Table Of Contents
Quick Start Guide
Cisco Network Services Manager 5.0 Quick Start Guide
January 9, 2012, OL-26002-01
This guide describes how to install Cisco Network Services Manager (Network Services Manager) and prepare it for use.
The primary audience for this guide is network operations personnel and system administrators. This guide assumes you are familiar with the following products and topics:
•Basic internetworking terminology and concepts
•Network topology and protocols
•VMware virtualization software
2 Installation Requirements
The following sections describe the requirements for a successful Network Services Manager installation:
Network Services Manager provides open virtualization appliances (OVAs) for two Linux servers, with one OVA for each of the following components:
•Engine—Responsible for provisioning end-to-end network services and deploying configuration instructions to a controller for implementation on the appropriate devices in the stack.
•Controller—Responsible for interacting with the network devices and services in a device stack configured to manage cloud operations. Network Services Manager supports one controller per device stack.
The physical hardware that you use for Network Services Manager must meet the requirements identified in Table 1.
Table 1 Physical Hardware Requirements
Dual core CPU with 4 GB memory minimum (8 GB1 recommended).
VMware ESXi software with the vSphere client.
Expected to be part of a highly available management cluster within a data center.
Provide console access to the OVA.
1 We recommend 8 GB memory if vCenter and other management VMs are running on the ESXi host.
Table 2 identifies the system requirements for the Network Services Manager engine and controller OVAs.
Table 3 identifies the browser requirements for access to Network Services Manager via the Administration UI.
Table 3 Browser Requirements for Network Services Manager
Microsoft Windows or Apple OSX
•Firefox 3.6 or 4
•Internet Explorer 7 or 8
If your physical device stack differs from the supplied model, you must make the appropriate changes in Network Services Manager after installation to ensure that your device stack is represented accurately. For more information, see Post-Installation Tasks.
Figure 1 Device Stack
Table 4 Device Stack Components
Two Cisco ASR routers
Two Cisco 6500 switches in a Virtual Switching System (VSS) configuration acting as a Cisco Data Service Node (DSN)
Layer 3 services
Two Cisco Nexus 7000 switches1
Two Cisco Nexus 5000 switches
Two Cisco UCS 6120 Fabric Interconnects
One Cisco Nexus 1000V switch
1 A Cisco Nexus 7000 switch that acts as a distribution switch can also act as an aggregation switch. However, a Cisco Nexus 5000 switch acting as an aggregation switch cannot act as a distribution switch.
1 Cisco ASR routers must be licensed at the adventerprise level to enable BFD functionality with Network Services Manager. For information on setting the Cisco ASR license level to adventerprise, see the Cisco ASR documentation at http://www.cisco.com/en/US/products/ps9343/tsd_products_support_series_home.html.
Ports and Protocols
Network Services Manager uses the ports and protocols described in Table 5 for communication between the engine and the controller, and the engine and its clients. If your environment uses a firewall, make sure that these ports are permitted through the firewall to ensure successful engine-controller and engine-client communications.
Preinstalled Security Certificates
Network Services Manager contains preinstalled demonstration security certificates. Before using Network Services Manager in a production environment, you must replace the demonstration certificates with your own certificates. For more information, see Updating Security Certificates.
3 Preinstallation Tasks
The following sections describe the tasks that you must complete before installing Network Services Manager:
Configuring Device Access
To configure access to the devices in the stack:
Step 1 Gather the required SNMP and login credentials for each device.
You can use Table 8 to record the information.
Step 2 Verify the following for each device:
— Administrator username and password are correct.
— Secure Shell (SSH) server is enabled.
— SNMP is enabled for read/write.
Note Only SNMPv2c and SNMPv3 are supported.
— Management IP address and default route are specified.
Step 3 Test the connections to each device to verify that the devices are accessible.
Network Services Manager supports the following types of data path connections, or interconnects:
•Layer 3 Routed interconnects—Connections between routers and Layer 3-capable switches.
•Layer 2 Trunk interconnects—Connections between Layer 2 switches that are capable of VLAN trunking.
