System-Defined Device Drivers
  
System-Defined Device Drivers
A device driver defines a set of configuration commands that may be issued by NetIM to collect information directly from a network device. NetIM ships with a set of system-defined device drivers.
This section includes the following topics:
• “CLI Commands Included in System-Defined Device Drivers“
Lists the commands issued during Device Config File Collection to collect device data and during AppNetwork Path Analysis.
• “Supported IPv4 IP Route Commands“
Lists route commands that may be configured for system-defined device drivers for which the collection and import of partial routing tables is supported.
A system-defined device driver may support multiple versions of a command for a given command type. When this is the case, the command is unlocked in the device driver. Supported IPv4 IP Route Commands lists supported commands for IP route. See the Riverbed Support site's Knowledge Base for supported commands for other command types.
• “Additional Information on Device Support“
CLI Commands Included in System-Defined Device Drivers
The following table lists the commands in system-defined device drivers that are used to collect CLI data when the Device Config File component of Device Data Collection runs. Additionally, the table lists the traceroute commands issued during AppNetwork Path Analysis.
 
Device Driver
Command Type
Command
Alcatel (AOS)
Initialize Session
no more
CDP
show amap
Version
show chassis, show system
Module
show module long
VLAN
show vlan
ARP Table
show arp
Interface
show interfaces status
Configuration
show configuration snapshot
CAM Table
show mac-address-table learned
IP Route
show ip route
HTTP
show http
Trace Route
traceroute $DESTINATION
Finalize Session
more
Alcatel (OmniAccess)
Initialize Session
no paging
Version
show version
VLAN
show vlan,show vlan status
ARP Table
show arp
Interface
show port status,show inventory
Configuration
show running-config
Startup Configuration
show startup-config
CAM Table
show mac-address-table
IP Route
show ip route
HTTP
show access-server status
Trace Route
traceroute $DESTINATION
Finalize Session
paging
Alcatel (OmniStack LS 6200)
Initialize Session
terminal datadump
CDP
show stack, show amap
Version
show version, show system, show system unit 1, show system unit 2, show system unit 3, show system unit 4, show system unit 5, show system unit 6, show system unit 7, show system unit 8
ARP Table
show arp
Interface
show interfaces configuration, show interfaces status, show system, show system unit 1, show system unit 2, show system unit 3, show system unit 4, show system unit 5, show system unit 6, show system unit 7, show system unit 8, show vlan
Configuration
show running-config
Startup Configuration
show startup-config
CAM Table
show bridge address-table
HTTP
show ip http
Trace Route
traceroute $DESTINATION
Finalize Session
no terminal datadump
Aruba OS Wireless
Initialize Session
no paging
Version
show version
VLAN
show vlan,show vlan status
ARP Table
show arp
Interface
show port status,show inventory
Configuration
show running-config
Startup Configuration
show startup-config
CAM Table
show mac-address-table
IP Route
show ip route
HTTP
show access-server status
Trace Route
traceroute $DESTINATION
Finalize Session
paging
CheckPointGAiA
Initialize Session
stty -opost
cd $FWDIR
Version
clish -c “show version all”,dmidecode | grep “Product Name”
Interface
clish -c “show virtual-system all”,clish -c “show interfaces all”,clish -c “show bonding groups”
Configuration
clish -c “show configuration”
IP Route
netstat -rn,vsenv 1;
