HP 5500 Ei 5500 Si Switch Series Configuration Guide
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Step Command Remarks
3. Specify an SSL client policy.
ssl client-policy policy-name By default, SSL client policy is
disabled.
Displaying and maintaining CWMP
Task Command Remarks
Display CWMP configuration.
display cwmp configuration
[ |
{ begin | exclude | include }
regular-expression ] Available in any view
Display the current status of
CWMP.
display cwmp status
[ | { begin |
exclude | include }
regular-expression ] Available in any view
CWMP configuration...](http://img.usermanuals.tech/thumb/36/58909/w64_hp-5500-ei-5500-si-switch-series-configuration-guide-2497.png "Page 2498
197
Step Command Remarks
3. Specify an SSL client policy.
ssl client-policy policy-name By default, SSL client policy is
disabled.
Displaying and maintaining CWMP
Task Command Remarks
Display CWMP configuration.
display cwmp configuration
[ |
{ begin | exclude | include }
regular-expression ] Available in any view
Display the current status of
CWMP.
display cwmp status
[ | { begin |
exclude | include }
regular-expression ] Available in any view
CWMP configuration...")
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204
I n thi s e xample , the DHC P se r ve r is an HP s w i tc h su ppor ti ng the O ptio n 4 3 fu nc ti on. I f yo u r DHC P
server is not an HP switch supporting the Option 43 function, see the user manual came with your
server.
Configure a DHCP address pool. Assign IP addresses to CPEs and the DNS server. In this example,
the addresses are in the ne twork segment 10.185.10.0/24.
# Enable DHCP.
system-view
[DHCP_server] dhcp enable
# Enable the DHCP server on VLAN-interface 1....](http://img.usermanuals.tech/thumb/36/58909/w64_hp-5500-ei-5500-si-switch-series-configuration-guide-2504.png "Page 2505
204
I n thi s e xample , the DHC P se r ve r is an HP s w i tc h su ppor ti ng the O ptio n 4 3 fu nc ti on. I f yo u r DHC P
server is not an HP switch supporting the Option 43 function, see the user manual came with your
server.
Configure a DHCP address pool. Assign IP addresses to CPEs and the DNS server. In this example,
the addresses are in the ne twork segment 10.185.10.0/24.
# Enable DHCP.
system-view
[DHCP_server] dhcp enable
# Enable the DHCP server on VLAN-interface 1....")
200 Figure 66 Add Device Group page Set the group name and click OK. # Select Device Class from the navigation tree. On the device class page, click Add to enter the page for adding a device class. Figure 67 Add Device Class page After setting the class name, click OK. # Select Add Device from the navigation tree to en ter the page for adding a device.
201 Figure 68 Add Device page Input the device information and click OK. Figure 69 Adding device succeeded Repeat the previous steps to add information about DeviceB and DeviceC to the ACS server, and the adding operation of switches in equipment room A is completed. # Bind different configuration files to differ ent CPE groups to realize auto-deployment. Select Deployment Guide from the navigation tree. On the deployment guide page, select By Device Type in the Auto Deploy Configuration area.
202 Figure 70 Deployment Guide page # On the Auto Deploy Configuration page, select the configuration fi le to be deployed and set it as the startup configuration as the deployment strategy. Figure 71 Auto Deploy Configuration page # Click Select Class and enter the page for selecting device type.
203
Figure 72 Selecting a device class
# Select the Device_A device class and click OK. After that, the auto deploy configuration page is
displayed. Click OK to complete the task.
Figure 73 Deploying task succeeded
Configuration of the switches in room B is the same as that of the switches in room A except that
you need to perform the following configuration:
{ Create device class Device_B for switches in room B.
{ Add switches in room B to the device class Device_B.
{ Bind the configuration file corresponding to switches in room B to the device class Device_B.
2. Configure the DHCP server:
204 I n thi s e xample , the DHC P se r ve r is an HP s w i tc h su ppor ti ng the O ptio n 4 3 fu nc ti on. I f yo u r DHC P server is not an HP switch supporting the Option 43 function, see the user manual came with your server. Configure a DHCP address pool. Assign IP addresses to CPEs and the DNS server. In this example, the addresses are in the ne twork segment 10.185.10.0/24. # Enable DHCP. system-view [DHCP_server] dhcp enable # Enable the DHCP server on VLAN-interface 1. [DHCP_server] interface vlan-interface 1 [DHCP_server-Vlan-interface1] dhcp select server global-pool [DHCP_server-Vlan-interface1] quit # Exclude IP addresses (addresses of the DNS server and ACS server). [DHCP_server] dhcp server forbidden-ip 10.185.10.41 [DHCP_server] dhcp server forbidden-ip 10.185.10.60 # Configure DHCP address pool 0 (subnet and DNS server address). [DHCP_server] dhcp server ip-pool 0 [DHCP_server-dhcp-pool-0] network 10.185.10.0 mask 255.255.255.0 [DHCP_server-dhcp-pool-0] dns-list 10.185.10.60 Configure Option 43 to contain the ACS address, username, and password. # Covert the ACS address, username, and passwor d to ASCII code. The ASCII code of the URL address is 68 74 74 70 3A 2F 2F 61 63 73 2E 64 61 74 61 62 61 73 65 3A 39 30 39 30 2F 61 63 73, that of the username Vicky is 76 69 63 6B 79, and that of the password 12345 is 31 32 33 34 35. [DHCP_server-dhcp-pool-0] option 43 hex 0140 68747470 3A2F2F61 63732E64 \ 61746162 6173653A 39303930 2F616373 20766963 6B792031 32333435 3. Configure the DNS server: Configure the mappings between the domain name and IP address, that is, create the mapping between the addresses http://acs.database:9090/acs and http://10.185.1.41:9090/acs . For how to create a mapping between addresses, see the user manual came with your DNS server. 4. Connect CPEs to the network: Connect the CPEs with network cables and powe r them on, the CPEs can automatically obtain configuration files from the ACS server. 5. Verify the configuration on the ACS server: Click the Resource tab, select Device Interaction Log from the navigation tree to enter the page for querying device interaction records. You can vi ew whether the deployment configuration of a switch is completed.
