def run(self, args):
info = sysfsinfo()
resources = []
# let's monkey patch the error sysfs resource
# by looking at our dicionaries of error parsers and matching
# them with the corresponding property and then replacing
# that property attribute with an instance of the error parsing
# class with the value of the property
if args.which == "fme" or args.which == "all":
for fme in info.fme(**vars(args)):
set_error_parsers(fme.errors, error_classes["fme"])
resources.append(fme.errors)
if args.which == "port" or args.which == "all":
for port in info.port(**vars(args)):
set_error_parsers(port.errors, error_classes["port"])
resources.append(port.errors)
json_data = []
for r in resources:
if args.json:
json_data.append(r.to_dict())
else:
r.print_info(
"//****** {} ******//".format(r.name()))
if args.json:
print(json.dumps(json_data, indent=4, sort_keys=False))
if args.clear:
for r in resources:
if not r.clear():
print("ERROR: Could not clear errors for resource {}.\n"
"Are you running as root?\n".format(r.sysfs_path))
def run(self, args):
info = sysfsinfo()
resources = []
# let's monkey patch the error sysfs resource
# by looking at our dicionaries of error parsers and matching
# them with the corresponding property and then replacing
# that property attribute with an instance of the error parsing
# class with the value of the property
if args.which == "fme" or args.which == "all":
for fme in info.fme(**vars(args)):
set_error_parsers(fme.errors, error_classes["fme"])
resources.append(fme.errors)
if args.which == "port" or args.which == "all":
for port in info.port(**vars(args)):
set_error_parsers(port.errors, error_classes["port"])
resources.append(port.errors)
json_data = []
for r in resources:
if args.json:
json_data.append(r.to_dict(True))
else:
r.print_info(
"//****** {} ******//".format(r.name()))
if args.json:
print(json.dumps(json_data, indent=4, sort_keys=False))
if args.clear:
for r in resources:
if not r.clear():
print("ERROR: Could not clear errors for resource {}.\n"
"Are you running as root?\n".format(r.sysfs_path))
def run(self, args):
info = sysfs.sysfsinfo()
json_data = []
for fme in info.fme(**vars(args)):
if args.json:
json_data.append(fme.to_dict())
else:
fme.print_info("//****** FME ******//", *self.properties)
if args.json:
print(json.dumps(json_data, indent=4, sort_keys=False))
def run(self, args):
info = sysfs.sysfsinfo()
json_data = []
for fme in info.fme(**vars(args)):
if args.json:
json_data.append(fme.to_dict())
else:
fme.print_info("//****** FME ******//", *self.properties)
if args.json:
print(json.dumps(json_data, indent=4, sort_keys=False))
def run(self, args):
info = sysfs.sysfsinfo()
json_data = []
for port in info.port(**vars(args)):
if args.json:
json_data.append(port.to_dict())
else:
port.print_info("//****** PORT ******//", *self.properties)
if args.json:
print(json.dumps(json_data, indent=4, sort_keys=False))
def run(self, args):
info = sysfs.sysfsinfo()
json_data = []
for port in info.port(**vars(args)):
if args.json:
json_data.append(port.to_dict())
else:
port.print_info("//****** PORT ******//", *self.properties)
if args.json:
print(json.dumps(json_data, indent=4, sort_keys=False))
def run(self, args):
info = sysfs.sysfsinfo()
for fme in info.fme(**vars(args)):
if info.device() != fpga_common.DCP_ID:
fme.power_mgmt.print_info(
"//****** POWER ******//",
"consumed",
consumed=lambda v: '{} Watts'.format(v))
else:
fme.power_mgmt.print_info("*** POWER Not supported on HW ***",
"",
consumed=lambda v: '{} W'.format(v))
def run(self, args):
info = sysfs.sysfsinfo()
for fme in info.fme(**vars(args)):
fme.thermal_mgmt.print_info("//****** THERMAL ******//",
*[p[0] for p in self.thermal_props],
**dict(self.thermal_props))
def run(self, args):
info = sysfs.sysfsinfo()
for fme in info.fme(**vars(args)):
fme.power_mgmt.print_info("//****** POWER ******//",
"consumed",
consumed=lambda v: '{} Watts'.format(v))