netstat -rn,vsenv 2;
netstat -rn,vsenv 3;
netstat -rn,vsenv 4;
netstat -rn,vsenv 5;
netstat -rn,vsenv 0
Check Point rules
clish -c “show virtual-system all”,tail -n +1 $FWDIR/database/rules.C,tail -n +1 $FWDIR/CTX/CTX*/database/rules.C
Check Point objects
clish -c “show virtual-system all”,tail -n +1 $FWDIR/database/objects.C,tail -n +1 $FWDIR/CTX/CTX*/database/objects.C
Traceroute
traceroute $DESTINATION
Next Hop
clish -c “show route destination $DESTINATION”
CheckPointLinux
Initialize Session
stty -opost
cd $FWDIR
Interface
uname; hostname; ifconfig -a;
cat /proc/net/bonding/bond*
IP Route
uname; hostname; netstat -rn
Check Point rules
cat database/rules.C
Check Point objects
cat database/objects.C
Trace Route
traceroute $DESTINATION
Next Hop
clish -c “show route destination $DESTINATION”
CheckPointNokia
Initialize Session
stty -opost
cd $FWDIR
Interface
uname; hostname; ifconfig -a
Configuration
cat /config/active
IP Route
uname; hostname; netstat -rn
Check Point rules
cat database/rules.C
Check Point objects
cat database/objects.C
Trace Route
traceroute $DESTINATION
Next Hop
clish -c “show route destination $DESTINATION”
CheckPointSolaris
Initialize Session
stty -opost
cd $FWDIR
Interface
hostname; ifconfig -a
IP Route
hostname; netstat -rnv
Check Point rules
cat database/rules.C
Check Point objects
cat database/objects.C
Trace Route
traceroute $DESTINATION
Next Hop
clish -c “show route destination $DESTINATION”
CheckPointUnix
Initialize Session
stty -opost
cd $FWDIR
Interface
hostname; ifconfig -a
IP Route
hostname; netstat -rnv
Check Point rules
cat database/rules.C
Check Point objects
cat database/objects.C
Trace Route
traceroute $DESTINATION
Next Hop
clish -c “show route destination $DESTINATION”
CheckPointWindows
Initialize Session
cd %FWDIR%
Interface
ipconfig /all
IP Route
hostname & netstat -rn
Check Point rules
type database\rules.C
Check Point objects
type database\objects.C
Trace Route
traceroute $DESTINATION
Cisco ASA
Initialize Session
no pager
no terminal pager
terminal pager 0
Version
show version
Interface
show interface
Configuration
show running-config
Startup Configuration
show startup-config
CAM Table
show switch mac-address-table
IP Route
show route
HTTP
show http
Trace Route
traceroute vrf $VRF $DESTINATION
Finalize Session
pager 24
terminal pager 24
Cisco ASA MultiContext
Initialize Session
no pager
no terminal pager
changeto system
Configuration
show tech-support
Trace Route
traceroute vrf $VRF $DESTINATION
Finalize Session
pager 24
terminal pager 24
Cisco FWSM
Initialize Session
no pager
no terminal pager
Version
show version
Configuration
show running-config
Startup Configuration
show startup-config
IP Route
show route
HTTP
show http
Trace Route
traceroute vrf $VRF $DESTINATION
Finalize Session
pager 24
terminal pager 24
Cisco FWSM MultiContext
Initialize Session
no pager
no terminal pager
changeto system
Configuration
show tech-support
Trace Route
traceroute vrf $VRF $DESTINATION
Finalize Session
pager 24
terminal pager 24
Cisco IOS XE
Initialize Session
terminal length 0
Frame-Relay Map
show frame-relay map
CDP
show cdp neighbors detail
Version
show version
Redundancy
show redundancy
ifIndex
show snmp mib ifmib ifindex
APS
show aps
SRP
show srp
ARP Table
show arp
Interface
show interfaces
IPv6 Interface
show ipv6 interface
Configuration
show running-config
Startup Configuration
show startup-config
HSRP Standby
show standby
IP Route
show ip route
IPv6 Route
show ipv6 route
IGMP Group
show ip igmp groups detail
Multicast Route
show ip mroute
HTTP
show ip http server all
Trace Route
traceroute vrf $VRF $DESTINATION
