def get_clock_info(name):
if not isinstance(name, str):
raise (TypeError("argument 1 must be str, not int"))
# cpython gives resolution 1e-9 in some cases,
# but jdks System.nanoTime() does not guarantee that
resolution = 1e-6
if name == 'monotonic':
adjustable = False
implementation = "monotonic"
monotonic = True
elif name == 'perf_counter':
adjustable = False
implementation = "perf_counter"
monotonic = True
elif name == 'process_time':
adjustable = False
implementation = "process_time"
monotonic = True
elif name == 'thread_time':
adjustable = False
implementation = "thread_time"
monotonic = True
elif name == 'time':
adjustable = True
implementation = "time"
monotonic = False
else:
raise (ValueError("unknown clock"))
result = SimpleNamespace(adjustable=adjustable,
implementation=implementation,
monotonic=monotonic,
resolution=resolution)
return result
def make_implementation_info():
from _descriptor import SimpleNamespace, make_named_tuple_class
version_info_type = make_named_tuple_class(
"version_info", ["major", "minor", "micro", "releaselevel", "serial"])
return SimpleNamespace(name="graalpython",
cache_tag="graalpython",
version=version_info_type(version_info),
_multiarch=__gmultiarch)
def make_implementation_info():
from _descriptor import SimpleNamespace
result = SimpleNamespace(name="graalpython",
cache_tag="graalpython-" +
str(version_info.major) + str(version_info.minor),
version=version_info,
_multiarch=__gmultiarch)
return result
def make_implementation_info():
from _descriptor import SimpleNamespace, make_named_tuple_class
version_info_type = make_named_tuple_class(
"version_info", ["major", "minor", "micro", "releaselevel", "serial"])
_version = version_info_type(version_info)
result = SimpleNamespace(name="graalpython",
cache_tag="graalpython-" + str(_version.major) +
str(_version.minor),
version=_version,
_multiarch=__gmultiarch)
version_info_type.seal()
return result