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 parseUpdatedFile(self):
messageType = "Proximity"
status = None
messageFailed = None
newEntryDict = {}
inf = open(self.filePath, 'ru')
for line in inf.readlines():
try:
mac, expiration = line.strip().split()
expiration = datetime.datetime.fromtimestamp(long(expiration))
mac = mac.replace(":", "").upper()
logger.debug("MAC Address %s" % mac)
status = "Success"
newEntryDict[mac] = {
"Type": messageType,
"Status": status,
"Source": "Bluetooth",
"Expiration": expiration.strftime(self.DATE_FMT),
"MAC": mac,
"Device": ProcessExecutor.getMACeth0()
}
except Exception:
logger.error("Unable to parse line: %s" % line)
status = "Failed"
messageFailed = "Unable to parse line"
newEntryDict[mac] = {
"Type": messageType,
"Status": status,
"Error": messageFailed
}
inf.close()
self.compareAndPublish("BLUETOOTH", newEntryDict)
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 register(self):
rest = RESTClient()
if (not self.mac):
self.mac = ProcessExecutor.getMACeth0()
if (not self.serialNumber):
self.serialNumber = ProcessExecutor.getSerialNumber()
while not self.isRegistered():
try:
logger.debug("Starting REGISTER Request, MAC %s, serial %s" %
(self.mac, self.serialNumber))
formparams = {}
formparams["mac"] = self.mac
formparams["serialNumber"] = self.serialNumber
formparams[
"major"] = self.mainParent.clientConfig.software.major
formparams[
"minor"] = self.mainParent.clientConfig.software.minor
formparams[
"build"] = self.mainParent.clientConfig.software.build
formparams["kernel"] = ProcessExecutor.getKernelVersion()
formparams["platform"] = "BGAX4"
r = rest.PUTRequest(uri=ClientURISettings.getRegistrationUri(),
content=formparams)
if (r == None):
logger.error("No response from server, check connectivity")
elif (r.status_code == HttpStatus.SC_FORBIDDEN):
logger.error(
"Device %s already registered in database, please remedy"
% self.mac)
elif (r.status_code == HttpStatus.SC_OK):
xmlNode = XMLUtils.stringToElement(r.content)
token = XMLParser.getTokenFromRegisterResponse(xmlNode)
self.mainParent.clientConfig.setToken(token)
self.mainParent.clientConfig.authentication.setToken(token)
self.mainParent.clientConfig.saveConfiguration()
logger.info("Successful registration, token %s received" %
token)
return
else:
logger.error("Status: %d, content: %s" %
(r.status_code, r.content))
except Exception as err:
logger.error(err)
# If registration failed sleep 60 seconds before retrying
logger.debug("Registration failed, sleeping %d s" %
TimeConstants.ONE_MINUTE_SECONDS)
time.sleep(TimeConstants.ONE_MINUTE_SECONDS)
def register(self):
rest = RESTClient()
if ( not self.mac ):
self.mac = ProcessExecutor.getMACeth0()
if ( not self.serialNumber ):
self.serialNumber = ProcessExecutor.getSerialNumber()
while not self.isRegistered():
try:
logger.debug("Starting REGISTER Request, MAC %s, serial %s" % (self.mac, self.serialNumber))
formparams = {}
formparams["mac"] = self.mac
formparams["serialNumber"] = self.serialNumber
formparams["major"] = self.mainParent.clientConfig.software.major
formparams["minor"] = self.mainParent.clientConfig.software.minor
formparams["build"] = self.mainParent.clientConfig.software.build
formparams["kernel"] = ProcessExecutor.getKernelVersion()
formparams["platform"] = "BGAX4"
r = rest.PUTRequest(uri=ClientURISettings.getRegistrationUri(), content=formparams)
if ( r == None ):
logger.error("No response from server, check connectivity")
elif ( r.status_code == HttpStatus.SC_FORBIDDEN ):
logger.error("Device %s already registered in database, please remedy" % self.mac)
elif ( r.status_code == HttpStatus.SC_OK ):
xmlNode = XMLUtils.stringToElement(r.content)
token = XMLParser.getTokenFromRegisterResponse(xmlNode)
self.mainParent.clientConfig.setToken(token)
self.mainParent.clientConfig.authentication.setToken(token)
self.mainParent.clientConfig.saveConfiguration()
logger.info("Successful registration, token %s received" % token)
return
else:
logger.error("Status: %d, content: %s" % (r.status_code, r.content))
except Exception as err:
logger.error(err)
# If registration failed sleep 60 seconds before retrying
logger.debug("Registration failed, sleeping %d s" % TimeConstants.ONE_MINUTE_SECONDS)
time.sleep(TimeConstants.ONE_MINUTE_SECONDS)
def __init__(self, mainParent):
self.mac = ProcessExecutor.getMACeth0()
self.serialNumber = ProcessExecutor.getSerialNumber()
self.mainParent = mainParent
def __init__(self, mainParent):
self.mac = ProcessExecutor.getMACeth0()
self.serialNumber = ProcessExecutor.getSerialNumber()
self.mainParent = mainParent
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 parseUpdatedFile(self):
messageType = "Proximity"
status = None
messageFailed = None
newEntryDict = {}
inf = open(self.filePath, 'ru')
for line in inf.readlines():
try:
mac, expiration = line.strip().split()
expiration = datetime.datetime.fromtimestamp(long(expiration))
mac = mac.replace(":", "").upper()
logger.debug("MAC Address %s" % mac)
status = "Success"
newEntryDict[mac] = { "Type":messageType, "Status":status, "Source":"Bluetooth", "Expiration":expiration.strftime(self.DATE_FMT), "MAC":mac, "Device": ProcessExecutor.getMACeth0() }
except Exception:
logger.error("Unable to parse line: %s" % line)
status = "Failed"
messageFailed = "Unable to parse line"
newEntryDict[mac] = { "Type":messageType, "Status":status, "Error": messageFailed }
inf.close()
self.compareAndPublish("BLUETOOTH", newEntryDict)
def setMacAddr(self):
if (self.parsedXml == None):
self.loadConfiguration()
macAddr = ProcessExecutor.getMACeth0()
self.parsedXml.attrib["macAddr"] = macAddr
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 setMacAddr(self):
if ( self.parsedXml == None):
self.loadConfiguration()
macAddr = ProcessExecutor.getMACeth0()
self.parsedXml.attrib["macAddr"] = macAddr