BGP RIB
show ip bgp
Next Hop
show ip route vrf $VRF $DESTINATION
Cisco NX-OS
Initialize Session
terminal length 0
CDP
show cdp neighbors detail
LLDP
show lldp neighbors
STP
show spanning-tree
Version
show version
VLAN
show vlan
Interface
show interface
Configuration
show running-config
Startup Configuration
show startup-config
CAM Table
show mac-address-table dynamic,show mac address-table dynamic
IP Route
show ip route
Trace Route
traceroute vrf $VRF $DESTINATION
LACP
show lacp internal info
FEX
show module fex all, show fex detail, show interface fex-fabric
Next Hop
show ip route $DESTINATION vrf $VRF
Cisco NX-OS 7000
Initialize Session
terminal length 0
CDP
show cdp neighbors detail
LLDP
show lldp neighbors
STP
show spanning-tree
Version
show version
VLAN
show vlan
Interface
show interface
Configuration
show running-config
Startup Configuration
show startup-config vdc-all
CAM Table
show mac-address-table dynamic,show mac address-table dynamic
IP Route
show ip route
Trace Route
traceroute vrf $VRF $DESTINATION
LACP
show lacp internal info
FEX
show module fex all, show fex detail, show interface fex-fabric
All Contexts Configuration
show running-config vdc-all
Next Hop
show ip route $DESTINATION vrf $VRF
Cisco Systems
Initialize Session
terminal length 0
Frame-Relay Map
show frame-relay map
MPLS TE Tunnels
show mpls traffic-eng tunnels
CDP
show cdp neighbors detail
LLDP
show lldp neighbors
STP
show spanning-tree
Version
show version
VTP
show vtp status
VLAN
show vlan
Redundancy
show redundancy
ifIndex
show snmp mib ifmib ifindex
APS
show aps
SRP
show srp
ARP Table
show arp
Interface
show interfaces
IPv6 Interface
show ipv6 interface
Configuration
show running-config
Startup Configuration
show startup-config
CAM Table
show mac-address-table dynamic
HSRP Standby
show standby
IP Route
show ip route
IPv6 Route
show ipv6 route
IGMP Group
show ip igmp groups detail
Multicast Route
show ip mroute
HTTP
show ip http server all
Trace Route
traceroute vrf $VRF $DESTINATION
BGP RIB
show ip bgp
Next Hop
show ip route vrf $VRF $DESTINATION
FIB Next Hop
show ip cef vrf $VRF $DESTINATION detail
Cisco Systems (Catalyst 4000)
Initialize Session
set length 0
CDP
show cdp neighbors detail
STP
show spantree
Version
show version
Module
show module
VLAN
show vlan
ifIndex
show port ifindex
Interface
show port status
Configuration
show config all
CAM Table
show cam dynamic
Trace Route
traceroute vrf $VRF $DESTINATION
Cisco Systems (Catalyst)
Initialize Session
set length 0
CDP
show cdp neighbors detail
STP
show spantree
Version
show version
Module
show module
VLAN
show vlan
Trunk
show trunk
ifIndex
show ifindex 1-100000
Interface
show port status
Configuration
show config all
CAM Table
show cam dynamic
Trace Route
traceroute vrf $VRF $DESTINATION
Cisco Systems (IOS XR)
Initialize Session
terminal length 0
MPLS TE Tunnels
show mpls traffic-eng tunnels
CDP
show cdp neighbors detail
Version
show version
APS
show aps
SRP
show srp
ARP Table
show arp
Interface
show interfaces
IPv6 Interface
show ipv6 interface
Configuration
show running-config
HSRP Standby
show hsrp
IP Route
show ip route
IGMP Group
show igmp groups detail
Multicast Route
show mrib route
Trace Route
traceroute vrf $VRF $DESTINATION
BGP RIB
show bgp
Next Hop
show ip route vrf $VRF $DESTINATION
Cisco Systems (IOS-based modular chassis)
Initialize Session
terminal length 0
Frame-Relay Map
show frame-relay map
MPLS TE Tunnels
show mpls traffic-eng tunnels
CDP
show cdp neighbors detail
LLDP
show lldp neighbors
STP
show spanning-tree
Version
show version
Module
show module
VTP
show vtp status
VLAN
show vlan
Trunk
