def _ping(self, ip_address, now):
"""Ping a device, but rate limit.
Don't ping more often than self._ping_frequency_secs.
"""
if self._last_ping[ip_address] + self._ping_frequency_secs > now:
return
pyping.ping(ip_address, timeout=1, count=1)
self._last_ping[ip_address] = now
def main():
print(txtclr("Inchk 2.1 Copyright 2016 Jesse Wallace", "HEADER"))
if options.foption != True:
# Test 1 - Main Host
try:
print("%s Testing %s ..." % (ssb.working, main_icmp_host))
ping_t1 = pyping.ping(main_icmp_host)
# Will raise unknown_host here if unsuccessful
print('%s Successfully reached %s!' % (ssb.success, main_icmp_host))
if float(ping_t1.avg_rtt) >= 110.0:
print('%s Average response time is abnormally high' % (ssb.warning))
elif float(ping_t1.avg_rtt) >= 90.0:
print('%s Average response time is high' % (ssb.warning))
synopsis([ping_t1, 'N/A', 'N/A'], [txtclr('Successful', 'OKGREEN'), 'N/A', 'N/A'], 'Good connection')
raise SystemExit
except socket.error as se:
print(' ')
print('%s Socket Error: %s' % (ssb.fail, se))
raise SystemExit
except (Exception, 'unknown_host'):
print('%s Couldn\'t reach %s ...' % (ssb.fail, main_icmp_host))
# Test 2 - Main DNS
try:
print('%s Testing %s ...' % (ssb.working, main_icmp_dns_host))
ping_t2 = pyping.ping(main_icmp_dns_host)
# Will raise unknown_host here if unsuccessful
print('%s Successfully reached %s!' %s (ssb.success, main_icmp_dns_host))
if float(ping_t2.avg_rtt) >= 110.0:
print('%s Average response time is abnormally high' % (ssb.warning))
elif float(ping_t2.avg_rtt) >= 90.0:
print('%s Average response time is high' % (ssb.warning))
synopsis([ping_t1, ping_t2, 'N/A'], [txtclr('Failed', 'FAIL'), txtclr('Successful', 'OKGREEN'), 'N/A'], 'Your DNS server is reachable but may not be serving DNS requests correctly')
raise SystemExit
except (Exception, 'unknown_host'):
print('%s Couldn\'t reach %s ...' % (ssb.fail, main_icmp_dns_host))
# Test 3 - Local Gateway
try:
defaultgateway = get_default_gateway()
print('%s Testing local gateway %s ...' % (ssb.working, defaultgateway))
ping_t3 = pyping.ping(defaultgateway)
# Will raise unknown_host here if unsuccessful
print('%s Successfully reached local gateway %s' % (ssb.working, defaultgateway))
if float(ping_t3.avg_rtt) >= 15.0:
print('%s Average response time is abnormally high' % (ssb.warning))
elif float(ping_t3.avg_rtt) >= 5.0:
print('%s Average response time is high' % (ssb.warning))
synopsis([ping_t1, ping_t2, ping_t3], [txtclr('Failed', 'FAIL'), txtclr('Failed', 'FAIL'), txtclr('Successful', 'OKGREEN')], 'Your LAN is not connected to the WAN')
raise SystemExit
except (Exception, 'unknown_host'):
print('%s Couldn\'t reach %s ...' % (ssb.fail, defaultgateway))
synopsis(['N/A', 'N/A', 'N/A'], ['N/A', 'N/A', 'N/A'], 'You are not connected to a functional LAN')
def handle(self, *args, **options):
devices = Device.objects.all()
for device in devices:
response = pyping.ping(device.management_ip, count=1, timeout=1000)
if response.ret_code == 0:
device.status = 1
else:
device.status = 0
device.save()
# loss_pat='0 received'
# msg_pat='icmp_seq=0'
# for device in devices:
# try:
# management_ip = device.management_ip
# ping = subprocess.Popen(
# ["ping", "-c", "1" , "-W" , "1" , management_ip],
# stdout = subprocess.PIPE,
# stderr = subprocess.PIPE
# )
# out, error = ping.communicate()
# for line in out.splitlines():
# if line.find(msg_pat)>-1:
# flag=True
# break
# else:
# flag=False
# except TypeError:
# flag=False
def main_loop():
reboots = [None]
fail_count = 0
ok_count = 0
while True:
if pyping.ping('192.168.10.1').ret_code:
ok_count = 0
fail_count += 1
print("FAIL", fail_count)
if fail_count > 3:
reboots.append(datetime.now().strftime("%Y-%m-%m %H:%M"))
print("rebooting router!")