206 Configuring a stack (available only on the HP 5500 SI) The stack management feature enables you to configure and monitor a group of connected switches by logging in to one switch in the stack, as shown in Figure 75. Figure 75 Network diagram for stack management To s e t u p a s t a c k f o r a g ro u p o f c o n n e c t e d swi t c h e s , yo u m u s t l o g i n t o o n e swi t c h t o c re a t e t h e s t a ck . T h i s switch is the master switch for the stack, and you configure and monitor all other member switches on the master switch. The ports that connect the stack member switches are called stack ports. Stack configuration task list Task Remarks Configuring the master device of a stack Configuring a private IP address pool for the stack Required Configuring stack ports Required Creating a stack Required Configuring stack member switches Configuring the stack ports of a member device Required Logging in to the CLI of a member from the master Optional Configuring the master device of a stack Perform the tasks in this section to configure the master device. After you complete the stack configuration, the master automatically add member devices to the stack.
207
Always start configuring the master device with assigning a private IP address pool for the stack. You
cannot perform this task after the switch is configured as the master device or a member device.
Configuring a private IP address pool for the stack
Make sure that the number of IP addresses in the address pool is equal to or greater than the number of
devices to be added to the stack. If not, some devi ces cannot automatically join the stack for lack of
private IP addresses.
To configure a private IP address pool for the stack:
Step Command Remarks
1. Enter system view.
system-view N/A
2. Configure a private IP address
pool for the stack. stack ip-pool ip-address
{ mask |
mask-length } By default, no IP address pool is
configured for a stack.
Configuring stack ports
Configure the ports that connect the mast
er to member devices as stack ports.
To configure stack ports:
Step Command Remarks
1. Enter system view.
system-view N/A
2. Configure the specified ports
as stack ports. stack
stack-port stack-port-num
port interface-list By default, no ports are stack ports.
Creating a stack
After you execute the stack role master command, the device becomes the master device of a stack and
automatically adds the devices connecte
d to its stack ports to the stack.
To create a stack:
Step Command
1. Enter system view.
system-view
2. Create a stack.
stack role master
After you configure a device as the master device of a stack, the prompt changes to ,
where Sysname is the system name of the device.
Configuring the stack ports of a member device
To add a device to a stack, you must configure the ports that connect the device to other stack members
as stack ports.
To configure stack ports:
208
Step Command Remarks
1. Enter system view.
system-view N/A
2. Configure the specified ports
as stack ports. stack
stack-port stack-port-num
port interface-list By default, a port is not a stack
port.
After a device joins a stack and becomes a member device of the stack, the prompt changes to
, where n is the stack number assigned by the master device, and Sysname is the
system name of the device.
Logging in to the CLI of a member from the master
Perform this task on the master device in user view.
Task Command
Log in to the CLI of a member device from the master
device.
stack switch-to
member-id
The stack switch-to command does not change the user privilege level. To return to the master device, use
the quit command.
Displaying and maintaining stack configuration
Task Command Remarks
Display the stack configuration of
stack members. display stack
[ members ] [ |
{ begin | exclude | include }
regular-expression ] Available in any view
Stack configuration example
Network requirements
Switch A, Switch B, Switch C, and Switch D are connected with one another.
Create a stack, where Switch A is the master device, Switch B, Switch C, and Switch D are member
devices. An administrator can log in to Switch B, Switch C and Switch D through Switch A to perform
remote configurations.
209 Figure 76 Network diagram Configuration procedure 1. Configure the master device: # Configure a private IP address pool for the stack on Switch A. system-view [SwitchA] stack ip-pool 192.168.1.1 24 # Configure port GigabitEthernet 1/0/1 as a stack port on Switch A. [SwitchA] stack stack-port 1 port gigabitethernet 1/0/1 # Configure switch A as the master device. [SwitchA] stack role master 2. Configure the member devices: # On Switch B, configure local ports Gigabi tEthernet 1/0/2, GigabitEthernet 1/0/1, and GigabitEthernet 1/0/3 as stack ports. system-view [SwitchB] stack stack-port 3 port gigabitethernet 1/0/1 gigabitethernet \ 1/0/2 gigabitethernet 1/0/3 # On Switch C, configure local port GigabitEthernet 1/0/1 as a stack port. system-view [SwitchC] stack stack-port 1 port gigabitethernet 1/0/1 # On Switch D, configure local port GigabitEthernet 1/0/1 as a stack port. system-view [SwitchD] stack stack-port 1 port gigabitethernet 1/0/1 3. Verify the configuration: # Display information about stack members on Switch A. display stack members Number : 0 Role : Master Sysname : stack_0. SwitchA Switch type: HP 5500-24G SI Switch with 2 Interface Slots MAC address: 000f-e200-1000 Number : 1 Role : Slave Sysname : stack_1. SwitchB