def __parse(self):
print "Parsing file..."
parser = FileParser()
self.lines = parser.parse(file)
# contains distinct flows, opened with a SYN
self.flows = {}
for line in self.lines:
line = line.strip()
tokens = line.split(' ')
tokens = self.__clean(tokens)
if '.' not in tokens[1]:
continue
key = self.__get_key(tokens)
if "SYN" in line:
self.flows[key] = []
continue
if "Len=0" in line:
continue
time = float(tokens[1])
length = 0
for token in tokens:
if "Len=" in token:
length = int(token.split('=')[1])
break
self.flows[key].append((time, length))
def __parse__(self):
parser = FileParser()
packets = False
acks = False
drops = False
do_nothing = False
for line in parser.parse(self.input):
if len(line) == 0:
continue
if "skip" in line:
do_nothing = True
if line.startswith("\"packets"):
packets = True
do_nothing = False
continue
if line.startswith("\"acks"):
acks = True
drops = False
do_nothing = False
continue
if line.startswith("\"drops"):
drops = True
do_nothing = False
continue
if do_nothing:
continue
if packets and not acks:
if drops:
self.packet_drops.append(line)
else:
self.packets.append(line)
if acks:
if drops:
self.ack_drops.append(line)
else:
self.acks.append(line)
def __parse__(self):
parser = FileParser()
packets = False
acks = False
drops = False
do_nothing = False
for line in parser.parse(self.input):
if len(line) == 0:
continue
if "skip" in line:
do_nothing = True
if line.startswith("\"packets"):
packets = True
do_nothing = False
continue
if line.startswith("\"acks"):
acks = True
drops = False
do_nothing = False
continue
if line.startswith("\"drops"):
drops = True
do_nothing = False
continue
if do_nothing:
continue
if packets and not acks:
if drops:
self.packet_drops.append(line)
else:
self.packets.append(line)
if acks:
if drops:
self.ack_drops.append(line)
else:
self.acks.append(line)
class TartanDisplay(object):
def __init__(self, app, spec, driver='gl'):
self.app = app
self.spec = spec
self.widgets = []
self.focus_order = None
self.parser = FileParser(self.app)
self.widgets = self.parser.parse(self.spec["widgets"])
self.canvas = Canvas(self.spec["app"]["width"],
self.spec["app"]["height"])
self.display = Display(self.canvas)
self.display.set_driver(driver)
if len(self.widgets) > 0:
self.focused_widget = self.widgets[0]
self.build_focus_order()
def mark_dirty(self):
self.dirty = True
def mark_clean(self):
self.dirty = False
def build_focus_order(self):
self.focus_order = self.widgets
def refresh(self):
self.canvas.clear()
self.build_display()
self.display.refresh()
def blit(self, widget):
self.canvas.blit(widget.anchor[0], widget.anchor[1], widget.canvas)
def build_display(self):
self.canvas.clear()
for widget in self.widgets:
widget.draw()
self.blit(widget)
def __parse(self):
parser = FileParser()
s = set()
packet_numbers = {}
sequence_numbers = {}
start = False
for line in parser.parse(self.input):
array = line.split()
if len(array) == 6:
# header
continue
if "Len=0" not in line:
start = True
if not start:
continue
if "FIN" in line:
break
is_ack = ("ACK" in line) and ("Len=0" in line)
is_data = ("Len=0" not in line) or ("SYN" in line) or ("FIN"
in line)
packet_number = -1
time = float(array[1]) + 1 # add one to be like ns-2
sequence_number = -1
length = -1
ack_number = -1
for item in array:
if is_data and "Seq=" in item:
sequence_number = int(item.split("=")[1])
packet_number = self.__get_packet_number(sequence_number)
elif is_ack and "Ack=" in item:
ack_number = int(item.split("=")[1])
elif "Len=" in item:
length = int(item.split("=")[1])
if "SYN" in line or "FIN" in line:
length = 1
temp = ""
if packet_number < 10:
temp = "0"
