def get_server_present_power_consumption(self):
"""
Description:
Returns the Maximum power utilization of a server at that time if true else returns false
Input:username,password and IP of an ILO
"""
output = False
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show /system1/oemhp_power1")
ha_library.closeConnection()
delimiter = '='
presentPower = self.find_value_by_key(output, "oemhp_PresentPower",
delimiter)
if not presentPower:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (presentPower))
raise ValueError
else:
output = presentPower
return output
except:
raise Exception("Failed to get present Power Info")
def get_enclr_power_cap(self):
"""
Description:
Returns the enclosure power cap status.
if power cap is already set this function returns power_cap value else Disabled
"""
output = False
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show enclosure power_cap")
ha_library.closeConnection()
delimiter = ' '
power_cap_status = self.find_value_by_key(
output, "Enclosure Dynamic Power Cap:", delimiter)
if not power_cap_status:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (power_cap_status))
raise ValueError
else:
output = power_cap_status.strip()
return output
except:
raise Exception("Failed to get present Power Info")
def get_firmware_version_for_vc(self, interconnect_bay_number):
"""
Description:This function will return the Firmware version of VC.It doesn't handle input "ALL" for interconnect_bay_number
Params:interconnect_bay_number--> The bay number of interconnect
Return: Returns the Firmware version if command is executed else Error will be shown
"""
FirmVer = None
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show interconnect info %s" % (interconnect_bay_number))
ha_library.closeConnection()
FirmVer = self.find_value_by_oa_keyword(output, "Firmware Version")
if not FirmVer:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (FirmVer))
return (False, '')
else:
return (True, FirmVer)
except:
logger._log_to_console_and_log_file(
"Failed to get Firmware Version")
return (False, '')
def get_server_model(self):
"""
Description:
Returns the Model name of the server if true else returns false
Input:username,password and IP of ILO
"""
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show /system1 name")
ha_library.closeConnection()
ModelName = self.find_value_by_keyword(output, "name")
if not ModelName:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % ModelName)
raise ValueError
else:
output = ModelName
return output
except:
raise Exception("Failed to get Server Model Number")
def get_port_nic_address(self):
"""
Description:
Function to retrieve the MAC address of NIC ports
Returns the address separated by comma else false
"""
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show /system1/network1/Integrated_NICs")
ha_library.closeConnection()
Port1MACAddress = self.find_value_by_keyword(
output, "Port1NIC_MACAddress")
Port2MACAddress = self.find_value_by_keyword(
output, "Port2NIC_MACAddress")
if not Port1MACAddress and Port1MACAddress:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (Port1MACAddress))
logger._debug("result = %s" % (Port2MACAddress))
raise ValueError
else:
output = Port1MACAddress + "," + Port2MACAddress
return output
except:
raise Exception("Unable to get pORT NIC MAC Address")
def get_vc_status(self, interconnect_bay_number):
"""
Description: This function will return the status of interconnect whether it is on or off.It doesn't handle input "ALL" for interconnect_bay_number
Params:interconnect_bay_number--> The bay number of interconnect
Return: Returns the status of interconnect if command is executed else false
"""
status = None
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show interconnect status %s" % (interconnect_bay_number))
ha_library.closeConnection()
status = self.find_value_by_oa_keyword(output, "Powered")
if not status:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (status))
return (False, '')
else:
output = status.lower()
return (True, output)
except:
logger._log_to_console_and_log_file(
"Failed to get Interconnect status")
return (False, '')
def get_ilo_version_date(self):
"""
Description:
Returns the ILO firmware version and date if true else returns false
Input:Username,password and IP of ILO"
"""
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show /map1/firmware1")
ha_library.closeConnection()
ILOVersion = self.find_value_by_keyword(output, "version")
index = ILOVersion.rfind('p')
if not index == -1:
version = ILOVersion[0:index - 1]
version.rstrip()
else:
version = ILOVersion
ILODateFir = self.find_value_by_keyword(output, "date")
if not ILOVersion and ILODateFir:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (version))
logger._debug("result = %s" % (ILODateFir))
raise ValueError
else:
output = version + " " + ILODateFir
return output
except:
raise Exception("Failed to get ILO Version Date")
def get_rom_version_date(self):
"""
Description:
Returns the ROM Version and date if true else returns false
Input:username,password and IP of an ILO
"""
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show /system1/firmware1")
ha_library.closeConnection()
ROMVersion = self.find_value_by_keyword(output, "version")
ROMDateFir = self.find_value_by_keyword(output, "date")
if not ROMVersion and ROMDateFir:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (ROMVersion))
logger._debug("result = %s" % (ROMDateFir))
raise ValueError
else:
output = ROMVersion + " " + ROMDateFir
return output
except:
raise Exception("Failed to get ROM Version date")
def set_enclr_power_cap(self, power_cap):
"""
Description:
sets dynamic power cap to enclosures Returns the enclosures power cap
"""
output = False
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"set enclosure power_cap %s" % (power_cap))
ha_library.closeConnection()
delimiter = ' '
power_cap_status = self.find_value_by_key(
output, "Enclosure Dynamic Power Cap:", delimiter)
if not power_cap_status:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (power_cap))
raise ValueError
else:
output = power_cap_status.split()[0]
return output
except:
raise Exception("Failed to get present Power Info")
def disable_enclr_power_cap(self):
"""
Description:
This function will remove the enclosure power cap and returns the power cap status.
