Cisco 6500 series cisco ios software configuration guide

cisco 6500 series cisco ios software configuration guide

Catalyst Series Cisco IOS Software Configuration Guide, SX · Whole-book PDF: Catalyst Series IOS Software Configuration Guide, Release SX. Catalyst Series Switch Cisco IOS Software Configuration Guide, Release SXF. OL Verifying BGP NSF Configuring OSPF NSF Catalyst Switch Software Configuration Guide. OL Configuring Cisco IOS Agents Enabling Automated CNS Configuration SESSION TIMEOUT CITRIX Приобрести Подробнее 125,00. Приобрести Подробнее 25,00. Приобрести Подробнее 1 350,00 грн работы Интернет-магазин работает. Приобрести Подробнее 815,00. Бесплатная доставка от 400 грн Время работы Интернет-магазин работает Добро пожаловать в сумму: 00,00 грн.

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The information I wanted was easy to find. The information I found was useful to my job. You can also send us your comments by e-mail to bug-doc cisco. When mailing this card from outside of the United States, please enclose in an envelope addressed to the location on the back of this card with the required postage or fax to Corporate Headquarters Cisco Systems, Inc. If either switch regardless of priority is initiated prior to the subsequent switch, it always assumes the role of the active virtual switch.

The multichassis EtherChannel MEC is another term to identify an etherchannel that allows a connected node to terminate the EtherChannel across the two physical Cisco Catalyst Series. To find more informations about etherchannel read this article. Nice, I really liked how all was explained. Thank u. Good Doc. One thing I have a question. Save my name, email, and website in this browser for the next time I comment. This site uses Akismet to reduce spam. Learn how your comment data is processed.

Sign in. Privacy Policy WhoisUP 0. Forgot your password? Privacy Policy. Password recovery. Recover your password. Get help. Cisco VSS configuration. By Fabio Semperboni. November 26, Layer 3 Protocols routing protocols, etc. The VSS requires 67xx series switching modules. Convert to a VSS Convert both switches to virtual switch mode.

During these phases: The running configuration of the individual switch is converted into a three-level virtual switch interface notation. The startup configuration is updated with the three-number notation. A copy of the original startup configuration converted to three-number notation is written to the bootflash of the respective switch.

Both switches reload. NOTE: Make sure to configure one or more dual-active detection methods once the conversion is complete and the switches have come up in VSS mode. Do you want to proceed? Destination filename [startup-config. Reload Reason: Conversion. Wait more or less five minutes, then convert the second switch. The interface name is converted into three-level interface.

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The CoS bits in the Because the QoS treatment is inferred from the EXP both class and drop precedence , several classes of traffic can be multiplexed onto a single LSP use the same label. The maximum number of classes would be less after reserving some values for control plane traffic or if some of the classes have a drop precedence associated with them.

A DSCP defines a class and drop precedence. In some cases, however, the EXP bits are used exclusively to encode the dropping precedence. Layer 2 frames carry Layer 3 packets. A Layer 2 CoS label can have a value ranging between zero for low priority and seven for high priority.

A Layer 3 IP precedence label can have a value ranging between zero for low priority and seven for high priority. IP precedence values are defined by the three most significant bits of the 1-byte ToS byte. Marking is also the process of choosing different values for the MPLS EXP field to mark packets so that they have the priority that they require during periods of congestion. Policing can mark or drop traffic. Setting the MPLS experimental EXP field value satisfies the requirement of service providers who do not want the value of the IP precedence field modified within IP packets transported through their networks.

By choosing different values for the MPLS EXP field, you can mark packets so that packets have the priority that they require during periods of congestion. None of the following have any effect on MPLS packets:. Classification is the process that selects the traffic to be marked. Classification accomplishes this by partitioning traffic into multiple priority levels, or classes of service. Traffic classification is the primary component of class-based QoS provisioning.

Policing causes traffic that exceeds the configured rate to be discarded or marked down to a higher drop precedence. Marking is a way to identify packet flows to differentiate them. Packet marking allows you to partition your network into multiple priority levels or classes of service. The MPLS QoS policing and marking features that you can implement depend on the received traffic type and the forwarding operation applied to the traffic.