reboot_router()
print("rebooted router, waiting 60 seconds")
print('reboots:', reboots)
sleep(60)
print("OK, back to normal")
fail_count = 0
else:
fail_count = 0
ok_count += 1
print("seems OK, ok_count:", ok_count, 'last_reboot:', reboots[-1],
'of',
len(reboots) - 1)
sleep(2)
def single(self, ns):
self.signal()
netns.setns(ns)
k = ns + '_' + self.check
while True:
self.results[k] = { 'check': self.check, 'type': self.type, 'ns': ns, 'state': 'RUN' }
res = self.results[k]
try:
r = pyping.ping(self.host, count=self.count, packet_size=self.length)
res['max_rtt'] = r.max_rtt
res['avg_rtt'] = r.avg_rtt
res['min_rtt'] = r.min_rtt
res['packet_lost'] = r.packet_lost
res['state'] = 'OK'
logging.info("[PING:%s] host = %s, max time = %s, avg time = %s, min time = %s, lost packets = %d" % (ns, self.host, r.max_rtt, r.avg_rtt, r.min_rtt, r.packet_lost))
except:
res['state'] = 'FAIL'
logging.info("[PING:%s] Cannot ping host %s" % (ns, self.host))
self.results[k] = res
time.sleep(float(self.delay))
def check(self):
if 'timeout' not in self.params:
self.params['timeout'] = 500
if 'count' not in self.params:
self.params['count'] = 2
self._results = {}
try:
r = pyping.ping(
hostname=self.params['destination'],
timeout=self.params['timeout'],
count=self.params['count'],
)
self._results = {
'max_rtt': r.max_rtt,
'min_rtt': r.min_rtt,
'avg_rtt': r.avg_rtt,
'packet_lost': r.packet_lost,
'output': r.output,
'packet_size': r.packet_size,
'timeout': r.timeout,
'destination': r.destination,
'destination_ip': r.destination_ip,
'result': 255 - (r.ret_code * 255),
}
except:
self.log.exception('error in pyping.ping function')
self._results = {
'result': 0,
}
def ping_one(ip, ping_count=None, su=False):
if not ping_count:
ping_count = 3
r = pyping.ping(ip, count=ping_count, udp=not su)
_, geo_ip, isp, server = loc_from_ip_cn(ip)
return {"ip": ip, "avg_rtt": float(r.avg_rtt) if r.avg_rtt else None, "geo_ip": geo_ip, "isp": isp,
"server": server}
def _do_icmp(self):
try:
ip = self.monitor['ip']
timeout = self.monitor['timeout'] * 1000
return pyping.ping(ip, timeout, count=1).ret_code == 0
except SystemExit:
raise Exception('unknown host: {}'.format(self.monitor['ip']))
def probe(self):
self.logger.info("starting %s probe " % (type(self).__name__))
pingResult = PingTestResult(probeName=self.probeConfig.probeName, pingStart=timezone.now(), rttStdDev=-1,
packageTransmitted=-1, packageReceived=-1, sendBytesBrutto=-1)
startTimestamp = datetime.datetime.now()
remoteHost = self.probeConfig.host
result = pyping.ping(timeout=(self.probeConfig.timeout * 1000), hostname=remoteHost,
count=self.probeConfig.packageCount, packet_size=self.probeConfig.packageSize)
pingResult.packageToTransmit = self.probeConfig.packageCount
pingResult.rttMin = result.min_rtt
pingResult.rttAvg = result.avg_rtt
pingResult.rttMax = result.max_rtt
pingResult.packageLost = result.packet_lost
pingResult.destinationHost = result.destination
pingResult.destinationIp = result.destination_ip
pingResult.sendBytesNetto = result.packet_size
pingResult.pingEnd = timezone.now()
timeDelta = datetime.datetime.now() - startTimestamp
pingResult.totalTime = int(timeDelta.microseconds / 1000)
result.interfaceIp = getLocalIp(remoteHost)
pingResult.save()
self.logger.info("%s probe done" % (type(self).__name__))
def healthcheck(self):
r = pyping.ping(self.ip_address)
