def patch_bmc_ethernet (slot_id, eth):
pre_check_slot_id(slot_id)
if (eth == "eth1"):
raise HTTPError (status = 405)
requested = view_helper.get_json_request_data ()
if ("IPv4Addresses" in requested):
address = requested["IPv4Addresses"]
if (len (address) > 1):
raise HTTPError (status = 400, body = "No more than one IP address may be specified.")
ip_args = {}
actions = {
"IPv4Addresses/[0]/Address" : (apply_ip_address,
parameter_parser ("address", str, IPAddress), {"args" : ip_args}),
"IPv4Addresses/[0]/SubnetMask" : (apply_ip_address,
parameter_parser ("mask", str, parameter_parser.validate_subnet_mask),
{"args" : ip_args}),
"IPv4Addresses/[0]/Gateway" : (apply_ip_address,
parameter_parser ("gateway", str, IPAddress), {"args" : ip_args}),
"IPv4Addresses/[0]/AddressOrigin" : (apply_ip_address,
parameter_parser ("addr_type", str, enums.AddressOrigin), {"args" : ip_args})
}
result = validate_patch_request_and_execute (actions, "bmc_ethernet")
if (not result):
set_data = apply_ip_address (save_args = False, args = ip_args)
view_helper.append_response_information (result, set_data)
return get_handler.get_rack_manager_ethernet (eth, patch = result)
def patch_pmdu_power_meter():
view_helper.run_pre_check(pre_check.pre_check_function_call,
command_name_enum.set_rm_state)
throttle_args = {}
actions = {
"DatacenterThrottleEnabled":
(apply_power_throttle, parameter_parser("dcpolicy", int,
enums.Boolean), {
"args": throttle_args
}),
"AlertEnabled": (apply_power_throttle,
parameter_parser("policy", int, enums.Boolean), {
"args": throttle_args
}),
"AlertLimitWatts":
(controls.manage_powermeter.set_rack_power_limit_policy,
parameter_parser("powerlimit", float), {})
}
result = validate_patch_request_and_execute(actions, "pmdu_power_meter")
throttle = apply_power_throttle(force_set=True, args=throttle_args)
view_helper.append_response_information(result, throttle)
return get_handler.get_pmdu_power_meter(patch=result)
def get_system_thermal (system):
system = int (system)
view_helper.run_pre_check (pre_check.pre_check_function_call, command_name_enum.get_blade_state,
device_id = system)
query_temp = [
(controls.server_health.show_temperature_health, {"serverid" : system})
]
query_fan = [
(controls.server_health.show_fan_health, {"serverid" : system})
]
result_temp = execute_get_request_queries (query_temp)
result_fan = execute_get_request_queries (query_fan)
temps = parse_sensor_list (sensors = result_temp, convert_reading = True, convert_number = True,
sensor_type = "Sensor")
fans = parse_sensor_list (sensors = result_fan, convert_reading = True, convert_number = False,
sensor_type = "Fan")
result = {}
view_helper.append_response_information (result, result_temp)
view_helper.append_response_information (result, result_fan)
if (temps):
result["temps"] = temps
if (fans):
result["fans"] = fans
result["ID"] = system
return view_helper.return_redfish_resource ("system_thermal", values = result)
def patch_system_power(system):
system = int(system)
view_helper.run_pre_check(pre_check.pre_check_function_call,
command_name_enum.set_blade_config,
device_id=system)
limit_args = {}
actions = {
"PowerControl/[0]/PowerLimit/LimitInWatts":
(controls.manage_ocspower.set_server_power_limit,
parameter_parser("powerlimitvalue", int), {
"serverid": system
}),
"PowerControl/[0]/Oem/Microsoft/DefaultLimitInWatts":
(apply_default_power_limit, parameter_parser("power_limit", int), {
"server_id": system,
"args": limit_args
}),
"PowerControl/[0]/Oem/Microsoft/AutoRemoveDelayInSec":
(apply_default_power_limit, parameter_parser("auto_remove", int), {
"server_id": system,
"args": limit_args
}),
"PowerControl/[0]/Oem/Microsoft/FastThrottleDurationInMs":
(apply_default_power_limit, parameter_parser("ms_delay", int), {
"server_id": system,
"args": limit_args
}),
"PowerControl/[0]/Oem/Microsoft/AlertAction":
(controls.manage_ocspower.set_server_activate_psu_alert,
parameter_parser("alert_action", int, enums.AlertAction), {
"serverid": system
})
}
result = validate_patch_request_and_execute(actions, "system_power")
limit = apply_default_power_limit(server_id=system,
force_set=True,
args=limit_args)
view_helper.append_response_information(result, limit)
return get_handler.get_system_power(system, patch=result)
def execute_get_request_queries(query_list, init_values=dict()):
"""
Handler for all get requests to query the system for necessary information.
