def __init__(self, portnum=None, *args, **kwargs):
Notifications.Notifier.__init__(self, *args, **kwargs)
self._portnum = portnum
self._swversion = Version.getRevision()
self._fwversion = 0
self._setState(STATE_INITIALIZING)
self._captureHandler = CaptureFiles.CaptureFileHandler()
self._exit = False
self._connectionAccessAddress = None
self._packetListLock = threading.RLock()
with self._packetListLock:
self._packets = []
self._packetReader = Packet.PacketReader(self._portnum,
callbacks=[
("*",
self.passOnNotification)
])
self._devices = Devices.DeviceList(
callbacks=[("*", self.passOnNotification)])
self._missedPackets = 0
self._packetsInLastConnection = None
self._connectEventPacketCounterValue = None
self._inConnection = False
self._currentConnectRequest = None
self._nProcessedPackets = 0
self._switchingBaudRate = False
self._attemptedBaudRates = []
self._boardId = self._makeBoardId()
def _processBLEPacket(self, packet):
packet.boardId = self._boardId
self._appendPacket(packet)
self.notify("NEW_BLE_PACKET", {"packet": packet})
self._captureHandler.writePacket(packet)
self._nProcessedPackets += 1
if packet.OK:
try:
if packet.blePacket.accessAddress == ADV_ACCESS_ADDRESS:
if self.state == STATE_FOLLOWING and packet.blePacket.advType == 5:
self._connectionAccessAddress = packet.blePacket.accessAddress
if self.state == STATE_SCANNING:
if (packet.blePacket.advType == 0
or packet.blePacket.advType == 1
or packet.blePacket.advType == 2
or packet.blePacket.advType == 4
or packet.blePacket.advType == 6) and (
packet.blePacket.advAddress != None) and (
packet.crcOK and not packet.direction):
newDevice = Devices.Device(
address=packet.blePacket.advAddress,
name=packet.blePacket.name,
RSSI=packet.RSSI,
txAdd=packet.txAdd)
self._devices.appendOrUpdate(newDevice)
except Exception as e:
logging.exception("packet processing error")
self.notify("PACKET_PROCESSING_ERROR", {"errorString": str(e)})
def __init__ (self, parent = None):
super(SpectrumAnalyzer, self).__init__(parent)
self.resize(700, 700)
self.setWindowTitle("Spectrum Analyzer")
self.UIsetup()
self.device = Devices.sundCardDevice(FORMAT, CHANNELS, samlingRate, CHUNK)
self.ON_OFF = False # False means OFF
def operation(self, ip, community, version):
temp_walk = Devices.Devices(community, version)
self.result_desc = temp_walk.walkthrongh(ip, self.IFDESCR)
self.result_Type = temp_walk.walkthrongh(ip, self.IFTYPE)
self.result_Mtu = temp_walk.walkthrongh(ip, self.IFMTU)
self.result_Speed = temp_walk.walkthrongh(ip, self.IFSPEED)
self.result_Admin = temp_walk.walkthrongh(ip, self.IFADMINSTATUS)
self.result_Opera = temp_walk.walkthrongh(ip, self.IFOPERSTATUS)
self.removeDWDM()
def fillDevicesCombo(self):
self.yiswiz.cmbRoot.clear()
self.yiswiz.cmbHome.clear()
self.yiswiz.cmbBoot.clear()
self.yiswiz.cmbSwap.clear()
self.yiswiz.cmbRoot.insertItem("Devices")
self.yiswiz.cmbHome.insertItem("Devices")
self.yiswiz.cmbBoot.insertItem("Devices")
self.yiswiz.cmbSwap.insertItem("Devices")
disk_info=Devices()
self.disk_types=disk_info.invokeDevices("DISK-PARTITION-TYPES")
self.disk_type_keys=self.disk_types.keys()
#fill cmbRoot and leditSwap
for keys in self.disk_type_keys:
value=self.disk_types[keys]
pos=string.find(value,'swap',6)
swap_flag=0
if pos==-1:
self.yiswiz.cmbRoot.insertItem("/dev/"+keys+'->'+value)
else:
self.yiswiz.cmbSwap.insertItem("/dev/"+keys)
swap_flag=1
if swap_flag==0:
self.yiswiz.cmbSwap.changeItem("Devices",0)
self.yiswiz.cmbSwap.setEnabled(0)
#fill cmbHome and cmbBoot
if len(self.disk_type_keys) > 2:
for keys in self.disk_type_keys:
value=self.disk_types[keys]
pos=string.find(value,'swap',6)
if pos==-1:
self.yiswiz.cmbHome.insertItem("/dev/"+keys+'->'+value)
self.yiswiz.cmbBoot.insertItem("/dev/"+keys+'->'+value)
else:
self.yiswiz.cmbHome.changeItem("Devices",0)
self.yiswiz.cmbHome.setEnabled(0)
self.yiswiz.cmbBoot.changeItem("Devices",0)
self.yiswiz.cmbBoot.setEnabled(0)
def save_device(self, request, access_token, refresh_token):
"""
Create a new device instance.