if r.ret_code != 0:
print("Unable to ping: {}".format(self.name))
return False
# TODO: Check RDP port is up
return True
def GetIPTTL(ip): p = pyping.ping(str(ip) ,count=1) info = p.output[1] print info if re.search(r"timed out", info, flags=0): pass else: return ip, re.findall(r"ttl=(\d*)", info, re.I)[0]
def ping(host):
probe = pyping.ping(host)
#print ("Host IP:",probe.destination)
config.status = probe.ret_code
#print ("Ping results:",probe.max_rtt,"max rtt",probe.avg_rtt,"avg rtt",probe.min_rtt,"min rtt")
data.ping_stats.results["max_rtt"] = probe.max_rtt
data.ping_stats.results["avg_rtt"] = probe.avg_rtt
data.ping_stats.results["min_rtt"] = probe.min_rtt
def ping_container(container):
r = pyping.ping(container.name, count=3, timeout=2000, quiet_output=True)
rtt = float(r.avg_rtt) if r.avg_rtt else None
if not rtt or rtt >= int(os.getenv("PING_THRESHOLD_MS", 0)):
return "%s->%s: %s" % (my_container_short_uuid, node_short_uuid.search(container.node).group(1),
"%8.2f ms" % rtt if rtt else "%11s" % "!!!")
else:
return
def ping(self, ip_address):
# NOTE: ping requires root access. Fake it during development with a random#
if hasattr(args, 'test') and args.test:
found = (random.randint(0, 3) == 3)
else:
response = pyping.ping(ip_address)
found = (response.ret_code == 0)
return found
def rtt(address, base):
print "rtt"
print address
print base
r = pyping.ping(address, count=1)
print r
store("/var/mmonet/"+base+".ping.rtt", r.min_rtt)
store("/var/mmonet/"+base+".ping.loss", r.packet_lost)
def ping_host(host):
try:
response = pyping.ping(host)
if response.ret_code:
return False
return True
except Exception as e:
print(e)
def GetIPTTL(ip):
p = pyping.ping(str(ip), count=1)
info = p.output[1]
print info
if re.search(r"timed out", info, flags=0):
pass
else:
return ip, re.findall(r"ttl=(\d*)", info, re.I)[0]
def py_ping(HN):
GCDT = gcdt()
r = pyping.ping(HN)
if r.avg_rtt == "None":
print("[{}] This Host doesn't exist".format(GCDT))
else:
print("[{}] Avg. Round Trip Time={} ms from here to {}".format(
GCDT, r.avg_rtt, HN))
def ping_checker(args):
Msg = ""
for arg in args:
r = ping(arg, count=1, timeout=3000, udp=False)
Msg += str(
datetime.now()) + "\tPING\t" + arg + "\t" + "Pktloss:" + str(
r.packet_lost) + "\t" + "RTT:" + str(r.avg_rtt)
Msg += "\n"
return Msg
def __init__(self, host=None, count=3, timeout=2):
self.host = host
self.count = count
self.timeout = timeout
self.ping = ping(self.host, self.count, self.timeout)
if self.ping.ret_code == 0:
self.alive = True
else:
self.alive = False
def get_local_presence_data(location_name, presence_name):
ip = ''
if presence_name == 'Nico':
ip = "192.168.0.77"
if presence_name == 'Flor':
ip = "192.168.0.31"
response = pyping.ping(ip)
logging.debug (presence_name + ' ' + str(response.ret_code))
return (response.ret_code == 0); #0 = reachable, other is unreachable
def internet_on():
r = pyping.ping('4.2.2.2')
if r.ret_code == 0:
print("Still Holding")
return True
else:
print("Down goes Frazier")
return False
def ping(address):
try:
r = pyping.ping(address)
except:
email_error('Pinging Server')
log_event('Exception Pinging Server')
die()
return not r.ret_code
def get_target_status(target):
try:
r = pyping.ping(target)
if r.ret_code == 0:
return True
else:
return False
except:
return False
def ip_scan(ip):
try:
#IP가 살아있는지 확인하자.