:param query_list: A list of functions to be called that will provide the information required
for the request. Each function is a pair that contains the function to call and dictionary of
arguments.
:param init_values: The initial set of response information.
:return A dictionary containing the information for generating the response object.
"""
result = init_values.copy()
for query in query_list:
try:
query_data = query[0](**query[1])
view_helper.append_response_information(result, query_data)
except Exception as error:
view_helper.append_response_information(
result, set_failure_dict(str(error), completion_code.failure))
return view_helper.replace_key_spaces(result)
def patch_system(system):
system = int(system)
view_helper.run_pre_check(pre_check.pre_check_function_call,
command_name_enum.set_blade_state,
device_id=system)
next_boot_args = {"serverid": system}
actions = {
"Boot/BootSourceOverrideTarget":
(apply_blade_next_boot,
parameter_parser("boottype", str, enums.BootSourceOverrideTarget,
{"cmd_arg": True}), {
"args": next_boot_args
}),
"Boot/BootSourceOverrideMode":
(apply_blade_next_boot,
parameter_parser("mode", int, enums.BootSourceOverrideMode), {
"args": next_boot_args
}),
"Oem/Microsoft/TPMPhysicalPresence":
(controls.bladetpmphypresence_lib.set_tpm_physical_presence,
parameter_parser("presence", int, enums.Boolean), {
"serverid": system
}),
"Oem/Microsoft/DefaultPowerState":
(controls.bladepowerstate_lib.set_server_default_powerstate,
parameter_parser("state", str, enums.PowerState), {
"serverid": system
})
}
result = validate_patch_request_and_execute(actions, "system")
next_boot = apply_blade_next_boot(force_set=True, args=next_boot_args)
view_helper.append_response_information(result, next_boot)
return get_handler.get_system(system, patch=result)
def get_all_power_control_status (port_type, count):
"""
Get the status for all power control ports of a single type.
:param port_type: The port type to query.
:param count: The number of ports.
:return A dictionary with the operation result.
"""
status = [dict () for _ in range (0, count)]
result = {}
if (port_type == "relay"):
for i in range (0, count):
state = controls.manage_powerport.powerport_get_port_status (i + 1, port_type)
if (state[completion_code.cc_key] == completion_code.success):
status[i].update (state)
if ("Relay" in status[i]):
status[i]["Relay"] = enums.PowerState (status[i]["Relay"], convert = True)
else:
view_helper.append_response_information (result, state)
else:
start = 24 if (port_type == "rack") else 0
end = 24 + count if (port_type == "rack") else count
present = controls.manage_powerport.powerport_get_all_port_presence (raw = True,
ports = range (start, end))
if (present[completion_code.cc_key] == completion_code.success):
for i in range (0, count):
status[i]["Port Presence"] = enums.Boolean (present[i + 1], convert = True)
else:
view_helper.append_response_information (result, present)
state = controls.manage_powerport.powerport_get_all_port_status (raw = True)
if (state[completion_code.cc_key] == completion_code.success):
for i in range (0, count):
status[i]["Port State"] = enums.PowerState (state[i + 1], convert = True)
if (port_type == "rack"):
for i, j in enumerate (range (count + 1, (count * 2) + 1)):
status[i]["Boot Strap"] = enums.BootStrapping (state[j], convert = True)
else:
view_helper.append_response_information (result, state)
result[port_type + "_ports"] = status
return result
def execute_patch_request_actions(requested, action_map, tree=[]):
"""
Handler for all patch requests to change system parameters based on received information.
