7 IP Address Configuration.............................................................................................................................. 49
9 Bridge Group Configuration......................................................................................................................... 62
14 DHCP Server Configuration....................................................................................................................... 103
15 NAT and Port Forwarding .......................................................................................................................... 109
18 Quality of Service (QoS) ............................................................................................................................. 136
21 System Clocking.......................................................................................................................................... 157
22 Contacting Patton for assistance ................................................................................................................. 162
Getting Started with the WMI ..............................................................................................................................17
Logging in .......................................................................................................................................................17
Menu Structure ...............................................................................................................................................17
Web Management Interface (WMI) ......................................................................................................................20
Command Line Interface (CLI).............................................................................................................................21
System Boot ..............................................................................................................................................21
Web Management Interface (WMI) ......................................................................................................................27
Adding New Users ..........................................................................................................................................27
Command Line Interface (CLI).............................................................................................................................29
Debugging Information ..................................................................................................................................31
Web Management Interface (WMI) ......................................................................................................................34
Local Log Configuration .................................................................................................................................35
Local Log Viewer ............................................................................................................................................36
Command Line Interface (CLI).............................................................................................................................37
Web Management Interface (WMI) ......................................................................................................................40
Configuring the Server ....................................................................................................................................41
Managing SNMP Communities (SNMPv1 and SNMPv2) .............................................................................41
Managing System Variables .............................................................................................................................42
Command Line Interface (CLI).............................................................................................................................43
Web Management Interface (WMI) ......................................................................................................................46
Command Line Interface (CLI).............................................................................................................................47
7 IP Address Configuration.............................................................................................................................. 49
Terms used with IP Interfaces ...................................................................................................................50
Web Management Interface (WMI) ......................................................................................................................52
Adding an IP Interface ....................................................................................................................................53
IP Configuration .............................................................................................................................................53
Adding a DHCP Client ..................................................................................................................................54
Command Line Interface (CLI).............................................................................................................................55
IP Interface Commands ..................................................................................................................................55
Web Management Interface (WMI) ......................................................................................................................58
Command Line Interface (CLI).............................................................................................................................59
VLAN Configuration Example .................................................................................................................59
Show VLAN Information ...............................................................................................................................60
9 Bridge Group Configuration......................................................................................................................... 62
Web Management Interface (WMI) ......................................................................................................................65
Bridge Group Configuration ...........................................................................................................................66
Add/Configure Bridge Groups ..................................................................................................................66
Delete Bridge Groups ................................................................................................................................66
Set STP Parameters ...................................................................................................................................67
Set STP Forwarding ..................................................................................................................................67
Show STP Status Information ...................................................................................................................67
Manage MAC Addresses .................................................................................................................................68
Display MAC Address Information ...........................................................................................................68
Add MAC Filter Rules ..............................................................................................................................68
Display/Delete MAC Filter Rules ..............................................................................................................68
Command Line Interface (CLI).............................................................................................................................69
Bridge Group Commands ...............................................................................................................................69
Web Management Interface (WMI) ......................................................................................................................74
Port Configuration ....................................................................................................................................75
Port Status ................................................................................................................................................76
Port History ..............................................................................................................................................76
Command Line Interface (CLI).............................................................................................................................77
Configuring the Clock Source .........................................................................................................................77
Selecting T1 or E1 Mode ................................................................................................................................77
Configuring T1 or E1 Applications .................................................................................................................77
Showing Configuration and Status ..................................................................................................................79
Clearing Errors and Performance History .......................................................................................................80
Using Test Modes ...........................................................................................................................................80
Web Management Interface (WMI) ......................................................................................................................83
Status of PPP Interfaces .............................................................................................................................84
Command Line Interface (CLI).............................................................................................................................87
Creating the interface ................................................................................................................................88
Web Management Interface (WMI) ......................................................................................................................96
Command Line Interface (CLI).............................................................................................................................97
About ARP Entries ....................................................................................................................................99
Web Management Interface (WMI) ....................................................................................................................100
Command Line Interface (CLI)...........................................................................................................................101
14 DHCP Server Configuration....................................................................................................................... 103
Web Management Interface.................................................................................................................................105
Configuring the DHCP Server ......................................................................................................................105
Command Line Interface (CLI)...........................................................................................................................107
DHCP Server Configuration Commands .....................................................................................................107
15 NAT and Port Forwarding .......................................................................................................................... 109
About NAT .............................................................................................................................................110
About Port Forwarding ...........................................................................................................................110
Web Management Interface (WMI) ....................................................................................................................111
Port Forwarding ............................................................................................................................................113
Creating Port Forwarding Profiles ...........................................................................................................113
Deleting Port Forwarding Profiles ...........................................................................................................113
Editing Port Forwarding Profiles .............................................................................................................113
Command Line Interface (CLI)...........................................................................................................................115
Port Forwarding ............................................................................................................................................118
Port Forwarding Configuration Commands ............................................................................................118
Port Forwarding Profile Configuration Commands .................................................................................118
Port Forwarding CLI Examples ...............................................................................................................119
About Flags .............................................................................................................................................122
Web Management Interface (WMI) ....................................................................................................................124
Adding a route ..............................................................................................................................................124
Deleting a route ............................................................................................................................................124
Command Line Interface (CLI)...........................................................................................................................125
9
TrinityAE Administrator’s Reference Guide
Table of Contents
Adding a route ..............................................................................................................................................125
Deleting a route ............................................................................................................................................125
About RIP Features .................................................................................................................................128
Web Management Interface (WMI) ....................................................................................................................130
Command Line Interface (CLI)...........................................................................................................................133
18 Quality of Service (QoS) ............................................................................................................................. 136
About QoS classes ...................................................................................................................................137
Web Management Interface (WMI) ....................................................................................................................139
Command Line Interface (CLI)...........................................................................................................................142
Show traffic classes of a profile ......................................................................................................................143
Show QoS configuration ...............................................................................................................................143
About packet actions ...............................................................................................................................145
About packet matches .............................................................................................................................146
Web Management Interface (WMI) ....................................................................................................................147
10
TrinityAE Administrator’s Reference Guide
Table of Contents
Access Control Profiles .................................................................................................................................148
Adding Access Control Profile .................................................................................................................148
Cloning Access Control Profiles ..............................................................................................................148
Deleting Access Control Profiles .............................................................................................................148
Access Control Rules .....................................................................................................................................149
Adding Access Control Rules ..................................................................................................................149
Displaying and Deleting Access Control Rules ........................................................................................150
Command Line Interface (CLI)...........................................................................................................................151
Show access control rules of a profile .............................................................................................................152
Show ACL configuration ..............................................................................................................................152
Command Line Interface (CLI)...........................................................................................................................155
Viewing Statistical Information .....................................................................................................................155
DSL Configuration Example .........................................................................................................................156
21 System Clocking.......................................................................................................................................... 157
Web Management Interface (WMI) ....................................................................................................................159
Configuring System Clocking .......................................................................................................................159
Managing Status ...........................................................................................................................................160
Command Line Interface (CLI)...........................................................................................................................161
System Clocking Commands ........................................................................................................................161
22 Contacting Patton for assistance ................................................................................................................. 162
Out-of-warranty service ...........................................................................................................................163
Returns for credit ....................................................................................................................................163
Return for credit policy ...........................................................................................................................164
This TrinityAE Administrator’s Reference Guide describes how to configure components through both the Web
Management Interface (WMI) and the Command Line Interface (CLI) of Patton’s Trinity system.