if not pyping.ping(str(ip)).ret_code:
threadLock.acquire()
print("Alive Host : {}".format(ip))
threadLock.release()
except:
pass
def isIpBack(strIp):
trace('\n[PcCtrl] --- try to ping ip: ' + strIp + '.')
response = pyping.ping(strIp)
if response.ret_code == 0:
trace('\n[PcCtrl] --- ping result: pass.')
return True
else:
trace('\n[PcCtrl] --- ping result: fail.')
return False
def IcmpMonitor(ImIp): # tcp请求的函数 返回最大rtt值
try:
Im_MaxRtt = str(pyping.ping(ImIp).max_rtt)
if Im_MaxRtt == 'timeout':
return 0
else:
return Im_MaxRtt
except:
return 'timeout'
def ping(address):
try:
r = pyping.ping(address)
except:
email_error('Pinging Server')
log_event('Exception Pinging Server')
die()
return not r.ret_code
def can_ping_node(ip_addr):
"""
:ip_addr: Str
:return: Bool
"""
r = pyping.ping(ip_addr)
if r.ret_code == 0:
return True
return False
def ping(self, bot, update, args):
if not update.message.chat_id in validuser:
return
host = args[0]
r = pyping.ping(host)
if r.ret_code == 0:
msg = ("{} Success".format(host))
else:
msg = "{} Failed with {}".format(host, r.ret_code)
bot.send_message(chat_id=update.message.chat_id, text=msg)
def ping(self, host):
"""
Returns True if host (str) responds to a ping request.
Remember that a host may not respond to a ping (ICMP) request even if the host name is valid.
"""
success = False
ip_address = ''
message = ''
if HAVE_PING:
try:
result = pyping.ping(self.server.get(
)) # Need to be root or Administrator in Windows
ip_address = result.destination_ip
if result.ret_code != 0:
message = 'Could not ping server %s(%s)' % (
self.server.get(), result.destination_ip)
else:
message = 'Min = %sms, Max = %sms, Average = %sms' % (
result.min_rtt, result.max_rtt, result.avg_rtt)
success = True
except Exception as e:
message = 'Error: %s' % e
self.print('Ping: %s' % message)
else:
# Ping command count option as function of OS
param = '-n 1' if system_name().lower() == 'windows' else '-c 1'
# Building the command. Ex: "ping -c 1 google.com"
command = 'ping %s %s' % (param, host)
self.print('Ping command: %s' % command)
# Pinging
p = subprocess.Popen(command.split(), stdout=subprocess.PIPE)
while True:
result = p.stdout.readline()
self.print('ping: %s' % result)
if result == '':
break
else:
if 'avg' in result.lower() or 'average' in result.lower():
message = result.replace('imum', '').strip()
success = True
if 'unreachable' in result.lower():
break
if 'not' in result.lower():
break
if 'from' in result.lower():
ip_address = re.findall(
'([0-9]+\.[0-9]+\.[0-9]+\.[0-9]+)', result)[0]
self.print('remote ip is: %s' % ip_address)
p.terminate()
return success, message, ip_address
def working_fine(url, num):
IP = "NONE"
LOCAL_PROXY_PATH = "./lp/"
if int(num) % 2 == 0:
LOCAL_PROXY_PATH = "./lp_compression/"
CGN_NODE_LIST_PATH = LOCAL_PROXY_PATH + "intermediate_nodes.list"
with open(CGN_NODE_LIST_PATH) as f:
for line in f:
#print line
if ":5555" in line:
IP = line.split('=')[1].split(':')[0].strip()
break
rtn = False
if IP == "NONE":
return False
with open("url_rtt_data.txt", 'w') as f:
r = ping(IP)
if r.ret_code == 0:
rtn = True
f.write(r.avg_rtt + '\n')
if "http://" in url:
url = url.strip()[7:]
if "/" in url:
url = url.split('/')[0].strip()
r = ping(url)
if r.ret_code == 0:
f.write(r.avg_rtt + '\n')
f.write(r.destination_ip + '\n')
rtn = True
r = ping('google.com')
if r.ret_code == 0:
rtn = True
return rtn
def func_ping(Ping_server):
ping_hostname = Ping_server
timeoutput_start = '%sZ' % datetime.datetime.utcnow().isoformat()
p = pyping.ping(ping_hostname)
timeoutput_finish = '%sZ' % datetime.datetime.utcnow().isoformat()
if p.ret_code == 0:
ping_status = "Online"
else:
ping_status = "Offline"
output_csv = timeoutput_start + ',' + timeoutput_finish + ',' + p.destination + ',' + p.min_rtt + ',' + p.avg_rtt + ',' + p.max_rtt + ',' + str(p.packet_lost) + ',' + p.destination_ip + ',' + ping_status
return output_csv
def checkGW():
# checks the computer's default gateway and check connection
gateways = netifaces.gateways()
default_gateway = gateways['default'][netifaces.AF_INET][0]
response = pyping.ping(default_gateway)
if response.ret_code == 0:
print "Default GW ->", default_gateway
print "Ping to GW -> OK"
else:
print "Ping to GW -> ERROR"
async def ping(ctx):
"""Pings the bot"""
#pingtime = time.monotonic()
#pingms = await ctx.send("Pinging...")