:param requested: A dictionary that contains the set of system parameters to change.
:param action_map: A mapping of the function to call for each parameter that can be set.
Each mapping contains a tuple that has a function pointer, parameter parser, and additional
arguments that should be passed to the function.
:param tree: The ancestry of the current set of request properties.
:return A result dictionary to be used to generate the response.
"""
result = {}
if requested is not None:
for param, value in requested.items():
if ("@" not in param):
try:
if (hasattr(value, "keys")):
parents = list(tree)
parents.append(param)
action_data = execute_patch_request_actions(value, action_map,
tree=parents)
view_helper.append_response_information(result, action_data)
elif (isinstance(value, list)):
for i, entry in enumerate(value):
parents = list(tree)
parents.append(param)
parents.append("[{0}]".format(i))
action_data = execute_patch_request_actions(entry, action_map,
tree=parents)
view_helper.append_response_information(result, action_data)
i = i + 1
else:
action = ""
if len(tree):
action = "/".join(tree) + "/"
action = action + param
if (action in action_map):
call = action_map[action]
args = call[2].copy()
try:
call[1].parse_parameter(value, args)
except TypeError as error:
view_helper.append_invalid_property_type(result,
action.split("/"))
continue
except Exception as error:
view_helper.append_invalid_property_value(result,
action.split("/"), str(error))
continue
action_data = call[0](**args)
view_helper.append_response_information(result, action_data)
else:
view_helper.append_read_only_property(result, action.split("/"))
except Exception as error:
view_helper.append_response_information(
result, set_failure_dict(str(error), completion_code.failure))
return result
def patch_rack_manager_ethernet(eth):
view_helper.run_pre_check(pre_check.pre_check_function_call,
command_name_enum.set_rm_config)
requested = view_helper.get_json_request_data()
if ("IPv4Addresses" in requested):
address = requested["IPv4Addresses"]
if (len(address) > 1):
raise HTTPError(
status=400,
body="No more than one IP address may be specified.")
ip_args = {}
mgmt_args = {}
actions = {
"IPv4Addresses/[0]/Address":
(apply_ip_address, parameter_parser("address", str, IPAddress), {
"args": ip_args
}),
"IPv4Addresses/[0]/SubnetMask":
(apply_ip_address,
parameter_parser("mask", str,
parameter_parser.validate_subnet_mask), {
"args": ip_args
}),
"IPv4Addresses/[0]/AddressOrigin":
(apply_ip_address,
parameter_parser("addr_type", str, enums.AddressOrigin), {
"args": ip_args
})
}
if (eth == "eth0"):
actions.update({
"IPv4Addresses/[0]/Gateway":
(apply_ip_address, parameter_parser("gateway", str, IPAddress), {
"args": ip_args
}),
})
else:
actions.update({
"Oem/Microsoft/MgmtGateway":
(apply_management_gateway,
parameter_parser("gateway", str, IPAddress), {
"args": mgmt_args
}),
"Oem/Microsoft/MgmtNetmask":
(apply_management_gateway,
parameter_parser("mask", str,
parameter_parser.validate_subnet_mask), {
"args": mgmt_args
})
})
result = validate_patch_request_and_execute(actions,
"rack_manager_ethernet",
default_params={"Intf": eth})
if (not result):
if (ip_args):
ip_args["if_name"] = eth
set_data = apply_ip_address(save_args=False, args=ip_args)
view_helper.append_response_information(result, set_data)
if (mgmt_args):
set_data = apply_management_gateway(save_args=False,
args=mgmt_args)
view_helper.append_response_information(result, set_data)
return get_handler.get_rack_manager_ethernet(eth, patch=result)