def displayfunction(x):
out.write(args.csv_separator.join(utils.fields2csv_head(fields)))
out.write('\n')
for h in x:
displayhost_csv(fields,
args.csv_separator,
args.csv_na_str,
h,
out=out)
def displayfunction_csv(cur: Iterable[NmapHost], arg: str, csv_sep: str,
csv_na_str: str, add_infos: bool) -> None:
fields: Optional[OrderedDict] = {
"ports":
OrderedDict([
("addr", True),
("ports", OrderedDict([("port", str), ("state_state", True)])),
]),
"hops":
OrderedDict([
("addr", True),
(
"traces",
OrderedDict([(
"hops",
OrderedDict([
("ipaddr", True),
("ttl", str),
(
"rtt",
lambda x: (csv_na_str if x == "--" else str(x)),
),
]),
)]),
),
]),
"rtt":
OrderedDict([
("addr", True),
(
"traces",
OrderedDict([(
"hops",
OrderedDict([
(
"rtt",
lambda x: (csv_na_str if x == "--" else str(x)),
),
]),
)]),
),
]),
}.get(arg)
if fields is None:
# active_parser.error("Invalid choice for --csv.")
sys.stderr.write("Invalid choice for --csv.\n")
return
if add_infos:
fields["infos"] = OrderedDict([
("country_code", True),
("city", True),
("as_num", str),
])
sys.stdout.write(csv_sep.join(utils.fields2csv_head(fields)))
sys.stdout.write("\n")
for h in cur:
_displayhost_csv(fields, csv_sep, csv_na_str, h, out=sys.stdout)
def displayfunction_csv(cur, arg, csv_sep, csv_na_str, add_infos):
fields = {
"ports":
OrderedDict([
["addr", True],
["ports",
OrderedDict([["port", str], ["state_state", True]])],
]),
"hops":
OrderedDict([
["addr", True],
[
"traces",
OrderedDict([[
"hops",
OrderedDict([
["ipaddr", True],
["ttl", str],
[
"rtt",
lambda x: (csv_na_str if x == "--" else str(x)),
],
]),
]]),
],
]),
"rtt":
OrderedDict([
["addr", True],
[
"traces",
OrderedDict([[
"hops",
OrderedDict([
[
"rtt",
lambda x: (csv_na_str if x == "--" else str(x)),
],
]),
]]),
],
]),
}.get(arg)
if fields is None:
# active_parser.error("Invalid choice for --csv.")
sys.stderr.write("Invalid choice for --csv.\n")
return
if add_infos:
fields["infos"] = OrderedDict([
["country_code", True],
["city", True],
["as_num", str],
])
sys.stdout.write(csv_sep.join(utils.fields2csv_head(fields)))
sys.stdout.write("\n")
for h in cur:
_displayhost_csv(fields, csv_sep, csv_na_str, h, out=sys.stdout)
def displayfunction_csv(cur, arg, csv_sep, csv_na_str, add_infos):
fields = {
"ports": OrderedDict([
["addr", utils.int2ip],
["ports", OrderedDict([
["port", str],
["state_state", True]])]]),
"hops": OrderedDict([
["addr", utils.int2ip],
["traces", OrderedDict([
["hops", OrderedDict([
["ipaddr", utils.int2ip],
["ttl", str],
["rtt", lambda x: (csv_na_str if x == '--'
else str(x))],
])]
])]
]),
"rtt": OrderedDict([
["addr", utils.int2ip],
["traces", OrderedDict([
["hops", OrderedDict([
["rtt", lambda x: (csv_na_str if x == '--'
else str(x))],
])]
])]
]),
}.get(arg)
if fields is None:
# active_parser.error("Invalid choice for --csv.")
sys.stderr.write("Invalid choice for --csv.\n")
return
if add_infos:
fields['infos'] = OrderedDict([
["country_code", True],
["city", True],
["as_num", str],
])
sys.stdout.write(csv_sep.join(utils.fields2csv_head(fields)))
sys.stdout.write('\n')
for h in cur:
_displayhost_csv(fields, csv_sep, csv_na_str, h, out=sys.stdout)
def displayfunction(x):
out.write(args.csv_separator.join(utils.fields2csv_head(fields)))
out.write('\n')
for h in x:
displayhost_csv(fields, args.csv_separator, args.csv_na_str,
h, out=out)