#ping = time.monotonic() - pingtime
#await pingms.edit(content="The ping time is `{%.ms`" % ping)
pingms = await ctx.send("Pinging...")
# await bot.edit_message(pingms, topkek + " // ***{} ms***".format(str(ping)[3:][:3]))
await pingms.edit(content="{} // **{} ms**".format(
pingms.content,
pyping.ping("creeperseth.com").avg_rtt))
def Ping_Address_List():
pingCounter = 0
print "Pinging each address to verify its up."
for address in ipList:
pingresponse = pyping.ping(address)
if pingresponse.ret_code == 0:
pingCounter = pingCounter + 1
print address
else:
pass
print "Total results {}".format(len(ipList))
print "Total alive results: {}".format(pingCounter)
def doPingAsyncTask(self, task):
host = task["Host"]
try:
p = pyping.ping(host, count=task["PingCount"])
print "Ping..." + host
return [
True, task, p.avg_rtt, p.min_rtt, p.max_rtt, p.packet_lost,
p.destination_ip
]
except:
print "Ping..." + host + "...Err"
return [False, task]
def main():
# 1번 문제
nowTime = datetime.now()
str_now = nowTime.strftime('%Y-%m-%d %H:%M:%S')
LOG.debug('Start Healthcheck at (%s)', str_now)
dest_url = 'google.com'
LOG.debug('Desination URL : %s', dest_url)
res = pyping.ping(dest_url)
if not res.ret_code:
LOG.debug("Success")
elif res.ret_code:
LOG.warning("Connection Failed")
def ping(host):
print "Sending ping"
response = pyping.ping(host)
print "\n---------------------------------"
if response.ret_code == 0:
print "ping -> OK"
return True
else:
print "ping -> ERROR"
return False
def ping(ip, own_id=None):
cprint('[-] Pinging %s' % ip, 'yellow')
r = pyping.ping(ip, own_id)
print(ip + "\t" + str(r.ret_code) + "\t" + own_id)
if (r.ret_code == 0):
lock.acquire()
cprint("%s is live" % r.destination_ip, 'green')
global live
live.append(ip)
lock.release()
return
def findMachines():
for n in range(1,30):
for machine in machines[:]:
print("searching for "+ machine + " in team" + str(n))
machineName = machine + ".team" + str(n) + ".isucdc.com"
print machineName
response = pyping.ping(machineName)
if response.ret_code == 0:
print("reachable")
tryDefaultCreds(machineName)
else:
print("unreachable")
def ping(self, bot, update, args):
if not str(update.message.chat_id) in validuser:
self.logger.info('Not valid user {}'.format(
update.message.chat_id))
return
host = args[0]
r = pyping.ping(host)
if r.ret_code == 0:
msg = ("{} Success".format(host))
else:
msg = "{} Failed with {}".format(host, r.ret_code)
bot.send_message(chat_id=update.message.chat_id, text=msg)
def run(self):
global active_hosts
global inactive_hosts
while True:
self.ip_address = self.queue.get()
pinging = pyping.ping(self.ip_address, timeout=self.timeout, count=self.count)
logging.info('Pinging {0} ... status={1}'.format(self.ip_address, pinging.ret_code))
if pinging.ret_code == 1:
inactive_hosts.append(self.ip_address)
else:
active_hosts.append(self.ip_address)
self.queue.task_done()
def catch_all(region):
ip = request.form['ip']
if request.method == 'POST':
r = pyping.ping(ip)
result = "REGION: " + region + "<br />"
for i, item in enumerate(r.output):
result+=item + "<br />"
#result = r.output
#aa=re.match(r"^\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3}$",ip)
#result = "\n".join(r.output)
print result
return result
def ping(ip):
# Packet size must be 0, otherwise timeout rate may rise significantly
try:
result = pyping.ping(
ip, count=1, timeout=config.PING_TIMEOUT * 1000,
packet_size=0, own_id=random.randrange(0xffff),
)
rtt = float(result.avg_rtt) / 1000 if result.avg_rtt else None
except ZeroDivisionError:
rtt = None
logging.debug("Ping: %s, %s", ip, rtt if rtt else "timeout")
return rtt
def pingscan():
"""
对目标进行ping扫描, 并做时长统计. 上下线会发出提醒.