Args:
request.
access_token.
refresh_token.
Returns:
new device instance.
"""
device = Devices.objects.filter(device_token=request.headers[DEVICE_TOKEN_HEADER]).first()
if device is not None:
to_delete = AccessToken.objects.get(pk=device.access_token.id)
device.access_token = access_token
device.refresh_token = refresh_token
device.user = request.user
device.language = request.headers['HTTP_ACCEPT_LANGUAGE']
device.save()
to_delete.delete()
else:
application_arn = self.get_application_arn(request)
device = Devices(device_token=request.headers[DEVICE_TOKEN_HEADER],
user=request.user,
access_token=access_token,
refresh_token=refresh_token,
language=request.headers['HTTP_ACCEPT_LANGUAGE'])
operational_system = device.ANDROID \
if application_arn == settings.ANDROID_ARN \
else device.iOS
device.operational_system = operational_system
awsclient = boto3.client('sns')
response = awsclient.create_platform_endpoint(
PlatformApplicationArn=application_arn,
Token=device.device_token,
)
device.arn = response['EndpointArn']
return device.save()
def __init__(self):
super(MainWindow, self).__init__()
uic.loadUi('GUI/mainwindow.ui', self)
self.openTabs = {} # Dict for Post-Office
self.postman = Postman()
self.postman.Post.connect(self.postOffice)
### Parse XML ###
root = parseXML(directory="xml")
### Create Devices ###
liste = []
for item in root:
_class = Devices.getDevice(item[0].value('Type'))
liste.append(_class(item))
###
self.wToolbox.setVisible(False)
self.wQueue.setVisible(False)
### Prepare Device View ###
self.deviceModel = DeviceModel(liste)
self.listView.setModel(self.deviceModel)
self.listView.doubleClicked.connect(self.tabAdd)
self.uiTabs.tabCloseRequested.connect(self.tabClose)
###
### Prepare Queue ###
self.qModel = QueueModel()
self.treeView.setModel(self.qModel)
self.treeView.setItemDelegate(QueueDelegate())
self.queueThread = QueueThread(self.postman)
self.thread = QtCore.QThread()
self.queueThread.moveToThread(self.thread)
self.thread.started.connect(self.queueThread.process)
self.queueThread.finished.connect(self.thread.quit)
self.queueThread.newMaximum.connect(self.queueProgress.setMaximum)
self.queueThread.processed.connect(self.queueProgress.setValue)
###
### Prepare Logging Monitor ###
self.monitor = Monitor(self.postman, self)
self.actionLogging_Monitor.triggered.connect(self.monitor.show)
###
self.bExecute.clicked.connect(self.startExecute)
self.bQueueRemoveItem.clicked.connect(self.removeQueueItem)
self.bClearAll.clicked.connect(self.qModel.clearAll)
self.toolModel = ToolModel(Tools.TOOL_LIST)
self.uiToolList.setModel(self.toolModel)
self.show()
def __init__(self):
super(MainWindow, self).__init__()
uic.loadUi('GUI/mainwindow.ui', self)
self.openTabs = {} # Dict for Post-Office
self.postman = Postman()
self.postman.Post.connect(self.postOffice)
### Parse XML ###
root = parseXML(directory="xml")
### Create Devices ###
liste = []
for item in root:
_class = Devices.getDevice(item[0].value('Type'))
liste.append(_class(item))
###
self.wToolbox.setVisible(False)
self.wQueue.setVisible(False)
### Prepare Device View ###
self.deviceModel = DeviceModel(liste)
self.listView.setModel(self.deviceModel)
self.listView.doubleClicked.connect(self.tabAdd)
self.uiTabs.tabCloseRequested.connect(self.tabClose)
###
### Prepare Queue ###
self.qModel = QueueModel()
self.treeView.setModel(self.qModel)
self.treeView.setItemDelegate(QueueDelegate())
self.queueThread = QueueThread(self.postman)
self.thread = QtCore.QThread()
self.queueThread.moveToThread(self.thread)
self.thread.started.connect(self.queueThread.process)
self.queueThread.finished.connect(self.thread.quit)