See "Configuring a Policy Map" section for information. You do not need to enter a command to save the IP ToS. You can attach egress EXP mutation maps to these interface types:. Tunneling provides QoS transparency from one edge of a network to the other edge of the network. Differentiated service satisfies a range of requirements by supplying for each transmitted packet the service specified for that packet by its QoS. Service can be specified in different ways, for example, using the IP precedence bit settings in IP packets.

Based on the IP precedence marking, the packet is given the treatment configured for that quality of service. However, the service provider might want to set QoS for an MPLS packet to a different value determined by the service offering. The ingress interfaces are physical ports, subinterfaces, or VLANs. The results of ingress and egress aggregate and microflow policing are combined into a final policing decision.

The out-of-profile packets can be either dropped or marked down in the DSCP. Note Incoming labels are aggregate or nonaggregate. The nonaggregate label indicates that the packet contains the IP next hop information. The PFC receives the traffic from the input interface and uses the For classification of incoming IP packets, the input service policy can also use access control lists ACLs. For each incoming packet, the PFC performs a lookup on the IP address to determine the next-hop router.

The PFC forwards the labeled packets to the appropriate output interface for processing. The PFC also forwards the At the output interface, the labeled packets are differentiated by class for marking or policing. Incoming MPLS-labeled packets and The PFC receives the traffic from the input interface and uses the EXP bits to perform classification, marking, and policing.

Note Within the service provider network, there is no IP precedence field for the queueing algorithm to use because the packets are MPLS packets. MPLS-labeled packets and Aggregate labels are classified using the original Nonaggregate labels are classified with the EXP value by default.

For aggregate labels, the PFC performs a lookup on the IP address to determine the packet's destination; the PFC then forwards the packet to the appropriate output interface for processing. For non-aggregate labels, forwarding is based on the label.

By default, non-aggregate labels are popped at the penultimate-hop router next to last , not the egress PE router. The packets are differentiated according to the Additionally, this section provides information about the capabilities provided by the ingress and egress interface modules. Egress policies do not classify traffic on the imposed EXP value nor on a marking done by an ingress policy.

If more than one label is imposed, the EXP value is the same in each label. See the following two examples:. The CoS is mapped from the ToS. LAN port classification is based on the received Layer 2 Additionally, this section provides information about the capabilities provided by the ingress and egress modules. The QoS result is affected by the following:. The egress IP policy can overwrite this ingress ToS to an arbitrary value.

Note For information about recirculation, see the "Recirculation" section. Ingress IP policies are not supported. The match mpls experimental command matches on the EXP value in the received topmost label. In situations when there are multiple interfaces belonging to the same VPN, you can perform per-VPN policing aggregation using the same shared policer in the ingress or egress service policies for all similar interfaces associated with the same PFC. Note For information on recirculation, see the "Recirculation" section.

Additionally, the section provides information about the capabilities provided by the ingress and egress modules. What the PFC does next depends on whether it is swapping labels, imposing a new label, or popping a label:. The PFC can mark down out-of-profile traffic using the police command's exceed and violate actions.

It does not mark in-profile traffic, so the conform action must be transmitted and the set command cannot be used. It then copies the EXP value in the imposed label to the underlying swapped label. The PFC can mark in-profile and mark down out-of-profile traffic. The match mpls experimental command matches on the egress CoS; it does not match on the EXP in the topmost label. Note If there is a service policy with a set for EXP field, its EXP field will be placed into the imposed label and also into the swapped label.

The default platform qos rewrite ip dscp command must remain enabled in order for the PFC to assign the correct EXP value for the labels that it imposes. Note The switch applies the port CoS value to untagged ingress traffic and to traffic that is received through ports that cannot be configured to trust CoS.

This allows you to define service policies to police the EXP traffic on a per-interface basis by using the police command. To configure a class map, perform this task beginning in global configuration mode:. This example shows that all packets that contain MPLS experimental value 3 are matched by the traffic class named exp After you identify the class, you can use the match mpls experimental command to configure its match criteria.

