def AirTeller():
"""
The main loop of the CSAir Automatic Teller Machine
:return: Print out query result to the screen
"""
networkDict = ParseJson.parse("CSAir/Data/Input.JSON")
network = AirNetwork.AirNetwork(networkDict)
while True:
print "Welcome to CSAir!"
userName = raw_input("Please enter your name: ")
print("\nHello " + userName + ".\n")
print("You have the following options:")
print("1. A list of all cities.\n"
"2. CSAir Service Facts.\n"
"3. See our network in a browser.\n")
while True:
try:
actionNumberStr = raw_input("What can I do for ya? (Enter the number of "
"the action you would like to perform)")
actionNumber = int(actionNumberStr)
except:
print("Your input is not a number.")
else:
break
if actionNumber == 1:
TellMetros.tellMetros(network)
elif actionNumber == 2:
TellFacts.tellFacts(network)
elif actionNumber == 3:
TellMap.tellMap(network)
else:
print("Please choose from 1, 2 and 3.")
time.sleep(1)
satisfaction = raw_input("Are you happy with our service? (Y/N)")
if satisfaction.upper() == "N":
print("Customers' feedback is BS anyway.\n\n")
elif satisfaction.upper() == "Y":
print("Thanks for choosing CSAir.\n\n")
else:
print("You answer Y or N. Geez!\n\n")
time.sleep(3)
def AirTeller():
"""
The main loop of the CSAir Management Teller Machine
:return: Print out query result to the screen
"""
networkDict = ParseJson.parse("CSAir/Data/Input.JSON")
network = AirNetwork.AirNetwork(networkDict)
while True:
print "Welcome to CSAir Management Gateway!"
staffCode = raw_input("Please enter your staff code: ")
print("\nHello " + staffCode + ".\n")
print("You have the following options:")
print("1. Manage.\n"
"2. View Network as a customer.\n")
while True:
try:
actionNumberStr = raw_input("What can I do for ya? (Enter the "
"number of the action you would "
"like to perform)")
actionNumber = int(actionNumberStr)
except:
print("Your input is not a number.")
else:
break
if actionNumber == 1:
ManageNetwork.performAction(network)
elif actionNumber == 2:
print("Connecting you to the AirTeller Machine")
else:
print("Please choose between 1 and 2.")
time.sleep(1)
satisfaction = raw_input("Do you like the current management system? "
"(Y/N)")
if satisfaction.upper() == "N":
print("You are fired.\n\n")
elif satisfaction.upper() == "Y":
print("Thanks for using CSAir Management Gateway.\n\n")
else:
print("You answer Y or N. Geez!\n\n")
time.sleep(3)
def findCheapestNeighbor(self, network):
distToSrc = sys.maxint
cheapestNeighbor = None
for outArc in self.outArcs:
cheapNeighbor = network.nodes[outArc.desti]
if not cheapNeighbor.out and cheapNeighbor.dist < distToSrc:
cheapestNeighbor = cheapNeighbor
distToSrc = cheapNeighbor.dist
return cheapestNeighbor
if __name__ == "__main__":
from MapLib import ParseJson
from MapLib import AirNetwork
networkDict = ParseJson.parse("Data/cmi_hub.JSON")
network = AirNetwork.AirNetwork(networkDict)
node_1 = DijkstraNode(network.metros["CMI"].code, network)
print (node_1.code)
print (node_1.dist)
print ("Outbound flights")
for outArc in node_1.outArcs:
print outArc
print ("Inbound flights")
for inArc in node_1.inArcs:
print inArc
def performAction(network):
while True:
print("1. Remove a city\n"
"2. Remove a route\n"
"3. Add a city\n"
"4. Add a route\n"
"5. Edit a city\n"
"6. Save progress\n")
factNumber = raw_input("What would you like to perform?")
try:
dispatch[factNumber](network)
except ValueError:
print("\nPlease Enter a number between 1 and 6.\n")
continue
if ManageHelpers.endTelling():
return
if __name__ == '__main__':
from MapLib import ParseJson, AirNetwork
networkDict = ParseJson.parse("Data/Input.JSON")
network = AirNetwork.AirNetwork(networkDict)
saveProgress(network)