self.queueThread.newMaximum.connect(self.queueProgress.setMaximum)
self.queueThread.processed.connect(self.queueProgress.setValue)
###
### Prepare Logging Monitor ###
self.monitor = Monitor(self.postman, self)
self.actionLogging_Monitor.triggered.connect(self.monitor.show)
###
self.bExecute.clicked.connect(self.startExecute)
self.bQueueRemoveItem.clicked.connect(self.removeQueueItem)
self.bClearAll.clicked.connect(self.qModel.clearAll)
self.toolModel = ToolModel(Tools.TOOL_LIST)
self.uiToolList.setModel(self.toolModel)
self.show()
def __init__(self, I2A_address, I2PE_address):
self.node = zmqNode('User')
self.node.target = self
self.node.logging = True
self.apparatus = APE_Interfaces.ApparatusInterface(self.node)
self.apparatus.defaultBlocking = False
self.executor = APE_Interfaces.ExecutorInterface(self.node)
self.User = Devices.User_Consol('User')
self.connect2A(I2A_address)
self.connect2PE(I2PE_address)
self.node.start_listening()
def config_ip_addr(*args):
"""args[0] is Router name ex., R1
args[1] is Router link ex., Link_R1_R2
args[2] has options 'configure'/ """
dev = Devices.Devices()
sys.stdout.write("Configuring IP address for %s" % args[0])
status = dev.set_IP(args[0],args[1],args[2])
if status is False:
sys.stdout.write("Configuration of IP Address for %s Failed" % args[0])
else:
sys.stdout.write("Configured IP Address for %s" % args[0])
def route(self, Device, AS_id, Interface):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if (child):
clear_buffer.flushBuffer(10, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([
hostname + '>', hostname + '#', 'Router\>', 'Router\#',
pexpect.EOF, pexpect.TIMEOUT
],
timeout=90)
#print 'flag =%d' % flag
if flag == 0 or flag == 2:
Dev.Login(Device, child)
configs = """
configure terminal
router bgp %d
neighbor %s next-hop-self
end
""" % (AS_id, Interface)
commands = configs.split('\n')
execute.execute(child, commands)
#time.sleep(5)
child.sendcontrol('m')
# print "BGP synchronization enabled in %s " % (Device)
if flag == 1 or flag == 3:
configs = """
configure terminal
router bgp %d
neighbor %s next-hop-self
end
""" % (AS_id, Interface)
commands = configs.split('\n')
execute.execute(child, commands)
#time.sleep(5)
child.sendcontrol('m')
# print "BGP synchronization enabled in %s " % (Device)
#else:
# print 'Expected prompt not found'
return True
else:
return False
def update(message):
"""Update the local directory with information about this device"""
now = time.time()
header = message["header"]
sensorId = header["sensorid"]
if not (sensorId in directory):
# new device discovered
desc = Devices.getDescription(header["mfrid"], header["productid"])
print("ADD device:%s %s" % (hex(sensorId), desc))
directory[sensorId] = {"header": message["header"]}
#trace(allkeys(directory))
directory[sensorId]["time"] = now
def readDevices():
res = os.popen('wmic /output:devices.csv diskdrive list brief /format:csv')
res.close()
reader = csv.reader(open('devices.csv', encoding='UTF-16LE'))
startIndex = 0
devices = list()
for tmp in reader:
startIndex += 1
if startIndex > 2:
size = int(int(tmp[5]) / 1024 / 1024 / 1024)
device = Devices(tmp[1], tmp[2], tmp[3], str(size) + 'G')
devices.append(device)
return devices
def redistribution(self, Device, AS_id, Process_id=None):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if (child):
clear_buffer.flushBuffer(10, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([
hostname + '>', hostname + '#', 'Router\>', 'Router\#',
pexpect.EOF, pexpect.TIMEOUT
],
timeout=90)
if flag == 0 or flag == 2:
Dev.Login(Device, child)
configs = """
configure terminal
router bgp %d
redistribute ospf %d
exit
router ospf %d
redistribute bgp %d subnets
