def main():
map_ = read_file_as_lines("input_10.txt")
asteroids = parse_asteroids(map_)
location, p1 = best_monitoring_station_location(asteroids)
vaporized = vaporize(location, asteroids)
p2 = vaporized[199].coordinate.x * 100 + vaporized[199].coordinate.y
print(f'part 1: {p1}, part 2: {p2}')
def main():
input_ = read_file_as_lines("input_12.txt")
positions = [parse_position(line) for line in input_]
moons = [Moon(pos, Axes(0, 0, 0)) for pos in positions]
p1 = total_system_energy(moons)
p2 = ""
print(f'part 1: {p1}, part 2: {p2}')
def perform_operation(service_data, action):
service_type = service_data.get("serviceType")
service_name = service_data.get("name")
successfully_configured_nodes = []
failed_to_configure_nodes = []
rollback_action = None
system_attributes = {}
is_success = True
if service_type == "l3vpn":
system_attributes = service_data.get("service-attributes")
sites = service_data.get("requestData").get("l3vpn-svc").get(
"sites").get("site")
#system_attributes["policy_name"] = reservation_manager.get_policy_name()
#system_attributes["ospf_id"] = str(reservation_manager.get_ospf_id())
#system_attributes["domain_id"] = str(reservation_manager.get_domain_id())
#system_attributes["route_target"] = reservation_manager.get_route_target()
#system_attributes["route_distinguisher"] = reservation_manager.get_route_distinguisher()
for site in sites:
router_name = site.get("site-network-accesses").get(
"site-network-access").get("provider-edge").get("router-name")
device_info = inventory_manager.get_device_information(router_name)
node_type = device_info.get("type")
print "Router name (%s), Type (%s)" % (router_name, node_type)
#system_attributes["vrf_name"] = reservation_manager.get_vrf_name(router_name, service_name)
#system_attributes["local_as_number"] = str(reservation_manager.get_local_as_number(router_name))
input_data = {}
input_data["service-attributes"] = system_attributes
input_data["site"] = site
request_file = template_manager.generate_request_data(
node_type, service_type, action, input_data)
if node_type.lower() == "junos":
command_data = utils.read_file(request_file)
print "=========================================================="
print command_data
print "=========================================================="
is_success = netconf_client.edit_config(
device_info, command_data)
elif node_type.lower() == "iosxr":
command_data = utils.read_file_as_lines(request_file)
print "=========================================================="
print command_data
print "=========================================================="
is_success = cli_client.edit_config(device_info, command_data)
elif node_type.lower() == "iosxe":
command_data = utils.read_file_as_lines(request_file)
print "=========================================================="
print command_data
print "=========================================================="
is_success = iosxe_cli_client.edit_config(
device_info, command_data)
if not is_success:
if action == "activate":
rollback_action = "deactivate"
else:
rollbacl_action = "activate"
request_file = template_manager.generate_request_data(
node_type, service_type, rollback_action, input_data)
iosxe_cli_client.edit_config(device_info, command_data)
if is_success:
successfully_configured_nodes.append(router_name)
else:
failed_to_configure_nodes.append(router_name)
break
elif service_type == "tunnel":
router_name = service_data.get("requestData").get("source")
device_info = inventory_manager.get_device_information(router_name)
node_type = device_info.get("type")
print "Router name (%s), Type (%s)" % (router_name, node_type)
input_data = service_data.get("requestData")
request_file = template_manager.generate_request_data(
node_type, service_type, action, input_data)
if node_type.lower() == "junos":
command_data = utils.read_file(request_file)
is_success = netconf_client.edit_config(device_info, command_data)
elif node_type.lower() == "iosxr":
command_data = utils.read_file_as_lines(request_file)
print "=========================================================="
print command_data
print "=========================================================="
is_success = cli_client.edit_config(device_info, command_data)
elif node_type.lower() == "iosxe":
print "=========================================================="
print "Tunnel service not supported for iosxe device"
print "=========================================================="
return False
if is_success:
successfully_configured_nodes.append(router_name)
else:
failed_to_configure_nodes.append(router_name)
print "=========================================================="
print "Successfully configured nodes: %s" % successfully_configured_nodes
print "Failed to configure nodes: %s" % failed_to_configure_nodes