"""
output = False
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"set enclosure power_cap off")
ha_library.closeConnection()
delimiter = ' '
power_cap_status = self.find_value_by_key(
output, "Enclosure Dynamic Power Cap:", delimiter)
if power_cap_status.strip() != "Disabled":
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (power_cap_status))
raise ValueError
else:
output = True
return output
except:
raise Exception("Failed to get present Power Info")
def get_allowable_enclr_power_cap(self):
"""
Description:
Returns the Allowable Enclosure Dynamic Power Cap.
"""
output = False
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show enclosure power_cap")
ha_library.closeConnection()
delimiter = ' '
power_cap = self.find_value_by_key(
output, "Allowable Enclosure Dynamic Power Cap:", delimiter)
if not power_cap:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (power_cap))
raise ValueError
else:
output = power_cap.split('-')[0]
return output.strip()
except:
raise Exception("Failed to get present Power Info")
def get_vc_part_number(self, interconnect_bay_number):
"""
Description:This function will return the Part number of VC.It doesn't handle input "ALL" for interconnect_bay_number
Params:interconnect_bay_number--> The bay number of interconnect
Return:Returns the part number of VC if command is executed else Error will be shown
"""
PartNumber = None
output = None
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show interconnect info %s" % (interconnect_bay_number))
pos = output.find("Part Number")
if pos == -1:
return False
start = pos + len("Part Number:") + 1
end = output.find("\n", start)
PartNumber = output[start:end - 1]
PartNumber.rstrip()
ha_library.closeConnection()
# PartNumber = self.find_value_by_oa_keyword(output, "Part Number:")
if not PartNumber:
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (PartNumber))
return (False, '')
else:
return (True, PartNumber)
except:
logger._log_to_console_and_log_file("Failed to get Part NUmber")
return (False, '')
def get_server_license(self):
""" This function will return the server license captured from OA """
output = False
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show /map1 license")
ha_library.closeConnection()
delimiter = '='
server_license = self.find_value_by_key(output, "license",
delimiter)
if not server_license:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (server_license))
raise ValueError
else:
output = server_license
return output
except:
raise Exception("Failed to get ILO License")
def get_cpu_proc_number_name(self):
"""
Description:
Returns the number of processors a server has and its name else false
Input:Username,password and IP of ILO"
"""
try:
FullProcNumberAndName = None
output1 = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show /system1 processor_number")
ha_library.closeConnection()
output2 = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show /system1/cpu1")
ha_library.closeConnection()
ProcNumber = self.find_value_by_keyword(output1,
"processor_number")
CPUName = self.find_value_by_keyword(output2, "name")
CPUForName = CPUName.replace("@", "(").rstrip()
CoreNumber = self.find_value_by_keyword(output2, "number_cores")
if not ProcNumber and CPUName and CoreNumber:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (ProcNumber))
logger._debug("result = %s" % (CoreNumber))
raise ValueError
else:
if (ProcNumber > "1"):
FullProcNumberAndName = ProcNumber + " " + "processors," + \
"" + CPUForName + "/ " + CoreNumber + "-core)"
else:
FullProcNumberAndName = ProcNumber + " " + "processor," + \
"" + CPUForName + "/ " + CoreNumber + "-core)"
return FullProcNumberAndName
except:
raise Exception("Failed to get CPU Processor Number and Name")
def get_server_temp(self, server_bay_no):
""" This function will return the current server temperature present in OA """
output = False
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show server Temp %s" % (server_bay_no))
ha_library.closeConnection()
delimiter = ' '
SystemName = self.find_value_by_key(
output, "Ambient Zone (01-Inlet Ambient)", delimiter)
temp_OA = SystemName.split()[2]
