def test_route_y_down(self):
code = """
start at (90, 90)
go south 10 blocks
"""
create_route(code)
route = Route.get_last_route()
steps = [(s.x, s.y) for s in route.steps]
assert steps[-1] == (90, 80)
def test_route_x_left(self):
code = """
start at (90, 90)
go west 10 blocks
"""
create_route(code)
route = Route.get_last_route()
steps = [(s.x, s.y) for s in route.steps]
assert steps[-1] == (80, 90)
def main():
init_db()
user_choice = input('''
You can create routes and run robots in this app.
The city map size 250 x 250 by default
Please select mode:
1. Predefined route (will be used system predefined route)
2. User Input
Anything else for exit
''')
if int(user_choice) == 1:
code = """
start at (90, 90)
go north 5 blocks
turn right
go west 25 blocks
turn left
go 3 blocks
"""
create_route(code)
route = Route.get_last_route()
bender = Robot('Bender')
steps = bender.follow_route(route)
for x, y in steps:
print('x={} y={}'.format(x, y))
elif int(user_choice) == 2:
command = input('>')
route_created = create_route(command)
if route_created:
route = Route.get_last_route()
bender = Robot('Bender')
steps = bender.follow_route(route)
for x, y in steps:
print('x={} y={}'.format(x, y))
else:
print('Route errors')
else:
print('Good bye')
def test_turn_right(self):
code = """
start at (90, 90)
go south 10 blocks
turn right
go 10 blocks
"""
create_route(code)
route = Route.get_last_route()
steps = [(s.x, s.y) for s in route.steps]
assert steps[-1] == (80, 80)