The last command overrides the previously entered commands. You can attach only one policy map to an interface. Policy maps can contain one or more policy map classes, each with different policy map commands. Configure a separate policy map class in the policy map for each type of traffic that an interface receives. Put all commands for each type of traffic in the same policy map class. To disable the setting, use the no form of this command. Note The set mpls experimental imposition command replaces the set mpls experimental command.

When setting the EXP value on all imposed labels, follow these guidelines and restrictions:. Policing is a function in the PFC hardware that provides the ability to rate limit a particular traffic class to a specific rate. The PFC supports aggregate policing and microflow policing. Aggregate policing meters all traffic that ingresses into a port, regardless of different source, destination, protocol, source port, or destination port.

Microflow policing meters all traffic that ingresses into a port, on a per flow per source, destination, protocol, source port, and destination port. For additional information on aggregate and microflow policing, see Chapter 61 "Classification, Marking, and Policing.

The following restrictions and guidelines apply when using the police command to configure a policy map:. The packet may get dropped or the EXP value is marked down. The PFC does not mark in-profile traffic; when marking down out-of-profile traffic, the PFC marks the outgoing topmost label.

The PFC does not propagate the marking down through the label stack. Otherwise, flow key operation is similar to IP-to-IP. You can display a policy map with an interface summary for MPLS QoS classes or with the configuration of all classes configured for all service policies on the specified interface.

To display the configuration of all classes configured for all service policies on the specified interface, perform this task:. Displays the configuration of all classes configured for all policy maps on the specified interface. Router config-if platform qos exp-mutation exp-mutation-table-name. Router config platform qos map exp-dscp values. Valid values are 0 through Valid values are 0 through 7.

Tunneling provides QoS the ability to be transparent from one edge of a network to the other edge of the network. A tunnel starts where there is label imposition. EXP marking does not propagate to the packet ToS byte. For a description of this mode, see the "Short Pipe Mode" section. This mode provides consistent QoS classification and marking throughout the network including CE and core routers. EXP marking is propagated to the underlying ToS byte. Commands executed for all Inventory messages sent in anonymous mode and for Delta Inventory message sent in full registration mode:.

Commands executed for Full Inventory message sent in full registration mode:. During switchover, the OIR facility is unable to clean up running-config processor. Supervisor attempting to come up as secondary in EHSA mode, will not be allowed. Events related to standard or intelligent line cards. Power denied. The following tables display the content formats of alert group messages:.

Table Format for a Short Text Message. Device identification. Error level such as that applied to a system message. Date and time stamp of event in ISO time notation:. Name of message. Severity level of message see Table Unique device identifier UDI for end device generating message. This field should be empty if the message is nonspecific to a fabric switch. The format is type Sid seria l. Optional user-configurable field used for contract information or other ID by any support service.

Optional user-configurable field used for Cisco-supplied site ID or other data meaningful to alternate support service. If the message is generated from the fabric switch, this is the unique device identifier UDI of the switch. Node that experienced the event. This is the host name of the device.

Name of person to contact for issues associated with the node experiencing the event. Email address of person identified as contact for this unit. Phone number of the person identified as the contact for this unit. Optional field containing street address for RMA part shipments associated with this unit. Model name of the switch. This is the specific model as part of a product family name.

The System ObjectID that uniquely identifies the system. The following fields may be repeated if multiple CLI commands are executed for this alert group. Name of the affected FRU generating the event message. State of process for example, running or halted. Table Fields for an Inventory Event Message.

To configure the customer contact information, perform this task:. Router configure terminal. Router config call-home. Router cfg-call-home contact-email-addr email-address. Enter up to characters in email address format with no spaces. Enter up to 16 characters. Router cfg-call-home street-address street-address. Enter up to characters. Router cfg-call-home customer-id text.

Optional Identifies the customer ID. Enter up to 64 characters. Router cfg-call-home site-id text. Optional Identifies the customer site ID. Router cfg-call-home contract-id text. This example shows the configuration of contact information:. Router cfg-call-home contact-email-addr username example.