For detailed hardware or set-up information, refer to the product’s Getting Started Guide .
Audience
This guide is intended for the following users:
• Operators
• Installers
• Maintenance technicians
Structure
This guide contains the following chapters and appendices:
• Chapter 1 on page 16 provides an overview about the software
• Chapter 2 on page 18 provides information on import/export. software upgrade, and special CLI features
• Chapter 3 on page 25 provides information on managing the authentication of users and privileges
• Chapter 4 on page 32 provides information on syslog functions
• Chapter 5 on page 38 provides information about configuring SNMP
• Chapter 6 on page 44 provides information on the status of interfaces
• Chapter 7 on page 49 provides information on IP commands
• Chapter 8 on page 56 provides information on managing VLANs
• Chapter 9 on page 62 provides information on configuring bridge groups
• Chapter 10 on page 72 provides information on configuring the T1/E1 interfaces
• Chapter 11 on page 81 provides information on configuring PPP
• Chapter 12 on page 94 provides information on configuring HDLC interfaces
• Chapter 13 on page 98 provides information on the ARP Table Management component
• Chapter 14 on page 103 provides information on configuring the DHCP server
• Chapter 15 on page 109 provides information on NAPT and Port Forwarding
• Chapter 16 on page 121 provides information on configuring the route table
• Chapter 17 on page 127 provides information on configuring RIP
• Chapter 18 on page 136 provides information on managing egress (QoS) traffic
• Chapter 19 on page 144 provides information on managing ingress (ACL) traffic
• Chapter 20 on page 153 provides information on configuring DSL
• Chapter 21 on page 157 provides information on system clocking
• Chapter 22 on page 162 provides information on contacting Patton for service and support
Getting Started with the WMI ..............................................................................................................................17
Logging in .......................................................................................................................................................17
Menu Structure ...............................................................................................................................................17
Introduction
16
17
TrinityAE Administrator’s Reference Guide
1 • Introduction
Software Overview
This TrinityAE Administrator’s Reference Guide provides information about configuring the software for your
Trinity model. For information about setting up the unit, or for hardware specifications, refer to the Getting
Started Guide , located on the CD-ROM shipped with your product or on the web at www.patton.com.
Getting Started with the WMI
Logging in
To get started with the Web Management Interface (WMI), log into the unit using:
Username: admin
Password: <Leave blank.>
To add users, delete users, or set user privileges, see Chapter 3, “Authentication” on page 25.
Menu Structure
The main menu has the following options (figure 1)
Note
The main menu for your model may vary slightly from what is shown
Web Management Interface (WMI) ......................................................................................................................20
Command Line Interface (CLI).............................................................................................................................21
System Boot ..............................................................................................................................................21
This chapter describes the web management and configuration commands for importing/exporting configurations, upgrading the software, and other CLI tools, such as ping, traceroute, and reload.
Note
To import or export a configuration using the WMI, see “Import/Export” on page 20.
To import or export a configuration using the CLI, see “Import/Export Commands” on page 21.
To upgrade the software using the WMI, see “Software Upgrade” on page 20.
To upgrade the software using the CLI, see “Software Upgrade Commands” on page 22.
To ping an IP address, see “Ping” on page 24.
To trace the path of a route, see “Traceroute” on page 24.
To force the system to reboot, see “Reload” on page 24.
The menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
Overview
20
TrinityAE Administrator’s Reference Guide
Web Management Interface (WMI)
Import/Export
To access the Import/Export page, click on System > Configuration from the main menu.
Figure 2. Import/Export
To import a configuration, click Browse to find the configuration file to import, then click Upload.
2 • Tools
To export a configuration, click the Download link next to the configuration file under the Export section.
Software Upgrade
A unit's software image may be upgraded to a newer software version. New software versions are posted on the
Patton Electronics website as features are added and bugs are fixed. Both the web management interface and
the command line interface provide the functionality to upgrade the software
To access the Software Upgrade page, click on System > Software Upgrade from the main menu on the left of
the screen.
Figure 3. Software Upgrade
During the upgrade, the box will be unresponsive; the web server and telnet server will be shut down. When
the upgrade completes, the unit will automatically reboot into the new software and become operational again.
To upgrade the software, click the Browse button to select the software image file, then click Submit to start
the upgrade.
NoteThe software upgrade uses the *.tar file. Do not extract the contents
The following commands describe how to print and copy configuration files using the CLI.
Show Commands
Table 1. Show Import/Export - CLI Commands
CommandExplanation
Trinity# show shipping-config Prints the shipping configuration (static file).
Trinity# show running-config Prints the current system config (dynamically generated).
Trinity# show startup-config Prints the startup configuration (user-updated file).
Trinity# show minimal-config Prints the minimal configuration (static file).
Copies the contents of the minimal-config file or running configuration to the startup configuration file.
The startup configuration file will be read at the next boot.
System Boot
During the boot sequence, the contents of the startup configuration file will be applied to the system. Any
errors found in the configuration file will be reported, as shown in the example below:
Attempting to restore config from /flash/config/startup-config ...
NoteThe commands for your model may vary slightly from what is shown
in this manual. Some models may not include all of the features mentioned. Refer to the Getting Started Guide for your device to see which
features are available.
Software Upgrade Command
To perform a software upgrade from the CLI, there must be a TFTP server to which the unit has access. The
software image file must be placed on the TFTP server. The following command is available from the root
mode:
This command starts the software upgrade. <serverip> is the
IP address of a TFTP server that contains the software image.
<filename> is the name of the software image file on the
TFTP server. If flash-cfg: is specified, the box will also be
restored to the factory default configuration.
Box will be unresponsive until software upgrade is complete.
Trinity# Done. Rebooting in 5 seconds...
If using telnet, the connection will close after the file transfer and will not be available again until after the
upgrade has completed. Whether performed through the console or a telnet session, the unit will automatically
reboot and begin running the new software.
Show System Image Command
Table 4. Show System Image - CLI Command
CommandExplanation
Trinity# show system image The image has been installed on the partition that is currently
inactive. This command shows which image is currently active
so that we can determine on which image the software was
installed.
64 bytes from 10.11.2.2: icmp_seq=0 ttl=128 time=17.3 ms
64 bytes from 10.11.2.2: icmp_seq=1 ttl=128 time=3.1 ms
64 bytes from 10.11.2.2: icmp_seq=2 ttl=128 time=2.5 ms
64 bytes from 10.11.2.2: icmp_seq=3 ttl=128 time=3.3 ms
64 bytes from 10.11.2.2: icmp_seq=4 ttl=128 time=4.0 ms
--- 10.11.2.2 ping statistics ---
5 packets transmitted, 5 packets received, 0% packet loss
round-trip min/avg/max = 2.5/6.0/17.3 ms
Sends ICMP Echo requests to an ip address (broadcast address
accepted). The user can optionally specify a number of echo
requests to send, or send requests continuously.
(CTRL-C will cancel the command in progress.)
Traceroute
Table 7. Traceroute - CLI Command
CommandExplanation
Trinity# traceroute <ip address> Traces the hops from the device to an Internet address.