To configure interconnects on the device stack:
Step 1 Gather the following information for the Network Services Manager engine and controller, and each device in the stack:
— IP address
— Gateway IP address
— Fully qualified domain name (FQDN)
You can use Table 9 to record the information.
Step 2 Configure each device for the appropriate interconnects.
If your device stack is the same as that shown in Figure 1, you can use that diagram as a guide for configuring the interconnects.
To see example configurations of the devices included in the model that Network Services Manager provides, see Example Configurations for the Supplied Device Stack Model.
Step 3 Test the interconnect data paths to ensure that they work as expected.
Gathering Required Information
During the installation procedure, you will need to provide configuration and password information for the Network Services Manager engine and controller so that they can operate and communicate properly.
Table 6 identifies the required information for the setup procedure for the Network Services Manager engine and controller.
Table 7 identifies the default usernames and passwords for Network Services Manager.
Table 7 Network Services Manager Default Passwords
System Username Default Password
Engine VM console
Controller VM console
We recommend that you change the default Administration UI and northbound system passwords after you install Network Services Manager. For more information, see Changing User Passwords.
Copies of these tables are provided in Forms for your use.
4 Installing Network Services Manager
The following topics describe how to deploy the Network Services Manager OVAs and configure the engine and controller for use:
Deploying the Network Services Manager OVAs
This procedure describes how to deploy the Network Services Manager OVAs for the engine and controller, each resulting in a virtual machine (VM). Run this procedure twice: once to deploy the engine, and once to deploy the controller.
Before You Begin
To deploy the Network Services Manager OVAs and create the resulting VMs:
Step 1 Launch the VMware vSphere client.
Step 2 Choose File > Deploy OVF Template.
Step 3 In the Deploy OVF Template window, click the Deploy from file radio button.
Step 4 Click Browse to access the location where you have saved the OVA file.
Step 5 Click Next.
The OVF template details are displayed in the OVF Template Details window.
Step 6 Verify the OVA file details, including the product name, version, and size, then click Next.
Step 7 In the Name and Location window, enter a name and location for the template you are deploying. The name must be unique within the inventory folder, and can contain up to 80 characters.
Step 8 Click Next.
Step 9 Choose Host/Cluster, then click Next.
Step 10 Choose a resource pool, then click Next.
Step 11 Choose a datastore, then click Next.
Step 12 In the Disk Format window, specify the format for storing the virtual disks by clicking the appropriate radio button:
— Thin provisioned format (we recommend this format)
— Thick provisioned format
Step 13 Click Next.
Step 14 Choose Network Mapping, and then click Next.
The Ready to Complete window is displayed with the following information:
— Details of the OVA file
— Name of the VM
— Disk format
— Storage details
Step 15 Verify that the information is correct, then click Finish to start the deployment.
This step takes a few minutes to complete. You can view the status in the progress bar in the Deploying Virtual Application window. A confirmation window is displayed after the deployment task successfully completes.
Step 16 Click Close.
The VM that you deployed is listed in the left pane of the vSphere client under the host machine.
Configuring the Engine and Controller
After you deploy the Network Services Manager engine and controller OVAs, use the setup procedure described in this section to set basic network configuration parameters.
Before You Begin
•The VM must have network access.
•The default gateway, nameserver, and NTP servers must be accessible.
•You must have the information identified in Table 6.
To configure the engine and controller, complete the following steps for each:
Step 1 Power on the VM by right-clicking it and choosing Power > Power On.
Step 2 Open a console for the VM by right-clicking it and choosing Open Console.
Step 3 At the localhost login prompt, enter setup.
Step 4 Enter the following parameters at the console prompts:
— IP address
— IP default netmask
— IP default gateway
— Default DNS domain
— Primary nameserver
To enter another name server, enter y at the next prompt.
— Primary NTP server [time.nist.gov]
To enter a secondary NTP server, enter y at the next prompt.
— Timezone [UTC]
We recommend that you accept the default.
— Username [admin]
Username to log into the engine or controller at the shell prompt.
We recommend that you accept the default.
Password to log into the engine or controller at the shell prompt.
