def analyze(self, sentence):
current_sentence = sentence.Get("analysis")
for sentence in current_sentence:
if not sentence:
continue
if not sentence[0]:
continue
if not sentence[1]:
continue
## per sentence instances
hg = HG(sentence)
word_set = self.each_word(sentence)
if not word_set:
return
features = self.relex.parse_features(sentence)
frames = self.relex.parse_frames(sentence)
## this will be for analysis
if False:
self.dump_to_file((features, frames))
if not self.options:
hg.features_in(features)
else:
if self.options.graph_tags:
hg.features_in(features)
if self.options:
if self.options.graph_frame:
hg.frames_in(frames)
RE = rule_engine(features, hg.get_hypergraph())
RE.run_rules()
if self.options:
if self.options.graph:
hg.analysis()
def main(self):
semantics = Semantics()
logParser = irc_logParser()
log_data = logParser.loadLogs("logs/2009-08-1*", limit=200)
for sentences in log_data:
rule_eng = rule_engine()
if not sentences:
continue
if self.options.relex:
r = relex.relex()
sentence = r.process(sentences)
for x in sentence:
y = x.split("\n")
for z in y:
if z:
print z
if self.options.default:
from tagger import braubt_tagger
analogy = analysis.Analogies()
s = linkGrammar.sentence(sentences)
if s:
normal_words = sentences.split(" ")
container = sentence(s, normal_words)
container.atom = semantics.semanticsToAtoms(container)
test_rules(container)
for a in container.diagram:
debug(a)
analogy.similar(container)
def main(self):
semantics = Semantics()
logParser = irc_logParser()
log_data = logParser.loadLogs('logs/2009-08-1*', limit=200)
for sentences in log_data:
rule_eng = rule_engine()
if not sentences:
continue
if self.options.relex:
r = relex.relex()
sentence = r.process(sentences)
for x in sentence:
y = x.split('\n')
for z in y:
if z:
print z
if self.options.default:
from tagger import braubt_tagger
analogy = analysis.Analogies()
s = linkGrammar.sentence(sentences)
if s:
normal_words = sentences.split(' ')
container = sentence(s, normal_words)
container.atom = semantics.semanticsToAtoms(container)
test_rules(container)
for a in container.diagram:
debug(a)
analogy.similar(container)
def transformation_1(project, dataset, table_prefix):
sql = rule_engine(1)
table_name = "end_temp"
output = create_table_name(project, dataset, table_prefix, table_name)
run_query(bigquery, sql, output)
def run(self, available_components, system_input, controller_name):
system_valves = self.intf.get_system_valves()
system_pipes = self.intf.get_system_pipes()
system_pumps = self.intf.get_system_pumps()
system_sensors = self.intf.get_system_sensors()
system_busbars = self.intf.build_busbars(system_pipes)
system_connected_devices = self.intf.get_connected_devices()
system_components = {
**system_sensors,
**system_busbars,
**system_connected_devices,
**system_valves,
**system_pumps
}
unique_nodes = {}
config = configparser.ConfigParser()
config.read(
"/home/federico/Desktop/SwitchBoard/SwitchBoard/src/config_controller.txt"
)
#self.shut_the_pumps_up(available_components["Pumps_active"], self.comms)
pumps_of_circuit = [
pump.ID for pump in available_components["Pumps_active"]
]
# try:
valves_of_circuit = self.components_name_translator(
[valve.ID for valve in available_components["Valves_active"]])
#print(valves_of_circuit)
engine = rule_engine()
ideal_components = engine.run(system_input, available_components)
act_circulator = self.pump_selector(
ideal_components["Ideal_Pump"],
available_components["Pumps_active"])
#print(act_circulator)
actuators = self.actuator_selector(
ideal_components["Ideal_Actuator"],
available_components["Valves_active"],
available_components["Pumps_active"])
#print(actuators)
feedback_sensors = self.sensor_selector(
ideal_components["Ideal_Sensor"],
