def get(self):
loader = tornado.template.Loader("templates/")
if (self.get_argument("origCity") == self.get_argument("desCity")):
self.write(loader.load("errorResponse.html").generate(msg="The origin and destination city you entered are the same"))
else:
date = self.get_argument("tDate")
date = '/'.join(reversed(date.split('-')))
prefs = self.get_argument("prefs").split(',')
prefs[prefs.index("ffp")] = self.get_argument("ffpAirline")
n = self.get_argument("number")
n = int(n) if n else 0
q = flightClasses.Query(
date,
self.get_argument("depTime"),
self.get_argument("origCity"),
self.get_argument("desCity"),
prefs[0],
prefs[1],
prefs[2],
n)
try:
solutions = algorithm.getFlightSolutions(q,g);
if len(solutions) > 0:
self.write(loader.load("queryResponse.html").generate(trips = solutions))
else:
self.write(loader.load("noFlights.html").generate())
except Exception as e:
self.write(loader.load("errorResponse.html").generate(msg="Please check your input, and try again"))
def get(self):
loader = tornado.template.Loader("templates/")
if self.get_argument("origCity") == self.get_argument("desCity"):
self.write(
loader.load("errorResponse.html").generate(
msg="The origin and destination city you entered are the same"
)
)
else:
date = self.get_argument("tDate")
date = "/".join(reversed(date.split("-")))
prefs = self.get_argument("prefs").split(",")
prefs[prefs.index("ffp")] = self.get_argument("ffpAirline")
n = self.get_argument("number")
n = int(n) if n else 0
q = flightClasses.Query(
date,
self.get_argument("depTime"),
self.get_argument("origCity"),
self.get_argument("desCity"),
prefs[0],
prefs[1],
prefs[2],
n,
)
try:
solutions = algorithm.getFlightSolutions(q, g)
if len(solutions) > 0:
self.write(loader.load("queryResponse.html").generate(trips=solutions))
else:
self.write(loader.load("noFlights.html").generate())
except Exception as e:
self.write(loader.load("errorResponse.html").generate(msg="Please check your input, and try again"))
def makeQueries(filename):
"""creates a graph(list of cities) from the flightdata file
returns a list of cities (each containing a list of flights)"""
f = open(filename, 'r')
queries = []
for q in f.read().replace("\n",
"").replace("]",
"").replace(" ",
"").strip().split("["):
if q != "":
q = q.replace("(", "")
q = q.replace(")", "")
parts = q.split(',')
currQ = flightClasses.Query(parts[0], parts[1], parts[2], parts[3],
parts[4], parts[5], parts[6],
int(parts[7]))
queries.append(currQ)
return queries
#testing file for the project
g = graph.makeGraph(sys.argv[1])
q = makeQueries(sys.argv[2])
for k in q:
x = algorithm.getFlightSolutions(k, g)
ret = str(flightClasses.printSolutions(k, x)) + "\n"
print(ret)
import sys
def makeQueries(filename):
"""creates a graph(list of cities) from the flightdata file
returns a list of cities (each containing a list of flights)"""
f = open(filename, "r")
queries = []
for q in f.read().replace("\n", "").replace("]", "").replace(" ", "").strip().split("["):
if q != "":
q = q.replace("(", "")
q = q.replace(")", "")
parts = q.split(",")
currQ = flightClasses.Query(
parts[0], parts[1], parts[2], parts[3], parts[4], parts[5], parts[6], int(parts[7])
)
queries.append(currQ)
return queries
# testing file for the project
g = graph.makeGraph(sys.argv[1])
q = makeQueries(sys.argv[2])
for k in q:
x = algorithm.getFlightSolutions(k, g)
ret = str(flightClasses.printSolutions(k, x)) + "\n"
print(ret)