Note We recommend that you note these passwords for logging into the engine and controller via the shell prompt. These passwords cannot be retrieved or reset without help from Cisco Technical Support.
The VM reboots after configuration and validation are complete.
The following example shows the setup procedure for a controller:**********************************************Please type 'setup' to configure the appliance**********************************************localhost.localdomain login: setupEnter hostname: hostname-controllerEnter IP address: 10.165.200.225Enter IP default netmask: 255.0.0.0Enter IP default gateway: 10.165.200.238Enter default DNS domain: example.comEnter primary nameserver: 1Add/Edit another nameserver? Y/N : nEnter primary NTP server[time.nist.gov]: ntp.esl.example.comAdd/Edit secondary NTP server? Y/N : nEnter system timezone[UTC]:<cr>Enter username[admin]:<cr>Enter password:passwordEnter password again:password
5 Post-Installation Tasks
After you successfully install Network Services Manager as described in Installing Network Services Manager, you are ready to complete the following post-installation tasks:
Configuring the Controller
This procedure enables you to:
•Specify the engine and define controller credentials for engine-to-controller communications.
•Optionally direct all syslog messages to a syslog host for your review and analysis.
Before You Begin
•You have configured the controller, and the server has rebooted as described in Configuring the Engine and Controller.
•You must have the following information:
–Controller name and password for the model of the device stack included with Network Services Manager. The default values are:
—Controller name: vmdc-controller
–Engine hostname or IP address
–(Optional) Syslog host FQDN or IP address
To configure the controller for engine-to-controller communications and optionally identify a syslog host:
Step 1 Log into the console for the controller as user admin.
Step 2 Enter shell to enter the root shell.
Step 3 Enter the following command:/usr/local/overdrive/controller/bin/configure
Step 4 Enter the following information when prompted:
— Controller name—Accept the default value.
— Controller password—Accept the default value.
— Engine hostname or IP address—Enter the engine host name or IP address.
— Syslog host—To specify a remote syslog host, enter the host FQDN or IP address. If you do not want to specify a syslog host, press Enter to accept the default value of none.
The script displays your entries for the above items.
Step 5 When prompted, press Enter to continue.
The script continues and displays its progress. After the script completes processing, it returns you to the shell prompt.
Step 6 Enter exit to exit the shell.
Step 7 Reboot the controller by entering reload.
The following prompt is displayed:Save the current ADE-OS running configuration? (yes/no) [yes]
Step 8 Accept the default value.
The following is an example of the configure script:[root@cnh-controller ~]# /usr/local/overdrive/controller/bin/configureNetwork Hypervisor Controller (Agent) configure scriptController name? [vmdc-controller] <cr>Controller password? [password] <cr>Re-enter controller password: [password] <cr>Engine hostname or IP address ? cnh-engineSyslog host? <cr>------------You entered:------------Controller name: vmdc-controllerController password: passwordEngine hostname: cnh-engineSyslog host: (none specified)Press Enter to continue, or Ctrl-C to exit <cr>Creating agent config directory: /etc/overdrive/vmdc-controllerCreating controller persistence directory: /usr/local/overdrive/controller/data/vmdc-controllerRemember to upgrade contents of demo cert /etc/overdrive/certs.p12 prior to production use.Created:/etc/overdrive/vmdc-controller:total 56-rw-r--r-- 1 root root 4147 Dec 14 19:35 agent.properties-rw-r----- 1 root root 5757 Dec 14 19:35 boilerplates.xml-rw-r--r-- 1 root root 2426 Dec 14 19:35 log4j.properties-rw-r--r-- 1 root root 1556 Dec 14 19:35 Overdrive.properties-rw-r----- 1 root root 1648 Dec 14 19:35 ssl.properties-rw-r----- 1 root root 363 Dec 14 19:35 staticroutes.router/usr/local/overdrive/controller/data/vmdc-controller:total 8-rw-r----- 1 root root 2970 Dec 14 19:35 services.xml[root@cnh-controller ~]# reloadSave the current ADE-OS running configuration (yes/no) [yes] ?Generating configuration...Saved the ADE-OS running configuration to startup successfullyContinue with reboot? [y/n]
Configuring the Device Stack Model in Network Services Manager
It is important for Network Services Manager to have an accurate representation of your physical device stack so that it can manage the devices and services appropriately. You can verify that Network Services Manager has the correct configuration by viewing configuration details in the Administration UI.
