def __init__(self, parsedNode):
self.id = XMLUtils.getAttributeSafe(parsedNode, "id")
self.name = XMLUtils.getAttributeSafe(parsedNode, "name")
h = hashlib.new('ripemd160')
h.update(XMLUtils.elementToString(parsedNode))
self.checksum = h.hexdigest()
self.active = XMLUtils.getAttributeSafe(parsedNode, "active")
# THIS SHOULD NOT EXIST AT THE CAMPAIGN LEVEL AND AT THE WIFI/BT LEVEL TOO
self.days_of_week = TimeConstants.getDaysOfWeek(
XMLUtils.getAttributeSafe(parsedNode, "days_of_week"))
self.start_date = TimeConstants.dateParseUTC(
XMLUtils.getAttributeSafe(parsedNode, "start_date"))
self.end_date = TimeConstants.dateParseUTC(
XMLUtils.getAttributeSafe(parsedNode, "end_date"))
self.start_time = XMLUtils.getAttributeSafe(parsedNode, "start_time")
self.end_time = XMLUtils.getAttributeSafe(parsedNode, "end_time")
self.wifiNode = parsedNode.find("wifi_campaign")
self.btNode = parsedNode.find("bluetooth_campaign")
self.pubNubNode = parsedNode.find("pubNubKey")
self.type = []
self.wifiCampaign = None
self.bluetoothCampaign = None
self.pubNubKey = None
if (self.wifiNode != None):
self.type.append(ClientURISettings.MESSAGE_WIFI)
self.wifiCampaign = WifiCampaign(self.wifiNode)
if (self.btNode != None):
self.type.append(ClientURISettings.MESSAGE_BLUETOOTH)
self.bluetoothCampaign = BluetoothCampaign(self.btNode)
if (self.pubNubNode != None):
self.pubNubKey = PubNubKey(self.pubNubNode)
# this exists to allow you to dynamically get the content by type
self.content = {}
self.content[
ClientURISettings.MESSAGE_BLUETOOTH] = self.bluetoothCampaign
self.content[ClientURISettings.MESSAGE_WIFI] = self.wifiCampaign
self.last_modified = TimeConstants.dateParseUTC(
XMLUtils.getAttributeSafe(parsedNode, "last_modified"))
def getFileName(campaign_type, campaignId=None):
curr = datetime.datetime.utcnow()
if (campaignId == None):
campaignId = ClientURISettings.MESSAGE_NOACTIVE
return campaign_type + "_" + ProcessExecutor.getMACeth0(
) + "_" + campaignId + "_" + TimeConstants.cronDateFormat(
curr) + ".log"
def __init__(self, parsedNode):
self.id = XMLUtils.getAttributeSafe(parsedNode, "id")
self.name = XMLUtils.getAttributeSafe(parsedNode, "name")
h = hashlib.new('ripemd160')
h.update(XMLUtils.elementToString(parsedNode))
self.checksum = h.hexdigest()
self.active = XMLUtils.getAttributeSafe(parsedNode, "active")
# THIS SHOULD NOT EXIST AT THE CAMPAIGN LEVEL AND AT THE WIFI/BT LEVEL TOO
self.days_of_week = TimeConstants.getDaysOfWeek( XMLUtils.getAttributeSafe(parsedNode, "days_of_week") )
self.start_date = TimeConstants.dateParseUTC( XMLUtils.getAttributeSafe(parsedNode, "start_date") )
self.end_date = TimeConstants.dateParseUTC( XMLUtils.getAttributeSafe(parsedNode, "end_date") )
self.start_time = XMLUtils.getAttributeSafe(parsedNode, "start_time")
self.end_time = XMLUtils.getAttributeSafe(parsedNode, "end_time")
self.wifiNode = parsedNode.find("wifi_campaign")
self.btNode = parsedNode.find("bluetooth_campaign")
self.pubNubNode = parsedNode.find("pubNubKey")
self.type = []
self.wifiCampaign = None
self.bluetoothCampaign = None
self.pubNubKey = None
if ( self.wifiNode != None ):
self.type.append(ClientURISettings.MESSAGE_WIFI)
self.wifiCampaign = WifiCampaign(self.wifiNode)
if ( self.btNode != None ):
self.type.append(ClientURISettings.MESSAGE_BLUETOOTH)
self.bluetoothCampaign = BluetoothCampaign(self.btNode)
if ( self.pubNubNode != None ):
self.pubNubKey = PubNubKey(self.pubNubNode)
# this exists to allow you to dynamically get the content by type
self.content = {}
