def memory():
data = {}
freemem = str(float(pylinux.freemem().split()[0]) / 1024.0)
data['freemem'] = freemem
nfiles = pylinux.lsof()
data['nfiles'] = nfiles
nprocs = len(pylinux.processes())
data['nprocs'] = nprocs
return json.dumps(data)
def memory():
data={}
freemem=str(float(pylinux.freemem().split()[0])/1024.0)
data['freemem'] = freemem
nfiles = pylinux.lsof()
data['nfiles']= nfiles
nprocs=len(pylinux.processes())
data['nprocs']= nprocs
return json.dumps(data)
# as a dictionary
pylinux_cpuinfo = pylinux.cpuinfo()
for i,key in enumerate(pylinux_cpuinfo.keys()):
print 'Processor: {0} Physical ID: {1}'.format(i,pylinux_cpuinfo[key]['physical id'])
print 'Hostname:: ', pylinux.hostname()
print 'IP Address to connect to external server:: ', pylinux.ipaddr()
## dynamic information
print 'System Uptime:: {0} hours'.format(pylinux.uptime())
print 'Time of Last Boot:: ' + pylinux.last_boot()
print 'Current Users:: ' + pylinux.users()
print 'Free Memory:: ' + pylinux.freemem()
print 'Number of Processes:: ' + str(len(pylinux.processes()))
print 'Number of Open Files:: ' + str(pylinux.lsof())
print 'Average Load:: ' + pylinux.avg_load()
net_devs = pylinux.netdevs()
print 'Network Devices:: '
for dev in net_devs.keys():
print dev + ': ' + 'Recieved (MB): ' + str(net_devs[dev].rx) + \
' Transmitted (MB): ' + str(net_devs[dev].tx)
#mounted file systems
print 'Physical File Systems Mounted::'
print pylinux.mounts()
print 'All File Systems Mounted::'
print pylinux.mounts(nodev=False)