def checkCTCP(soc, user, command):
if ( command == ':\x01VERSION\x01' ):
sendCommandPRIVMSG(soc, user, 'VERSION :ircbot:v0.1.0:linux')
elif ( command == ':\x01USERINFO\x01' ):
sendCommandPRIVMSG(soc, user, 'USERINFO :I\'m a python bot written from scratch.')
elif ( command == ':\x01TIME\x01' ):
sendCommandPRIVMSG(soc, user, 'TIME :' + helper.getTime() )
def checkCTCP(soc, user, command):
if (command == ':\x01VERSION\x01'):
sendCommandPRIVMSG(soc, user, 'VERSION :ircbot:v0.1.0:linux')
elif (command == ':\x01USERINFO\x01'):
sendCommandPRIVMSG(
soc, user, 'USERINFO :I\'m a python bot written from scratch.')
elif (command == ':\x01TIME\x01'):
sendCommandPRIVMSG(soc, user, 'TIME :' + helper.getTime())
def cli(ctx, arrivals, departures, date, delta, airline):
"""
Retrieve flights for a certain airport or between two airports which arrived/departed on the mentioned date
within a given time interval.
"""
if ctx.invoked_subcommand is None:
date_from, date_to = getTime(date, delta)
src = get_airport(departures) if departures != None else None
dest = get_airport(arrivals) if arrivals != None else None
header3 = ["From Time", "To Time"]
print_table([[date_from, date_to]], header3)
header2 = [
"ICAO", "IATA", "Name of Airport", "City", "State", "Country"
]
if src != None and dest == None:
flights = get_flights(False, src[0][0], date_from, date_to)
print_table(src, header2)
click.echo(
f"\nListing all departure flights from airport {src[0][2]}")
elif src == None and dest != None:
flights = get_flights(True, dest[0][0], date_from, date_to)
print_table(dest, header2)
click.echo(
f"\nListing all arrival flights to airport {dest[0][2]}")
elif src != None and dest != None:
flights = get_flights(False, src[0][0], date_from, date_to)
flights = get_filter(flights, dest[0][0], dest[0][1])
print_table(src, header2)
print_table(dest, header2)
click.echo(
f"\nListing all flights from airport {src[0][2]} to airport {dest[0][2]}"
)
else:
click.echo("At least one arrival or departure airport required")
sys.exit("Aborting!!!")
if airline:
flights = get_airlines(flights, airline)
click.echo(f"via airline {airline}")
header = [
"Flight Number", "Airline", "Status", "Scheduled Time(UTC)",
"Scheduled Time(Local)", "Terminal", "Airport", "ICAO", "IATA"
]
print_table(flights, header)
def init():
if not os.path.exists('pic'):
os.makedirs('pic')
if __name__ == '__main__':
init()
# Generate a cert-cert graph
df = pd.read_csv('accusation.txt', delimiter=' ', header=None)
df.columns = ['u', 'v', 'type', 'time']
# G = nx.DiGraph()
begin = (int)(min(df.time))
finish = (int)(max(df.time))
for i in xrange(begin, finish + 1, capture_time):
H = nx.DiGraph()
# Retrieve graph per minute
data = df[np.logical_and(df['time'] > i, df['time'] < (i + capture_time))]
if data.empty is not True:
for _, row in data.iterrows():
H.add_edge(row['u'], row['v'])
day1, time1 = helper.getTime(i)
day2, time2 = helper.getTime(i + capture_time)
filename = '{}_{}_{}'.format(day1, time1, time2)
saveGraph(H, filename)
import time
from datetime import datetime
from helper import getTime, inputDetails
from tracker import checkPrice, sendEmail
print("~ Amazon UK Price Tracker ~")
data_dict = inputDetails()
iters = 0 # counts the number of price checks done
while True:
iters += 1
print("\nCheck #", iters, "on:", datetime.today())
# check if the price has dropped
try:
checkPrice(data_dict)
except Exception as e:
if e != "SystemExit":
print("\nSorry! Price tracking attempt failed.")
exit()
# print the frequency of price checks
print("Price will be checked every " + getTime(data_dict["often"]))
print("Interrupt keyboard to stop. (Ctrl+Z / Ctrl+C)")
time.sleep(data_dict["often"])