(CTRL-C will cancel the command in progress.)
Trinity# traceroute 10.10.1.1
1 192.168.85.2 (192.168.85.2) 11.963 ms 1.024 ms 0.769 ms
2 10.11.2.1 (10.11.2.1) 3.01 ms 2.725 ms 2.434 ms
3 10.11.1.1 (10.11.1.1) 3.935 ms 1.585 ms 1.709 ms
4 10.10.1.1 (10.10.1.1) 3.528 ms * 5.536 ms
Reload
Table 8. Reload - CLI Command
CommandExplanation
Trinity# reload [{in <seconds>|cancel}] Forces the system to reboot. The user can optionally delay the
reboot by a number of seconds or cancel a pending reboot.
Web Management Interface (WMI) ......................................................................................................................27
Adding New Users ..........................................................................................................................................27
Command Line Interface (CLI).............................................................................................................................29
Debugging Information ..................................................................................................................................31
This chapter describes how to specify the configuration settings for creating/deleting system users, setting user
privilege levels, and displaying existing users.
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
Configuration Overview
A new user can be added to the system through configuration of one or a combination of the following parameters:
• Username (required): The unique identifier for the user. It must be an alphanumeric string from the set of
characters [0-9a-zA-Z] with no spaces. The maximum allowed length is 32 characters.
• Password (optional): User password associated with the user account. It must be an alphanumeric string
from the set of characters [0-9a-zA-Z] with no spaces. The maximum allowed length is 32 characters. It is
possible to allow an empty password field by choosing the no password option from the Web GUI. In this
case, no password would be required for login.
• Privilege (required): The access group/level associated with the user account. Two user access groups are
provided:
- Superuser access group: Allows for read/write access to the system.
- Monitor access group: Allows for read-only access to the system.
• Description (optional): A short decription for the user account. This option is currently available through
the WMI only. The alphanumeric string can have a maximum length of 32 characters.
Users can be deleted from the system by specifying the username. Add/Delete user operations require superuser
or engineer access level. The show feature displays a list of the existing system users, their privilege level, and
the description field.
To configure Authentication through the WMI,
see the section “Web Management Interface (WMI)” on page 27.
To configure Authentication through the CLI,
see the section “Command Line Interface (CLI)” on page 29.
The CLI configuration is slightly different from the WMI when configuring authentication features. When
adding a new user from the CLI, the command line does not allow for a "description" field to be entered for
new users. All users are added to the system with the description system user.
The CLI provides an extra option to allow passwords to be submitted in MD5 encrypted form. This feature is
not meant to be used for creating new users, but for administrators exporting/importing previously saved configurations to the system.
Root Mode
Table 9. Authentication Root Mode - CLI Commands
CommandExplanation
Trinity# configure Enter the Configuration Mode.
Trinity# show Enter the Show Mode.
Trinity# show users Display currently defined system users.
Trinity[config]# no username <name> Remove a user with username <name> from the
Add a new user with username <name> and
privilege level <level>.
Available privilege levels are superuser and monitor. No password would be required for login
with this command.
Add a new user with username <name>, password <plain-text>, and privilege level <level>.
Available privilege levels are superuser and monitor. User password is accepted as plain-text,
but will be stored as MD5-hash.
Add a new user with username <name>, an
encrypted password <encrypted-password>,
and privilege level <level>.
Available privilege levels are superuser and monitor. Currently, the only available encryption
type is MD5. The submitted password must be
the MD5-hash form of the plain-text password.
Change the password of the user with username
<name> from <old-plain-text> to <new-plaintext>.
Change the password of the user with username
<name> from <old-plain-text> to empty field.
The Authentication Manager reports the following debugging information:
• All system level failures are reported as LOG_ERR level SYSLOG messages.
• All failures in authentication and authorization –failing to authenticate, validate, renew, or get session keys–
are reported as LOG_WARNING level SYSLOG messages. These are not messages indicating an error in
the operation of the framework but rather warnings for possible attempts to breech system security or
invalid user/component behavior that requires attention.
• All other messages are DEBUG/INFO level messages. They are meant to provide information on the flow
Web Management Interface (WMI) ......................................................................................................................33
Local Log Configuration .................................................................................................................................34
Local Log Viewer ............................................................................................................................................35
Command Line Interface (CLI).............................................................................................................................36
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
To manage logging through the WMI,
see the section “Web Management Interface (WMI)” on page 34.
To manage logging through the CLI,
see the section “Command Line Interface (CLI)” on page 37.
Use the Local Log Definition tab to save syslog messages as a local log file.
NoteOnly the syslog file is currently supported.
Figure 10. Local Log Definition
To configure the local log, fill in the following:
• Destination File: Name of the log file (Currently limited to syslog)
• Protocol: The file protocol (file)
• Line Count: The minimum number of lines a in a log file before the system rotates it to backup. One
backup log will be kept at all times. (20-200)
• Priority: The minimum syslog priority of messages to save (emerg, alert, crit, err, warn, notice, info,
debug)
Click the Add button to save the configuration.
Log Definition Table
The Log Definition Table shows a list of currently configured logs and is shown on both the Remote and Local
tabs. This table displays both log types simultaneously, and provides a Delete checkbox for each log file.
To delete a log file, select the Delete checkbox for that file, then click the Delete button.
Use the Local Log Viewer tab to view the contents of a local log file. The system will automatically include the
contents of the backup file (up to the total line count specified in the Line Count field).
Web Management Interface (WMI) ......................................................................................................................40
Configuring the Server ....................................................................................................................................41
Managing SNMP Communities (SNMPv1 and SNMPv2) .............................................................................41
Managing System Variables .............................................................................................................................42
Command Line Interface (CLI).............................................................................................................................43
This chapter describes how to configure Simple Network Management Protocol (SNMP) on the Trinity platform. SNMP allows for the exchange of management information between network devices.
Trinity supports the following SNMP MIBs:
– Standard MIB 2
– RFC 1406 - DS1 (T1/E1)
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
Configuration Overview
To monitor the device using SNMP:
1. Add the SNMPv1/2c communities and/or SNMPv3 users that may access the device.
2. Set the system variables: sysDescription, sysLocation, etc. (optional).
3. Enable the agent.
SNMPv1/2c communities may optionally be limited to certain IP addresses. By default, the IP address and
netmask are set to 0.0.0.0, and requests from the community will be accepted regardless from where they originate. However, if the IP address and netmask are set, the request must originate from the designated address.
Once the steps above have been performed, an SNMP management entity may begin to monitor the device.
To configure SNMP through the WMI,
see the section “Web Management Interface (WMI)” on page 40.
To configure SNMP through the CLI,
see the section “To update system vartiables, enter information for the following fields:” on page 42.
Trinity# configure snmp Enter the SNMP configuration mode.
Trinity[snmp]# [no] shutdown Start/stop the SNMP agent.
Trinity[snmp]# [no] community <commu-
nity-string> read-only [source <ip> <netmask>]
Trinity[snmp]# [no] user <username>
password <password> read-only
Trinity[snmp]# sysdescription <string> Enter a description of the system.
Trinity[snmp]# syslocation <string> Enter the location of the system.
