def _add_cpu_table(self, cpu_info):
rows = []
if cpu_info.get('disabled', False):
self.page.text("CPU is disabled")
else:
rows.append(self._get_value_for_table(cpu_info, "vendor"))
if self._get_value_for_table(cpu_info, "product") is not None:
rows.append(self._get_value_for_table(cpu_info, "product"))
elif self._get_value_for_table(cpu_info, "version") is not None:
rows.append(self._get_value_for_table(cpu_info, "version"))
if self._get_value_for_table(cpu_info, "clock") is not None:
rows.append((self._get_value_for_table(cpu_info, "clock")[0],
bytes2human(int(self._get_value_for_table(cpu_info, "clock")[1]), ndigits=2)+"Hz"))
elif self._get_value_for_table(cpu_info, "capacity") is not None:
rows.append((self._get_value_for_table(cpu_info, "capacity")[0],
bytes2human(int(self._get_value_for_table(cpu_info, "capacity")[1]), ndigits=2)+"Hz"))
cores_str = ("enabled: {}/{}, threads {}".format(cpu_info['configuration']['enabledcores'],
cpu_info['configuration']['cores'],
cpu_info['configuration']['threads']
)
)
rows.append(("Cores", cores_str))
capabilities = []
for cap, val in cpu_info["capabilities"].items():
if val is True:
capabilities.append(cap)
else:
capabilities.append(val)
rows.append(("Capabilities", ", ".join(sorted(capabilities))))
self.page.ll_table(rows)
def bytes_to_human(bytes):
'''Turns an integer value of nbytes into a human readable format'''
try:
b = int(bytes)
except:
b = 0
return strutils.bytes2human(b)
def main():
parser = argparse.ArgumentParser(description='King Phisher Server', conflict_handler='resolve')
utilities.argp_add_args(parser)
startup.argp_add_server(parser)
arguments = parser.parse_args()
# basic runtime checks
if sys.version_info < (3, 4):
color.print_error('the Python version is too old (minimum required is 3.4)')
return 0
console_log_handler = utilities.configure_stream_logger(arguments.logger, arguments.loglvl)
del parser
if os.getuid():
color.print_error('the server must be started as root, configure the')
color.print_error('\'server.setuid_username\' option in the config file to drop privileges')
return os.EX_NOPERM
# configure environment variables and load the config
find.init_data_path('server')
config = configuration.ex_load_config(arguments.config_file)
if arguments.verify_config:
color.print_good('configuration verification passed')
color.print_good('all required settings are present')
return os.EX_OK
if config.has_option('server.data_path'):
find.data_path_append(config.get('server.data_path'))
if arguments.update_geoip_db:
color.print_status('downloading a new geoip database')
try:
size = geoip.download_geolite2_city_db(config.get('server.geoip.database'))
except errors.KingPhisherResourceError as error:
color.print_error(error.message)
return os.EX_UNAVAILABLE
color.print_good("download complete, file size: {0}".format(strutils.bytes2human(size)))
return os.EX_OK
# setup logging based on the configuration
if config.has_section('logging'):
log_file = _ex_config_logging(arguments, config, console_log_handler)
logger.debug("king phisher version: {0} python version: {1}.{2}.{3}".format(version.version, sys.version_info[0], sys.version_info[1], sys.version_info[2]))
# initialize the plugin manager
try:
plugin_manager = plugins.ServerPluginManager(config)
except errors.KingPhisherError as error:
if isinstance(error, errors.KingPhisherPluginError):
color.print_error("plugin error: {0} ({1})".format(error.plugin_name, error.message))
else:
color.print_error(error.message)
return os.EX_SOFTWARE
status_code = build_and_run(arguments, config, plugin_manager, log_file)
plugin_manager.shutdown()
logging.shutdown()
return status_code
def main():
parser = argparse.ArgumentParser(description='King Phisher Server', conflict_handler='resolve')
utilities.argp_add_args(parser)
startup.argp_add_server(parser)
arguments = parser.parse_args()
# basic runtime checks
if sys.version_info < (3, 4):
