if args.show_timestamp:
info['show_timestamp'] = True
# Windows terminal cannot show colors the way we use...
if args.no_colors or os.name == 'nt':
info['show_colors'] = False
# disable buffering for stdin
sys.stdin = os.fdopen(sys.stdin.fileno(), "r", 0)
# spec
spec = GetModelSpec(sshc.get_info()['serial'])
if spec == None:
print >> sys.stderr, "This model is not yet supported. Contact Ondrej Holecek <*****@*****.**> to add support for SN %s." % (
sshc.get_info()['serial'], )
sys.exit(0)
try:
cycle(do, {
'sshc': sshc,
'ifaces': args.iface,
'spec': spec,
'info': info,
},
args.cycle_time,
cycles_left=[args.max_cycles],
debug=args.debug)
except KeyboardInterrupt:
sshc.destroy()
print prepend_timestamp(old_line, etime, 'pkttop')
cache['history'].insert(0, (etime.as_timestamp(), pdiff, total))
if len(cache['history']) > history:
cache['history'] = cache['history'][:history]
cache['last']['packets'] = packets
cache['last']['cpu'] = usage
cache['last']['collected_on'] = etime.as_timestamp()
sys.stdout.flush()
return etime
if __name__ == '__main__':
cache = {'history': []}
try:
cycle(do, {
'sshc': sshc,
'cache': cache,
'history': args.history,
'hz': args.hz,
'raw': args.raw,
'percentage': args.percentage,
},
args.collect_time,
cycles_left=[args.max_cycles],
debug=args.debug,
interactive=args.interactive)
except KeyboardInterrupt:
sshc.destroy()
old_line = " %7i " % ( -int(round(etime.as_timestamp()-odata[0])),)
for k in ('ReasmReqds', 'ReasmOKs', 'ReasmTimeout', 'ReasmFails', 'FragOKs', 'FragCreates', 'FragFails'):
old_line += "| %9i " % (odata[1][k],)
old_line += "|"
if show_cpu: old_line += " %8i | %8i | %8i |" % (odata[2], odata[3], odata[4],)
print prepend_timestamp(old_line, etime, 'fragtop')
cache['history'].insert(0, (etime.as_timestamp(), pdiff, overall_cpus['system'], overall_cpus['irq'], overall_cpus['softirq'],) )
if len(cache['history']) > history: cache['history'] = cache['history'][:history]
cache['last']['frags'] = frags
cache['last']['cpu'] = usage
cache['last']['collected_on'] = etime.as_timestamp()
sys.stdout.flush()
return etime
if __name__ == '__main__':
cache = {'history':[]}
try:
cycle(do, {
'sshc': sshc,
'cache': cache,
'history': args.history,
'hz': args.hz,
'raw': args.raw,
'show_cpu': not args.no_cpu,
}, args.collect_time, cycles_left=[args.max_cycles], debug=args.debug, interactive=args.interactive)
except KeyboardInterrupt:
sshc.destroy()
""")
def do(sshc, process_re):
etime = ParserCurrentTime(sshc).get()
processes = ParserProcesses(sshc).get()
for process in processes:
if not process_re.search(process['cmd']): continue
print simple_command_with_timestamp(
sshc, etime, "fnsysctl cat /proc/%i/stack" % (process['PID'], ),
"'%s':%i:%s" % (
process['cmd'],
process['PID'],
process['state'],
))
sys.stdout.flush()
if __name__ == '__main__':
try:
cycle(do, {
'sshc': sshc,
'process_re': re.compile(args.process_name),
},
args.cycle_time,
cycles_left=[args.max_cycles],
debug=args.debug)
except KeyboardInterrupt:
sshc.destroy()
matched_sessions[session] = True
# manage removed sessions
for known in known_sessions.keys():
if known not in matched_sessions:
if max_age == None or gw['created_ago'] <= max_age:
print prepend_timestamp(
"{deleted} " + known + " %10i" %