show interface trunk
APS
show aps
SRP
show srp
ARP Table
show arp
Interface
show interfaces
IPv6 Interface
show ipv6 interface
Configuration
show running-config
Startup Configuration
show startup-config
CAM Table
show mac-address-table dynamic
HSRP Standby
show standby
IP Route
show ip route
IPv6 Route
show ipv6 route
IGMP Group
show ip igmp groups detail
Multicast Route
show ip mroute
HTTP
show ip http server all
Trace Route
traceroute vrf $VRF $DESTINATION
BGP RIB
show ip bgp
Next Hop
show ip route vrf $VRF $DESTINATION
CiscoPIX
Initialize Session
no pager
no terminal pager
Version
show version
Interface
show interface
Configuration
show running-config
Startup Configuration
show startup-config
IP Route
show route
HTTP
show http
Trace Route
traceroute vrf $VRF $DESTINATION
Finalize Session
pager 24
terminal pager 24
CiscoPIXMultiContext
Initialize Session
no pager
no terminal pager
changeto system
Configuration
show tech-support
Trace Route
traceroute vrf $VRF $DESTINATION
Finalize Session
pager 24
terminal pager 24
Extreme Networks
Initialize Session
disable clipaging
CDP
show edp
Version
show switch
Module
show slot,show version detail
VLAN
show vlan detail
ARP Table
show iparp
Configuration
show config detail
CAM Table
show fdb
IP Route
show iproute detail
Trace Route
traceroute $DESTINATION
Next Hop
show iproute detail $DESTINATION/$MASK
Finalize Session
enable clipaging
Extreme Networks (post-7.7)
Initialize Session
disable clipaging session
CDP
show edp
Version
show switch
Module
show slot,show version detail
VLAN
show vlan detail
ARP Table
show iparp
Configuration
show config detail
CAM Table
show fdb
IP Route
show iproute detail
Trace Route
traceroute $DESTINATION
Next Hop
show iproute detail $DESTINATION/$MASK
Extreme Networks (pre-6.2)
Initialize Session
disable clipaging
CDP
show edp
Version
show switch
Module
show version
VLAN
show vlan
ARP Table
show iparp
Configuration
show config
CAM Table
show fdb
IP Route
show iproute
Trace Route
traceroute $DESTINATION
Next Hop
show iproute detail $DESTINATION/$MASK
Finalize Session
enable clipaging
Extreme Networks (XOS)
Initialize Session
disable clipaging
CDP
show edp ports all detail
Version
show switch
Module
show slot detail,show version detail
VLAN
show vlan detail
ARP Table
show iparp
Configuration
show config,show policy detail
CAM Table
show fdb
IP Route
show iproute
Trace Route
traceroute $DESTINATION
Next Hop
show iproute detail $DESTINATION/$MASK
Finalize Session
enable clipaging
F5 Networks
Initialize Session
bash, !bash
Version
b version
CAM Table
b vlan all fdb,b vlan all tag
Trace Route
traceroute $DESTINATION
LACP
b trunk all lacp show
F5 Networks (BigPipe and TMOS)
Initialize Session
bash, !bash
tmsh modify cli preference pager disabled
Version
tmsh show sys version, tmsh show sys hardware
Interface
tmsh show net interface all-properties, tmsh show net trunk all-properties
Configuration
tmsh list, tmsh list net stp
CAM Table
tmsh show net fdb, tmsh list net vlan tag
Trace Route
traceroute $DESTINATION
LACP
tmsh show /net trunk detail
Next Hop
tmsh show /net route $DESTINATION/$MASK
F5 Networks (TMOS Only)
Initialize Session
tmsh modify cli preference pager disabled
Version
tmsh show sys version, tmsh show sys hardware
Interface
tmsh show net interface all-properties, tmsh show net trunk all-properties
Configuration
tmsh save /sys config file vnes.scf,
cat /var/local/scf/vnes.scf
CAM Table
tmsh show net fdb, tmsh list net vlan tag
Trace Route
traceroute $DESTINATION
LACP
tmsh show /net trunk detail
Next Hop
tmsh show /net route $DESTINATION
F5 Networks (TMSH)
Initialize Session