Trinity[snmp]# syscontact <string> Enter the email address of the system administrator.
Trinity[snmp]# sysname <string> Enter the name of the system.
Trinity[snmp]# sysservices <0-127> Enter an integer for system services.
Trinity[snmp]# sysobjectid <oid> Set a unique object identifier for the system.
Trinity[snmp]# show Enters show mode for SNMP.
Trinity# show snmp Show the SNMP configuration.
Add/remove an SNMPv1/2c community.
Add/remove an SNMPv3 user.
(The integer correlates with layer functionality, i.e. physical, datalink, internet, application, ect...).
The following is an example of the show snmp command:
Web Management Interface (WMI) ......................................................................................................................46
Command Line Interface (CLI).............................................................................................................................47
TrinityAE Administrator’s Reference Guide 6 • Interface Status
Overview
This chapter describes the interface configuration options for Ethernet interfaces, bridge groups, and VLANs.
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
The interface properties that can be configured are:
• Enable: Enable or disable administration of an interface.
• ARP: Enable or disable transmission and reception of ARP packets.
• Multicast: Enable or disable transmission and reception of multicast packets.
• MTU: Set the size of the maximum transmission unit (MTU).
• Speed/Duplex (Ethernet interfaces only): Set the Ethernet speed to 10 Mbps, 100 Mbps, or auto. Set
duplex to half, full, or auto.
To configure interfaces through the WMI,
see the section “Web Management Interface (WMI)” on page 46.
To configure interfaces through the CLI,
see the section “Command Line Interface (CLI)” on page 47.
Overview45
TrinityAE Administrator’s Reference Guide 6 • Interface Status
Web Management Interface (WMI)
To access the Interface Status main page, click on System >Interface from the main menu on the left of the
screen.
Figure 16. Interface Status main page
Viewing Errors
To view detailed errors in the status table, click the Expand Errors button.
To hide error details, click the Collapse Errors button.
Editing Interfaces
To update configuration details of interfaces from the status table, click on the hyperlink of the interface in the
Interface column. The link will display cofiguration details for the specific interface. Click Update to save
changes.
Figure 17. Editing an Ethernet interface from the status page
NoteThe Speed/Duplex option is only available for Ethernet interfaces.
Web Management Interface (WMI)46
TrinityAE Administrator’s Reference Guide 6 • Interface Status
Terms used with IP Interfaces ...................................................................................................................50
Web Management Interface (WMI) ......................................................................................................................52
Adding an IP Interface ....................................................................................................................................53
IP Configuration .............................................................................................................................................53
Adding a DHCP Client ..................................................................................................................................54
Command Line Interface (CLI).............................................................................................................................55
IP Interface Commands ..................................................................................................................................55
TrinityAE Administrator’s Reference Guide 7 • IP Address Configuration
Overview
This chapter describes how to add or remove IP addresses from Ethernet-like interfaces.
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
Configuration Overview
The user can add or remove IP addresses to and from Ethernet interfaces from both the CLI and the WMI.
The following parameters are configurable when adding an IP address to an Ethernet interface:
• IP address: Standard dotted quad. format (Required)
• Network mask: Standard dotted quad format or slash notation (Defaults to /32)
• Broadcast in the following ways:
"+": auto calculates the high-bit broadcast (Default)
"-": auto calculates the low-bit broadcast
- Dotted quad (dotted quad format) – (Note: The broadcast will not be verified to be correct when using
the dotted quad format).
The following information is available when adding DHCP addresses:
• Accept Routes forces routes supplied to by the DHCP server to be added to the routing table
• Accept DNS forces DNS server supplied by the DHCP server to be added to the DNS pool
• Accept Hostname forces the hostname supplied by the DHCP server to be applied
For DHCP addresses, the user is also able to:
• Release
• Renew
Terms used with IP Interfaces
• Dotted quad (standard dotted quad format): 32-bit IP address split into 4 8-bit integers (0-255) separated
• High-bit broadcast: Broadcast address calculated by replacing the masked out bits with 1 (i.e.,
192.168.252.100/24 -> 192.168.252.255)
• Low-bit broadcast: Broadcast address calculated by replacing masked out bits with 0 (i.e.,
192.168.252.100/24 -> 192.168.252.0)
• Net-block: A set of IP addresses logically grouped by a network mask.
Overview50
TrinityAE Administrator’s Reference Guide 7 • IP Address Configuration
• Secondary IP address: For any given net-block, there can be only one primary IP address. That primary IP
is used as a source address for communication initiated by the device. Any additional IP addresses within
the same net-block are considered as secondary addresses and are internally linked to the primary IP address
in that net-block. A Trinity device will respond to secondary IP addresses. If a primary IP is removed, then
all secondaries linked to it are removed as well.
• Slash notation: A special network mask notation allowing a user to specify only the masked bits. (i.e., /0
through /32)
To configure IP interfaces through the WMI,
see the section “Web Management Interface (WMI)” on page 52.
To configure IP interfaces through the CLI,
see the section “Command Line Interface (CLI)” on page 55.
Overview51
TrinityAE Administrator’s Reference Guide 7 • IP Address Configuration
Web Management Interface (WMI)
To access the IP Interface Management main page, click on Interface Configuration > IP Interface from the
main menu on the left of the screen.
Figure 18. IP Address Configuration main page
Web Management Interface (WMI)52
TrinityAE Administrator’s Reference Guide 7 • IP Address Configuration
Adding an IP Interface
To add an IP interface:
1. Choose a valid interface from the Interface drop-down menu.
2. Enter the IP address, Netmask, and Broadcast address.
3. Click the Add button to save the IP interface.
Figure 19. Adding an IP interface
IP Configuration
The IP Configuration table shows the current IP configuration for the device:
• Interface: Interface that is configured for the IP address
• IP: IP address in dotted quad format
• Netmask: Network mask in dotted quad format
• Broadcast: Broadcast address
• Flags:
- Secondary: Indicates an IP address as secondary
- DHCP: Indicates an IP was DHCP-assigned and cannot be removed
• Delete: Select the checkbox of the interface to delete, then click the Delete button.
Figure 20. IP Configuration
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TrinityAE Administrator’s Reference Guide 7 • IP Address Configuration
Adding a DHCP Client
To add a DHCP client:
1. Choose a valid interface from the Interface drop-down menu.
2. Select to accept routes, accept DNS, and/or accept hostname (these are optional features).
3. Click Add.
Figure 21. Adding a DHCP client
DHCP Configuration
The DHCP Configuration table shows the current DHCP configurations for the device:
• Interface: Interface that has DHCP enabled
• Accepting Routes: Indicates that routes given by the DHCP server are added to the routing table
• Accepting DNS: Indicates that DNS servers returned by the DHCP server are accepted
• Accepting Hostname: Indicates that the hostname supplied by the DHCP server is accepted
• Disable: To disable a DHCP configuration, click the Disable button in the row of the interface.
NoteA DHCP lease cannot be released or renewed through the WMI.
See “DHCP Client Commands” on page 55.
Figure 22. DHCP configuration
Web Management Interface (WMI)54
TrinityAE Administrator’s Reference Guide 7 • IP Address Configuration
Command Line Interface (CLI)
IP Interface Commands
All IP interface commands are accessed by entering configure interface <interface type> <interface name>.
