def collect_cpu_metadata(metadata):
collect_cpu_model(metadata)
# CPU count
cpu_count = get_logical_cpu_count()
if cpu_count:
metadata['cpu_count'] = cpu_count
cpu_affinity = get_cpu_affinity()
collect_cpu_affinity(metadata, cpu_affinity, cpu_count)
all_cpus = cpu_affinity
if not all_cpus and cpu_count:
all_cpus = tuple(range(cpu_count))
if all_cpus:
collect_cpu_freq(metadata, all_cpus)
collect_cpu_config(metadata, all_cpus)
collect_cpu_temperatures(metadata)
def collect_cpu_metadata(metadata):
collect_cpu_model(metadata)
# CPU count
cpu_count = get_logical_cpu_count()
if cpu_count:
metadata['cpu_count'] = cpu_count
cpu_affinity = get_cpu_affinity()
collect_cpu_affinity(metadata, cpu_affinity, cpu_count)
all_cpus = cpu_affinity
if not all_cpus and cpu_count:
all_cpus = tuple(range(cpu_count))
if all_cpus:
collect_cpu_freq(metadata, all_cpus)
collect_cpu_config(metadata, all_cpus)
collect_cpu_temperatures(metadata)
def show(self):
self.ncpu = get_logical_cpu_count()
if self.ncpu is None:
self.error("Unable to get the number of CPUs")
return
release = os.uname()[2]
try:
version_txt = release.split('-', 1)[0]
self.linux_version = tuple(map(int, version_txt.split('.')))
except ValueError:
self.error("Failed to get the Linux version: release=%r" % release)
return
# isolcpus= parameter existed prior to 2.6.12-rc2 (2005)
# which is first commit of the Linux git repository
self.check_isolcpus()
# Commit 3fbfbf7a3b66ec424042d909f14ba2ddf4372ea8 added rcu_nocbs
if self.linux_version >= (3, 8):
self.check_rcu_nocbs()
def show(self):
self.ncpu = get_logical_cpu_count()
if self.ncpu is None:
self.error("Unable to get the number of CPUs")
return
release = os.uname()[2]
try:
version_txt = release.split('-', 1)[0]
self.linux_version = tuple(map(int, version_txt.split('.')))
except ValueError:
self.error("Failed to get the Linux version: release=%r" % release)
return
# isolcpus= parameter existed prior to 2.6.12-rc2 (2005)
# which is first commit of the Linux git repository
self.check_isolcpus()
# Commit 3fbfbf7a3b66ec424042d909f14ba2ddf4372ea8 added rcu_nocbs
if self.linux_version >= (3, 8):
self.check_rcu_nocbs()
def init(self, args):
if not self.operations:
print("WARNING: no operation available for your platform")
sys.exit()
self.logical_cpu_count = get_logical_cpu_count()
if not self.logical_cpu_count:
print("ERROR: failed to get the number of logical CPUs")
sys.exit(1)
isolated = get_isolated_cpus()
if isolated:
self.cpus = tuple(isolated)
elif args.affinity:
self.cpus = tuple(args.affinity)
else:
self.cpus = tuple(range(self.logical_cpu_count))
# The list of cpus must be sorted to avoid useless write in operations
assert sorted(self.cpus) == list(self.cpus)
self.log_state("CPU: use %s logical CPUs: %s"
% (len(self.cpus), format_cpu_list(self.cpus)))
def init(self, args):
if not self.operations:
print("WARNING: no operation available for your platform")
sys.exit()
self.logical_cpu_count = get_logical_cpu_count()
if not self.logical_cpu_count:
print("ERROR: failed to get the number of logical CPUs")
sys.exit(1)
isolated = get_isolated_cpus()
if isolated:
self.cpus = tuple(isolated)
elif args.affinity:
self.cpus = tuple(args.affinity)
else:
self.cpus = tuple(range(self.logical_cpu_count))
# The list of cpus must be sorted to avoid useless write in operations
assert sorted(self.cpus) == list(self.cpus)
self.log_state("CPU: use %s logical CPUs: %s"
% (len(self.cpus), format_cpu_list(self.cpus)))
