def parse_files(files, options):
"""Build datastructures from lines"""
lines = []
for line in finput(files, openhook=compr):
lines.append(line.rstrip().split("|"))
db = {}
db['rp'], db['users'], db['msgprof'], db['logins'] = {}, {}, {}, 0
login_string = "sso"
fields_position = [3, 4, 8]
if options.shibidpv4:
login_string = "success"
fields_position = [4, 17, 3]
# Audit log format we're trying to parse below:
# datetime|req_bind|req_id|rp|msg_profile|idp|resp_bind|resp_id|user|authn_mech|attribs|name_id|assert_id|ip
for event in lines:
try:
rp, msg_profile, user = list(event[i] for i in fields_position)
except ValueError:
print(linesep.join([
"ERROR: Unsupported log file format or compressed logs with Python < 2.5",
"See the documentation."]))
term(-1)
if rp:
if msg_profile.lower().find(login_string) > -1:
db['logins'] += 1
# we almost always need to count rps:
if len(rp) > 0:
if rp in db['rp']:
db['rp'][rp] += 1
else:
db['rp'][rp] = 1
# only count users if asked to
if len(user) > 0:
if options.uniqusers or options.xml or options.rrd or options.json:
if user in db['users']:
db['users'][user] += 1
else:
db['users'][user] = 1
# only count message profiles and rps if asked to
if options.msgprofiles:
if msg_profile in db['msgprof']:
if rp in db['msgprof'][msg_profile]:
db['msgprof'][msg_profile][rp] += 1
else:
db['msgprof'][msg_profile][rp] = 1
else:
db['msgprof'][msg_profile] = {}
db['msgprof'][msg_profile][rp] = 1
return db
from collections import deque
from itertools import islice
def parse(deck):
q = deque()
for line in deck.splitlines():
try:
i = int(line)
q.append(int(line))
except:
k = line[:-1]
return k, q
fi = "".join(finput())
decks = dict([parse(deck) for deck in fi.split("\n\n")])
def combat(decks):
p1 = decks["Player 1"]
p2 = decks["Player 2"]
while p1 and p2:
p1c = p1.popleft()
p2c = p2.popleft()
if p1c > p2c:
p1.append(p1c)
p1.append(p2c)
else:
p2.append(p2c)
p2.append(p1c)
def main(argv):
write_output(convert(finput()))
head, n, m = linkify(order)
n.next = head.next
return head.next, m
def parse_part2(order, upto):
head, n, m = linkify(order)
for i in range(max(m.keys()) + 1, upto + 1):
n.next = Node(i)
m[n.next.val] = n.next
n = n.next
n.next = head.next
return head.next, m
lines = "".join(finput())
labeling = "".join(lines.splitlines())
def remove_k_nodes(node, k):
head = node
nodes = set()
for _ in range(k):
node = node.next
nodes.add(node.val)
detached = head.next
head.next, node.next = node.next, None
return detached, nodes
def append_after(node, l):