"""
t_start = time.time()
# print('t_start is:', t_start)
while True :
try:
p = pyping.ping('10.1.1.1', timeout=3000, count=4)
except Exception as e:
print(e)
if p.avg_rtt:
time.sleep(7)
t_stop = time.time()
global today
today = datetime.datetime.today().strftime('%Y-%m-%d')
if mark['count'] == 0:
# print('已开机')
# alarm('began')
markdb('mark_start')
mark['online'] += (t_stop - t_start)
# print('mark.online is:', mark['online'])
if mark['closed'] > 0:
alarm('began')
print('已开机')
mark['closed'] = 0
if mark['online'] > 606:#若online在线超过10分钟,在DB中标记最新时间戳.
markdb('cycle_mark')
mark['online'] = 6
mark['count'] += (t_stop - t_start)
# print('mark.count is:', mark['count'])
t_start = t_stop
alarm()
# print('+1count=',mark['count'],'online=',mark['online'],'close=',mark['closed'])
else:
time.sleep(10)
t_stop = time.time()
if mark['closed'] == 0:
alarm('closed')
print('已关机')
mark['closed'] += (t_stop - t_start)
t_start = t_stop
if mark['closed'] > 300 and mark['online'] != 0:#可加 and count > 10分钟
mark['online'] = 0
writedb()
mark['count'] = 0
print('Wrote DB and set count to 0 successfully')
def ping_subnet(self, now):
"""Ping broadcase address for all interfaces."""
if self._last_ping['SUBNET'] + self._ping_frequency_secs > now:
return
self._last_ping['SUBNET'] = now
for interface in netifaces.interfaces():
if interface.startswith('lo'):
continue
details = netifaces.ifaddresses(interface)
if netifaces.AF_INET not in details:
continue
for detail in details[netifaces.AF_INET]:
address = detail.get('addr', None)
netmask = detail.get('netmask', None)
if address is None or netmask is None:
continue
parsed = ipaddr.IPv4Network('%s/%s' % (address, netmask))
logging.debug('Ping broadcast address %s', parsed.broadcast)
pyping.ping(str(parsed.broadcast), timeout=10, count=10)
def ping_test(ping_address):
try:
r = pyping.ping(ping_address)
ping_result = r.ret_code == 0
avg_rtt = r.avg_rtt
min_rtt = r.min_rtt
max_rtt = r.max_rtt
destination_ip = r.destination_ip
except:
traceback.print_exc()
ping_result = False
avg_rtt = 0
min_rtt = 0
max_rtt = 0
destination_ip = ''
return ping_result, avg_rtt, min_rtt, max_rtt, destination_ip
def get_site_info(site):
s = pyping.ping(site, udp = False)
print ("ho\n");
#sInfo = ''
if(s.ret_code == 0):#DEU BOM
sInfo = '<h3>CONNECTION SUCCESS: </h3>' + str(s.destination)
sInfo = sInfo + '<br>IP: ' + str(s.destination_ip)
sInfo = sInfo + '<br>PACKETS LOST: ' + str(s.packet_lost)
sInfo = sInfo + '<br>MINIMUM ROUND TRIP TIME (in ms): ' + str(s.min_rtt)
sInfo = sInfo + '<br>AVERAGE ROUND TRIP TIME (in ms): ' + str(s.avg_rtt)
sInfo = sInfo + '<br>MAXIMUM ROUND TRIP TIME (in ms): ' + str(s.max_rtt)
sInfo = sInfo + '<br>';
pass
else:
sInfo = '<h3> CONNECTION FAILED </h3>' + site
return sInfo
pass
def run(self):
for dest in self._ips:
"""
For each ip, make an aggregate of all packet responses and then send the
aggregate to the pipe.
