"Reserved ports" je ne vois pas dans la lib ou c'est.
sinon ca donne un truc du genre (vire fait, pas propre mais ca devrait marcher):
#!/usr/bin/env python
import sys
import argparse
sys.path.append("..")
from pyswmap import MapCalc
parser=argparse.ArgumentParser(description="MapCalc")
parser.add_argument("-v6")
parser.add_argument("-v4")
parser.add_argument("-ratio",type=int)
parser.add_argument("-ea",type=int)
parser.add_argument("-off",type=int)
parser.add_argument("-pd")
args=parser.parse_args()
# This prints out a list of all possible MAP end-user IPv6 prefixes,
# applicable MAP IPv6 addresses, and PSIDs for a particular domain.
# PSID will always equal 0 for a sharing ratio of 1:1. This script is
# allows the entering in of the mapping rule via the command line but is
# otherwise the same as listmapaddresses.py.
# Define MAP domain characteristics. The values may be changed to suite
# a alternate MAP domain configurations.
m = MapCalc(
rulev6=args.v6,
rulev4=args.v4,
psidoffset=args.off,
ratio=args.ratio,
ealen=args.ea,
)
# print contiguous ranges in a list of ordered integers
def print_ranges(l):
if not l:
print("no range!")
return
first = l[0]
curr = first
for n in l[1:]:
if n != curr + 1:
print("{}-{}, ".format(first,curr),end="")
first = n
curr = n
print("{}-{}".format(first,curr))
# The attribute rulev4object is the object returned for a particular
# instance of the ip_address class from module Python ipaddress.
for y in range(m.rulev4object.num_addresses):
for w in range(2**m.psidbits):
mapce = m.get_mapce_addr(m.rulev4object[y], w)
pd = m.get_mapce_prefix(m.rulev4object[y], w)
if args.pd is None:
print(
"User prefix: {} MAP address: {} PSID: {} IPv4: {}".format(
pd,
mapce,
w,
m.get_map_ipv4(mapce),
)
)
if args.pd == pd:
print(
"User prefix: {}\nMAP address: {}\nPSID: {}\nIPv4: {}".format(
pd,
mapce,
w,
m.get_map_ipv4(mapce),
)
)
print("reversed ports: {}\nAvailable ports ({} range): ".format(
"todo",
m.port_ranges(),
),end=""
)
print_ranges(m.port_list(w))
IPv6