def main():
data = dbaccess.getdata()
dbaccess.check_seq_length_consistency(data.sequence_lengths)
while True:
input_line = sys.stdin.readline()
if not input_line:
break
execname, uid, calls = reader.line2data(input_line)
if execname not in data.executables:
continue
known_seqs = tuple(data.executables[execname])
minimum = min_distance(calls, known_seqs)
if minimum > config.ALLOWED_MISMATCHES:
print minimum, execname, calls
def main():
data = dbaccess.getdata()
dbaccess.check_seq_length_consistency(data.sequence_lengths)
while True:
input_line = sys.stdin.readline()
if not input_line:
break
execname, uid, calls = reader.line2data(input_line)
if execname not in data.executables:
continue
known_seqs = tuple(data.executables[execname])
minimum = min_distance(calls, known_seqs)
if minimum > config.ALLOWED_MISMATCHES:
print minimum, execname, calls
from reader import SetSyscallDataReader
import config
import dbaccess
msg = "%s database. Stop at any time with CTRL+C"
if not dbaccess.dbexists():
print msg % "Creating"
data = SetSyscallDataReader(input=sys.stdin)
else:
print "Loading old data...",
reader = dbaccess.getdata()
print "done"
dbaccess.check_seq_length_consistency(reader.sequence_lengths)
print msg % "Updating"
data = SetSyscallDataReader(input=sys.stdin,
data_to_merge=reader.executables)
dbaccess.putdata(data)
print "Database built into", config.FILENAME
print "Unique syscalls sequences per executable name:"
for execname in data.executables:
print execname, len(data.executables[execname])
