def repl():
global s
shell = Monitor('rohit')
cls()
cls()
curEpocs1 = time.time()
curEpocs2 = time.time()
lastBytes = 0
while True:
cpu, mem = map(
float,
shell.run(
"ps axo pcpu,pmem | awk '{sum += $0; pmem += $2} END {print sum/8, pmem}'"
).split(' '))
#cpu = 0
#for core in gtop.cpu().cpus:
# cpu += 100.0 * (core.user+core.sys) / core.total
#print cpu
#cpu /= 8
if cpu > 100.0: cpu = 100 # Happens on Intel multicores
mem = 1.0 * gtop.mem().user / gtop.mem().total * (
gtop.mem().total / 1024.0 / 1024.0 / 1024.0) #3.98
temp = float(
shell.run(
"""sensors | grep temp1 | head -1 | awk '{print $2}' | sed 's/+//' | sed 's/.C//'"""
))
netload = gtop.netload('eth0')
curEpocs2 = time.time()
net = (netload.bytes_total - lastBytes) / (curEpocs2 -
curEpocs1) / 1024 #kbps
lastBytes = netload.bytes_total
curEpocs1 = curEpocs2
if net > 999:
net /= 1024
netstr = "%.1fM" % net
else:
netstr = "%.1fK" % net
goto(0, 0)
pl("%.1f%% " % cpu)
goto(0, 6)
pl("%0.1fG" % mem)
goto(0, 11)
pl("%0.1fC" % temp)
goto(1, 0)
pl(time.strftime("%H:%M:%S"))
goto(1, 9)
pl(netstr.zfill(7))
#sound_data = getFFT()
#for i in range(samples): # don't have sound data for now
# writenum(s, sound_data[i] % 8)
time.sleep(0.4)
def get_mem_info():
'''
get the memory info
@return: a float num for the total memory GB value
'''
value1 = round(gtop.mem().dict()['total'] / 1000.0 / 1000 / 1024, 1)
value2 = round(value1, 0)
if abs(value1 - value2) > 0.2:
return value1
return value2
def get_mem_info():
'''
get the memory info
@return: a float num for the total memory GB value
'''
value1 = round(gtop.mem().dict()['total'] / 1000.0 / 1000 / 1024, 1)
value2 = round(value1, 0)
if abs(value1 - value2) > 0.2:
return value1
return value2
def repl():
global s
shell = Monitor('rohit')
cls()
cls()
curEpocs1 = time.time()
curEpocs2 = time.time()
lastBytes = 0
while True:
cpu, mem = map(float, shell.run("ps axo pcpu,pmem | awk '{sum += $0; pmem += $2} END {print sum/8, pmem}'").split(' '))
#cpu = 0
#for core in gtop.cpu().cpus:
# cpu += 100.0 * (core.user+core.sys) / core.total
#print cpu
#cpu /= 8
if cpu > 100.0: cpu = 100 # Happens on Intel multicores
mem = 1.0 * gtop.mem().user / gtop.mem().total * (gtop.mem().total/1024.0/1024.0/1024.0)#3.98
temp = float(shell.run("""sensors | grep 'Core.*+' | awk '{print $3}' | sed 's/+//' | sed 's/.C//' | awk '{sum+=$0} END {print sum/4}'"""))
netload = gtop.netload('eth0')
curEpocs2 = time.time()
net = (netload.bytes_total - lastBytes) / (curEpocs2 - curEpocs1) / 1024 #kbps
lastBytes = netload.bytes_total
curEpocs1 = curEpocs2
if net > 999:
net /= 1024
netstr = "%.2fM" % net
else:
netstr = "%.2fK" % net
goto(0,0)
pl("%.1f%% " % cpu)
goto(0, 6)
pl("%0.1fG" % mem)
goto(0,11)
pl("%0.1fC" % temp)
goto(1,0)
pl(time.strftime("%H:%M:%S"))
goto(1,9)
pl(netstr.zfill(7))
#sound_data = getFFT()
#for i in range(samples): # don't have sound data for now
# writenum(s, sound_data[i] % 8)
time.sleep(0.4)
def _get_mem_info(self):
return gtop.mem()
def _get_memory_info(self):
return gtop.mem().dict()
def _get_mem_info(self):
return gtop.mem()
def _get_memory_info(self):
return gtop.mem().dict()