end
""" % (AS_id, Process_id, Process_id, AS_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
if flag == 1 or flag == 3:
configs = """
configure terminal
router bgp %d
redistribute ospf %d
exit
router ospf %d
redistribute bgp %d subnets
end
""" % (AS_id, Process_id, Process_id, AS_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
else:
return False
def update(message):
"""Update the local directory with information about this device"""
now = time.time()
header = message["header"]
sensorId = header["sensorid"]
if not (sensorId in directory):
# new device discovered
desc = Devices.getDescription(header["mfrid"], header["productid"])
print("ADD device:%s %s" % (hex(sensorId), desc))
directory[sensorId] = {"header": message["header"]}
#trace(allkeys(directory))
directory[sensorId]["time"] = now
def CreateDevices(self):
self.devices.append(Devices.Buzzer(self.client, 15, 7))
self.devices.append(Devices.Ventilation(self.client, 5))
self.devices.append(Devices.Power(self.client, 20))
self.devices.append(Devices.NoiseSensor(self.client, 12, emulation=True))
for i in range(2):
self.devices.append(Devices.Thermometer(self.client, i, 15, emulation=True))
for i in range(4):
self.devices.append(Devices.MovementSensor(self.client, i, 10, emulation=True))
def onDeviceAdded(self, device):
self._debug('Device added %s %s' % (device.id(), device.name()))
if device not in (x.device for x in self.devices
if hasattr(x, 'device')):
haDevs = devs.createDevices(device, self.hub, self._buildTopic,
self.config('use_via'))
self._debug('New discovery %s' %
json.dumps(self._debugDevice(device, haDevs)))
for haDev in haDevs:
self.devices.append(haDev)
self.publishDevice(haDev)
self.publishState(haDev)
else:
self._debug('Device already exists, ignoring')
def checking_operabilty(Device, command):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if child:
clear_buffer.flushBuffer(1, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([hostname+'>', hostname+'#', 'Router\>', 'Router\#',\
pexpect.EOF, pexpect.TIMEOUT], timeout=90)
if flag in (0, 2):
Dev.Login(Device, child)
configs = """
%s
""" % (command)
commands = configs.split('\n')
execute.execute(child, commands)
resp = child.before.decode('utf-8')
child.sendcontrol('m')
child.sendcontrol('m')
regex = r'up'
if re.search(regex, resp):
return True
else:
return False
if flag in (1, 3):
configs = """
%s
""" % (command)
commands = configs.split('\n')
execute.execute(child, commands)
resp = child.before.decode('utf-8')
child.sendcontrol('m')
child.sendcontrol('m')
regex = r'up'
if re.search(regex, resp):
return True
else:
return False
return True
else:
return False
def Configure_ebgpvrf(self, Device, AS_id, VRF_Name, Interface,
neighbor_AS_id, Action):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if child:
clear_buffer.flushBuffer(1, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([hostname+'>', hostname+'#', 'Router\>', 'Router\#', \
pexpect.EOF, pexpect.TIMEOUT], timeout=90)
if flag in (1, 3):
Dev.Login(Device, child)
if Action == 'enable':
configs = """
configure terminal
router bgp %d
address-family ipv4 vrf %s
neighbor %s remote-as %s
neighbor %s activate
exit-address-family
end
""" % (AS_id, VRF_Name, Interface, neighbor_AS_id,
Interface)
commands = configs.split('\n')
execute.execute(child, commands)
time.sleep(6)
child.sendcontrol('m')
child.sendline('exit')
child.sendcontrol('m')
else:
unconfig = """
configure terminal
no router bgp %s
end
""" % (AS_id)
commands = unconfig.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
else:
return False
def discover(self):
self.discovered_flag = False
self._debug('Discovering devices ...')
