"""ping sweep
usage: ping_sweep.py [-h] -n <netcidr>
options:
-h, --help show this help message and exit
-n <netcidr> ping_sweep target range (require)
"""
from docopt import docopt
from netaddr import IPNetwork
import pings
if __name__ == '__main__':
args = docopt(__doc__)
for ip in IPNetwork(args["-n"]).iter_hosts():
p = pings.Ping()
res = p.ping(str(ip))
if res.is_reached():
print '%s' % ip
def set_unv_cloud():
while True:
try:
a = int(input("Podsieć: 192.168."))
x = int(input("Zakres hostów od: 192.168." + str(a) + "."))
y = int(input("Zakres hostów do: 192.168." + str(a) + ".")) + 1
except ValueError:
print('Wprowadzona została niepoprawna wartość.')
continue
login = WordCompleter(['admin', 'admin1', 'user'])
login = prompt('Podaj login: '******'admin123', 'admin', 'Niedzmin1'])
passw = prompt('Podaj hasło: ', completer=passw)
passw_ac = str(passw)
http = "http://"
ip_uniview = "192.168." + str(a) + "."
static = "/LAPI/V1.0/"
static2 = "/cgi-bin/main-cgi/"
cloud_nvr_unv = "Network/Cloud"
p = pings.Ping()
for i in range(x, y):
ip_rest = str(i)
ping_ip = str(ip_uniview + ip_rest)
response = p.ping(ping_ip)
print(ping_ip)
if (response.is_reached()):
info_nvr_unv = "System/DeviceInfo"
info_nvr_unv_x = requests.get(
http + ip_uniview + str(ip_rest) + str(static) +
info_nvr_unv,
auth=HTTPDigestAuth(login_ac, passw_ac))
x = json.loads(info_nvr_unv_x.text)
firmwareversion = (x['Response']['Data']['FirmwareVersion'])
firmsubstr = int(firmwareversion[3:5])
fw = "D" + str(firmsubstr)
print("Wersja firmware: " + fw)
if (firmsubstr > 22):
cloud_nvr_unv_x = requests.get(
http + ip_uniview + str(ip_rest) + str(static) +
cloud_nvr_unv,
auth=HTTPDigestAuth(login, passw))
cloudname = WordCompleter([
'p2pdevice.bcscctv.pl', 'p2p.bcscctv.pl', 'test', 'nic'
])
prompt('Podaj adres chmury lub wybierz z listy: ',
completer=cloudname)
cloudname = str(cloudname)
cloudstatus = int(
input("Czy włączamy chmurę? 0 - NIE, 1 - TAK: "))
data = {
"Enabled": cloudstatus,
"Domain": "" + cloudname + "",
"DeviceName": "UNIVIEW"
}
r = requests.put(cloud_nvr_unv_x.url,
auth=HTTPDigestAuth(login, passw),
json=data)
if (r.status_code != 200):
print(
"Wystąpił nieznany problem, chmura niustawiona. Kod błędu: "
+ r.status_code)
else:
print(
"Adres chmury zmieniony a status chmury ustawiony na "
+ str(cloudstatus))
else:
cloudname = WordCompleter([
'p2pdevice.bcscctv.pl', 'p2p.bcscctv.pl', 'test', 'nic'
])
prompt('Podaj adres chmury lub wybierz z listy: ',
completer=cloudname)
cloudname = str(cloudname)
cloudstatus = str(
input("Czy włączamy chmurę? 0 - NIE, 1 - TAK: "))
# hashowanie hasła do MD5
passwencode = str(passw_ac).encode('utf-8')
md5pass = (hashlib.md5(passwencode).hexdigest())
datamd5 = {
'szUserName': str(login_ac),
'szUserLoginCert': md5pass
}
# zapis do pliku JSON z logowania
responsemd5 = requests.post(http + ping_ip + static2,
data=datamd5)
filepath = "LOGIN/JSON_" + ping_ip + ".html"
os.makedirs(os.path.dirname(filepath), exist_ok=True)
with open(filepath, 'w', encoding='utf-8') as j:
JSON = re.compile('GLOBAL_INFO = ({.*?});', re.DOTALL)
matches = JSON.search(responsemd5.text)
completejson = matches.group(1)
jsonx = json.loads(completejson)
session_handler = jsonx['stUserInfo'][
