def tests():
_should_create_a_route_node_set()
_should_find_the_shortest_route_with_no_start_and_no_end()
_should_find_the_shortest_route_with_a_start_system()
_should_find_the_shortest_route_with_a_end_system()
_should_find_the_shortest_route_with_start_and_end_system()
log('edp_router: OK')
def _check_arguments(args):
start_system = None
end_system = None
if args.tests:
edp_controller.run_tests()
exit(0)
if args.refresh:
edp_db.retrieve_database()
log('Latest systems database has been downloaded')
if args.list is None:
log('list argument ([-l] or [--list]) is required')
exit(0)
if args.start is not None:
start_system = " ".join(args.start).upper().strip()
if args.end is not None:
end_system = " ".join(args.end).upper().strip()
system_names_list = []
system_names_list_tmp = " ".join(args.list).split(",")
for system_name in system_names_list_tmp:
system_names_list.append(system_name.strip().upper())
return (system_names_list, start_system, end_system)
def _warn_for_unresolved_names(system_list, system_names_list):
resolved_names = []
for s in system_list:
resolved_names.append(s.name)
for n in system_names_list:
if n not in resolved_names:
log('Warning: Unable to resolve system {0}. Skipping it.'.format(
n))
def _check_arguments():
system_names_list = []
start_system = None
end_system = None
if startSystemCheckState.get() is 1:
start_system = startSystem.get().upper().strip()
if endSystemCheckState.get() is 1:
end_system = endSystem.get().upper().strip()
system_names_list_tmp = systemList.get().split(",")
for system_name in system_names_list_tmp:
system_names_list.append(system_name.strip().upper())
log("system list: {0}".format(system_names_list))
log("start: {0}".format(start_system))
log("end: {0}".format(end_system))
return (system_names_list, start_system, end_system)
def tests():
_should_create_a_system_object_from_a_dict()
_should_compute_distance_to_another_system()
log('edp_system: OK')
def tests():
_should_retrieve_cache_file()
_should_load_data_from_cache()
log('edp_db: OK')