def set_ebipa_for_interconnect(self, start_server_address, subnetmask):
"""
Description : This function sets an IP address for the four interconnect bays
Params :
start_server_address --> starting address of interconnect bays
subnetmask --> subnet mask
Usage : set_ebipa_interconnect()
Return : return a message if there is no excpetion else return false
"""
try:
output1 = False
output2 = False
output1 = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"set ebipa interconnect %s %s 1-4" %
(start_server_address, subnetmask),
"Successfully set interconnect bay # 1 to IP address")
output2 = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password, "SAVE EBIPA",
"EBIPA configuration was saved.")
if output1 and output2:
log._info(
"EBIPA Interconnect Address set for all the interconnects")
else:
log._error(
"EBIPA Interconnect Address not set for all the interconnects"
)
except:
raise Exception("Failed to set EBIPA Interconnect Address")
def configure_users(self, user_name, password):
obj = telnetlib.Telnet(self.switch_ip)
obj.read_until("login: "******"\n")
obj.read_until("Password: "******"\n")
obj.write("sys \n")
obj.write("local-user %s" % user_name)
time.sleep(5)
obj.write("authorization-attribute user-role network-admin")
obj.write("password simple %s" % password)
obj.write("service-type telnet")
'''
obj.write("save \n")
obj.read_until("Are you sure? [Y/N]:")
obj.write("Y \n")
obj.read_until("press the enter key):")
obj.write("\n")
obj.read_until("overwrite? [Y/N]:")
obj.write("Y \n")
'''
obj.write("quit \n")
obj.write("quit \n")
obj.write("quit \n")
ret = obj.read_all()
log._info(ret)
def set_boot_order(self, bootorder_list):
"""
order: list which contains the following possibilities in a given order:
cd, floppy, usb, disk, network
"""
boot_dict = self._get_bootsources()
available_sources_list = delete_repeats(
[boot_dict[key] for key in boot_dict])
for source in bootorder_list:
source = source.strip().lower()
if source == 'usb':
source = 'usbkey'
if source not in available_sources_list:
log._warn(
"Option '%s' in Bootorder list does not exist within iLO! Bootorder not set"
% (source))
return False
source_num = 1
for source in bootorder_list:
source = source.lower()
if source == 'usb':
source = 'usbkey'
for key, value in boot_dict.iteritems():
if source == value:
temp_key = key
output = ha_library.execute_Remote_commands_iLO_and_return_output(
self.mgt_ip, self.mgt_username, self.mgt_pw,
"set system1/bootconfig1/bootsource%s bootorder=%s" %
(temp_key, source_num))
log._info("Set Bootsource%s ('%s') to priority %d" %
(temp_key, source, source_num))
source_num += 1
log._info("Successfully set boot order to %s" %
(''.join(bootorder_list)))
return self._get_bootsources()
def create_vlun(self, hostname, lun, vv_name):
"""
Exports a virtual volume as a SCSI LUN
Parameters:
lun -> LUN number as string from 0 to 16383 or 'auto'
hostname -> Specifies the host where the LUN is exported, up to
31 characters
vv_name -> Specifies virtual volume name (virtual disk name)
"""
if is_int(lun):
log._info("Creating Vlun : %s" % (hostname + "\\" + lun))
output = execute_local_command(
SELECT_MANAGER %
(self.mgt_ip, self.mgt_username, self.mgt_pw) + SELECT_SYSTEM %
(self.system) + "add lun %s host=\"%s\" storage=\"%s\" " %
(lun, hostname, vv_name) + EXIT)
if output:
log._info("Vlun : %s got created successfully" %
(hostname + "\\" + lun))
return output
else:
log._warn("Failed to execute createvlun command")
return False
else:
return False
def reset_ilo(self, ilo_bay_number, force="false"):
"""
Description : This function will reset ilo present in a bay. It will reset based on the force parameter
Params :
ilo_bay_number--> Bay number of server which should be resetted
force --> a boolean parameter based on which ilo will be reset. By default this parameter will be false.