'u32UserLoginHandle']
string_session_handler = str(session_handler)
data = '{"cmd":149,"bIsEnable":' + cloudstatus + ',"u8DdnsType":"0","szDdnsDomain":"' + cloudname + '","szDeviceName":"","szDdnsUserName":"","szDdnsPassword":"","szUserName":"******","u32UserLoginHandle":' + string_session_handler + '}'
response = requests.post(responsemd5.url, data=data)
if (response.status_code != 200):
print(
"Wystąpił nieznany problem, chmura nieustawiona. Kod błędu: "
+ r.status_code)
else:
print(
"Adres chmury został zmieniony a status ustawiono na "
+ str(cloudstatus))
else:
print("OFFLINE")
break
def login(mid):
# 外部との疎通が確認できた場合は何もしない
p = pings.Ping()
address00 = "35.196.128.215" # 自分で用意したサーバ
if p.ping(address00).is_reached():
logger.info("[%s] 外部(%s)との疎通を確認しました" %
(datetime.datetime.now(), address00))
return
address01 = "8.8.8.8"
if p.ping(address01).is_reached():
logger.info("[%s] 外部(%s)との疎通を確認しました" %
(datetime.datetime.now(), address01))
return
address02 = "1.1.1.1"
if p.ping(address02).is_reached():
logger.info("[%s] 外部(%s)との疎通を確認しました" %
(datetime.datetime.now(), address02))
return
logger.info("[%s] 外部との疎通を確認することができませんでした" % (datetime.datetime.now()))
if keyring.get_password('keyring_selenium', mid) is None:
logger.error("Please store your login info!", )
logger.error("Run script in terminal: pipenv python save_pass.py")
return
# WebDriverのパスを指定してChromeを起動
os_name = platform.system()
if os_name == "Darwin":
driver_path = "bin/chromedriver_mac_v2_41"
elif os_name == "Linux":
driver_path = "bin/chromedriver_linux_v2_41"
elif os_name == "Windows":
driver_path = "bin/chromedriver_win32_v2_41.exe"
else:
logger.error("Unknown System. Please send Issue.")
return
driver = webdriver.Chrome(driver_path)
# 宮大ネットワーク認証画面を開く
miyadai_url = "http://midp.cc.miyazaki-u.ac.jp"
driver.get(miyadai_url)
logger.info(driver.current_url)
try:
WebDriverWait(
driver, 10).until(lambda driver: driver.current_url != miyadai_url)
login_url = driver.current_url
logger.info(login_url)
input_mid = WebDriverWait(driver, 10).until(
EC.presence_of_element_located((By.ID, "login-username")))
logger.info(driver.current_url)
except TimeoutException:
logger.error("Already login or don't connecting.")
driver.quit()
return
input_mid.send_keys(mid)
input_pass = driver.find_element_by_id("login-password")
input_pass.send_keys(keyring.get_password('keyring_selenium', mid))
# 検索ボタン要素の取得
button_login = driver.find_element_by_id("btn-login")
# 検索ボタンをクリックする
button_login.click()
try:
WebDriverWait(driver,
10).until(lambda driver: driver.current_url != login_url)
logger.info(driver.current_url)
except TimeoutException:
logger.error("Failed login. Please check MID or password.")
driver.quit()
logger.info("[%s] 自動ログインを終了します" % (datetime.datetime.now()))
return
elif (10 < x < 180):
servo = 1000
elif (-180 < x < -10):
servo = 2000
elif (180 <= x < 350):
servo = 2000
else:
servo = 1500
#距離threshold以下(到着判定)
else:
ecs = 1500
servo = 1500
#ネットワーク判定
p = pings.Ping() # Pingオブジェクト作成
res = p.ping("www.yahoo.co.jp") # yahoo.co.jpへPing
#接続OK
if res.is_reached():
pingres = 'OK'
#目標を1進める
writenumber = (int(number) + 1)
with open(locationpath + '/number.txt',
mode="w",
encoding='utf-8') as f:
f.write(str(writenumber))
# 接続NG
else:
pingres = 'NG'