Table 15. IP Interface - CLI Commands
CommandExplanation
Trinity# no ip address <IP>Removes the specified IP.
Trinity# ip address <IP> [netmask <mask>
[broadcast <broadcast>]]
DHCP Client Commands
All commands are accessed by entering configure interface <interface type> <interface name>. Only the subset of commands that deal with DHCP client configuration are shown in table 16.
Web Management Interface (WMI) ......................................................................................................................58
Command Line Interface (CLI).............................................................................................................................59
VLAN Configuration Example .................................................................................................................59
Show VLAN Information ...............................................................................................................................60
This chapter describes how to configure VLANs on the Trinity platform.
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
Configuration Overview
The bulk of the configuration of a VLAN works exactly like a regular Ethernet interface. For those operations,
e.g. setting an IP address, see Chapter 7, “IP Address Configuration” on page 49.
This chapter explains how to create and delete VLANs on a physical interface.
To configure VLANs through the WMI,
see the section “Web Management Interface (WMI)” on page 58.
To configure VLANs through the CLI,
see the section “Command Line Interface (CLI)” on page 59.
VLANs are created on interfaces as shown in the following example:
Trinity# configure
Trinity[config]# interface vlan eth0 23
Trinity[vlan(eth0.0023)]#
Interface specific properties of A VLAN can be configured with standard interface configuration commands, as
documented for ethernet interfaces.
<interface> specifies the interface to create the VLAN on.
The <vlan-id> is an integer between 1 and 4094.
The no interface command deletes the specified VLAN from
The show command is used to display information about VLANs. It can be used from the root mode, configure mode, or configure mode of a specific VLAN.
Table 18. Show VLAN Information - CLI Commands
CommandExplanation
Trinity# show interface vlanDisplays all VLAN information.
Trinity[config]# show interface vlanDisplays all VLAN information.
Trinity# show interface vlan eth0Displays VLANs on eth0
Trinity# show interface vlan eth0 23Displays VLAN eth0.0023
Trinity[vlan-eth0.0023# showDisplays VLAN eth0.0023
Trinity# show interface vlan [ interface [
vlan-id ] ]
The show interface vlan mode displays one of the
following options at a time:
• Interface: If a regular interface is given, only VLANs
on that interface will be listed.
• Vlan-ID: If a Vlan-ID is given, only VLANs using that
Vlan-ID will be listed.
• Vlan-interface: If a VLAN interface is given (the
interface followed by a dot followed by the zero-padded Vlan-ID, for example, eth00.0023), only that
VLAN will be listed.
Displays VLANs on a specific interface.
Displays VLAN information for a specific VLAN ID.
From configure mode for a specific VLAN, the show command displays information for that interface only.
The information displayed is a combination of the standard information for an ethernet interface, combined
with some VLAN specific information.
Web Management Interface (WMI) ......................................................................................................................65
Bridge Group Configuration ...........................................................................................................................66
Add/Configure Bridge Groups ..................................................................................................................66
Delete Bridge Groups ................................................................................................................................66
Set STP Parameters ...................................................................................................................................67
Set STP Forwarding ..................................................................................................................................67
Show STP Status Information ...................................................................................................................67
Manage MAC Addresses .................................................................................................................................68
Display MAC Address Information ...........................................................................................................68
Add MAC Filter Rules ..............................................................................................................................68
Display/Delete MAC Filter Rules ..............................................................................................................68
Command Line Interface (CLI).............................................................................................................................69
Bridge Group Commands ...............................................................................................................................69
62
TrinityAE Administrator’s Reference Guide 9 • Bridge Group Configuration
Overview
This chapter describes how to configure bridge groups and manage bridge group interfaces.
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
Configuration Overview
The bridge group configuration on the system can be divided into six groups:
1. Managing a bridge group:
– Adding and deleting a bridge group
– Setting the ageing time value (in seconds, default 300) for the bridge group:
Ageing time is the number in seconds a MAC address will be kept in the forwarding database of the
bridge group after having received a packet from this address.
– Enabling and disabling Spanning Tree Protocol (STP) for the bridge group. STP manages links in the
bridge group and prevents loops from occurring in a network.
2. Managing interfaces:
– Attaching and removing an interface to/from a bridge group
– Setting the path cost for an interface:
(The cost of sending/receiving a packet from this interface; also referred to as the port priority).
The faster interfaces should have lower path costs. These values are used in the computation of the minimal spanning tree.
3. Configuring STP:
– Setting the priority of the bridge group (integer between 0-65525, default=32768):
The bridge with the lowest priority is selected as the root bridge in the spanning tree.
– Setting the forwarding delay (in seconds, default=15):
Forwarding delay is the number in seconds spent in each of the listening and learning states, before the
forwarding state is entered.
– Setting the hello interval (in seconds, default=2):
The hello interval is the time a hello packet is sent out of the root bridge. Hello packets are used to com-
municate topology information throughout the entire bridged local area network.
– Setting the maximum message age (in seconds, default=20):
If the last seen hello packet is older than this number of seconds, the bridge in question will start the
procedure to take over as the root bridge in the spanning tree.
– Forward/Drop STP packets on a per interfaces basis:
Configures which interfaces of the bridge group will participate in dissemination of spanning tree information (default all interfaces forward STP packets).
Overview63
TrinityAE Administrator’s Reference Guide 9 • Bridge Group Configuration
4. Configuring the bridge group interface:
– Enable and disable the bridge group interface
– Set MTU size (in bytes)
– Add an IP address to the bridge group interface
– Toggle ARP and MULTICAST flags
5. Monitoring status:
– Displaying current forwarding database
– Displaying current STP configuration
– Displaying bridge group interface configuration
– Displaying existing bridge groups, interfaces enslaved in them, and STP status
6. MAC address filtering:
– Permit and deny packets based on the source MAC address, packet destination MAC address, interface,
egress or ingress direction
All six configuration groups can be accessed via the command line interface (CLI). However, the bridge group
configuration page of the Web Management Interface (WMI) allows access to bridge-group-only configuration. Therefore, IP and other ethernet-like configuration (enable/disable, MTU, etc.) is only possible through
IP and Ethernet WMI pages.
To configure the Bridge Group Mangement component through the WMI,
see the section “Web Management Interface (WMI)” on page 65.
To configure the Bridge Group Mangement component through the CLI,
see the section “Command Line Interface (CLI)” on page 69.
Overview64
TrinityAE Administrator’s Reference Guide 9 • Bridge Group Configuration
Web Management Interface (WMI)
To access the Bridge Group Configuration main page, click on Interface Configuration > Bridge Group from
the main menu on the left of the screen.
Figure 26. Bridge Group Configuration main page
The Bridge Group Configuration page consists of three tabs:
• “Bridge Group Configuration” on page 66
• “STP Configuration” on page 67
• “Manage MAC Addresses” on page 68
Web Management Interface (WMI)65
TrinityAE Administrator’s Reference Guide 9 • Bridge Group Configuration
Bridge Group Configuration
Add/Configure Bridge Groups
To add a bridge group:
1. Enter the name of the bridge group in br<number> format, then
click Add.
To configure a bridge group:
1. Select the group from the Bridge Group drop-down menu.
2. Enter the Ageing Value in seconds, and select enable or disable
from the STP Status drop-down menu.
