def _update_cgroups(self):
def collect_by_name(cg, store):
if cg.fullname not in store:
store[cg.fullname] = []
store[cg.fullname].append(cg)
# Collect cgroups by group name (path)
cgroups = {}
for name in self.SUBSYSTEMS:
try:
root_cgroup = cgroup.scan_cgroups(name, self.FILTERS[name])
cgroup.walk_cgroups(root_cgroup, collect_by_name, cgroups)
except EnvironmentError as e:
# Don't annoy users by showing error messages
pass
except cgroup.NoSuchSubsystemError as e:
# Some systems don't support all subsystems, for example
# Parallels Cloud Server and OpenVZ may not have memory subsystem.
if name not in self.nosubsys_warning_showed:
print(e)
time.sleep(1)
self.nosubsys_warning_showed[name] = True
self.cgroups = cgroups
if self.options.hide_root:
del self.cgroups['/']
def run(self, args):
root_cgroup = cgroup.scan_cgroups(self.options.target_subsystem)
def collect_configs(_cgroup, store):
if self.options.debug:
print(_cgroup)
if self.options.hide_empty and _cgroup.n_procs == 0:
return
if self.options.show_default:
if self.options.json:
store[_cgroup.path] = _cgroup.get_configs()
else:
# To calculate rates, default values are required
store[_cgroup.path] = (_cgroup.get_configs(), _cgroup.get_default_configs())
return
configs = self._collect_changed_configs(_cgroup)
if configs:
if self.options.json:
store[_cgroup.path] = configs
else:
# To calculate rates, default values are required
store[_cgroup.path] = (configs, _cgroup.get_default_configs())
cgroups = {}
cgroup.walk_cgroups(root_cgroup, collect_configs, cgroups)
if self.options.json:
import json
json.dump(cgroups, sys.stdout, indent=4)
else:
for name, (configs, defaults) in cgroups.iteritems():
print(name)
self._print_configs(configs, defaults)
def run(self):
root_cgroup = cgroup.scan_cgroups(self.args.target_subsystem)
def print_matched(cg, dummy):
mypid = os.getpid()
cg.update()
for pid in cg.pids:
if pid == mypid:
continue
proc = process.Process(pid)
if self.args.cmdline:
comp = proc.cmdline
else:
comp = proc.name
if self.args.ignore_case:
comp = comp.lower()
_procname = self.args.procname.lower()
else:
_procname = self.args.procname
if _procname in comp:
if self.args.show_name:
if self.args.cmdline:
output = "%d %s" % (proc.pid, proc.cmdline)
else:
output = "%d %s" % (proc.pid, proc.name)
else:
output = str(proc.pid)
print('%s: %s' % (cg.path, output))
cgroup.walk_cgroups(root_cgroup, print_matched, None)
def run(self):
root_cgroup = cgroup.scan_cgroups(self.args.target_subsystem)
def collect_configs(_cgroup, store):
if self.args.debug:
print(_cgroup)
if self.args.hide_empty and _cgroup.n_procs == 0:
return
if self.args.show_default:
if self.args.json:
store[_cgroup.path] = _cgroup.get_configs()
else:
# To calculate rates, default values are required
store[_cgroup.path] = (_cgroup.get_configs(),
_cgroup.get_default_configs())
return
configs = self._collect_changed_configs(_cgroup)
if configs:
if self.args.json:
store[_cgroup.path] = configs
else:
# To calculate rates, default values are required
store[_cgroup.path] = (configs,
_cgroup.get_default_configs())
cgroups = {}
cgroup.walk_cgroups(root_cgroup, collect_configs, cgroups)
if self.args.json:
import json
json.dump(cgroups, sys.stdout, indent=4)
else:
for name, (configs, defaults) in cgroups.items():
print(name)
self._print_configs(configs, defaults)
def run(self):
root_cgroup = cgroup.scan_cgroups(self.target_subsystem)
def collect_configs(_cgroup, store):
store[_cgroup.path] = _cgroup.get_stats()
cgroups = {}
cgroup.walk_cgroups(root_cgroup, collect_configs, cgroups)