available_components["Sensors_active"], system_input["parameters"])
#print(feedback_sensors)
act_circulator["pumps"] = self.components_name_translator(
act_circulator["pumps"])
pumps_of_circuit = self.components_name_translator(pumps_of_circuit)
#print(act_circulator)
feedback_sensors["sensors"] = self.components_name_translator(
feedback_sensors["sensors"])
#print(feedback_sensors)
actuators["actuators"] = self.components_name_translator(
actuators["actuators"])
actuators["secondary_actuators"] = self.components_name_translator(
actuators["secondary_actuators"])
#print(actuators)
controller_mode = act_circulator["mode"]
# self.controller_name = act_circulator["mode"]
input_for_controller = {
"controller_name": controller_name,
_DESCRIPTION: _CREATOR,
"gain": config.get(controller_mode, "gain"),
"kp": config.get(controller_mode, "kp"),
"ki": config.get(controller_mode, "ki"),
"kd": config.get(controller_mode, "kd"),
"ki_valve": config.get(controller_mode, "ki_valve"),
"pumps_of_circuit": pumps_of_circuit,
"circulator": act_circulator["pumps"],
"circulator_mode": act_circulator["mode"],
"actuator": actuators["actuators"],
"setpoint": system_input['setpoints'],
"feedback_sensor": feedback_sensors["sensors"],
"valves": valves_of_circuit,
"secondary_actuators": actuators["secondary_actuators"]
}
print(input_for_controller)
#except Exception:
#print("There is a failure in calculate the components to be used")
#return _CONTROLLER_DEACTIVED
#return _CONTROLLER_DEACTIVED
try:
feedback = self.comms.send(input_for_controller)
print("Message Sent")
print("Feedback: ", feedback)
return _CONTROLLER_ACTIVATED
except Exception:
print("Message sending failed")
return _CONTROLLER_DEACTIVED
def main(f):
#f = open('../packets/tcp.txt','r')
while (True):
f.readline()
f.readline()
s = f.readline()
s = s[6:len(s) - 2].split("|")
#print("Is coming in: ", end='')
#print(isIncoming(['f8','34','41','21','87','7a'],s[6:12]))
MACaddress = s[6] + ":" + s[7] + ":" + s[8] + ":" + s[9] + ":" + s[
10] + ":" + s[11]
if (s[23] == "06"):
packet = tcp_packet(MACaddress,\
getIpAddress(s[26:30]), \
getIpAddress(s[30:34]),\
getPort(s[34:36]), \
getPort(s[36:38]) )
if (s[23] == "11"):
packet = udp_packet(MACaddress,\
getIpAddress(s[26:30]), \
getIpAddress(s[30:34]),\
getPort(s[34:36]), \
getPort(s[36:38]) )
print(packet.String())
f.readline()
r = rule_engine()
#Check if the src of the packet is my device
#Then the packet is travelling outside my network
isSuccess = False
if (isSrc(['f8', '34', '41', '21', '87', '7a'], s[6:12])):
print("packet going out of our server..")
print("source ip:{} and port:{} will {}".format(packet.getSrcIP(),\
packet.getSrcPort(),\
r.checkOutboundRules(packet.getSrcIP(), packet.getSrcPort())))
print("Destination ip:{} and port:{} will {}".format(packet.getDstIP(),\
packet.getDstPort(),\
r.checkOutboundRules(packet.getDstIP(), packet.getDstPort())))
isSuccess = r.checkOutboundRules(packet.getSrcIP(), packet.getSrcPort()) == 'Accept' and \
r.checkOutboundRules(packet.getDstIP(), packet.getDstPort()) == 'Accept'
else:
print("packet comes to our server..")
print("source ip:{} and port:{} will {}".format(packet.getSrcIP(),\
packet.getSrcPort(),\
r.checkInboundRules(packet.getSrcIP(), packet.getSrcPort())))
print("Destination ip:{} and port:{} will {}".format(packet.getDstIP(),\
packet.getDstPort(),\
r.checkInboundRules(packet.getDstIP(), packet.getDstPort())))
isSuccess = r.checkInboundRules(packet.getSrcIP(), packet.getSrcPort()) == 'Accept' and \
r.checkInboundRules(packet.getDstIP(), packet.getDstPort()) == 'Accept'
if (isSuccess):
print("Packet transmission successfull")
else:
print("Packet transmission unsuccessfull!!! Packet Dropped")
print("\n\n")