"""
packets_sent = 0
reply_data = ReplyData()
while packets_sent < self.req_data.packet_count:
r = pyping.ping(dest, count=1, packet_size=self.req_data.buf_size,
timeout=self.req_data.timeout)
reply_data = reply_data + ReplyData(r.destination_ip, r.packet_size, r.avg_rtt, r.packet_lost)
#now figure out how to send this response to the caller thread
packets_sent += 1
time.sleep(self.getDelay(self.req_data))
self.reply_pipe.send(reply_data)
#send a reply that indicates we are finished
finish_reply = ReplyData(finalReply=True)
self.reply_pipe.send(finish_reply)
def _ping(address, dump, irange=255):
with open(dump+'.csv', 'w') as csvfile:
felten = ['IP', 'state']
write = csv.DictWriter(csvfile, fieldnames=felten)
write.writeheader()
tot = tz.time()
for j in xrange(1, irange):
start = tz.time()
clean = address.split(".")
loot = "{}.{}.{}.{}".format(clean[0], clean[1], clean[2], j)
ping = pyping.ping(loot, timeout=3, count=2)
if ping.ret_code == 0:
write.writerow({'IP': loot, 'state':"Online"})
print ping.destination
else:
pass
print "Total", tz.time() - tot, "seconds"
def run_pyping_check(state):
try:
H = pyping.ping(host)
except: # If there's an error, print error msg and mark as down.
time_log()
print("{} : {} - Error Connecting.") .format(ts, host)
state = "DOWN"
return state
if H.ret_code == 1: # If the ping FAILS
if state == "UP": # and host was previously UP
time_log() # grab a timestamp and print message.
print("{} : {} is now down. ({})") .format(ts, host, td)
state = "DOWN"
elif H.ret_code == 0: # If the ping RESPONDS
if state == "DOWN": # and host was previously DOWN
time_log() # grab a timestamp and print message.
print("{} : {} is now up. ({})") .format(ts, host, td)
state = "UP"
else: # if something tragic happens, just leave.
print("ERROR: Exiting...")
exit()
return state
def ping_ip_address(time_aut_ping,ip_address_ping):
print ""
sys.stdout.write("START PING IP ADDRESS:"+ip_address_ping+" ")
i=0
ping_ok=1
while ping_ok==1:
ping_ip=pyping.ping(ip_address_ping,count=2)
ping_ok=ping_ip.ret_code
if i < time_aut_ping:
if i==0:
sys.stdout.write("ping ")
else:
sys.stdout.write(".")