self.devices = self.staticDevices + []
devMgr = DeviceManager(self.context)
for device in devMgr.retrieveDevices():
haDevs = devs.createDevices(device, self.hub, self._buildTopic,
self.config('use_via'))
self._debug('Discovered %s' %
json.dumps(self._debugDevice(device, haDevs)))
for haDev in haDevs:
self.devices.append(haDev)
self.discovered_flag = True
self._debug('Discovered %s devices' % len(self.devices))
Application().queue(self.cleanupDevices)
def checking_operabilty(Device, command):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if (child):
clear_buffer.flushBuffer(10, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([
hostname + '>', hostname + '#', 'Router\>', 'Router\#',
pexpect.EOF, pexpect.TIMEOUT
],
timeout=90)
#print 'flag =%d' % flag
if flag == 0 or flag == 2:
Dev.Login(Device, child)
configs = """
%s
""" % (command)
commands = configs.split('\n')
execute.execute(child, commands)
#time.sleep(15)
child.sendcontrol('m')
# print "BGP synchronization enabled in %s " % (Device)
if flag == 1 or flag == 3:
configs = """
%s
""" % (command)
commands = configs.split('\n')
execute.execute(child, commands)
#time.sleep(15)
child.sendcontrol('m')
# print "BGP synchronization enabled in %s " % (Device)
#else:
# print 'Expected prompt not found'
return True
else:
return False
def route(self, Device, AS_id, Interface):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if (child):
clear_buffer.flushBuffer(10, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([
hostname + '>', hostname + '#', 'Router\>', 'Router\#',
pexpect.EOF, pexpect.TIMEOUT
],
timeout=90)
if flag == 0 or flag == 2:
Dev.Login(Device, child)
configs = """
configure terminal
router bgp %d
neighbor %s next-hop-self
end
""" % (AS_id, Interface)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
if flag == 1 or flag == 3:
configs = """
configure terminal
router bgp %d
neighbor %s next-hop-self
end
""" % (AS_id, Interface)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
else:
return False
def enable_syn(self, Device, AS_id):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if child:
clear_buffer.flushBuffer(1, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([hostname+'>', hostname+'#', 'Router\>', 'Router\#', \
pexpect.EOF, pexpect.TIMEOUT], timeout=90)
if flag in (0, 2):
Dev.Login(Device, child)
configs = """
configure terminal
router bgp %d
synchronization
end
""" % (AS_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
if flag in (1, 3):
configs = """
configure terminal
router bgp %d
synchronization
end
""" % (AS_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
else:
return False
def advertising_loopback(self, Device, AS_id, Interface, mask):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if child:
clear_buffer.flushBuffer(10, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([hostname+'>', hostname+'#', 'Router\>', 'Router\#', \
pexpect.EOF, pexpect.TIMEOUT], timeout=90)
if flag in (0, 2):
Dev.Login(Device, child)
configs = """
configure terminal
router bgp %d
network %s mask %s
end
""" % (AS_id, Interface, mask)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
if flag in (1, 3):
configs = """
configure terminal
router bgp %d
network %s mask %s
end
""" % (AS_id, Interface, mask)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
else:
return False
def singleOutput():
print '''
<table class="table is-bordered is-narrow is-fullwidth">
<tr>
<th>OID</th>
<th>Description</th>
</tr>
'''
# --------------------------------------------------------------
user = Devices.Devices(community, 2)
user.main(ipList, community, 2, mib)
for item in user.result:
print '<tr class="is-selected"><td><strong>' + mib.upper(
) + '</strong></td><td></td></tr>'
for x in range(len(item)):
if item[x].value != '':
if (item[x].snmp_type).upper() == 'TICKS':
t_item = tools.humanize(int(item[x].value))
else:
t_item = item[x].value
print '<tr><td>' + item[
x].oid + '</td><td>' + t_item + '</td></tr>'
def createDevice(self, devName, devType, exec_address, rel_address):
# Handle purely local creation of a device
if self.node is None:
self.devicelist[devName] = {}
if devType != '':
try:
