def get(config, depth, output_format, poids):
""" get an object from peeringdb """
pdb = client.PeeringDB(conf_dir=config)
codec = munge.get_codec(output_format)()
for poid in poids:
(typ, pk) = util.split_ref(poid)
data = pdb.get(typ, pk, depth=depth)
codec.dump(data, sys.stdout)
def get(config, depth, output_format, poids):
""" get an object from peeringdb """
pdb = client.PeeringDB(conf_dir=config)
codec = munge.get_codec(output_format)()
for poid in poids:
(typ, pk) = util.split_ref(poid)
data = pdb.get(typ, pk, depth=depth)
codec.dump(data, sys.stdout)
def handle(config, poids, output_format, depth, remote, **_):
client = Client(config)
for poid in poids:
(tag, pk) = util.split_ref(poid)
res = resource.get_resource(tag)
B = peeringdb.get_backend()
try:
obj = client.get(res, pk)
except B.object_missing_error(B.get_concrete(res)):
if remote:
obj = client.fetch(res, pk, depth)[0]
else:
print(f"Not found: {tag}-{pk}", file=sys.stderr)
return 1
dump(obj, depth, sys.stdout)
def whois(config, poids):
""" simulate a whois lookup
supports
as<ASN> : query by AS
ixlans<net id> : query networks on an IX
"""
pdb = client.PeeringDB(conf_dir=config)
fmt = WhoisFormat()
for poid in poids:
(typ, pk) = util.split_ref(poid)
(typ, data) = pdb.whois(typ, pk)
fmt.print(typ, data[0])
def whois(config, poids):
""" simulate a whois lookup
supports
as<ASN> : query by AS
ixlans<net id> : query networks on an IX
"""
pdb = client.PeeringDB(conf_dir=config)
fmt = WhoisFormat()
for poid in poids:
(typ, pk) = util.split_ref(poid)
(typ, data) = pdb.whois(typ, pk)
fmt.print(typ, data[0])
def handle(config, poids, **_):
client = Client(config)
def get(res, **kwargs):
objs = client.fetch_all(res, depth=2, **kwargs)
if not objs:
raise peeringdb.sync.NotFoundException
return objs
fmt = WhoisFormat()
for poid in poids:
(tag, key) = util.split_ref(poid)
try:
data = _lookup_tag(tag, key, get)
except peeringdb.sync.NotFoundException:
print(f"Not found: resource for {tag}={key}", file=sys.stderr)
return 1
fmt.display(tag, data[0])
def test_split_ref_exc():
with pytest.raises(ValueError):
util.split_ref('asdf123a')
with pytest.raises(ValueError):
util.split_ref('123asdf')
def test_split_ref():
assert ('net', 20) == util.split_ref('net20')
assert ('net', 20) == util.split_ref('NET20')
assert ('net', 20) == util.split_ref('net 20')
assert ('net', 20) == util.split_ref('net-20')
def test_split_ref():
assert ("net", 20) == util.split_ref("net20")
assert ("net", 20) == util.split_ref("NET20")
assert ("net", 20) == util.split_ref("net 20")
assert ("net", 20) == util.split_ref("net-20")
def test_split_ref_exc():
with pytest.raises(ValueError):
util.split_ref("asdf123a")
with pytest.raises(ValueError):
util.split_ref("123asdf")
def test_split_ref():
assert ("net", 20) == util.split_ref("net20")
assert ("net", 20) == util.split_ref("NET20")
assert ("net", 20) == util.split_ref("net 20")
assert ("net", 20) == util.split_ref("net-20")
def test_split_ref_exc():
with pytest.raises(ValueError):
util.split_ref("asdf123a")
with pytest.raises(ValueError):
util.split_ref("123asdf")