modify cli preference pager disabled
Version
show sys version, show sys hardware
Interface
show net interface all-properties, show net trunk all-properties
Configuration
list, list net stp
CAM Table
show net fdb, list net vlan tag
Trace Route
run util traceroute $DESTINATION
LACP
show /net trunk detail
Next Hop
show /net route $DESTINATION
Fortinet Networks
Version
get system status
STP
get system stp list
ARP Table
get system arp
Interface
get system interface physical
Configuration
show full-configuration
IP Route
get router info routing-table all
IPv6 Route
get router info6 routing-table database
CDP
get router info bfd neighbor
Traceroute
execute traceroute $DESTINATION
BGP RIB
get router info bgp route-map
IGMP Group
get router info multicast igmp groups-detail
Multicast Route
get router info multicast groups
Next Hop
get router info routing-table details $DESINATION
Ping
execute ping $DESTINATION
Foundry Networks
Initialize Session
skip-page-display
CDP
show fdp neighbors detail
Version
show version
Module
show module
VLAN
show vlan
Interface
show interfaces
Configuration
show running-config
Startup Configuration
show configuration
CAM Table
show mac-address
IP Route
show ip route
Trace Route
traceroute $DESTINATION
Next Hop
show ip route vrf $VRF $DESTINATION
H3C
Initialize Session
screen-length disable
screen-length 0
MPLS TE Tunnels
display mpls te tunnel path,display mpls te tunnel verbose
Version
display version
VLAN
display vlan all
Interface
display interface
Configuration
display current-configuration
Startup Configuration
display saved-configuration
CAM Table
display mac-address
IP Route
display ip routing-table
Trace Route
tracert $DESTINATION
BGP RIB
display bgp routing-table
Next Hop
display ip routing-table $DESTINATION
Finalize Session
undo screen-length disable
undo screen-length 0
Huawei (VRP)
Initialize Session
screen-length 0 temporary
MPLS TE Tunnels
display mpls te tunnel path,display mpls te tunnel verbose
Version
display version
Module
display device, display device pic-status, display elabel| exclude (^/\$|^[A-Za-z]+=$)
VLAN
display vlan
Interface
display interface
Configuration
display current-configuration
Startup Configuration
display saved-configuration
CAM Table
display mac-address
IP Route
display ip routing-table
Trace Route
tracert $DESTINATION
BGP RIB
display bgp routing-table
Next Hop
display ip routing-table $DESTINATION
Finalize Session
system-view, user-interface vty 0 4, undo screen-length, quit, quit
Juniper
Initialize Session
set cli screen-length 0
MPLS TE Tunnels
show mpls lsp extensive
LLDP
show lldp neighbors,show lldp,show lldp local-information
STP
show spanning-tree bridge, show spanning-tree interface, show spanning-tree mstp configuration
Version
show version
Module
show chassis hardware extensive,show chassis fpc, show virtual-chassis
VLAN
show vlans extensive
Redundancy
show chassis cluster status
APS
show aps extensive
Interface
show interfaces,show interfaces terse
Configuration
show configuration
CAM Table
show bridge mac-table
IP Route
show route
IGMP Group
show igmp group detail
Multicast Route
show multicast route extensive
Trace Route
traceroute vrf $VRF $DESTINATION
BGP RIB
show route instance master detail, show route protocol bgp terse table inet.0
Next Hop
show route $DESTINATION
Juniper ERX
Initialize Session
terminal length 0
Configuration
show configuration
IP Route
show ip route
Trace Route
traceroute vrf $VRF $DESTINATION
BGP RIB
show route instance master detail, show route protocol bgp terse table inet.0
Next Hop
show ip route vrf $VRF $DESTINATION
Juniper Netscreen