if not temp_OA:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (SystemName))
raise ValueError
else:
output = temp_OA[:-1]
return output
except:
raise Exception("Failed to get server temperature")
def get_vc_product_name(self, interconnect_bay_number):
"""
Description:This function will return the Product name of VC.It doesn't handle input "ALL" for interconnect_bay_number
Params:interconnect_bay_number--> The bay number of interconnect
Return: Returns the product name of VC if command is executed else Error will be shown
"""
ProdName = None
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show interconnect info %s" % (interconnect_bay_number))
ha_library.closeConnection()
ProdName = self.find_value_by_oa_keyword(output, "Product Name")
if not ProdName:
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (ProdName))
return (False, '')
else:
return (True, ProdName)
except:
logger._log_to_console_and_log_file("Failed to get VC Name")
return (False, '')
def get_serial_number(self):
"""
Description:
Returns the serial number of an ILO if true else returns false
Input:username,password and IP of ILO
"""
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show /system1 number")
ha_library.closeConnection()
SerialNumber = self.find_value_by_keyword(output, "number")
if not SerialNumber:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (SerialNumber))
raise ValueError
else:
output = SerialNumber.rstrip()
return output
except:
raise Exception("Failed to get Server Serial Number")
def get_system_name(self):
"""
Description:
Returns the ILO host name if true else returns false
Input:username,password and IP of an ILO
"""
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show /map1/enetport1")
ha_library.closeConnection()
SystemName = self.find_value_by_keyword(output, "SystemName")
if not SystemName:
output = False
logger._warn("Failed to send the command")
logger._debug("output = %s" % (output))
logger._debug("result = %s" % (SystemName))
raise ValueError
else:
output = SystemName
return output
except:
raise Exception("Failed to get ILO Host Name")
def get_server_adapter_information(self, server_bay_no, adapter_dict):
"""
Description:This function will return the server adapter information to validate server hardware type page
Params:server_bay_no--> The bay number of server
Return:Returns the list with the adapter information
"""
output = None
try:
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.hw_ip, self.hw_username, self.hw_password,
"show server info %s" % (server_bay_no))
ha_library.closeConnection()
output = output.split('\n')
model = ""
adapter_list = []
for line in output:
data_list = []
data_dict = {
'location': '',
'model': '',
'devicetype': '',
'speed': '',
'ports': ''
}
try:
if ("FlexFabric" in line):
if not ("FlexFabric Embedded Ethernet" in line):
'''if("FLB Adapter 1" in line.split(':')[0]):
data_dict['location'] = "FlexibleLOM 1"
data_list.append("FlexibleLOM 1")'''
model = line.split(':')[1].strip(' ').strip('\r')
data_dict['model'] = model
model_info = adapter_dict[model]
arrinfo = model_info.split(',')
data_list.append(arrinfo[0])
data_list.append(model)
data_list.append(arrinfo[1])
data_list.append(arrinfo[2])
data_list.append(arrinfo[3])
if ("Mezzanine" in line):
if not ("This server does not contain any mezzanine cards"
in line):
data_dict['location'] = line.split(':')[0].strip(
' ')
model = line.split(':')[1].strip(' ')
data_dict['model'] = model
model_info = adapter_dict[model]
arrinfo = model_info.split(',')
data_list.append(arrinfo[0])
data_list.append(model)
data_list.append(arrinfo[1])
data_list.append(arrinfo[2])
data_list.append(arrinfo[3])
if (data_list != []):
adapter_list.append(data_list)
except Exception as e:
adapter_list.append(data_list)
logger._warn(
"Given adapter %s information is not updated in the resource file. Exception is %s"
% (model, e))
return (False, [])
return (True, adapter_list)
except Exception as e:
logger._log_to_console_and_log_file(
"Unable to read data from the server in bay %s of enclosure %s. Exception while processing information is %s"
% (server_bay_no, self.hw_ip, e))
return (False, [])