Return : Returns a message if command is executed else returns false
"""
try:
output1 = False
output2 = False
if force == "false":
output1 = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"reset iLO %s" % (ilo_bay_number),
"Successfully reset iLO through IPMI")
else:
output2 = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"reset iLO %s force" % (ilo_bay_number),
"Successfully reset iLO through IPMI")
log._debug(output2)
if output1 or output2:
log._info("ILO is successfully reset")
else:
log._error("ILO is not successfully reset")
except:
raise Exception("Failed to reset iLO")
def create_virtual_volume(self, name, size, user_cpg, thin=False):
"""
Parameters:
name -> Name of virtual volume, up to 31 characters
size -> Size of the volume in GB, must be integer.
user_cpg -> Name of common provisioning group (CPG)
thin -> Optional boolean flag for thin provisoned volume
Default is thick provision
"""
if is_int(size):
log._info("Creating Virtual Volume: %s" % name)
if thin:
output = execute_local_command(
SELECT_MANAGER %
(self.mgt_ip, self.mgt_username, self.mgt_pw) +
SELECT_SYSTEM % (self.system) +
'"add storage ""%s"" GROUP=""\Disk Groups\%s"" SIZE=\"%s\" thin_provision=TRUE"'
% (name, user_cpg, size) + EXIT)
else:
output = execute_local_command(
SELECT_MANAGER %
(self.mgt_ip, self.mgt_username, self.mgt_pw) +
SELECT_SYSTEM % (self.system) +
'"add storage ""%s"" GROUP=""\Disk Groups\%s"" SIZE=\"%s\""'
% (name, user_cpg, size) + EXIT)
if 'error' not in output:
log._info("Virtual volume %s got created successfully" % name)
return output
else:
log._warn(
"Error in creating virtual volume. Make sure parameters are listed correctly in ConfigMgr.xml. Output:%s"
% (output))
return False
else:
raise ValueError("size not of type 'int'")
def set_ebipa_server_and_inter_gateway(self, gateway):
"""
Description : This function sets EBIPA server and interconnect gateway ip address
Params :
gateway --> gateway for OA
Usage : set_ebipa_ser_inter_gateway("172.24.110.2", "Admin", "Insight7", "172.24.110.1")
Return : return output if there is no exception else return false
"""
try:
output1 = False
output2 = False
output3 = False
output4 = False
output1 = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"set ebipa server gateway %s 1-16" % (gateway),
"Successfully set the gateway")
output2 = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password, "SAVE EBIPA",
"EBIPA configuration was saved.")
output3 = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"set ebipa interconnect gateway %s 1-4" % (gateway),
"Successfully set the gateway")
output4 = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password, "SAVE EBIPA",
"EBIPA configuration was saved.")
if output1 and output2 and output3 and output4:
log._info("EBIPA interconnect and server gateway is set")
else:
log._error("EBIPA interconnect and server gateway is not set")
except:
raise Exception("Failed to set EBIPA Server Gateway")
def set_ebipa_servers(self, start_server_address, subnetmask):
"""
Description : This function sets the IP address for all 16 bays
Params :
start_server_address --> starting Address of Bays
subnetmask --> The subnet mask
Usage : set_ebipa_address("172.24.110.45", "255.255.255.0")
Return : return message if there is no exception else return false
"""
try:
output1 = False
output2 = False
output1 = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"set ebipa server %s %s 1-16" %
(start_server_address, subnetmask),
"Successfully set device (iLO) bay # 1 to IP address")
output2 = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password, "SAVE EBIPA",
"EBIPA configuration was saved.")
if output1 and output2:
log._info("EBIPA Address set for all the bays")
else:
log._error("EBIPA Address not set for all the bays")
except:
raise Exception("Failed to set EBIPA Address")
def _get_command_status(output):
"""
Input output string, parses until 'status' keyword is found.
Returns value of status.
"""
index = output.index("status=")
status = output[index + 7]
log._info("status = %s" % status)
return status
def delete_zone(self, zone_name):
"""
Deletes a zone.