if self.debug:
json.dump(cgroups, sys.stdout, indent=4)
return cgroups
def _update_cgroups(self):
def collect_by_name(cg, store):
if cg.fullname not in store:
store[cg.fullname] = []
store[cg.fullname].append(cg)
# Collect cgroups by group name (path)
cgroups = {}
for name in self.SUBSYSTEMS:
try:
root_cgroup = cgroup.scan_cgroups(name, self.FILTERS[name])
cgroup.walk_cgroups(root_cgroup, collect_by_name, cgroups)
except EnvironmentError, e:
# Don't annoy users by showing error messages
pass
def _update_cgroups(self):
def collect_by_name(cg, store):
if cg.fullname not in store:
store[cg.fullname] = []
store[cg.fullname].append(cg)
# Collect cgroups by group name (path)
cgroups = {}
for name in self.SUBSYSTEMS:
try:
root_cgroup = cgroup.scan_cgroups(name, self.FILTERS[name])
cgroup.walk_cgroups(root_cgroup, collect_by_name, cgroups)
except EnvironmentError, e:
# Don't annoy users by showing error messages
pass
def run(self):
root_cgroup = cgroup.scan_cgroups(self.args.target_subsystem)
def collect_configs(_cgroup, store):
if self.args.debug:
print(_cgroup)
if self.args.hide_empty and _cgroup.n_procs == 0:
pass
else:
store[_cgroup.path] = _cgroup.get_stats()
cgroups = {}
cgroup.walk_cgroups(root_cgroup, collect_configs, cgroups)
if self.args.json:
import json
json.dump(cgroups, sys.stdout, indent=4)
else:
for cgname, stats in cgroups.items():
self._print_stats(cgname, stats)
def run(self, args):
root_cgroup = cgroup.scan_cgroups(self.options.target_subsystem)
def collect_configs(_cgroup, store):
if self.options.debug:
print(_cgroup)
if self.options.hide_empty and _cgroup.n_procs == 0:
pass
else:
store[_cgroup.path] = _cgroup.get_stats()
cgroups = {}
cgroup.walk_cgroups(root_cgroup, collect_configs, cgroups)
if self.options.json:
import json
json.dump(cgroups, sys.stdout, indent=4)
else:
for cgname, stats in cgroups.iteritems():
self._print_stats(cgname, stats)
def run(self, args):
if len(args) < 1:
self.parser.error('Less argument')
if len(args) > 1:
self.parser.error('Too many arguments: ' + ' '.join(args))
procname = args[0]
root_cgroup = cgroup.scan_cgroups(self.options.target_subsystem)
def print_matched(cg, dummy):
mypid = os.getpid()
cg.update()
for pid in cg.pids:
if pid == mypid:
continue
proc = process.Process(pid)
if self.options.cmdline:
comp = proc.cmdline
else:
comp = proc.name
if self.options.ignore_case:
comp = comp.lower()
_procname = procname.lower()
else:
_procname = procname
if _procname in comp:
if self.options.show_name:
if self.options.cmdline:
output = "%d %s" % (proc.pid, proc.cmdline)
else:
output = "%d %s" % (proc.pid, proc.name)
else:
output = str(proc.pid)
print('%s: %s' % (cg.path, output))
cgroup.walk_cgroups(root_cgroup, print_matched, None)
def run(self, args):
if len(args) < 1:
self.parser.error('Less argument')
if len(args) > 1:
self.parser.error('Too many arguments: ' + ' '.join(args))
procname = args[0]
root_cgroup = cgroup.scan_cgroups(self.options.target_subsystem)
def print_matched(cg, dummy):
mypid = os.getpid()
cg.update()
for pid in cg.pids:
if pid == mypid:
continue
proc = process.Process(pid)
if self.options.cmdline:
comp = proc.cmdline
else:
comp = proc.name
if self.options.ignore_case:
comp = comp.lower()
_procname = procname.lower()
else:
_procname = procname
if _procname in comp:
if self.options.show_name:
if self.options.cmdline:
output = "%d %s" % (proc.pid, proc.cmdline)
else:
output = "%d %s" % (proc.pid, proc.name)
else:
output = str(proc.pid)
print('%s: %s' % (cg.path, output))
cgroup.walk_cgroups(root_cgroup, print_matched, None)