self.content[ClientURISettings.MESSAGE_BLUETOOTH] = self.bluetoothCampaign
self.content[ClientURISettings.MESSAGE_WIFI] = self.wifiCampaign
self.last_modified = TimeConstants.dateParseUTC( XMLUtils.getAttributeSafe(parsedNode, "last_modified") )
def handle(self, someObject):
if isinstance(someObject, Action) and someObject.actionType == "shellcommand":
command = XMLUtils.getAttributeSafe(someObject.actionNode, "command")
parameters = XMLUtils.getAttributeSafe(someObject.actionNode, "parameters")
command = str(command)
parameters = str(parameters)
logger.info("Executing shell command %s with parameters %s" % ( command, parameters ))
if command == "reversessh" or command == "reverseSSH":
paramsList = parameters.split()
try:
hostPort = (paramsList[0])
try:
devicePort = paramsList[1]
except Exception:
devicePort = "16222"
result = ProcessExecutor.reverseSSH(hostPort, devicePort)
logger.info(result)
except ValueError as error:
logger.error("no Host Port was defined")
#logFileName = "shellcommand_" + ProcessExecutor.getMACeth0() + "_reversessh_" + TimeConstants.cronDateFormat() + ".txt"
#filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
#SystemWriter.writeFile(filePath, result)
elif command == "bash":
splitCmd = parameters.split("|")
if parameters.find("|") > -1 and len(splitCmd) > 1:
commandOne = splitCmd[0]
commandTwo = splitCmd[1]
result = ProcessExecutor.pipedCommand(commandOne, commandTwo)
else:
result = ProcessExecutor.executeCommand(parameters)
logger.info(result)
logFileName = "bash_" + ProcessExecutor.getMACeth0() + "_command_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
elif (command == "ledshell" or command == "ledBlueGiga"):
paramsList = parameters.split()
try:
action = (paramsList[0])
except:
logger.error("no LED action was defined, defaulting to 'locate'")
action = "locate"
result = ProcessExecutor.ledShell(action)
logger.info(result)
logFileName = "shellcommand_" + ProcessExecutor.getMACeth0() + "_ledshell_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
else:
result = "Cannot process command: %s %s" % ( command, parameters )
logger.error( result )
logFileName = "shellcommand_" + ProcessExecutor.getMACeth0() + "_unknowncommand_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
def isConnectNeeded():
global DeviceClientInstance
try:
intervalBetweenConnects = DeviceClientInstance.clientConfig.connection.reconnect_interval
except:
logger.info("No connect interval available, defaulting to 60s")
intervalBetweenConnects = 60000 # 60 seconds, if it can't read a value
if TimeConstants.dateIntervalExceeded(DeviceClientInstance.getLastStatusApiTime(), intervalBetweenConnects):
return True
else:
return False
def isRotationNeeded():
global DeviceClientInstance
logging = DeviceClientInstance.clientConfig.logging
if ( logging == None):
return False
rotationInterval = logging.rotation # interval in MS
props = SystemWriter.readLogProperties()
if props.has_key(ClientURISettings.WIFI_TRANSFER_PROP):
wifiLogName = props[ClientURISettings.WIFI_TRANSFER_PROP]
else:
props = SystemWriter.writeLogProperties(props, False)
wifiLogName = props[ClientURISettings.WIFI_TRANSFER_PROP]
# wifi_bluegiga_B88D1200CFE2_-1_2012-03-27.12-04-41.log
lastRotationDateStr = wifiLogName.split("_")[-1].replace(".log", "")
lastRotationDate = TimeConstants.dateParseCronDate(lastRotationDateStr)
if TimeConstants.dateIntervalExceeded(lastRotationDate, rotationInterval):
return True
else:
return False
def isRotationNeeded():
global DeviceClientInstance