color.print_error('the Python version is too old (minimum required is 3.4)')
return 0
console_log_handler = utilities.configure_stream_logger(arguments.logger, arguments.loglvl)
del parser
if os.getuid():
color.print_error('the server must be started as root, configure the')
color.print_error('\'server.setuid_username\' option in the config file to drop privileges')
return os.EX_NOPERM
# configure environment variables and load the config
find.init_data_path('server')
config = configuration.ex_load_config(arguments.config_file)
if arguments.verify_config:
color.print_good('configuration verification passed')
color.print_good('all required settings are present')
return os.EX_OK
if config.has_option('server.data_path'):
find.data_path_append(config.get('server.data_path'))
if arguments.update_geoip_db:
color.print_status('downloading a new geoip database')
try:
size = geoip.download_geolite2_city_db(config.get('server.geoip.database'))
except errors.KingPhisherResourceError as error:
color.print_error(error.message)
return os.EX_UNAVAILABLE
color.print_good("download complete, file size: {0}".format(strutils.bytes2human(size)))
return os.EX_OK
# setup logging based on the configuration
if config.has_section('logging'):
log_file = _ex_config_logging(arguments, config, console_log_handler)
logger.debug("king phisher version: {0} python version: {1}.{2}.{3}".format(version.version, sys.version_info[0], sys.version_info[1], sys.version_info[2]))
# initialize the plugin manager
try:
plugin_manager = plugins.ServerPluginManager(config)
except errors.KingPhisherError as error:
if isinstance(error, errors.KingPhisherPluginError):
color.print_error("plugin error: {0} ({1})".format(error.plugin_name, error.message))
else:
color.print_error(error.message)
return os.EX_SOFTWARE
status_code = build_and_run(arguments, config, plugin_manager, log_file)
plugin_manager.shutdown()
logging.shutdown()
return status_code
def format_dict(pd):
ret = {}
ret['pid'] = pd['pid']
ret['time'] = ''
if pd['cpu_times'] is not None:
ret['time'] = format_cpu_time(sum(pd['cpu_times']))
ret['user'] = pd['username'][:12]
ret['ni'] = pd['nice']
mem_info = pd['memory_info']
ret['virt'] = bytes2human(getattr(mem_info, 'vms', 0))
ret['res'] = bytes2human(getattr(mem_info, 'rss', 0))
ret['cpu'] = '' if pd['cpu_percent'] is None else pd['cpu_percent']
ret['mem'] = ''
if pd['memory_percent'] is not None:
ret['mem'] = round(pd['memory_percent'], 1)
ret['name'] = pd['name'] or ''
return ret
def format_dict(pd):
ret = {}
ret['pid'] = pd['pid']
ret['time'] = ''
if pd['cpu_times'] is not None:
ret['time'] = format_cpu_time(sum(pd['cpu_times']))
ret['user'] = pd['username'][:12]
ret['ni'] = pd['nice']
mem_info = pd['memory_info']
ret['virt'] = bytes2human(getattr(mem_info, 'vms', 0))
ret['res'] = bytes2human(getattr(mem_info, 'rss', 0))
ret['cpu'] = '' if pd['cpu_percent'] is None else pd['cpu_percent']
ret['mem'] = ''
if pd['memory_percent'] is not None:
ret['mem'] = round(pd['memory_percent'], 1)
ret['name'] = pd['name'] or ''
return ret
def get_rusage_dict(children=False):
# TODO:
# number of child processes?
# page size
# difference between a page out and a major fault?
# NOTE: values commented with an * are untracked on Linux
if not resource:
return {}
who = resource.RUSAGE_SELF
if children:
who = resource.RUSAGE_CHILDREN
rr = resource.getrusage(who)
if sys.platform == 'darwin':
rss_bytes = rr.ru_maxrss # darwin breaks posix
else:
rss_bytes = rr.ru_maxrss * 1024
max_rss_human = bytes2human(rss_bytes, ndigits=1)
ret = {
'cpu_times': {
'user_time': rr.ru_utime,
'sys_time': rr.ru_stime
},
'memory': {
'max_rss_human': max_rss_human,
'max_rss': rr.ru_maxrss,
'shared_rss': rr.ru_ixrss, # *
'unshared_rss': rr.ru_idrss, # *
'stack_rss': rr.ru_isrss
}, # *
'page_faults': {
'minor_faults': rr.ru_minflt,
'major_faults': rr.ru_majflt,