"""
output = run('zonedelete %s' % (zone_name))
if 'not found' or 'error' in output:
log._warn('delete_zone failed')
return False
else:
log._info('delete_zone successful')
return True
def __init__(self, vsphere_element):
self.tag = vsphere_element.tag
self.ip_address = vsphere_element.attrib["IPv4Address"]
self.username = vsphere_element.attrib["Username"]
self.password = vsphere_element.attrib["Password"]
self.vms = []
for vm in vsphere_element.find("VMs"):
# adding to list of vms, each vm is ElementObject
self.vms.append(vm)
log._info("Added VM '%s' to vSphere object '%s'" %
(vm.tag, vsphere_element.tag))
def __init__(self, vsphere_server, vsphere_username, vsphere_password):
self.server = vsphere_server
self.username = vsphere_username
self.password = vsphere_password
try:
log._info("Attempting to connect to vCenter server: %s" %
(self.server))
self.client = Client(self.server, self.username, self.password)
log._info("CONNECTED to vCenter server: %s" % (self.server))
except VimFault as e:
log._warn("Failed to connect to vCenter: %s" % (e.fault_name))
return False
def reset_vm(self, vm):
"""
Resets the virtual machine
Params:
- vm: (str) The name of the virtual machine. (Ex. 'cosmos-jvm')
"""
try:
log._info("Restarting %s" % vm.name)
task = vm.RestartVM_Task()
except VimFault as e:
log._warn("ERROR: Failed to restart %s %s" % (vm.name, e))
def __init__(self, rack_element):
self.tag = rack_element.tag # Ex Rack1
self.name = rack_element.attrib["Name"]
self.servers = []
for server in rack_element.find("Servers"):
# sending the server Element to ServerObject constructor
# list of ServerObjects that represent each server
self.servers.append(ServerObject(server))
log._info("Added server %s to rack %s, Model: %s" %
(server.tag, rack_element.tag, server.attrib["Model"]))
# self.ipdu is a dict with keys of 'IPAddress', 'Username' and
# Password'
self.ipdu = copy.deepcopy(rack_element.find("iPDU").attrib)
def configure_port_speed(self, port_no, speed):
obj = telnetlib.Telnet(self.switch_ip)
obj.read_until("login: "******"\n")
obj.read_until("Password: "******"\n")
obj.write("sys \n")
obj.write("interface Ten-GigabitEthernet 1/0/%s \n" % port_no)
obj.write("speed %s \n" % speed)
obj.write("quit \n")
obj.write("quit \n")
obj.write("quit \n")
ret = obj.read_all()
log._info(ret)
def store_san_switch_data(self):
# Switches
switches = self.root.find("Switches")
san_switches = switches.find("SAN_Switches")
for san_switch in san_switches:
log._info("Reading SAN switch %s" % (san_switch.attrib['Name']))
try:
obj = hw_objects.SanSwitchObject(san_switch)
except:
raise err.ObjectError(san_switch.tag)
if validate_object_attributes(obj):
self.san_switches_list.append(obj)
log._info("SUCCESS: SAN switch object stored")
else:
log._warn(err.INVALID_OBJECT_WARNING % san_switch.tag)
def delete_host(self, hostname):
"""
Deletes a host from the storage system
"""
log._info("Deleting host %s" % hostname)
output = execute_local_command(
SELECT_MANAGER % (self.mgt_ip, self.mgt_username, self.mgt_pw) +
SELECT_SYSTEM % (self.system) + '\"delete host \"\"%s\"\"\" ' %
(hostname) + EXIT)
if output:
log._info("Host %s got deleted successfully" % hostname)
return output
else:
log._warn("Failed to execute delete_host command")
return False
def destroy_vm(self, vm_name):
"""
Destroys VM*, deleting its contents and removing it from parent folder
Params:
- vm: (str) The name of the virtual machine to be deleted.
*Assumes proper permissions (VirtualMachine.Inventory.Delete)
"""
vm = VirtualMachine.get(self.client, name=vm_name)
try:
log._info("Destroying %s" % vm.name)
task = vm.Destroy_Task()
except VimFault as e:
log._warn("ERROR: Failed to destroy %s %s" % (vm.name, e))
def power_off_vm(self, vm_name):
"""
Powers off a VM defined in the Client
Params:
- vm: (str) The name of the virtual machine. (Ex. 'cosmos-jvm')
"""
vm = self.get_vm(vm_name)
if vm.runtime.powerState == "poweredOff":
log._warn("ERROR: %s is already powered off." % vm.name)
else:
try:
log._info("Powering off %s" % vm.name)
task = vm.PowerOffVM_Task()
except VimFault as e:
log._warn("ERROR: Failed to power off %s %s" % (vm.name, e))
def create_alias(self, alias_name, wwn_list):
"""
Creates a new alias, in this case creates a host with members from
wwn_list
"""
if len(wwn_list) == 1:
wwn_string = wwn_list[0]
else:
wwn_string = ';'.join(wwn_list)
text = run('alicreate %s, "%s"' % (alias_name, wwn_string))
if 'invalid' in text:
log._warn('create_alias failed')
return False
else:
log._info('create_alias successful')
return True
def delete_config(self, config_name):
"""
"""
text = run('cfgdelete %s' % (config_name))
if 'not found' in text:
log._warn('delete_config failed: config name "%s" not found' %
(config_name))
log._debug(text)
return False
elif 'error' in text:
log._warn('delete_config failed')
log._debug(text)
return False
else:
log._info('delete_config successful')
return True
def restart_interconnect(self):
"""
Description : This function restarts interconnects e.i., VC module
Params : none
Usage : restart_interconnect()
Return : return output if there is no exception else return false
"""
try:
output = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"restart interconnect 1", "Resetting Interconnect tray in bay")
if output:
log._info("VC module has been restarted successfully")
else:
log._error("Failed to restart VC module")
except:
raise Exception("Failed to clear VC mode")
def suspend_vm(self, vm):
"""
Powers off a VM defined in the Client
Params:
- vm: (str) The name of the virtual machine. (Ex. 'cosmos-jvm')
"""
if vm.runtime.powerState in ["poweredOff", "suspended"]:
log._warn(
"ERROR: %s is powered off or suspended. Cannot suspend." %
vm.name)
else:
try:
log._info("Suspending %s" % vm.name)
task = vm.SuspendVM_Task()
except VimFault as e:
log._warn("ERROR: Failed to suspend %s %s" % (vm.name, e))
def enable_force_downgrade(self):
"""
Description : This function is to enable force downgrade the firmware to lower versions on devices within the enclosure
Usage : enable_force_downgrade()
Return : output message from console interaction
"""
try:
output = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"set firmware management force downgrade enable",
"Operation was successful.")