Initialize Session
set console page 0
Version
get system
Interface
get interface all
Configuration
get config all
Startup Configuration
get config saved
CAM Table
get mac-learn
HSRP Standby
get nsrp
IP Route
get route
Trace Route
traceroute $DESTINATION
Next Hop
get route ip $DESTINATION
Linux Host
Initialize Session
csh, setenv PATH ${PATH}:/sbin
Version
hostname ; uname -a ; lsb_release -a
ARP Table
uname; hostname; arp -a
 
Interface
uname; hostname; ifconfig -a,
cat /etc/resolv.conf
IP Route
uname ; hostname ; netstat -rn
Trace Route
traceroute $DESTINATION
Nortel Contivity
Initialize Session
terminal paging off
Configuration
show running-config
IP Route
show ip route
Trace Route
traceroute $DESTINATION
Nortel Networks
Initialize Session
more off
ARP Table
show ip arp
Configuration
bcc
show config -all
exit
IP Route
ip routes
Trace Route
ping -p $DESTINATION
Finalize Session
logout
Nortel Networks (Passport 8000)
Initialize Session
config cli more false
Interface
show ports info all
Configuration
show config verbose
CAM Table
show vlan info all
IP Route
show ip route info
Trace Route
traceroute $DESTINATION
Next Hop
show ip route info ip $DESTINATION
Finalize Session
logout
Palo Alto Networks
Initialize Session
set cli pager off
Version
show system info
VLAN
show vlan all
Redundancy
show high availability all
ARP Table
show arp all
Interface
show interface all
Configuration
show config running
Startup Configuration
show config saved candidate-config
CAM Table
show mac all
IP Route
show routing route
LACP
show lacp aggregate ethernet all
LLDP
show lldp neighbors all
Traceroute
traceroute no-resolve yes ipv4 yes host $DESTINATION
BGP RIB
show routing protocol bgp loc-rib
Next Hop
test routing fib-lookup virtual router $VRF ip $DESTINATION
Ping
ping count 4 host $DESTINATION
Finalize Session
exit
Riverbed SteelHead
Initialize Session
terminal length 0
Version
show version, show info, show hardware spec, show cmc
Redundancy
show failover
ifIndex
show snmp ifindex
ARP Table
show arp
Interface
show interfaces
Configuration
show running-config full
Startup Configuration
show configuration full
IP Route
show ip route
Asymmetric Route
show in-path asym-route-tab
WAN Optimization Neighbors
show in-path neighbor
WAN Optimization Peers
show peers
Alarms
show alarms triggered, show service
Riverstone Networks
Initialize Session
cli set terminal rows 0
cli set command completion off
Configuration
show run
Trace Route
traceroute $DESTINATION
Solaris Host
Initialize Session
csh, setenv PATH ${PATH}:/sbin
Version
hostname; uname -a
ARP Table
hostname; arp -an
Interface
hostname; ifconfig -a,
cat /etc/resolv.conf
IP Route
hostname ; netstat -rnv
Trace Route
traceroute $DESTINATION
Tellabs
Initialize Session
enable config terminal length 0
Configuration
show running-config
Trace Route
traceroute $DESTINATION
Unix Host
Initialize Session
csh, setenv PATH ${PATH}:/sbin
Version
hostname; uname -a
ARP Table
hostname; arp -an
Interface
hostname; ifconfig -a,
cat /etc/resolv.conf
IP Route
hostname; netstat -rnv
Trace Route
traceroute $DESTINATION
Windows Host
Version
systeminfo.exe
ARP Table
hostname & arp -a
Interface
ipconfig /all
IP Route
hostname & netstat -rn
Trace Route
tracert $DESTINATION
Next Hop
route print $DESTINATION
Supported IPv4 IP Route Commands
The following table lists the commands that are included in the system-defined device drivers. For certain device drivers, additional variations of the IPv4 IP Route commands can be imported into NetIM. The table below lists IPv4 IP Route commands for device drivers that support multiple forms of the command.
