText(str(imedev))
if i == 1:
self['list8'].setList(nand)
self['infoM6'].setText(str(imedev))
continue
except Exception:
if i == 0:
self['list7'].setList([
'NC'])
if i == 1:
self['list8'].setList([
'NC'])
i == 1
def StartScroll(self):
try:
self.slikahdd = LoadPixmap('/usr/lib/enigma2/python/RTiTeam/RTiSySInfo/img/hdd.png')
self.slikahdd_temp = LoadPixmap('/usr/lib/enigma2/python/RTiTeam/RTiSySInfo/img/hdd_temp.png')
self.slikaram = LoadPixmap('/usr/lib/enigma2/python/RTiTeam/RTiSySInfo/img/ram.png')
self.slikaroot = LoadPixmap('/usr/lib/enigma2/python/RTiTeam/RTiSySInfo/img/root.png')
self.slikasd = LoadPixmap('/usr/lib/enigma2/python/RTiTeam/RTiSySInfo/img/sd.png')
self.slikasensor = LoadPixmap('/usr/lib/enigma2/python/RTiTeam/RTiSySInfo/img/sensor.png')
self.slikasumm = LoadPixmap('/usr/lib/enigma2/python/RTiTeam/RTiSySInfo/img/summ.png')
self.slikanand = LoadPixmap('/usr/lib/enigma2/python/RTiTeam/RTiSySInfo/img/nand.png')
self.slikausb = LoadPixmap('/usr/lib/enigma2/python/RTiTeam/RTiSySInfo/img/usb.png')
self.slikacpu = LoadPixmap('/usr/lib/enigma2/python/RTiTeam/RTiSySInfo/img/cpu.png')
self['thn1'].instance.setPixmap(self.slikaram)
self['thn12'].instance.setPixmap(self.slikaram)
self['thn2'].instance.setPixmap(self.slikanand)
self['thn3'].instance.setPixmap(self.slikasumm)
self['thn4'].instance.setPixmap(self.slikanand)
self['thn5'].instance.setPixmap(self.slikahdd)
self['thn6'].instance.setPixmap(self.slikausb)
self['thn7'].instance.setPixmap(self.slikacpu)
self['thn8'].instance.setPixmap(self.slikahdd)
self['thn9'].instance.setPixmap(self.slikausb)
self['thn10'].instance.setPixmap(self.slikaroot)
self['thn11'].instance.setPixmap(self.slikaroot)
except:
self['info'].setText('Loading pixmap error !')
print 'ok'
self['infoM1'].setText('RAM:')
self['infoM16'].setText('Cache:')
self['infoM2'].setText('Swap:')
self['infoM3'].setText('Total:')
self['infoM4'].setText('NAND :')
self['infoM5'].setText('HDD1:')
self['infoM6'].setText('USB:')
boxname = HardwareInfo().get_device_name()
if boxname == 'me':
boxname1 = 'Me'
if boxname == 'minime':
boxname1 = 'miniMe'
if boxname == 'elite':
boxname1 = 'Elite'
if boxname == 'premium':
boxname1 = 'Premium'
if boxname == 'premium+':
boxname1 = 'Premium+'
if boxname == 'ultra':
boxname1 = 'Ultra'
self['infoM15'].setText('Model: ' + boxname1)
self['infoM9'].setText('LAN IP: 0.0.0.0')
self['infoM14'].setText('WLAN IP: 0.0.0.0')
f = os.popen('ifconfig')
IPtmp = f.readlines()
f.close()
eth = 0
for x in IPtmp:
ipos = x.find('eth0')
if ipos >= 0:
eth = 1
ipos = x.find('wlan0')
if ipos >= 0:
eth = 2
ipos = x.find('lo')
if ipos >= 0:
eth = 3
ipos = x.find('inet addr:')
if ipos >= 0:
ipos1 = x.find('Bcast')
IP = x[ipos + 10:ipos1]
if eth == 1:
self['infoM9'].setText('LAN IP:' + str(IP))
if eth == 2:
self['infoM14'].setText('WLAN IP:' + str(IP))
eth == 2