•For information on logging into the Administration UI, see Getting Started with Network Services Manager.
•For information on using the Administration UI to review device and interconnect configurations, see the chapter named "Working with the Network Services Manager Administration UI" in the Cisco Network Services Manager 5.0 User Guide.
Note If you need to update the model of the device stack in Network Services Manager, contact Cisco Advanced Services for assistance.
Changing User Passwords
We recommend that you change user passwords for security purposes.
The following conventions apply when changing user passwords:
•The password must contain at least eight characters.
•The password much contain characters from three of the following groups:
If your organization requires different password policy settings, review and edit the passwordpolicy.properties file on the engine in the following directory:
To change the password for the Network Services Manager Administration UI or apiclient account:
Step 1 Log into the Network Services Manager engine from the vSphere console window.
Step 2 To enter the root shell, enter shell.
Step 3 Navigate to the correct directory by entering:cd /usr/local/overdrive/engine/bin/UtilUpdateUserPassword
Step 4 To change the Administration UI password, enter the following command:java -jar UtilUpdateUserPassword.jar old-password new-password
— old-password is the current admin password.
— new-password is the new admin password.
Step 5 To change the password for the apiclient account, enter the following command:java -Dusername=apiclient -jar UtilUpdateUserPassword.jar old-password new-password
— old-password is the current apiclient account password.
— new-password is the new apiclient account password.
Step 6 Leave the root shell by entering exit.
Step 7 If you updated the Administration UI password, close any browser windows that are logged into Network Services Manager using the old password, and log in again using the new password.
Step 8 If you updated the apiclient password, update any application using the apiclient account with the new password.
6 Getting Started with Network Services Manager
The following sections describe how to get started with Network Services Manager:
Updating Security Certificates
Network Services Manager contains two preinstalled demonstration security certificates: one for the engine, and one for the controller. Before you use Network Services Manager in a production environment, you must replace the supplied demonstration certificates with your own security certificates. If you need assistance in replacing the certificates, contact Cisco Advanced Services.
Logging into Network Services Manager
This section describes how to log into the Network Services Manager Administration UI. For more information about the Administration UI and how to use it, see the Cisco Network Services Manager 5.0 User Guide.
To log into the Network Services Manager Administration UI:
Step 1 In your browser, enable popup windows for the Network Services Manager engine. If you do not enable popup windows, you cannot view confirmation dialog boxes or other messages that Network Services Manager displays.
Step 2 Enter the following URL:https://hostname:8443/
where hostname is the hostname of the Network Services Manager engine.
Step 3 When prompted, accept the security certificate.
Step 4 In the login screen, enter the username and password. The default value is admin for both the username and password.
Note If you have not already done so, we recommend that you change the password. To change the login password, see Changing User Passwords.
The main Administration screen is displayed with the ROOT domain selected.
The following topics describe initial steps you can take in troubleshooting issues with Network Services Manager and how, if necessary, you can restore either the engine or controller to the factory default settings:
What to Do First
If you encounter problems when using Network Services Manager, we recommend that you first:
•Verify that the topology model accurately represents your physical device stack, including ports, IP addresses, interconnects, and so on.
•In the Administration UI, click the Alerts View tab to view system messages issued by Network Services Manager.
•If you have configured a remote syslog host, review the messages it has received for information that can help you diagnose the problem.
Returning to Default Settings
If needed, you can return either the Network Services Manager engine or controller to the default post-installation settings by using the application reset-config command.
To reset the engine or controller to the default post-installation settings:
Step 1 Log into the engine or controller from the vSphere console window as user admin.
Step 2 Enter the following command:application reset-config application-name
where application-name is one of the following, depending on whether you logged into the engine or the controller:
Step 3 If you reset the controller to factory defaults, reconfigure the controller as described in Configuring the Controller.