print "=========================================================="
if not is_success:
if action == "activate":
rollback_action = "deactivate"
else:
rollback_action = "activate"
rollback(successfully_configured_nodes, service_data, rollback_action,
system_attributes)
return False
return True
def rollback(nodes, service_data, rollback_action, system_attributes):
print "Rollback for the nodes: %s" % nodes
service_type = service_data.get("serviceType")
service_name = service_data.get("name")
if service_type == "l3vpn":
sites = service_data.get("requestData").get("l3vpn-svc").get(
"sites").get("site")
for site in sites:
router_name = site.get("site-network-accesses").get(
"site-network-access").get("provider-edge").get("router-name")
if router_name not in nodes:
continue
device_info = inventory_manager.get_device_information(router_name)
node_type = device_info.get("type")
print "Router name (%s), Type (%s)" % (router_name, node_type)
#system_attributes["vrf_name"] = reservation_manager.get_vrf_name(router_name, service_name)
#system_attributes["local_as_number"] = str(reservation_manager.get_local_as_number(router_name))
input_data = {}
input_data["service-attributes"] = system_attributes
input_data["site"] = site
request_file = template_manager.generate_request_data(
node_type, service_type, rollback_action, input_data)
if node_type.lower() == "junos":
command_data = utils.read_file(request_file)
print "=========================================================="
print command_data
print "=========================================================="
netconf_client.edit_config(device_info, command_data)
elif node_type.lower() == "iosxr":
command_data = utils.read_file_as_lines(request_file)
print "=========================================================="
print command_data
print "=========================================================="
cli_client.edit_config(device_info, command_data)
elif node_type.lower() == "iosxe":
command_data = utils.read_file_as_lines(request_file)
print "=========================================================="
print command_data
print "=========================================================="
iosxe_cli_client.edit_config(device_info, command_data)
elif service_type == "tunnel":
router_name = service_data.get("requestData").get("source")
device_info = inventory_manager.get_device_information(router_name)
node_type = device_info.get("type")
print "Router name (%s), Type (%s)" % (router_name, node_type)
request_file = template_manager.generate_request_data(
node_type, service_type, rollback_action, service_data)
if node_type.lower() == "junos":
command_data = utils.read_file(request_file)
netconf_client.edit_config(device_info, command_data)
elif node_type.lower() == "iosxr":
command_data = utils.read_file_as_lines(request_file)
print "=========================================================="
print command_data
print "=========================================================="
cli_client.edit_config(device_info, command_data)
elif node_type.lower() == "iosxe":
print "=========================================================="
print "Tunnel service not supported for iosxe device"
print "=========================================================="
data_dir = config.data_dir
output_dir = data_dir + "/adj_matrix"
training_file = data_dir + "/train.txt"
validate_file = data_dir + "/validate.txt"
print(
"***************************************************************************************"
)
print("Output Dir: " + output_dir)
print("@Create output directory")
utils.create_folder(output_dir)
# Load train, validate & test
print("@Load train,validate&test data")
training_instances = utils.read_file_as_lines(training_file)
nb_train = len(training_instances)
print(" + Total training sequences: ", nb_train)
validate_instances = utils.read_file_as_lines(validate_file)
nb_validate = len(validate_instances)
print(" + Total validating sequences: ", nb_validate)
# Create dictionary
print("@Build knowledge")
MAX_SEQ_LENGTH, item_dict, reversed_item_dict = utils.build_knowledge(
training_instances, validate_instances)
print("#Statistic")
NB_ITEMS = len(item_dict)
print(" + Maximum sequence length: ", MAX_SEQ_LENGTH)
def main():
masses = list(map(int, read_file_as_lines("input_1.txt")))
p1 = total_fuel_part_1(masses)
p2 = total_fuel_part_2(masses)
print(f'part 1: {p1}, part 2: {p2}')
def main():
wires = [line.split(",") for line in read_file_as_lines("input_3.txt")]
p1 = closest_intersection_part_1(wires)
p2 = closest_intersection_part_2(wires)
print(f'part 1: {p1}, part 2: {p2}')
def main():
map_of_orbits_1, map_of_orbits_2 = itertools.tee(read_file_as_lines("input_6.txt"))
p1 = orbit_count_checksums(map_of_orbits_1)
p2 = minimum_orbital_transfers(map_of_orbits_2)
print(f'part 1: {p1}, part 2: {p2}')