def handleUpload(self, someObject):
if isinstance(someObject, Action) and someObject.actionType == "upload":
logCount = XMLUtils.getAttributeSafe(someObject.actionNode, "count")
try:
logCount = int(logCount)
except Exception:
logCount = 10
sendAll = XMLUtils.getAttributeSafe(someObject.actionNode, "all")
if ( sendAll == "True"):
sendAll = True
else:
sendAll = False
filesInUploadFolder = os.listdir(ClientURISettings.LOG_QUEUE)
if ( len(filesInUploadFolder) == 0):
return
filesUploaded = 0
for logFile in filesInUploadFolder:
fullPath = ClientURISettings.LOG_QUEUE + os.sep + logFile
response = self.uploadFile(fullPath)
if ( response.status_code == HttpStatus.SC_OK):
#destinationPath = ClientURISettings.LOG_COMPLETED + os.sep + logFile
#shutil.move(fullPath, destinationPath)
os.remove(fullPath)
logger.info("Deleting uploaded log file %s" % fullPath)
if not sendAll and ( filesUploaded >= logCount ):
return
else:
logger.error( "Got an incorrect notification" )
def __init__(self, actionNode, actionType):
self.actionNode = actionNode
self.actionType = actionType
self.count = XMLUtils.getAttributeSafe(self.actionNode, "count")
self.shellCommand = XMLUtils.getAttributeSafe(self.actionNode, "shellCommand")
if ( self.shellCommand != None ):
ProcessExecutor.executeCommand(self.shellCommand)
def __init__(self, parsedNode):
self.parsedNode = parsedNode
self.hotspotDomains = []
self.parsedNode = parsedNode
self.checksum = XMLUtils.getAttributeSafe(parsedNode, "checksum")
self.bluetooth_mode = XMLUtils.getAttributeSafe(parsedNode, "bluetooth_mode")
self.friendlyName = XMLUtils.getAttributeSafe(parsedNode, "friendly_name")
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 __init__(self, parsedNode):
self.parsedNode = parsedNode
self.hotspotDomains = []
self.parsedNode = parsedNode
self.checksum = XMLUtils.getAttributeSafe(parsedNode, "checksum")
self.bluetooth_mode = XMLUtils.getAttributeSafe(
parsedNode, "bluetooth_mode")
self.friendlyName = XMLUtils.getAttributeSafe(parsedNode,
"friendly_name")
def parseNode(self, configNode):
self.parsedXml = configNode
self.channel = XMLUtils.getAttributeSafe(configNode, "channel", "9")
self.setChannel(self.channel)
children = list(configNode)
for child in children:
if child.tag == "connection":
connection = Connection()
connection.keep_alive = XMLUtils.getAttributeSafe(
child, "keep-alive")
connection.reconnect_interval = XMLUtils.getAttributeSafe(
child, "reconnect-interval")
self.connection = connection
elif child.tag == "authentication":
authentication = Authentication()
authentication.setToken(
XMLUtils.getAttributeSafe(child, "token"))
self.authentication = authentication
elif child.tag == "logging":
logging = Logging()
logging.rotation = XMLUtils.getAttributeSafe(
child, "rotation", "3600000")
self.setLoggingRotation(logging.rotation)
self.logging = logging
elif child.tag == "software":
software = Software()
software.license = XMLUtils.getAttributeSafe(child, "license")
software.major = XMLUtils.getAttributeSafe(child, "major")
software.minor = XMLUtils.getAttributeSafe(child, "minor")
software.build = XMLUtils.getAttributeSafe(child, "build")
software.kernel = XMLUtils.getAttributeSafe(child, "kernel")
self.software = software
elif child.tag == "configProperties":
properties = list(child)
for prop in properties:
key = prop.attrib["prop_key"]
value = prop.attrib["prop_value"]
self.configProperties[key] = value
self.saveConfiguration()
self.setChanged()
self.notifyObservers()
def __init__(self, parsedNode):
self.hotspotDomains = []
self.parsedNode = parsedNode
self.checksum = XMLUtils.getAttributeSafe(parsedNode, "checksum")
self.hotspotMode = XMLUtils.getAttributeSafe(parsedNode, "hotspot_mode")
self.networkName = XMLUtils.getAttributeSafe(parsedNode, "network_name")
if ( int(self.hotspotMode) == int(ClientURISettings.CAMPAIGN_LIMITED) ):
allHotspotDomains = self.parsedNode.findall("*/domain")
for hotspotNode in allHotspotDomains:
domainName = XMLUtils.getAttributeSafe(hotspotNode, "name")
self.hotspotDomains.append(domainName)
def __init__(self, parsedNode):
self.hotspotDomains = []
self.parsedNode = parsedNode
self.checksum = XMLUtils.getAttributeSafe(parsedNode, "checksum")
self.hotspotMode = XMLUtils.getAttributeSafe(parsedNode,
"hotspot_mode")
self.networkName = XMLUtils.getAttributeSafe(parsedNode,
"network_name")
if (int(self.hotspotMode) == int(ClientURISettings.CAMPAIGN_LIMITED)):
allHotspotDomains = self.parsedNode.findall("*/domain")
for hotspotNode in allHotspotDomains:
domainName = XMLUtils.getAttributeSafe(hotspotNode, "name")
self.hotspotDomains.append(domainName)
def parseNode(self, configNode):
self.parsedXml = configNode
self.channel = XMLUtils.getAttributeSafe(configNode, "channel", "9")
self.setChannel(self.channel)
children = list(configNode)
