def run(self):
for input_data_dict in self.input_datas_list:
#################################################
# switch-name middle bar exchanger #
#################################################
input_data_dict['mgmt_swname'] = re.sub(r"_",r"-",input_data_dict['mgmt_swname'])
requested_swname = input_data_dict['mgmt_swname']
requested_network = input_data_dict['mgmt_network']
#################################################
# Port Number extraction (only number string) #
#################################################
Ethernet_pattern=re.compile("Ethernet",re.I)
Dash_pattern=re.compile("/",re.I)
requested_mgmt_portno = ['mgmt_portno_uptor','mgmt_portno_downtor']
for mgmt_portno in requested_mgmt_portno:
Ethernet_number = re.split(Ethernet_pattern,input_data_dict[mgmt_portno])[-1]
input_data_dict[mgmt_portno] = re.split(Dash_pattern,Ethernet_number)[-1]
#################################################
# confirmation of mgmt swname is #
#################################################
if not self.mgmt_swname_usage_confirm_from_database('ip_manager',
'switch_configuration_urls',
requested_swname):
input_data_dict['running_status']=u'error'
input_data_dict['error_details']=u'%s network has been already used' % (requested_swname)
continue
#################################################
# get the ip address pool from network #
#################################################
ip_address_pool = self.get_ipaddress_list_from_network(requested_network)
if not ip_address_pool:
input_data_dict['running_status']=u'error'
input_data_dict['error_details']=u'%s network has error' % (requested_network)
continue
#################################################
# ip usage confirmation #
#################################################
if not self.ip_address_usage_confirm_from_database('ip_manager',
'mgmt_network_ip_pools_for_cstack',
ip_address_pool):
input_data_dict['running_status']=u'error'
input_data_dict['error_details']=u'%s network has been already used' % (requested_network)
continue
#################################################
# get the extra ip address to builder up #
#################################################
extra_args={}
extra_args['gateway_vip'] = ip_address_pool[-2]
extra_args['gateway_r1'] = ip_address_pool[-3]
extra_args['gateway_r2'] = ip_address_pool[-4]
extra_args['mgmtsw_mip'] = ip_address_pool[-5]
extra_args['upsrvsw_mip'] = ip_address_pool[-6]
extra_args['dnsrvsw_mip'] = ip_address_pool[-7]
#################################################
# shell commander and run the shell #
#################################################
shell_arguments = self.linux_args % input_data_dict +" "+ self.extra_linux_args % extra_args
shell_command = "%s %s" % (self.builder_class_name,shell_arguments)
result_after_shell_execute = self.shell_command_exec(shell_command)
if not self.success_pattern.search(result_after_shell_execute):
input_data_dict['running_status']=u'error'
if result_after_shell_execute:
input_data_dict['error_details']=result_after_shell_execute
else:
input_data_dict['error_details']=u'%s command is failed' % (self.builder_class_name)
continue
#################################################
# database update processing #
# switch_configuration_urls #
# switch_network_usages #
# mgmt_network_ip_pools_for_cstack #
# mgmt_network_ip_pools_for_ostack #
# class srv_network_ip_pools_for_cstack #
# srv_network_ip_pools_for_ostack #
#################################################
switch_configuration_urls(mgmt_swname=input_data_dict['mgmt_swname'],
builder_name=self.builder_class_name,
url=result_after_shell_execute).save()
switch_network_usages(mgmt_swname=input_data_dict['mgmt_swname'],
mgmt_network=requested_network).save()
for index in range(len(ip_address_pool)):
if index == 0:
useby_value='network'
elif index == len(ip_address_pool)-1:
useby_value='broadcast'
else:
useby_value=''
mgmt_network_ip_pools_for_cstack(allocated_ip_address=ip_address_pool[index],
mgmt_swname=input_data_dict['mgmt_swname'],
usedby=useby_value).save()
input_data_dict['running_status']=u'success'
input_data_dict['success_details']=u'%s is completed' % (input_data_dict['mgmt_swname'])
return self.select_viewer_items(self.input_datas_list,self.selective_viewer)
def run(self):
for input_data_dict in self.input_datas_list:
#################################################
# switch-name middle bar exchanger #
#################################################
input_data_dict['mgmt_swname'] = re.sub(r"_",r"-",input_data_dict['mgmt_swname'])
requested_swname = input_data_dict['mgmt_swname']
requested_mgmt_ip_uptor = input_data_dict['mgmt_ip_uptor']
requested_mgmt_ip_downtor = input_data_dict['mgmt_ip_downtor']
requested_mgmt_gateway_vip = input_data_dict['mgmt_gateway_vip']
#################################################
# Port Number extraction (only number string) #
#################################################
Ethernet_pattern=re.compile("Ethernet",re.I)
Dash_pattern=re.compile("/",re.I)
requested_mgmt_portno = ['mgmt_portno_uptor','mgmt_portno_downtor']
for mgmt_portno in requested_mgmt_portno:
Ethernet_number = re.split(Ethernet_pattern,input_data_dict[mgmt_portno])[-1]
input_data_dict[mgmt_portno] = re.split(Dash_pattern,Ethernet_number)[-1]
#################################################
# confirmation of mgmt swname is #
#################################################
if not self.mgmt_swname_usage_confirm_from_database('ip_manager',
'switch_configuration_urls',
requested_swname):
input_data_dict['running_status']=u'error'
input_data_dict['error_details']=u'%s has been already used' % (requested_swname)
continue
#################################################
# confirmation for gateway ip address in #
#################################################
ip_address_pool = self.get_ipaddress_list_from_network(requested_mgmt_ip_uptor)
matched_gatewayip_pattern = re.compile(requested_mgmt_gateway_vip.split('/')[0])
gateway_status = False
for ip_net in ip_address_pool:
if matched_gatewayip_pattern.search(ip_net):
gateway_status = True
break
if not gateway_status:
input_data_dict['running_status']=u'error'
input_data_dict['error_details']=u'%s is not belonged to %s' % (requested_gateway_ip, requested_mgmt_ipnet)
continue
#################################################
# shell commander and run the shell #
#################################################
shell_arguments = self.linux_args % input_data_dict
shell_command = "%s %s" % (self.builder_class_name,shell_arguments)
result_after_shell_execute = self.shell_command_exec(shell_command)
if not self.success_pattern.search(result_after_shell_execute):
input_data_dict['running_status']=u'error'
if result_after_shell_execute:
input_data_dict['error_details']=result_after_shell_execute
else:
input_data_dict['error_details']=u'%s command is failed' % (self.builder_class_name)
continue
#################################################
# database update processing #
# switch_configuration_urls #
#################################################
switch_configuration_urls(mgmt_swname=input_data_dict['mgmt_swname'],
builder_name=self.builder_class_name,
url=result_after_shell_execute).save()
################################################
# return value #
################################################
input_data_dict['running_status']=u'success'
input_data_dict['success_details']=u'%s is completed' % (input_data_dict['mgmt_swname'])
return self.select_viewer_items(self.input_datas_list,self.selective_viewer)