Step 4 If you reset the engine to factory defaults, reconfigure the model in the device stack as described in Configuring the Device Stack Model in Network Services Manager.
We recommend that you document your physical topology and update it as needed to maintain accurate information for your site. Having current information on the deployed topology can assist you significantly if you need to troubleshoot configuration issues.
This section contains the following tables for your use:
Table 11 Network Services Manager Passwords
System Username Password
Engine OVA console
Controller OVA console
9 Example Configurations for the Supplied Device Stack Model
This section includes example configuration files for the following devices:
These devices are included in the model that Network Services Manager provides for the device stack. For more information, see Device Stack.
Cisco ASR 1004 Router
The following configuration example for a Cisco ASR 1004 router shows that the port channel interface is configured as the downlink interconnect to a Cisco Nexus 7000 distribution switch:od-l1-asr1k-a#show running-config interface port-channel 10Building configuration...Current configuration : 75 bytes!interface Port-channel10description to od-l1-n7k-cno ip addressendod-l1-asr1k-a#show running-config interface TenGigabitEthernet0/0/0Building configuration...Current configuration : 98 bytes!interface TenGigabitEthernet0/0/0no ip addresscdp enablechannel-group 10 mode activeendod-l1-asr1k-a#
Cisco Nexus 7000 Distribution Switch
The following configuration example for a Cisco Nexus 7000 distribution switch shows that port-channel10 is configured as the interconnect uplink to a Cisco ASR 1000 device:od-l1-n7k-c# show running-config int port-channel 10!Command: show running-config interface port-channel10!Time: Thu Oct 20 19:58:48 2011version 5.2(1)interface port-channel10description od-l1-asr1k-aod-l1-n7k-c# show running-config interface Eth9/3!Command: show running-config interface Ethernet9/3!Time: Wed Nov 23 07:34:57 2011version 5.2(1)interface Ethernet9/3channel-group 10 mode passiveno shutdownod-l1-n7k-c#
The following configuration example for a Cisco Nexus 7000 distribution switch shows that the interfaces to the Layer 2 aggregation switches and the DSN/VSS links are configured in switchport mode and set to trunk:od-l1-n7k-c# show running-config interface port-channel 5!Command: show running-config interface port-channel5!Time: Thu Oct 20 20:00:35 2011version 5.2(1)interface port-channel5description vPC to od-l1-n5k-a+bswitchportswitchport mode trunkswitchport trunk allowed vlan 1vpc 5od-l1-n7k-c# show running-config interface Eth9/5!Command: show running-config interface Ethernet9/5!Time: Wed Nov 23 07:33:45 2011version 5.2(1)interface Ethernet9/5switchportswitchport mode trunkswitchport trunk allowed vlan 1channel-group 5 mode activeno shutdownod-l1-n7k-c# show running-config interface Eth9/6!Command: show running-config interface Ethernet9/6!Time: Wed Nov 23 07:34:07 2011version 5.2(1)interface Ethernet9/6switchportswitchport mode trunkswitchport trunk allowed vlan 1channel-group 5 mode activeno shutdownod-l1-n7k-c#
Cisco 6500 DSN/VSS Service Node
The following configuration example for a Cisco 6500 DSN/VSS service node shows that the VSS is formed correctly and that the virtual switch link (VSL) is up:od-c3-vss#show switch virtualSwitch mode : Virtual SwitchVirtual switch domain number : 149Local switch number : 1Local switch operational role: Virtual Switch ActivePeer switch number : 2Peer switch operational role : Virtual Switch Standbyod-c3-vss#show switch virtual linkVSL Status : UPVSL Uptime : 5 weeks, 4 days, 2 hours, 47 minutesVSL SCP Ping : PassVSL ICC Ping : PassVSL Control Link : Te1/5/4od-c3-vss#
The following guidelines apply for service module configuration:
•The failover groups must be operational on both modules.
•Network Services Manager expects the same user credentials for the service modules and the VSS chassis that houses the modules.