device = getattr(Devices, devType)(devName)
except AttributeError:
return False
else:
device = Devices.Device(devName)
self.devicelist[devName]['Address'] = device
self.devicelist[devName]['AddressType'] = 'pointer'
if devType != '':
self.devicelist[devName]['Address'].executor = self
return True
# Handle local creation at remote request
elif self.node.name == rel_address:
try:
device = getattr(Devices, devType)(devName)
except AttributeError:
return False
self.devicelist[devName] = {}
self.devicelist[devName]['Address'] = device
self.devicelist[devName]['AddressType'] = 'pointer'
self.devicelist[devName]['Address'].executor = self
return True
# Handle remote creation of a device
else:
self.devicelist[devName] = {}
self.devicelist[devName]['Address'] = rel_address
self.devicelist[devName]['AddressType'] = 'zmqNode'
return self._send_message(
subject='target.executor.createDevice',
args=[devName, devType, rel_address, rel_address],
target=rel_address,
)
def checking_operabilty(Device, command):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if (child):
clear_buffer.flushBuffer(10, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([
hostname + '>', hostname + '#', 'Router\>', 'Router\#',
pexpect.EOF, pexpect.TIMEOUT
],
timeout=90)
if flag == 0 or flag == 2:
Dev.Login(Device, child)
configs = """
%s
""" % (command)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
if flag == 1 or flag == 3:
configs = """
%s
""" % (command)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
else:
return False
def __init__(self):
Application().registerShutdown(self.onShutdown)
self.live = TelldusLive(self.context) # pylint: disable=too-many-function-args
self.discovered_flag = False
self.mqtt_connected_flag = False
self.client = mqtt.Client()
self.client.on_disconnect = self.onMqttDisconnect
self.client.on_connect = self.onMqttConnect
self.client.on_message = self.onMqttMessage
username = self.config('username')
password = self.config('password')
# if username setup mqtt login
if username != '':
self.client.username_pw_set(username, password)
useConfigUrl = self.config('useConfigUrl')
configUrl = 'https://live.telldus.se' if self.config(
'configUrl') == 'live' else ('http://%s' % getIpAddr())
self.hub = devs.HaHub(self.config('device_name'), self._buildTopic,
configUrl if useConfigUrl else None)
self._debug('Hub: %s' % json.dumps(self._getDeviceConfig(self.hub)))
self.staticDevices = [
self.hub,
devs.HaLiveConnection(self.hub, self.live, self._buildTopic),
devs.HaIpAddr(self.hub, self._buildTopic),
devs.HaCpu(self.hub, self._buildTopic),
devs.HaRamFree(self.hub, self._buildTopic),
devs.HaNetIORecv(self.hub, self._buildTopic),
devs.HaNetIOSent(self.hub, self._buildTopic)
]
self.devices = self.staticDevices + []
Application().queue(self.discoverAndConnect)
Application().registerScheduledTask(self._updateTimedSensors,
seconds=30)
def Configure_mpls(self, Device, Links, mpls_label_proto, Action):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if child:
clear_buffer.flushBuffer(1, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([hostname+'>', hostname+'#', 'Router\>', 'Router\#', \
pexpect.EOF, pexpect.TIMEOUT], timeout=90)
if flag in (1, 3):
Dev.Login(Device, child)
if Action == 'enable':
if isinstance(Links, list):
for Lnk in Links:
interface = device_data['Link_Details'][Lnk][
Device]
configs = """
configure terminal
ip cef
mpls label protocol %s
mpls ldp router-id Loopback0 force
interface %s
mpls ip
mpls label protocol %s
exit
exit
""" % (mpls_label_proto, interface,
mpls_label_proto)
commands = configs.split('\n')
execute.execute(child, commands)
time.sleep(6)
child.sendcontrol('m')
child.sendline('exit')
child.sendcontrol('m')
else:
if isinstance(Links, list):
for Lnk in Links:
interface = device_data['Link_Details'][Lnk][
Device]
unconfig = """
configure terminal
no mpls label protocol %s
no mpls ldp router-id Loopback0 force
interface %s
no mpls ip
no mpls label protocol %s
exit
exit
""" % (mpls_label_proto, interface,
mpls_label_proto)
commands = unconfig.split('\n')
execute.execute(child, commands)
time.sleep(6)
child.sendcontrol('m')
return True
else:
return False
import Log