Router cfg-call-home street-address " Picaboo Street, Any city, Any state, ". Router cfg-call-home customer-id Customer Router cfg-call-home site-id Site1ManhattanNY. Router cfg-call-home contract-id Company Router cfg-call-home exit. A destination profile contains the required delivery information for an alert notification.

At least one destination profile is required. You can configure multiple destination profiles of one or more types. You can use the predefined destination profile or define a profile. If you define a new destination profile, you must assign a profile name. You can configure the following attributes for a destination profile:. If you disable both methods, email will be enabled.

The default is XML. The CiscoTAC-1 profile is intended for use with the Smart Call Home service, which requires certain additional configuration steps to enable the service with the Call Home feature. Router config interface type. Assigns an IP address and subnet mask to the interface.

Router config-if exit. Router config-if ip address To use the email message transport, perform this task:. Specifies an email server and its relative priority among configured email servers, where:. Router cfg-call-home mail-server smtp. Router cfg-call-home mail-server To configure a destination profile for email transport, complete this task:. Router cfg-call-home sender from email-address. Optional Assigns the email address that will appear in the from field in Call Home email messages. If no address is specified, the contact email address is used.

Router cfg-call-home sender reply-to email-address. Optional Assigns the email address that will appear in the reply-to field in Call Home email messages. Router cfg-call-home source-interface interface-name. Optional Specifies the source interface name to send Call Home e-mail messages. If no source interface name or source ip address is specified, an interface in the routing table is used. Router config-call-home profile name.

Enters call home destination profile configuration mode for the specified destination profile name. If the specified destination profile does not exist, it is created. Router cfg-call-home-profile destination transport-method email. Configures the message transport method for email. This is the default. Configures the destination email address to which Call Home messages are sent. Optional Configures a preferred message format.

Router cfg-call-home-profile destination message-size bytes. Optional Configures a maximum destination message size from 50 to bytes for the destination profile. The default is bytes. Router cfg-call-home-profile active. Optional Enables the destination profile. By default, a user-defined profile is enabled when it is created. Router cfg-call-home-profile exit. Exits call home destination profile configuration mode and returns to call home configuration mode.

Router cfg-call-home end. Router cfg-call-home http-proxy 1. To configure an HTTP client source interface, perform this task:. Router config ip http client source-interface type number. Configures the source interface for the HTTP client. To configure a destination profile for HTTP transport, perform this task:. Enters call home destination profile configuration mode for the specified destination profile. Router cfg-call-home-profile destination transport-method http. Router cfg-call-home-profile destination address http url.

If the destination is a secure server, you must also configure a trustpoint CA. Optional Configures a maximum destination message size for the destination profile. Enables the destination profile. By default, a profile is enabled when it is created. This example shows how to configure a destination profile for HTTP transport:. Except for the predefined CiscoTAC-1 profile, all Call Home destination profiles are automatically activated when you create them. If you do not want to use a profile right way, you can deactivate the profile.

The CiscoTAC-1 profile is inactive by default and must be activated to be used. To activate or deactivate a destination profile, perform this task:. By default, a new profile is enabled when it is created. Router cfg-call-home-profile no active. Exits call home destination profile configuration mode and returns to privileged EXEC mode.

This example shows how to activate a destination profile:. This example shows how to deactivate a destination profile:. To create a new destination profile by copying an existing profile, perform this task:. Creates a new destination profile with the same configuration settings as the existing destination profile, where:. To change the name of an existing profile, perform this task:. You can use either email or http transport to communicate with the Smart Call Home service backend server.

By default, the CiscoTAC-1 profile is inactive and uses email as the default transport method. To use email transport, you only need to enable the profile. To verify the profile configuration for Call Home, use the show call-home profile command. An alert group is a predefined subset of Call Home alerts supported in all switches. Different types of Call Home alerts are grouped into different alert groups depending on their type. These alert groups are available:. You can select one or more alert groups to be received by a destination profile.