3. Click Submit.
Delete Bridge Groups
To delete a bridge group:
1. Select the Delete checkbox for the bridge group in the Bridge Groups table, then click Delete.
Manage Interfaces
Interfaces can be attached and configured using the Manage Interfaces table:
• Attached To: To attach an interface to a bridge group, select a bridge group from the Attached To drop-
down menu. If the interface is not attached to any bridge groups, the keyword None is displayed.
• Cost (optional): If the interface is not attached to any bridge group, the user may enter a cost value in the
Cost field. If the interface is already attached to a bridge group, the Cost field displays either the value set by
the user or keyword "default" if no cost value was specified.
• STP (read only): The STP column displays whether the attached interface is sending STP information
(default = forward).
• Force (optional): Select the Force checkbox to remove IP address information from the interface beforeat-
taching it to the bridge group. It is usually recommended to to remove any IP addresses from attached interfaces in order for the bridge group to operate correctly.
Figure 27. Managing interfaces
To attach an interface to a bridge group, select the bridge group from the drop-down menu and click Submit.
To remove an interface from a bridge group, select None from the Attached To drop-down menu and click Submit.
Web Management Interface (WMI)66
TrinityAE Administrator’s Reference Guide 9 • Bridge Group Configuration
STP Configuration
Set STP Parameters
Enter information for the following fields in the Set STP Parameters section to configure STP:
1. Select a bridge group from the Bridge Group drop-down menu.
2. Enter a number in the range (0-65535) in the Bridge Priority field.
3. Enter seconds in the range (0-65353) in the Forwarding Delay field.
4. Enter seconds in the range (0-65353) in the Hello Interval field.
5. Enter seconds in the range (0-65353) in the Maximum Age field.
6. Click Submit.
Figure 28. STP Configuration
Set STP Forwarding
STP Forwarding prevents loops in a network by allowing a bridge group to forward traffic on a designated
interface. To set up STP forwarding for a bridge group:
1. In the Set STP Forwarding section, select a bridge group from the Bridge Group drop-down menu.
2. Select an interface from the Interface drop-down menu.
3. Select forward from the Action drop-down menu.
4. Click Submit.
(To turn off STP forwarding, select drop from the Action drop-down menu).
Show STP Status Information
To show the full STP status for a bridge group:
1. In the Show Status Information section, select a bridge group from the Bridge Group drop-down menu.
2. Click Submit.
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TrinityAE Administrator’s Reference Guide 9 • Bridge Group Configuration
Manage MAC Addresses
Display MAC Address Information
The MAC Address Information table displays the contents of the bridge group forwarding database for the
selected bridge group. The rows display the name of the local port where this MAC address is observed, the
MAC address, whether it is local, and the remaining time in seconds until this entry ages out and is removed
from the table. Local entries have 0.0 seconds for their ageing value but are never removed from the table.
Figure 29. Displaying MAC address information
Add MAC Filter Rules
Use the Filter Configuration table to add MAC filter rules for a selected bridge group. Five MAC addresses can
be submitted at a time. The following settings may be configured:
• Port: Select egress to apply the new filter rule to outgoing packets, or select ingress to apply the rule to
incoming packets.
• Source MAC address: Enter a source MAC address that the filter rule will try to match, or leave this field as
00:00:00:00:00:00 to match all source MAC addresses.
• Destination MAC address: Enter a destination MAC address that the filter rule will try to match, or leave
this field as 00:00:00:00:00:00 to match all destination MAC addresses.
• Interface: Select an interface for the filter rule.
• Filter: Select permit or deny for packets matching the filter rule criteria.
Figure 30. Configuring MAC filter rules
Display/Delete MAC Filter Rules
Use the Filter Display table to show the existing MAC filter rules for a selected bridge group. Entries can be
deleted by selecting the corresponding Delete checkbox and clicking the Submit button.
Web Management Interface (WMI)68
TrinityAE Administrator’s Reference Guide 9 • Bridge Group Configuration
Command Line Interface (CLI)
Bridge Group Commands
Table 19. Bridge Group Configuration - CLI Commands
Trinity[bridge(br0)]# [no] ip {.....}Add an IP address to
Trinity[bridge(br0)]# show {macs | stp | filter}Display details
Trinity[bridge(br0)]# [no] shutdownDisable the bridge
tion mode
Configure STP settings
Configure filter rules for
MAC addresses
STP packets
the bridge interface
group
Detailed explanations for table 19:
• Bridge: The bridge command under the interface mode moves the CLI into the bridge group context, cre-
ating a new bridge group if the given bridge group id does not exist in the system. The <id> is a unique positive integer number representing the bridge group. The CLI accepts both <id> and br<id> as valid input.
The nobridge command removes the bridge group from the system.
• Ageing: Under the bridge group context, the ageing command sets the value of the ageing time, where
<value> is in seconds.
• Enable: The enable command enables spanning tree protocol (STP), and also the ARP or Multicast support
on the bridge group interface. Entering [no] in front of the command disables STP, ARP or Multicast support on the interface.
• STP: The stp command sets the values of STP parameters, where <value> is a positive integer for the
bridgeprio parameter, and is in seconds for the hello, maxage, and fwdelay parameters.
• MTU: The mtu command sets the maximum transmission unit size for the packets transmitted through
the bridged interfaces, where <value> is in bytes.
• IP: The ip command adds an IP address to the bridge group interface. When a bridge group has an IP
address, it can act as a routeable network node. Therefore, it becomes possible to send/recieve packets (e.g.
ping) to the bridge group. The no ip command removes the IP address from the bridge group.
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TrinityAE Administrator’s Reference Guide 9 • Bridge Group Configuration
• Filter: The filter command has two options, mac and stp:
- The filter mac command adds a new MAC address-based filter rule to either permit or deny packets based
on the direction (ingress (incoming) or egress (outgoing)), source MAC address specified in <srcmac>, destination MAC address specificed in <dstmac>, and the interface name <dev>. The no filter mac command
removes the MAC address filter rule from the bridge group.
- The filter stp comand adds a filter to stop forwarding of STP information on the interface <dev>. The no
filter stp command enables forwarding of STP information on the interface.
• Shutdown: The shutdown command disables the bridge group. The bridge group configuration is retained,
but no traffic can be forwarded through the bridged interfaces when disabled. The no shutdown command
enables the bridge group.
• Show: The show command under the bridge group context ccan display MAC address forwarding database,
the STP status, and the MAC address based filter rules. (See figure 31 on page 70 through figure 33).
Figure 31. Show MAC address forwarding database
Figure 32. Show STP configuration
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TrinityAE Administrator’s Reference Guide 9 • Bridge Group Configuration
Figure 33. Configure and show MAC filter information
The show command under the configure mode can additionally display "ethernet-like" and IP configuration
information on the bridge group:
Web Management Interface (WMI) ......................................................................................................................74
Port Configuration ....................................................................................................................................75
Port Status ................................................................................................................................................76
Port History ..............................................................................................................................................76
Command Line Interface (CLI).............................................................................................................................77
Configuring the Clock Source .........................................................................................................................77
Selecting T1 or E1 Mode ................................................................................................................................77
Configuring T1 or E1 Applications .................................................................................................................77
Showing Configuration and Status ..................................................................................................................79
Clearing Errors and Performance History .......................................................................................................80
Using Test Modes ...........................................................................................................................................80
This chapter describes how to configure T1/E1 on the Trinity platform.