sys.path.append('/home/centos/www/Classes/Instagram')
import LoginInsta
import FollowInsta
sys.path.append('/home/centos/www/Classes/Dizu')
import LoginDizu
import ConectarDizu
sys.path.append('/home/centos/www/Bibliotecas/')
import Config
#Generate random device to change browser viewport and bypass recaptcha
device = Devices.Device('', True)
chrome = Driver.Chrome()
chrome.set_viewport_size(device.width,device.height)
tempPath = Config.getTempPath()
fileName = "log"
fields = ["ID","Account","Date","Time","Event","Stage","Value","Content","png","html","js","ViewPort","User-Agent"]
log = Log.LogCSV(tempPath, fileName, fields)
log.device = device.name
try:
ok = chrome.getRetries('https://www.instagram.com', 3, 10)
if ok == True:
xpathUser = '******'
xpathPass = '******'
def fillDevicesList(self):
disk_info=Devices()
disk_devices=disk_info.invokeDevices("DISK-NAMES")
for diskname in disk_devices:
self.yiswiz.cmbDevices.insertItem(diskname)
def Configure_EBGP(self, Device, AS_id, Interface, neighbor_AS_id, Action,
NW_id, Mask):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
port = device_data['Device_Details'][Device]['port']
if port != "zebra":
if child:
clear_buffer.flushBuffer(1, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([hostname+'>', hostname+'#', 'Router\>', 'Router\#', \
pexpect.EOF, pexpect.TIMEOUT], timeout=90)
if flag in (0, 2):
Dev.Login(Device, child)
if Action == 'enable':
if isinstance(Interface, list):
for interface in Interface:
configs = """
configure terminal
router bgp %d
neighbor %s remote-as %d
network %s mask %s
exit
exit
""" % (AS_id, interface, neighbor_AS_id,
NW_id, Mask)
commands = configs.split('\n')
execute.execute(child, commands)
time.sleep(6)
child.sendcontrol('m')
child.sendline('exit')
child.sendcontrol('m')
else:
interface = Interface
configs = """
configure terminal
router bgp %d
neighbor %s remote-as %d
network %s mask %s
exit
exit
""" % (AS_id, interface, neighbor_AS_id, NW_id,
Mask)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
else:
unconfig = """
configure terminal
no router bgp %d
exit
exit
""" % (AS_id)
commands = unconfig.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
if flag in (1, 3):
if Action == 'enable':
if isinstance(Interface, list):
for interface in Interface:
configs = """
configure terminal
router bgp %d
neighbor %s remote-as %d
network %s mask %s
exit
exit
""" % (AS_id, interface, neighbor_AS_id,
NW_id, Mask)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
child.sendline('exit')
child.sendcontrol('m')
else:
interface = Interface
configs = """
configure terminal
router bgp %d
neighbor %s remote-as %d
network %s mask %s
exit
exit
""" % (AS_id, interface, neighbor_AS_id, NW_id,
Mask)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
else:
unconfig = """
configure terminal
no router bgp %d
exit
exit
""" % (AS_id)
commands = unconfig.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
elif port == 'zebra':
port = "bgpd"
device_data = getdata.get_data()
IP_add = device_data['Device_Details'][Device]['ip_add']
child = pexpect.spawn('telnet ' + IP_add + ' ' + port)
hostname = device_data['Device_Details'][Device]['Hostname']
clear_buffer.flushBuffer(1, child)
child.sendcontrol('m')
flag = (child.expect(['bgpd*', 'Password*', \
pexpect.EOF, pexpect.TIMEOUT], timeout=100))
if flag == 1:
child.send('zebra')
child.sendcontrol('m')
flag = child.expect(['bgpd*>', pexpect.EOF, \
pexpect.TIMEOUT], timeout=50)
if flag == 0:
child.send('enable')
child.sendcontrol('m')
if child:
flag = child.expect(['bgpd#*', pexpect.EOF, \
pexpect.TIMEOUT], timeout=90)
if flag == 0:
Dev.Login(Device, child)
if Action == 'enable':
if isinstance(Interface, list):
for interface in Interface:
configs = """
configure terminal
router bgp %d
neighbor %s remote-as %d
network %s
exit
exit
""" % (AS_id, interface,
neighbor_AS_id, NW_id)
commands = configs.split('\n')
execute.execute(child, commands)
time.sleep(6)
child.sendcontrol('m')
child.sendline('exit')
child.sendcontrol('m')
else:
interface = Interface
configs = """
configure terminal
router bgp %d
neighbor %s remote-as %d
network %s
exit
exit
""" % (AS_id, interface,