logging = DeviceClientInstance.clientConfig.logging
if (logging == None):
return False
rotationInterval = logging.rotation # interval in MS
props = SystemWriter.readLogProperties()
if props.has_key(ClientURISettings.WIFI_TRANSFER_PROP):
wifiLogName = props[ClientURISettings.WIFI_TRANSFER_PROP]
else:
props = SystemWriter.writeLogProperties(props, False)
wifiLogName = props[ClientURISettings.WIFI_TRANSFER_PROP]
# wifi_bluegiga_B88D1200CFE2_-1_2012-03-27.12-04-41.log
lastRotationDateStr = wifiLogName.split("_")[-1].replace(".log", "")
lastRotationDate = TimeConstants.dateParseCronDate(lastRotationDateStr)
if TimeConstants.dateIntervalExceeded(lastRotationDate,
rotationInterval):
return True
else:
return False
def isConnectNeeded():
global DeviceClientInstance
try:
intervalBetweenConnects = DeviceClientInstance.clientConfig.connection.reconnect_interval
except:
logger.info("No connect interval available, defaulting to 60s")
intervalBetweenConnects = 60000 # 60 seconds, if it can't read a value
if TimeConstants.dateIntervalExceeded(
DeviceClientInstance.getLastStatusApiTime(),
intervalBetweenConnects):
return True
else:
return False
def handle(self, someObject):
if isinstance(someObject,
Action) and someObject.actionType == "shellcommand":
command = XMLUtils.getAttributeSafe(someObject.actionNode,
"command")
parameters = XMLUtils.getAttributeSafe(someObject.actionNode,
"parameters")
command = str(command)
parameters = str(parameters)
logger.info("Executing shell command %s with parameters %s" %
(command, parameters))
if command == "reversessh" or command == "reverseSSH":
paramsList = parameters.split()
try:
hostPort = (paramsList[0])
try:
devicePort = paramsList[1]
except Exception:
devicePort = "16222"
result = ProcessExecutor.reverseSSH(hostPort, devicePort)
logger.info(result)
except ValueError as error:
logger.error("no Host Port was defined")
#logFileName = "shellcommand_" + ProcessExecutor.getMACeth0() + "_reversessh_" + TimeConstants.cronDateFormat() + ".txt"
#filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
#SystemWriter.writeFile(filePath, result)
elif command == "bash":
splitCmd = parameters.split("|")
if parameters.find("|") > -1 and len(splitCmd) > 1:
commandOne = splitCmd[0]
commandTwo = splitCmd[1]
result = ProcessExecutor.pipedCommand(
commandOne, commandTwo)
else:
result = ProcessExecutor.executeCommand(parameters)
logger.info(result)
logFileName = "bash_" + ProcessExecutor.getMACeth0(
) + "_command_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
elif (command == "ledshell" or command == "ledBlueGiga"):
paramsList = parameters.split()
try:
action = (paramsList[0])
except:
logger.error(
"no LED action was defined, defaulting to 'locate'")
action = "locate"
result = ProcessExecutor.ledShell(action)
logger.info(result)
logFileName = "shellcommand_" + ProcessExecutor.getMACeth0(
) + "_ledshell_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
else:
result = "Cannot process command: %s %s" % (command, parameters)
logger.error(result)
logFileName = "shellcommand_" + ProcessExecutor.getMACeth0(
) + "_unknowncommand_" + TimeConstants.cronDateFormat() + ".txt"
filePath = ClientURISettings.LOG_QUEUE + os.sep + logFileName
SystemWriter.writeFile(filePath, result)
def getFileName(campaign_type, campaignId=None):
curr = datetime.datetime.utcnow()
if (campaignId == None):
campaignId = ClientURISettings.MESSAGE_NOACTIVE
return campaign_type + "_" + ProcessExecutor.getMACeth0() + "_" + campaignId + "_" + TimeConstants.cronDateFormat(curr) + ".log"