The following configuration example shows that multiple context mode is enabled.od-c2-fwsm-a/3/act(config)# mode multipleSecurity context mode: multipleThe flash mode has not been modified.The requested mode is the SAME as the flash mode.od-c2-fwsm-a/3/act(config)#
The following configuration example shows that the firewall service modules (FWSMs) are configured as a failover pair and use an Active/Active failover setup.od-c2-fwsm-a/3/act# show running-config failoverfailoverfailover lan unit primaryfailover lan interface fa-lan Vlan50failover link fa-state Vlan51failover interface ip fa-lan 126.96.36.199 255.255.255.0 standby 188.8.131.52failover interface ip fa-state 184.108.40.206 255.255.255.0 standby 220.127.116.11failover group 1preemptfailover group 2secondarypreemptod-c2-fwsm-a/3/act#
Cisco Nexus 5000 Aggregation Switch
The following configuration example for a Cisco Nexus 5000 aggregation switch shows that the uplinks and downlink trunks are configured in switchport mode and set to trunk:od-l1-n5k-b# show running-config int port-channel 5!Command: show running-config interface port-channel5!Time: Wed Oct 26 18:28:12 2011version 5.0(3)N2(2)interface port-channel5description UCS fabric interconnect Aswitchport mode trunkvpc 5switchport trunk allowed vlan 229spanning-tree port type edge trunkod-l1-n5k-b# show running-config interface ethernet 1/5!Command: show running-config interface Ethernet1/5!Time: Tue Dec 13 18:10:25 2011version 5.0(3)N2(2)interface Ethernet1/5switchport mode trunkswitchport trunk allowed vlan 229channel-group 5 mode activeod-l1-n5k-b#
The following example for a Cisco Nexus 5000 aggregation switch shows that the virtual PC (vPC) is up and permits VLANs:od-l1-n5k-b# show vpcLegend:(*) - local vPC is down, forwarding via vPC peer-linkvPC domain id : 7Peer status : peer adjacency formed okvPC keep-alive status : peer is aliveConfiguration consistency status: successPer-vlan consistency status : successType-2 consistency status : successvPC role : primaryNumber of vPCs configured : 3Peer Gateway : EnabledDual-active excluded VLANs : -Graceful Consistency Check : EnabledvPC Peer-link status---------------------------------------------------------------------id Port Status Active vlans-- ---- ------ --------------------------------------------------1 Po1 up 1,229vPC status----------------------------------------------------------------------------id Port Status Consistency Reason Active vlans------ ----------- ------ ----------- -------------------------- -----------3 Po3 up success success -5 Po5 up success success 2296 Po6 up success success 229od-l1-n5k-b#
Cisco UCS Fabric Interconnect Switch
The following example for a Cisco UCS Fabric Interconnect shows the maximum of two vNIC templates in updating mode and assigned to separate Fabric Interconnects:od-l1-ucs-A /org # show vnic-templvNIC Template:Name Type Fabric ID-------------------- ----------------- ---------od-l1/od-l1_vnic0 Updating Template Aod-l1/od-l1_vnic1 Updating Template Bod-l1-ucs-A /org #
Cisco Nexus 1000V Switch
The following configuration example for a Cisco Nexus 1000V switch shows that an uplink port-profile is created and is configured in switchport mode and set to trunk:od-l1-vsm# show running-config port-profile n1kv-uplink0!Command: show running-config port-profile n1kv-uplink0!Time: Wed Oct 26 18:04:46 2011version 4.2(1)SV1(4a)port-profile type ethernet n1kv-uplink0vmware port-groupswitchport mode trunkswitchport trunk allowed vlan 229channel-group auto mode on mac-pinningno shutdownsystem vlan 229state enabledod-l1-vsm#
10 Related Documentation
Note We sometimes update the documentation after original publication. Therefore, you should also review the documentation on Cisco.com for any updates.
The following documents are available for Cisco Network Services Manager 5.0:
Obtaining Documentation and Submitting a Service Request
For information on obtaining documentation, submitting a service request, and gathering additional information, see the monthly What's New in Cisco Product Documentation, which also lists all new and revised Cisco technical documentation:
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