neighbor_AS_id, NW_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
else:
unconfig = """
configure terminal
no router bgp %d
exit
exit
""" % (AS_id)
commands = unconfig.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
else:
return False
def redistribution_connected(self, Device, AS_id):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
port = device_data['Device_Details'][Device]['port']
if port != "zebra":
if child:
clear_buffer.flushBuffer(1, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([hostname+'>', hostname+'#', 'Router\>', 'Router\#', \
pexpect.EOF, pexpect.TIMEOUT], timeout=90)
if flag in (0, 2):
Dev.Login(Device, child)
configs = """
configure terminal
router bgp %d
redistribute connected
end
""" % (AS_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
if flag in (1, 3):
configs = """
configure terminal
router bgp %d
redistribute connected
end
""" % (AS_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
elif port == 'zebra':
port = "bgpd"
device_data = getdata.get_data()
IP_add = device_data['Device_Details'][Device]['ip_add']
child = pexpect.spawn('telnet ' + IP_add + ' ' + port)
hostname = device_data['Device_Details'][Device]['Hostname']
clear_buffer.flushBuffer(1, child)
child.sendcontrol('m')
flag = (child.expect(['bgpd*', 'Password*', pexpect.EOF,\
pexpect.TIMEOUT], timeout=100))
if flag == 1:
child.send('zebra')
child.sendcontrol('m')
flag = child.expect(['bgpd*>', pexpect.EOF,\
pexpect.TIMEOUT], timeout=50)
if flag == 0:
child.send('enable')
child.sendcontrol('m')
if child:
clear_buffer.flushBuffer(1, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect(['bgpd#*', pexpect.EOF, \
pexpect.TIMEOUT], timeout=90)
if flag in (0, 2):
Dev.Login(Device, child)
configs = """
configure terminal
router bgp %d
redistribute connected
end
""" % (AS_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
if flag in (1, 3):
configs = """
configure terminal
router bgp %d
redistribute connected
end
""" % (AS_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
else:
return False
def Configure_IBGP(self, Device, AS_id, Interface, Action):
device_data = getdata.get_data()
hostname = device_data['Device_Details'][Device]['Hostname']
Dev = Devices.Devices()
child = Dev.connect(Device)
if child:
clear_buffer.flushBuffer(1, child)
child.sendcontrol('m')
child.sendcontrol('m')
child.sendcontrol('m')
flag = child.expect([hostname+'>', hostname+'#', 'Router\>', 'Router\#', \
pexpect.EOF, pexpect.TIMEOUT], timeout=90)
if flag in (0, 2):
Dev.Login(Device, child)
if Action == 'enable':
if isinstance(Interface, list):
for interface in Interface:
configs = """
configure terminal
router bgp %d
neighbor %s remote-as %d
neighbor %s update-source loopback 0
exit
exit
""" % (AS_id, interface, AS_id, interface)
commands = configs.split('\n')
execute.execute(child, commands)
time.sleep(6)
child.sendcontrol('m')
child.sendline('exit')
child.sendcontrol('m')
else:
interface = Interface
configs = """
configure terminal
router bgp %d
neighbor %s remote-as %d
neighbor %s update-source loopback 0
exit
exit
""" % (AS_id, interface, AS_id, interface)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
else:
unconfig = """
configure terminal
no router bgp %d
exit
exit
""" % (AS_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
if flag in (1, 3):
if Action == 'enable':
if isinstance(Interface, list):
for interface in Interface:
print(interface)
configs = """
configure terminal
router bgp %d
neighbor %s remote-as %d
neighbor %s update-source loopback 0
exit
exit
""" % (AS_id, interface, AS_id, interface)
commands = configs.split('\n')
execute.execute(child, commands)
time.sleep(6)
child.sendcontrol('m')
child.sendline('exit')
child.sendcontrol('m')
else:
interface = Interface
configs = """
configure terminal
router bgp %d
neighbor %s remote-as %d
neighbor %s update-source loopback 0
exit
exit
exit
""" % (AS_id, interface, AS_id, interface)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
else:
unconfig = """
configure terminal
no router bgp %d
exit
exit
""" % (AS_id)
commands = configs.split('\n')
execute.execute(child, commands)
child.sendcontrol('m')
return True
else:
return False