tsvl = array[-2]
tser = array[-1]
ts = tsvl + tser
if is_data:
data = str(time) + " " + "1." + temp + str(packet_number)
self.packets.append(data)
packet_key = sequence_number + length
# print "Packet key: ", packet_key
# print "Packet number: ", packet_number
if packet_key not in packet_numbers.keys():
packet_numbers[sequence_number + length] = packet_number
else:
assert is_ack
if ts in s:
# print "Ack number: ", ack_number
#
# print "Ack packet number: ", packet_numbers[ack_number]
temp = ""
if packet_numbers[ack_number] < 10:
temp = "0"
data = str(time) + " " + "1." + temp + str(
packet_numbers[ack_number])
# print data
self.acks.append(data)
if length > 1 and sequence_numbers.has_key(
sequence_number
) and sequence_numbers[sequence_number] != ts:
# duplicate
for item in self.packets:
num = item.split()[1]
num = int(num.split(".")[1])
if num == self.__get_packet_number(sequence_number):
self.packets.remove(item)
self.packet_drops.append(item)
break
s.add(ts)
if length > 1 and sequence_numbers.has_key(
sequence_number
) and sequence_numbers[sequence_number] == ts:
del sequence_numbers[sequence_number]
else:
sequence_numbers[sequence_number] = ts
def __parse(self):
parser = FileParser()
s = set()
packet_numbers = {}
sequence_numbers = {}
start = False;
for line in parser.parse(self.input):
array = line.split()
if len(array) == 6:
# header
continue
if "Len=0" not in line:
start = True
if not start:
continue
if "FIN" in line:
break;
is_ack = ("ACK" in line) and ("Len=0" in line)
is_data = ("Len=0" not in line) or ("SYN" in line) or ("FIN" in line)
packet_number = -1
time = float(array[1]) + 1 # add one to be like ns-2
sequence_number = -1
length = -1
ack_number = -1
for item in array:
if is_data and "Seq=" in item:
sequence_number = int(item.split("=")[1])
packet_number = self.__get_packet_number(sequence_number)
elif is_ack and "Ack=" in item:
ack_number = int(item.split("=")[1])
elif "Len=" in item:
length = int(item.split("=")[1])
if "SYN" in line or "FIN" in line:
length = 1
temp = ""
if packet_number < 10:
temp = "0"
tsvl = array[-2]
tser = array[-1]
ts = tsvl + tser
if is_data:
data = str(time) + " " + "1." + temp + str(packet_number)
self.packets.append(data)
packet_key = sequence_number + length
# print "Packet key: ", packet_key
# print "Packet number: ", packet_number
if packet_key not in packet_numbers.keys():
packet_numbers[sequence_number + length] = packet_number
else:
assert is_ack
if ts in s:
# print "Ack number: ", ack_number
#
# print "Ack packet number: ", packet_numbers[ack_number]
temp = ""
if packet_numbers[ack_number] < 10:
temp = "0"
data = str(time) + " " + "1." + temp + str(packet_numbers[ack_number])
# print data
self.acks.append(data)
if length > 1 and sequence_numbers.has_key(sequence_number) and sequence_numbers[sequence_number] != ts:
# duplicate
for item in self.packets:
num = item.split()[1]
num = int(num.split(".")[1])
if num == self.__get_packet_number(sequence_number):
self.packets.remove(item)
self.packet_drops.append(item)
break
s.add(ts)
if length > 1 and sequence_numbers.has_key(sequence_number) and sequence_numbers[sequence_number] == ts:
del sequence_numbers[sequence_number]
else:
sequence_numbers[sequence_number] = ts
from statemachine import StateMachine from fileparser import FileParser input_file = 'SampleStateTransitions.csv' output_file = 'output/StateMachine' output_format = 'svg' # Parse csv file nodes, transitions = FileParser.parse(input_file) # Create state machine and render it state_machine = StateMachine(output_format) state_machine.add(nodes, transitions) state_machine.render(output_file)