i=i+1
else:
sys.stdout.write("WAIT "+str(i)+", PING IP ADDRESS STOP :")
break
if ping_ok==0:
sys.stdout.write(" IP ADRESS:"+ip_address_ping+" AVALIBLE")
return 1
else:
sys.stdout.write(" IP ADRESS:"+ip_address_ping+" IS'T AVALIBLE")
return 0
def w_r():
conn1 = sqlite3.connect('ex.db')
c1 = conn1.cursor()
for row in rows:
t = int(time.time())
s_t = str(t)
r = pyping.ping(row[1], count=1)
# print row[0] + "=>" + r.avg_rtt
c1.execute("INSERT INTO result (r_name, r_delay) VALUES (?, ?)", (row[0], r.avg_rtt))
if r.avg_rtt == None:
s_delay = '0'
else:
s_delay = str(r.avg_rtt)
data_source = 'DS:delay:GAUGE:2:0:' + s_delay
rrdtool.create( 'delay.rrd',
'--start', s_t,
data_source,
'RRA:AVERAGE:0.5:1:60')
conn1.commit()
SECOND = 60
MINUTE = 60 * SECOND
path = '/tmp/delay.png'
rrdtool.graph(path,
'--imgformat', 'PNG',
'--width', '540',
'--height', '100',
'--start', s_t,
'--end', "+1",
'--vertical-label', 'delay/Day',
'--title', 'Annual delay',
'--lower-limit', '0',
'DEF:response=delay.rrd:delay:AVERAGE',
'LINE:response#990033')
info = rrdtool.info('delay.rrd')
print info['last_update']
print info['ds[delay].minimal_heartbeat']
conn1.close()
import requests
import time
import threading
import pyping
from termcolor import colored
r = pyping.ping('google.com')
speed = r.avg_rtt
if round(float(speed)) > 60:
print"\n\nNetwork speed not optimal for accurate tests! " + str(speed) + "ms!\n\n"
exit(0)
else:
print"\n\nNetwork test passed! " + str(speed) + "ms!\n\n"
log = time.strftime("%m-%d-%Y") + time.strftime(" %I:%M:%S")
def scan(url):
url = url.rstrip('\n')
#Check the response time 3 times in a row for accurate data
for y in range(0, 3):
try:
response = requests.get(url)
x = response.elapsed
if x.seconds > 1:
#If the site fails the check then print to the console and write to the log file
print colored("*WARNING* " + str(line) + " response was " + str(x) + " with status code " + str(response.status_code) + "; Count: " + str(y), "red")
f2.write(str(line) + " - *WARNING* Response time: " + str(response.elapsed) + " with status code " + str(response.status_code) + "; Count: " + str(y) + "\n\n")
exit(0)
else:
#If the site passes the check then just write to the file
import pyping import datetime print datetime.datetime.now() hostname = "mymusictaste.com" response = pyping.ping(hostname,count=100) packet_lost = response.packet_lost min_rtt = response.min_rtt avg_rtt = response.avg_rtt max_rtt = response.max_rtt ip_info = response.destination_ip ret_code = response.ret_code packet_size = response.packet_size timeout = response.timeout destination = response.destination print "Packet Lost : " , packet_lost print "Min Rtt : " , min_rtt print "Max Rtt : " , max_rtt print "Avg Rtt : " , avg_rtt print "ret_code : ", ret_code print "packet_size : " , packet_size print "timeout : " , timeout print "destination : " , destination if packet_lost > 50:
def __init__(self, parent):
self.ping = float(
ping(hostname=parent.host,
timeout=2000,
count=1).avg_rtt
)
def is_online():
write('Testing connectivity')
for _ in range(10):
if pyping.ping('8.8.8.8', timeout = 5000, count = 1, udp = True).ret_code == 0:
return True
return False
import base64, hashlib, socket, pyping, os, getpass, time, psutil, log, sqlite3, keys
from Crypto.PublicKey import RSA
from Crypto.Signature import PKCS1_v1_5
from Crypto.Hash import SHA
from simplecrypt import decrypt
app_log = log.log("arches.log")
(key, private_key_readable, public_key_readable, public_key_hashed, address) = keys.read()
timestamp = str(time.time())
r = pyping.ping('google.com') # Need to be root or
openfield = "Arches:" + socket.gethostname(), psutil.virtual_memory(), psutil.cpu_times(), r.ret_code, r.destination, r.max_rtt, r.avg_rtt, r.min_rtt, r.destination_ip
print openfield
transaction = (timestamp, address, address, '%.8f' % 0, 0, str(openfield)) # this is signed
print transaction
h = SHA.new(str(transaction))
signer = PKCS1_v1_5.new(key)
signature = signer.sign(h)
signature_enc = base64.b64encode(signature)
#app_log.info("Client: Encoded Signature: " + str(signature_enc))
mempool = sqlite3.connect('mempool.db')
mempool.text_factory = str
m = mempool.cursor()
m.execute("INSERT INTO transactions VALUES (?,?,?,?,?,?,?,?)", (timestamp, address, address, '%.8f' % 0, signature_enc, public_key_hashed, "0", str(openfield)))
def check_ip(ip_addr):
r = pyping.ping(ip_addr)
return r.ret_code