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
Configuration Overview
T1 and E1 ports are used for framing and signaling data. T1 is used primarily in the USA, and it consists of 1
framing timeslot and 23 timeslots that can carry data. E1 is used in most other countries, and it consists of 1
timeslot used for frame syncronization and 31 timeslots that can carry data. In some models, the T1/E1
timeslots are mapped to HDLC channels that can then be used to transport PPP packets.
Configuring HDLC channels over the T1/E1 ports is done using the following steps:
• Select the mode - either T1 or E1
• Configure the framing, line code, line build out, application, and LOS threshold
• Map timeslots to HDLC channels
To configure T1/E1 through the WMI,
see the section “Web Management Interface (WMI)” on page 74.
To configure T1/E1 through the CLI,
see the section “Command Line Interface (CLI)” on page 77.
1. Choose either T1 or E1 from the Mode drop-down menu.
2. Click Update.
Configuration Settings. To edit the configuration settings for a T1/E1 port:
1. Set the following options to configure a T1/E1 port:
– Enabled: Select Enabled to enable the port; select Disabled to disable a port.
– Framing:
T1 Mode: Select D4 or ESF.
E1 Mode: Select Clear Channel, Basic Frame, or CRC4 Multi-frame.
– Line Code:
T1 Mode: Select AMI or B8ZS.
E1 Mode: Select AMI or HDB3.
– Application: Select Short Haul or Long Haul.
Short Haul: Typically 655 feet and shorter cable length.
Long Haul: Typically longer than 655 feet cable length.
– Line Build Out: Select 0.0 dB, -7.5 dB, -15.0 dB, or -22.5 dB.
This only applies for long-haul applications in T1 mode. It specifies the transmit pulse attenuation. This
is used to prevent cross-talk in the far end.
– LOS Threshold: Select from a range of even-numbered intervals between -4.0 dBto -48.0 dB.
This only applies for long-haul applications, both in T1 and E1 mode. If the signal drops below the
specified level, LOS will be reported.
– Loopback: Select Off, Local Analog, Local Digital, or Network. The Loopback options are test modes
for T1/E1 configuration. The Network Loopback loops the clock and received data from the line and
back to the line. This loopback mode can be used to allow the far end to run a bit error test to test the
link.
1. Enter a timeslot number in the Timeslots box in the HDLC Channels table.
2. Click the Add button in the Delete column.
To delete an HDLC channel:
1. Select the checkbox for the interface in the Delete column of the HDLC Channels table.
2. Click Delete.
Figure 37. Adding and Deleting HDLC Channels
Port Status
To view the status of a T1/E1 port:
1. Click on the link of the port that you would like to configure in the Ports table on the main T1/E1 page,
or, from a port configuration page, click on the Status tab.
2. Click Clear Errors to clear and refresh the status of a port.
Figure 38. Port Status
Port History
To view the history of a port:
1. Click on the link of the port that you would like to configure in the Ports table on the main T1/E1 page,
or, from a port configuration page, click on the History tab.
2. Click Clear History to clear and refresh the history of a port.
Web Management Interface (WMI) ......................................................................................................................83
Status of PPP Interfaces .............................................................................................................................84
Command Line Interface (CLI).............................................................................................................................87
Creating the interface ................................................................................................................................88
This chapter describes how to configure PPP on the Trinity platform.
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
Configuration Overview
Trinity supports PPP over HDLC. Before a PPP interface can be used, there must be an HDLC channel to
which it can bind. On some models, the HDLC channels are preconfigured, whereas on others, the user must
explicitly create them.
PPP interfaces can be bridged or routed. When a PPP interface operates in bridged mode, data arriving on the
HDLC channel from a remote device is forwarded to the assigned interface (Ethernet or another bridged PPP).
When a PPP interface is operating in routed mode, data arriving on the HDLC channel is routed to the corresponding interface based on the destination IP address of the arriving packet.
To create a PPP connection, follow these steps:
1. Configure PPP Authentication (Optional)
– PPP allows one peer to demand the other to authenticate itself. The unit supports two authentication
1. On the PPP Interface Configuration page, enter the name of the interface in the Interface field. The name
for the PPP interface can be ppp<number> or just <number>.
2. Click Add.
Status of PPP Interfaces
The Status for existing PPP interfaces can be:
• <blank>: The PPP interface is not enabled.
• Down: The PPP interface is enabled, but has not completed NCP negotiation.
• Up: The PPP interface is enabled, has completed NCP negotiation, and is ready to pass traffic.
• Multilink Partially Up: The PPP interface is enabled and is ready to pass traffic on at least one, but not all,
HDLC interfaces.
• Multilink Up: The PPP interface is enabled and is ready to pass traffic on all HDLC interfaces.
Delete PPP Interfaces
To delete a PPP interface:
1. On the PPP Interface Configuration page, click the Select checkbox for the interface in the Add/Delete
PPP Interface table.
1. Click on the link of the interface you want to configure in the Add/Delete PPP Interfaces table on the
main PPP page.
Figure 42. Configuring a PPP interface
2. The Select Devices table shows a list of all HDLC devices, but only the devices that are not bound to
another PPP interface can be selected. The Phase of HDLC devices can be:
- <blank>: The HDLC device is not bound to a PPP interface or the PPP interface to which it is bound is
not enabled.
- Holdoff: Either negotiation failed or the link dropped causing the interface to wait for a period of time
before restarting negotiation.
- Network: LCP negotiation has completed, and either IPCP or BCP negotiation is in progress.
- Authenticate: Either CHAP or PAP negotiation is in progress.
- Running: Either IPCP or BCP negotiation has completed, and the PPP is ready to pass data over the
HDLC interface.
- Multilink Master: The HDLC interface is the multilink bundle master and is ready to pass data.
- Multilink Slave: The HDLC interface is a multilink bundle slave and is ready to pass data.
3. For BCP configuration, the Management-Inline checkbox specifies whether or not to attempt to negotiate
the BCP Management-Inline option. Some older PPP implementations do not respond correctly to this
option causing negotiation to fail.
4. For IPCP configuration, both local and peer IP addresses may be configured as:
- IP address specified, Accept unchecked
This causes PPP to attempt to negotiate the specified address and if the peer rejects it, then negotiation
fails.
- IP address left blank, Accept checked
This causes PPP to expect the peer to provide the IP address and if the peer does not, then negotiation
fails.
- IP address specified, Accept checked
This causes PPP to attempt to negotiate the specified address and if the peer rejects it, to accept the
address the peer provides.
6. Trinity[pppauth]# show Shows the PPP authentication configuration.
Start or stop PPP authentication. If the authentication protocol changes, all PPP links that are up will terminate and
renegotiate, demanding the selected authentication protocol.
Add a RADIUS server to the list. If there is a failure
accessing a server, the list is tried in round-robin fashion.
If <port> is not specified, the default will be used (1812
for authorization and 1813 for accounting).