for child in children:
if child.tag == "connection":
connection = Connection()
connection.keep_alive = XMLUtils.getAttributeSafe(child, "keep-alive")
connection.reconnect_interval = XMLUtils.getAttributeSafe(child, "reconnect-interval")
self.connection = connection
elif child.tag == "authentication":
authentication = Authentication()
authentication.setToken(XMLUtils.getAttributeSafe(child, "token"))
self.authentication = authentication
elif child.tag == "logging":
logging = Logging()
logging.rotation = XMLUtils.getAttributeSafe(child, "rotation", "3600000")
self.setLoggingRotation(logging.rotation)
self.logging = logging
elif child.tag == "software":
software = Software()
software.license = XMLUtils.getAttributeSafe(child, "license")
software.major = XMLUtils.getAttributeSafe(child, "major")
software.minor = XMLUtils.getAttributeSafe(child, "minor")
software.build = XMLUtils.getAttributeSafe(child, "build")
software.kernel = XMLUtils.getAttributeSafe(child, "kernel")
self.software = software
elif child.tag == "configProperties":
properties = list(child)
for prop in properties:
key = prop.attrib["prop_key"]
value = prop.attrib["prop_value"]
self.configProperties[key] = value
self.saveConfiguration()
self.setChanged()
self.notifyObservers()
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 __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 __init__(self, parsedNode):
self.channel = XMLUtils.getAttributeSafe(parsedNode, "channel")
origin = XMLUtils.getAttributeSafe(parsedNode, "origin")
publish_key = XMLUtils.getAttributeSafe(parsedNode, "pubkey")
secret_key = XMLUtils.getAttributeSafe(parsedNode, "secret")
subscribe_key = XMLUtils.getAttributeSafe(parsedNode, "subkey")
ssl_on = XMLUtils.getAttributeSafe(parsedNode, "sslon")
if origin == None:
origin = "pubsub.pubnub.com"
if ssl_on == None:
ssl_on = False
self.pubnub = Pubnub(publish_key, subscribe_key, secret_key, ssl_on, origin)
def __init__(self, parsedNode):
self.channel = XMLUtils.getAttributeSafe(parsedNode, "channel")
origin = XMLUtils.getAttributeSafe(parsedNode, "origin")
publish_key = XMLUtils.getAttributeSafe(parsedNode, "pubkey")
secret_key = XMLUtils.getAttributeSafe(parsedNode, "secret")
subscribe_key = XMLUtils.getAttributeSafe(parsedNode, "subkey")
ssl_on = XMLUtils.getAttributeSafe(parsedNode, "sslon")
if (origin == None):
origin = 'pubsub.pubnub.com'
if (ssl_on == None):
ssl_on = False
self.pubnub = Pubnub(publish_key, subscribe_key, secret_key, ssl_on,
origin)
def handle(self, action):
logging.info("Got software update action")
path = XMLUtils.getAttributeSafe(action.actionNode, "path", None)
if (path != None):
# download the file
restClient = RESTClient()
url = ClientURISettings.getSoftwareUpdateURI()
if path.find("/") != 0:
url += "/"
url += path
filename = os.path.basename(path)
FileSystemChecker.initDir(ClientURISettings.SWUPDATE_ROOT_DIR)
downloadPath = ClientURISettings.SWUPDATE_ROOT_DIR + os.sep + filename
if (os.path.exists(downloadPath)):
success = True
else:
success = restClient.GETFile(url, downloadPath)
if (not success):
logger.error(
"Failed to download software update at URL '%s' to file '%s'"
% (url, downloadPath))
elif (success and not os.path.exists(downloadPath)):
success = False
logger.error("Failure in saving downloaded wpk file to %s" %
downloadPath)
else:
# success, move to /tmp/obex to make it auto-install the WPK file
logger.info("Installation of %s beginning" % downloadPath)
fileName = os.path.basename(downloadPath)
FileSystemChecker.initDir("/tmp/obex")
destination = "/tmp/obex/%s" % fileName
shutil.copy(downloadPath, destination)
def handle(self, action):
logging.info("Got software update action")
path = XMLUtils.getAttributeSafe(action.actionNode, "path", None)
if ( path != None ):
# download the file
restClient = RESTClient()
url = ClientURISettings.getSoftwareUpdateURI()
if path.find("/") != 0:
url += "/"
url += path
filename = os.path.basename(path)
FileSystemChecker.initDir(ClientURISettings.SWUPDATE_ROOT_DIR )
downloadPath = ClientURISettings.SWUPDATE_ROOT_DIR + os.sep + filename
if ( os.path.exists(downloadPath )):
success = True
else:
success = restClient.GETFile(url, downloadPath)
if ( not success ):
logger.error("Failed to download software update at URL '%s' to file '%s'" % (url, downloadPath))
elif ( success and not os.path.exists(downloadPath)):
success = False
logger.error("Failure in saving downloaded wpk file to %s" % downloadPath)
else:
# success, move to /tmp/obex to make it auto-install the WPK file
logger.info("Installation of %s beginning" % downloadPath)
fileName = os.path.basename(downloadPath)
FileSystemChecker.initDir("/tmp/obex")
destination = "/tmp/obex/%s" % fileName
shutil.copy(downloadPath, destination)
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)