Device Driver
Supported Command Output
Cisco Systems
show ip route*
show ip route <protocol>
show ip route <protocol> <process id>
show ip route bgp {param}
show ip route vrf <vrfname>
show ip route vrf <vrfname> <protocol> {param}
where <protocol> is:
(bgp|dhcp|egp|eigrp|igrp|isis|mobile|odr|ospf|rip|connected|static)
Juniper
show route1
show route protocol (bgp|direct|esis|isis|ldp|local|ospf|rip|rsvp|static)
vrf information (such as green.inet.0) is parsed from the output
Juniper ERX
show ip route1
show ip route <protocol>
where <protocol> is:
access|access-internal|bgp|bgp-internal|dvmrp|isis|ldp|local|mbgp|ospf|other|rip|rsvp|static|static-rpf
Foundry Networks
show ip route1
show vrf
The vrf name is not parsed from the output
* This is the variant of the ip route command that appears in the device driver by default.
Additional Information on Device Support
Riverbed SteelConnect Gateways
NetIM supports SteelConnect Gateways running version 2.10 and later provided SNMP is enabled. SNMP autodiscovery, collection, and metric polling are supported using SNMPv1 and SNMPv2c. Workflows supported include inventory, performance, connectivity, and AppNetwork Path. Performance metrics supported include status, availability, CPU utilization, memory utilization, disk utilization, and standard interface-related metrics.
Collection and polling from SteelConnects using the API and CLI are not supported at this time.
SteelConnect Gateways are included in a new SD-WAN device type group provided on the Home page, as shown in the following screen:
SteelConnect Gateways are represented in the Topology page with the new icon .
Fortinet Fortigate Firewalls
NetIM supports Fortinet Fortigate firewalls running version 5.x and later. SNMP autodiscovery, collection, and metric polling are supported using SNMPv1, SNMPv2c, and SNMPv3 using standard and proprietary MIBs.
Workflows supported include autoconfiguration, CLI collection, archiving, config file diff detection, inventory, performance metrics, connectivity, and AppNetwork Path. Performance metrics supported include status, availability, CPU utilization, memory utilization, and interface-related metrics. A CLI device driver is included for Fortinet firewalls. Parsing of CLI command output is not supported except for AppNetwork Path-related commands (traceroute, next hop, and ping).
Palo Alto Networks Next Generation Firewalls
NetIM supports Palo Alto Networks Next Generation Firewalls running version 7.x and later. SNMP autodiscovery, collection and metric polling are supported using SNMPv1, SNMPv2c, and SNMPv3 using standard and proprietary MIBs. Workflows supported include autoconfiguration, CLI collection, archiving, and parsing, config file diff detection, inventory, performance metrics, connectivity, and AppNetwork Path. Performance metrics supported include status, availability, CPU utilization, memory utilization, and interface-related metrics. A CLI device driver is included for Palo Alto devices.
Arista Networks EOS-based Devices
NetIM now provides additional CLI parsing support for Arista devices supporting NetPlanner use-cases.
Segment Routing Support for NetPlanner
NetIM now provides additional CLI parsing support for segment routing commands. Segment Routing is a form of source routing being adopted by multiple vendors including Cisco, Juniper, Huawei, Nokia, and so on. Segment Routing has multiple applications including Traffic Engineering and Software Defined Networking (SDN). CLI parsing for segment routing-related commands is provided for Cisco IOS-XR-based, Cisco IOS-XE-based, and Juniper JunOS-based devices. Segment routing-related behavioral modeling and traffic engineering studies are supported in NetPlanner 18.8.0 and later.