Note A Call Home alert is only sent to destination profiles that have subscribed to the alert group containing that Call Home alert. In addition, the alert group must be enabled. To subscribe a destination profile to an alert group, perform this task:. Enables the specified alert group. Use the keyword all to enable all alert groups. By default, all alert groups are enabled.

Router cfg-call-home profile name. Enters the Call Home destination profile configuration submode for the specified destination profile. Router cfg-call-home-profile subscribe-to-alert-group all. Subscribes this destination profile to all available alert groups using the lowest severity. Subscribes this destination profile to the Configuration alert group. Subscribes this destination profile to the Diagnostic alert group. Subscribes this destination profile to the Environment alert group.

Subscribes this destination profile to the Inventory alert group. Subscribes this destination profile to the Syslog alert group. Exits the Call Home destination profile configuration submode. The sending period can be one of the following:. The severity threshold is configured using the keywords in Table , and ranges from catastrophic level 9, highest level of urgency to debugging level 0, lowest level of urgency.

If no severity threshold is configured, the default is debugging level 0. Note Call Home severity levels are not the same as system message logging severity levels. Table Severity and Syslog Level Mapping. Basic notification and informational messages. Possibly independently insignificant. If you configure a pattern, a Syslog alert group message will be sent only if it contains the specified pattern and meets the severity threshold.

You can specify up to five patterns for each destination profile. To enable the Call Home feature, perform this task:. Router config service call-home. To configure Call Home traffic rate limiting, perform this task:. Router cfg-call-home rate-limit number. Optional Specifies a limit on the number of messages sent per minute, from 1 to The default is This example shows how to configure Call Home traffic rate limiting:.

To enable call-home syslog message throttling, which avoids sending repetitive call-home syslog messages, perform this task:. Enables call-home syslog message throttling, which avoids sending repetitive call-home syslog messages. By default, syslog message throttling is enabled. To manually send a Call Home test message, perform this task:.

Router call-home test [ " test-message " ] profile name. Sends a test message to the specified destination profile. If no user-defined message is configured, a default message will be sent. To manually trigger a Call Home alert group message, perform this task:. Router call-home send alert-group configuration [ profile name ]. Sends a configuration alert group message to one destination profile if specified, or to all subscribed destination profiles.

Sends a diagnostic alert group message to the configured destination profile if specified, or to all subscribed destination profiles. You must specify the module or port whose diagnostic information should be sent. If a virtual switching system VSS is used, you must specify the switch and module. Router call-home send alert-group inventory [ profile name ]. Sends an inventory alert group message to one destination profile if specified, or to all subscribed destination profiles.

To submit a request for report and analysis information from the Cisco Output Interpreter tool, perform this task:. Router call-home request output-analysis " show-command " [ profile name ] [ ccoid user-id ]. Sends the output of the specified show command for analysis. Sends the output of a predetermined set of commands such as the show running-config all , show version , and show module standalone or show module switch all VS system commands, for analysis.

Specifies the type of report requested. This example shows a request for analysis of a user-specified show command:. The following example shows how to send the output of a command to a user-specified e-mail address:. The following example shows the command output sent in long-text format to attach cisco. The following example shows the command output sent in XML message format to callhome cisco. The following example shows the command output sent to the Cisco TAC backend server through the HTTP protocol and forwarded to a user-specified email address:.

The user guide includes configuration examples for sending Smart Call Home messages directly from your device or through a transport gateway TG aggregation point. You can use a TG aggregation point in cases requiring support for multiple devices or in cases where security requirements mandate that your devices may not be connected directly to the Internet. The script also assists in configuring the trustpoint CA for secure communications with the Smart Call Home service.

This profile is inactive by default. Unlike other profiles that you can configure in Call Home to support both transport methods, the CiscoTAC-1 profile can only use one transport method at a time. In addition, you must minimally specify a contact email address and enable the Call Home feature.

To enable the Smart Call Home service, perform this task:. Router config-call-home profile CiscoTAC Enters call home destination profile configuration mode for the CiscoTAC-1 destination profile. Exits call home configuration mode and returns to global configuration mode.

Router config exit. Exits global configuration mode and returns to privileged EXEC mode. Router copy running-config startup-config.

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