def test_invalid_user_input_for_config_cost_km(monkeypatch, load_test_data):
# Setup
# monkeypatch the "input" function, so that it returns -1.
# This simulates the user entering -1 in the terminal:
monkeypatch.setattr('builtins.input', lambda _: -1)
my_app = app.App(load_test_data)
# Exercise
my_app.config_cost_km() # Consume input from monkeypatch
# Verify
#assert that the invalid user input was not stored in the class
assert my_app.cost_per_km == None
def test_valid_user_input_for_config_cost_km(monkeypatch, load_test_data):
# Setup
# monkeypatch the "input" function, so that it returns 10.
# This simulates the user entering 10 in the terminal:
monkeypatch.setattr('builtins.input', lambda _: 10)
desired = 10 #desired output for the actual output
my_app = app.App(load_test_data)
# Exercise
#sets the value of 'cost_per_km' in app class to the monkeypatch value of 10
my_app.config_cost_km() # Consume input from monkeypatch
actual = my_app.cost_per_km
# Verify
#assert that the valid user input was stored in the class
assert actual == desired
def test_dist_CityA_CityB(load_test_data):
# Setup
my_app = app.App(load_test_data)
city_a = "ARACAJU"
city_b = "BELEM"
desired = 2079
# Exercise
actual = my_app.dist_CityA_CityB(city_a, city_b)
# Verify
assert actual == desired
# def test_consult_segment(monkeypatch, load_test_data):
# # Setup
# # monkeypatch the "input" function, so that it returns desired answers.
# # This simulates the user entering "ARACAJU" and "BELEM" in the terminal, one after the other:
# responses = iter(["ARACAJU, BELEM"])
# monkeypatch.setattr('builtins.input', lambda _: next(responses))
# desired = 2079
# # Exercise
if __name__ == '__main__':
from app import app
from app import controller
app = app.App()
app.addConfiguration({'SECRET_KEY': 'secret', 'WTF_CSRF_ENABLE': True})
app.getApp().run(debug=True)
def __init__(self, *args, **kwargs):
self.app = app.App()
def setUp(self):
self.app = app.App()
import trp.trp as tr
import app.app as application
import sys
if __name__ == "__main__":
public_2 = 197
public_1 = 151
private_1 = 157
trans_handler = tr.socket()
tr.connect_to(trans_handler, "127.0.0.1", int(sys.argv[1]))
app = application.App(tr, trans_handler, public_1, public_2, private_1, 'client', "message")
app.transfer("Is working")
message = app.transfer()
msg = tr.recv(trans_handler)
print(msg)
tr.give(trans_handler, " UDP Server is working.")
msg_new = tr.recv(trans_handler)
print(msg_new)