• Example - Trinity[pppauth]# show:
authentication: chap
nas identifier: MyIdentifier
Server Password Type
-------------------- ---------------- ----
192.168.200.2:1645 Secret auth
10.11.2.37 AnotherSecret acct
192.168.200.2 MySecret auth
PPP Configuration Commands
There are different options when creating or configuring PPP interfaces:
Table 28. Steps for Creating a PPP Interface - CLI
CommandExplanation
1. Trinity# configure Enter the Configuration Mode.
2. Trinity[config]# [no] ppp <id> <id> can be either ppp<number> or just <number>. This
creates interface ppp<number> and enters the PPP Configuration Mode. no ppp <id> deletes an interface.
Configuring PPP negotiation
The following commands determine when PPP will attempt to negotiate:
Table 29. Steps for Configuring PPP Negotiation - CLI
CommandExplanation
1. Trinity[ppp-ppp2] [no] passive Causes the interface to wait for the peer to start negotia-
tion. no passive sets the interface to normal operation,
meaning it attempts to negotiate with the peer whether or
not the peer has started negotiation.
2. Trinity[ppp-ppp2] holdoff <seconds> During the holdoff period, no negotiation will take place.
After negotiation fails or LCP determines that the link
needs to drop (either by receiving a termination request
from the peer or by not receiving replies to echo
requests), the interface enters a holdoff period in which it
will neither send packets to nor receive packets from the
peer.
The following commands describe how to configure IPCP:
Table 32. Steps for Configuring IPCP - CLI
CommandExplanation
1. Trinity[ppp-ppp2] ncp ipcp Sets PPP to negotiate IPCP as the NCP.
2. Trinity[ppp-ppp2] ipcp Enter the IPCP configuration mode.
3. Trinity[ppp-ppp2-ipcp] {local|peer} ip
address {accept|<A.B.C.D>}
4. Trinity[ppp-ppp2-ipcp] [no] proxy-arp Enables responding to ARP requests for the peer.
5. Trinity[ppp-ppp2-ipcp] max-configure
<times>
6. Trinity[ppp-ppp2-ipcp] max-failure
<times>
7. Trinity[ppp-ppp2-ipcp] max-terminate
<times>
8. Trinity[ppp-ppp2-ipcp] restart <seconds> Sets the IPCP retransmission timeout.
Determines how the IP address will be assigned to the
local or peer interface.
If an IP address is specified and accept is not, then the
PPP interface will attempt to negotiate the address and
if the peer rejects, it will terminate.
If an IP address is not specified and accept is, then the
PPP interface expects the peer to provide the address
during negotiation and if the peer does not, it will terminate.
If both the IP address and accept are specified, then
the PPP interface will attempt to negotiate the address,
but if the peer rejects, it will take the address offered
by the peer.
Sets the number of IPCP Configure-Requests that the
peer does not acknowledge before restarting negotiation.
Sets the number of IPCP Configure-NAKs to send
before sending IPCP Configure-Rejects instead.
Sets the maximum number of IPCP Terminate-Requests
to send before terminating.
Show all PPP debug messages of at least the priority
specified, emerg being the least verbose and debug
being the most. If no priority is specified, then err is
used.
Web Management Interface (WMI) ......................................................................................................................96
Command Line Interface (CLI).............................................................................................................................97
This chapter describes how to configure HDLC channels.
For some TrinityAE models, the H.110 ports act as WAN ports running bridged or routed point-to-point protocol (PPP) connections over HDLC to remote devices. This chapter explains how to create HDLC channels
on that may be used to transport PPP packets.
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available
Configuration Overview
To create an HDLC channel, follow these steps:
1. Create the HDLC Channel
2. Configure the HDLC Channel
– On some models, the HDLC interface(s) transmit and receive over the H.110 bus. The H.110 bus con-
sists of 32 streams, each with 128 uni-directional timeslots. Each timeslot is uni-directional (transmit
only or receive only). Each HDLC interface must have H.110 timeslots mapped to transmit to and to
receive from before it can pass data.
To configure HDLC channels through the WMI,
see the section “Web Management Interface (WMI)” on page 96.
To configure HDLC channels through the CLI,
see the section “” on page 97.
To access the HDLC page, click on Interface Configuration > HDLC from the main menu on the left of the
screen.
Figure 43. HDLC Devices main page
Add/Delete HDLC Devices
To add an HDLC device:
1. Enter the name of the device in the Device field of the Add/Delete HDLC Device table. The name for the
HDLC device can be hdlc<number> or <number>.
2. Click Add.
To delete an HDLC device:
1. Click the Select checkbox for the HDLC device in the Add/Delete HDLC Device table. (An HDLC
device cannot be deleted while it is bound to a PPP interface).
2. Click Delete.
Configure HDLC Devices
To configure an HDLC device, click on the device from the HDLC Devices table on the HDLC main page.
Figure 44. Add/Delete H.110 Maps
Enter information for the following fields:
• H.110 Stream: Must be a number in the range 1-32.
• First Timeslot: Must be a number in the range 1-128.
• Number of Timeslots: Must be a number in the range 1-128.
• Direction: Select Transmit or Receive from the drop-down menu.
An HDLC device cannot be configured while it is bound to a PPP interface.
Debug HDLC. If no HDLC channel id is specified, then the
entire HDLC subsystem is debugged. A priority may be
specified, emerg being the least verbose, and debug
being the most. If no priority is specified, err is used.
About ARP Entries ....................................................................................................................................99
Web Management Interface (WMI) ....................................................................................................................100
Command Line Interface (CLI)...........................................................................................................................101
This chapter describes how to add and delete ARP entries, display the contents of the ARP Table, and flush the
ARP Table contents.
NoteThe menu, commands, and features for your model may vary slightly
from what is shown in this manual. Some models may not include all
of the features mentioned. Refer to the Getting Started Guide for your
device to see which features are available.
Configuration Overview
An ARP entry can be added to the table by configuring the following:
• IP address
• Interface device name
• Interface device hardware (Ethernet) address
• State
About ARP Entries
The state of an ARP entry designates whether the entry is temporary or permanent. Temporary entries are
usually the ones added to the table dynamically through address resolution. Temporary entries time-out and
are removed from the ARP table automatically. Permanent entries are the entries that are added to the table by
the user. These entries do not time-out and have to be removed explicitly by the user.
The ARP entries are displayed in a table. The table also displays the type of hardware (e.g. ethernet), a network
mask value (if one exists), and a combination of flags:
• C – Complete – Represents a valid entry; Entry has been successfully resolved.
• M – Manual/Permanent – Permanent entry added by the user.
• P – Published – The network device corresponding to the entry is advertising (publishing) its address.
- This usually happens if the network device is acting as an ARP proxy for other devices. If the device is act-
ing as an ARP proxy to a subnet of devices, the entry might have a netmask value as well.
ARP entries are deleted from the system by selecting them through the Web Management Interface (WMI), or
by using the no arp command in the Command Line Interface (CLI). The CLI also provides a flush command
to delete all entries at once. When an entry is submitted for deletion, it is not removed from the ARP table
right away. It is marked as a pending deletion and is removed if there are no active connections using it. A temporary entry might be added back to the table immediately if a new connection is established.
To configure ARP through the WMI,
see the section “Web Management Interface (WMI)” on page 100.
To configure ARP through the CLI,
see the section “Command Line Interface (CLI)” on page 101.