(known_sessions[known]['created_ago'], ), etime, 'ikegw')
del known_sessions[known]
if __name__ == '__main__':
try:
known_sessions = {}
cycle(do, {
'sshc': sshc,
'known_sessions': known_sessions,
'status': args.status,
'direction': args.direction,
'max_age': args.max_age,
},
args.cycle_time,
cycles_left=[args.max_cycles],
debug=args.debug)
except KeyboardInterrupt:
sshc.destroy()
info['show']['tcp_sessions_active'] = True
if args.udp_sessions_active:
info['show']['udp_sessions_active'] = True
if args.icmp_sessions_active:
info['show']['icmp_sessions_active'] = True
if args.ip_sessions_active:
info['show']['ip_sessions_active'] = True
if args.tcp_sessions_per_second:
info['show']['tcp_sessions_per_second'] = True
if args.udp_sessions_per_second:
info['show']['udp_sessions_per_second'] = True
if args.icmp_sessions_per_second:
info['show']['icmp_sessions_per_second'] = True
if args.ip_sessions_per_second:
info['show']['ip_sessions_per_second'] = True
if args.all_sessions_per_second:
info['show']['all_sessions_per_second'] = True
if args.all_counters:
for k in info['show'].keys():
info['show'][k] = True
try:
cycle(do, {
'sshc': sshc,
'info': info,
}, args.cycle_time, cycles_left=[args.max_cycles], debug=args.debug)
except KeyboardInterrupt:
sshc.destroy()
}
sys.stdout.flush()
return etime
if __name__ == '__main__':
itype = 'each'
if args.summarize: itype = 'total'
elif len(args.cpu) > 0: itype = tuple(args.cpu)
soft = True
if args.no_soft: soft = False
hard = True
if args.no_hard: hard = False
cache = {}
try:
cycle(do, {
'sshc': sshc,
'cache': cache,
'max_lines': args.max,
'display_type': itype,
'hz': args.hz,
'soft': soft,
'hard': hard,
'show_zeros': args.show_zeros,
'description': args.desc,
}, args.collect_time, cycles_left=[args.max_cycles], debug=args.debug, interactive=args.interactive)
except KeyboardInterrupt:
sshc.destroy()
print p
known['printed'] += 1
if __name__ == '__main__':
try:
known = {
'iters': 0,
'printed': 0,
'header': None,
'appeared': {},
}
cycle(do, {
'sshc': sshc,
'known': known,
'status': args.status,
'direction': args.direction,
'phase': args.phase,
'age': args.age,
'use': args.use,
'colors': not args.no_colors,
'repeat_header': args.repeat_header,
},
args.cycle_time,
cycles_left=[args.max_cycles],
debug=args.debug)
except KeyboardInterrupt:
sshc.destroy()
negate = True
else:
ppid = args.ppid
negate = args.negate_pid
cache = {
'previous': None,
}
try:
cycle(do, {
'sshc': sshc,
'cache': cache,
'pid_group_count': args.pid_group,
'max_lines': args.max,
'sort_by': args.sort_by,
'process_name': args.process_name,
'cpus': args.cpu,
'states': args.state,
'hz': args.hz,
'ppid': ppid,
'tpid': args.pid,
'negate': negate,
},
args.collect_time,
cycles_left=[args.max_cycles],
debug=args.debug,
interactive=args.interactive)
except KeyboardInterrupt:
sshc.destroy()
stat['name'],
stat['state'],
stat['PID'],
))
etime = ParserCurrentTime(sshc).get()
for cpu in sorted(cpus.keys()):
print "[%s] CPU#%i: %s" % (
etime,
cpu,
" ".join(cpus[cpu]),
)
sys.stdout.flush()
return etime
if __name__ == '__main__':
try:
cycle(do, {
'sshc': sshc,
'pid_group_count': args.pid_group,
},
args.cycle_time,
cycles_left=[args.max_cycles],
debug=args.debug,
interactive=args.interactive)
except KeyboardInterrupt:
sshc.destroy()