'page_outs': rr.ru_nswap
}, # *
'blocking_io': {
'input_ops': rr.ru_inblock,
'output_ops': rr.ru_oublock
},
'messages': {
'sent': rr.ru_msgsnd, # *
'received': rr.ru_msgrcv
}, # *
'signals': {
'received': rr.ru_nsignals
}, # *
'ctx_switches': {
'voluntary': rr.ru_nvcsw,
'involuntary': rr.ru_nivcsw
}
}
ret['rlimit'] = get_rlimit_dict()
return ret
def self_build(args, reqs):
# note that ^ this is parsed args, not argv
import virtualenv
cur_info = _args2sky_metadata(args, reqs)
build_dir = args.output_dir or (reqs.sky_path + '/self-build/')
build_venv = build_dir + 'build-env'
wheelhouse = build_dir + 'wheelhouse'
fileutils.mkdir_p(build_dir)
virtualenv.create_environment(build_venv)
in_virtualenv = reqs.executor.in_virtualenv(
build_venv).patch_env(ALL_PROXY='')
def build_wheels(*pkgs):
in_virtualenv.pip.wheel(
*pkgs, wheel_dir=wheelhouse, **wheel_kwargs).interactive()
wheel_kwargs = {}
if cur_info.pypier_repo:
pypier_dir = reqs.cache.pull_project_git('pypier', cur_info.pypier_repo)
wheel_kwargs['find_links'] = pypier_dir + '/packages/index.html'
# build all dependencies + opensky itself
build_wheels(cur_info.opensky_package, *cur_info.packages)
all_packages = fnmatch.filter(os.listdir(wheelhouse), '*.whl')
# create metadata package
cur_info = attr.evolve(
cur_info,
# TODO: sys.executable sucks inside a pex
command=[sys.executable] + sys.argv,
all_packages=all_packages)
sky_metadata_pkg_path = generate_package(cur_info, build_dir)
# build meta-data package
build_wheels(sky_metadata_pkg_path)
top_level_pkgs = ['opensky', 'sky_metadata'] + list(cur_info.packages)
in_virtualenv.pip.install('pex').batch()
artifact_path = build_dir + '/sky-' + cur_info.version
in_virtualenv.command(
['pex', '--python-shebang=/usr/bin/env python2.7',
'--repo', wheelhouse, '--no-index', '--pre',
'--output-file=' + artifact_path,
'--disable-cache', '--entry-point', 'opensky'] + top_level_pkgs
).redirect()
sky_size = os.path.getsize(artifact_path)
sky_human_size = strutils.bytes2human(sky_size, ndigits=2)
message = ('sky %s (%s) executable successfully saved to: %s'
% (cur_info.version, sky_human_size, artifact_path))
return (0, message)
def urlretrieve(self, url, dest, print_progress=True):
resp = self._session.get(url, stream=True)
total_size, total_chunks = 0, 0
with fileutils.atomic_save(dest) as f:
content_iter = resp.iter_content(1024)
while 1:
size_str = bytes2human(total_size, 1).rjust(7)
msg = ('%s downloaded from %s\r' % (size_str, url))
if print_progress and (total_chunks % 20) == 0:
sys.stdout.write(msg)
sys.stdout.flush()
try:
chunk = next(content_iter)
except StopIteration:
if print_progress:
sys.stdout.write('\n')
break
total_size += len(chunk)
total_chunks += 1
f.write(chunk)
return
def get_rusage_dict(children=False):
# TODO:
# number of child processes?
# page size
# difference between a page out and a major fault?
# NOTE: values commented with an * are untracked on Linux
if not resource:
return {}
who = resource.RUSAGE_SELF
if children:
who = resource.RUSAGE_CHILDREN
rr = resource.getrusage(who)
if sys.platform == 'darwin':
rss_bytes = rr.ru_maxrss # darwin breaks posix
else:
rss_bytes = rr.ru_maxrss * 1024
max_rss_human = bytes2human(rss_bytes, ndigits=1)
ret = {'cpu_times': {'user_time': rr.ru_utime,
'sys_time': rr.ru_stime},
'memory': {'max_rss_human': max_rss_human,
'max_rss': rr.ru_maxrss,
'shared_rss': rr.ru_ixrss, # *
'unshared_rss': rr.ru_idrss, # *
'stack_rss': rr.ru_isrss}, # *
'page_faults': {'minor_faults': rr.ru_minflt,
'major_faults': rr.ru_majflt,
'page_outs': rr.ru_nswap}, # *
'blocking_io': {'input_ops': rr.ru_inblock,
'output_ops': rr.ru_oublock},
'messages': {'sent': rr.ru_msgsnd, # *
'received': rr.ru_msgrcv}, # *
'signals': {'received': rr.ru_nsignals}, # *
'ctx_switches': {'voluntary': rr.ru_nvcsw,
'involuntary': rr.ru_nivcsw}}
ret['rlimit'] = get_rlimit_dict()
return ret