if output:
log._info("Force downgrade is enabled")
else:
log._warn("Failed to enable force downgrade")
except:
log._error("Unable to enable force downgrade")
def select_bays_for_firmware_deployment(self):
"""
Description : This function is to select the device for firmware upgrade
Usage : select_bays_for_firmware_deployment()
Return : output message from console interaction
"""
try:
output = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"set firmware management BAYS_TO_INCLUDE Server 1-16",
"Enclosure Firmware Management settings applied successfully.")
if output:
log._info("Server bay selection done")
else:
log._warn("server bay not selected")
except:
log._error("Unable to select Server Bay")
def set_power_policy(self):
"""
Description : This function is to set power policy while firmware update initiated
Usage : set_power_policy()
Return : output message from console interaction
"""
try:
output = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"SET FIRMWARE MANAGEMENT POWER force",
"Power policy successfully changed to FORCE.")
if output:
log._info("Server power policy applied successfully")
else:
log._warn("Server power policy not applied")
except:
log._error("Unable to apply Server power policy")
def set_spp_url_for_firmware_management(self, url):
"""
Description : This function sets SPP url to OA
Params : url --> http url where SPP iso is been served
Usage : set_spp_url_for_firmware_management("http://172.24.36.85/SPP2013020.2013_0204.107.iso")
Return : output message from console interaction
"""
try:
output = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"set firmware management url " + url,
"Enclosure Firmware Management URL set to")
if output:
log._info("Successfully set the SPP ISO URL")
else:
log._warn("Error setting SPP ISO URL")
except:
log._error("Unable to set Firmware management URL")
def set_firmware_management_policy(self):
"""
Description : This function is to set firmware update policy when a blade is insrted into enclosure
Usage : set_firmware_management_policy()
Return : output message from console interaction
"""
try:
output = ha_library.runOAcommands(
self.oa_ip, self.oa_username, self.oa_password,
"set firmware management policy manual",
"Enclosure Firmware Management policy set to manual update and discovery."
)
if output:
log._info("Firmware management policy set to manual")
else:
log._warn("Firmware management policy falied")
except:
log._error("Unable to set firmware deployment policy")
def upload_switch_config_file_to_tftp_server(self):
"""
Description : This function Uploads the switch configuration file to a TFTP server
Usage : upload_switch_config_file_to_tftp_server("172.24.111.2", "switch user name", "switch user password")
Return : output message from console interaction
"""
log._info("Executing switch configuration on %s " % self.switch_ip)
put_config_file = telnetlib.Telnet(self.switch_ip)
put_config_file.read_until("login: "******"\n")
put_config_file.read_until("Password: "******"\n")
put_config_file.write("tftp %s put %s \n" %
(self.tftp_server_ip, self.switch_conf_file))
put_config_file.write("quit \n")
put_config_file.write("quit \n")
ret = put_config_file.read_all()
log._info(ret)
def download_firmware_image_to_switch(self, command):
download_firmware_on_switch = telnetlib.Telnet(self.switch_ip)
download_firmware_on_switch.read_until("login: "******"\n")
download_firmware_on_switch.read_until("Password: "******"\n")
# download_firmware_on_switch.write("sys \n")
log._info(
"Initializing switch firmware download on switch, it takes about 8-10 minutes..."
)
log._info("Please wait")
download_firmware_on_switch.write(command + " \n")
download_firmware_on_switch.read_until("Overwrite it? [Y/N]:")
download_firmware_on_switch.write("Y \n")
download_firmware_on_switch.write("quit \n")
download_firmware_on_switch.write("quit \n")
# put_config_file.write("quit \n")
ret = download_firmware_on_switch.read_all()
print ret