class InputTest(unittest.TestCase):
global input
def setUp(self):
self.input = Input()
self.input.stats.initialize()
def testAddCity(self):
def raw_input_mock_city(prompt):
return {
"Code? ": "LOL",
"Country? " : "United States",
"Continent? ": "North America",
"Time zone? ": "-4",
"Degrees? ": "5",
"N or S? ": "N",
"E or W? ": "W",
"Population? ": "10000",
"Region? ": "5"
}[prompt]
self.input.add_city("Moon",raw_input_mock_city)
graph = self.input.stats.graph
data = graph.find_city('name',"Moon").get_data()
orig_data = {
'name': "Moon",
'code': "LOL",
'country': "United States",
'continent': "North America",
'timezone': -4,
'coordinates': {"N" : 5, "W" : 5},
'population': 10000,
'region': 5
}
self.assertEquals(orig_data,data)
def testAddRoute(self):
def raw_input_mock_route(prompt):
return {
"First city name? " : "Chicago",
"Second city name? " : "Lima",
"Distance? " : "1000000"
}[prompt]
self.input.add_route(raw_input_mock_route)
graph = self.input.stats.graph
edge = graph.find_route("Chicago","Lima")
source = edge.get_source().get_data()
target = edge.get_target().get_data()
weight = edge.get_weight()
self.assertEquals(source['name'],"Chicago")
self.assertEquals(target['name'],"Lima")
self.assertEquals(weight,1000000)
def testRemoveRoute(self):
def raw_input_mock_remove_route(prompt):
return {
"First city name? " : "Santiago",
"Second city name? " : "Lima"
}[prompt]
graph = self.input.stats.graph
edge = graph.find_route("Santiago","Lima")
self.assertNotEquals(edge.get_source(),None)
self.input.remove_route(raw_input_mock_remove_route)
edge = graph.find_route("Santiago","Lima")
self.assertEquals(edge,None)
def testRemoveCity(self):
graph = self.input.stats.graph
city = graph.find_city('name',"Lima")
self.assertNotEquals(city,None)
self.input.edit_commands("-rc Lima")
city = graph.find_city('name',"Lima")
self.assertEquals(city,None)
def testEditCityName(self):
def raw_input_mock_edit_name(prompt):
return {
"What parameter should we edit? (Type 'exit' to stop.)\n" : 'name',
"" : "Happy Land"
}[prompt]
graph = self.input.stats.graph
self.input.edit_city("New York",raw_input_mock_edit_name)
node = graph.find_city('name',"New York")
self.assertEquals(node,None)
node = graph.find_city('name',"Happy Land")
city = node.get_data()['name']
self.assertEquals(city,"Happy Land")
def testEditCityCoords(self):
def raw_input_mock_edit_coords(prompt):
return {
"What parameter should we edit? (Type 'exit' to stop.)\n": 'coordinates',
"N or S? ": "S",
"Degrees? ": "10",
"E or W? ": "W"
}[prompt]
graph = self.input.stats.graph
self.input.edit_city("Toronto",raw_input_mock_edit_coords)
node = graph.find_city('name',"Toronto")
coords = node.get_data()['coordinates']
self.assertEquals(coords,{'S':10,'W':10})
def testPathInformation(self):
def raw_input_mock_path(prompt):
return {
"Enter a city name: ": ["Bogota", "Lima" "Mexico" "Miami"],
"Continue adding? (Type '\g' to finish.)": "\g"
}[prompt]
#graph = self.input.stats.graph
#infostrings = self.input.path_info("check path",raw_input_mock_path)
#self.assertEquals(infostrings[0],"The total distance of the route is: ")
#self.assertEquals(infostrings[1],"The cost to fly the route is: ")
#self.assertEquals(infostrings[2],"The time it will take to travel is: ")
def testShortestPath(self):
def raw_input_mock_dijikstra(prompt):
return {
"First city? ": "Bogota",
"Second city?": "Miami"
}
def setUp(self):
self.input = Input()
self.input.stats.initialize()
