TSAT AS TSAT 3000 Installation manual

Product: DOC3010, Revision: 1.6.3
January 2013
Telemetry and data transfer via SATellite
TSAT 3000 Command Line Interpreter
Command Reference Manual
1.6.3

Command Reference Manual
TSAT 3000 Command Line Interpreter January 2013 Page 2 of 41
Document Status
Product description: TSAT3000 Command Line Interface Command Reference
Document
Revision Date Bundle Release Description
1.0.0 2008.02.15 2.0.0 Initial revision
1.0.1 2008.03.13 2.0.0 Word and grammer corrections.
1.1.0 2008.11.27 3.1.0 Adding/updating commands for Release 3.1.0.
1.1.1 2008.12.01 3.1.0 Modified command description layout.
1.2.0 2008.12.09 3.2.0 Added commands for Release 3.2.0.
1.3.0 2009.07.02 3.6.0 Modified for Release 3.6.0
1.4.0 2009.12.09 4.0.0 Modified for Release 4.0.0
1.5.0 2011.06.24 4.3.0 Changed “net ping”
1.6.0 2011.10.20 4.4.1 New “sys rf tx level cal”
New “sys rf tx calibrate”
Changed “rf info”
1.6.1 2012.01.09 4.4.3 Changed “net ping”: Add [-I ifname] [-S srcAddr].
Described “net ifconfig”: [bits]
1.6.2 2012.10.12 4.7.2 New RIP [3.3.5] options: nosplithorizon + noinvalidate.
New RIP [3.3.5] command: “net rip debug [0-9]”.
1.6.3 2013.01.28 4.8.0 Changed RIP [3.3.5] options: noinvalidate.
New RoHC [3.3.4] command: “net sat hcmode [enable | disable | rx-only]”.

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Edition Date: 28 January 2013
Product: DOC3010 Rev. 1.6.3
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Further information about TSAT 3000 can be obtained from:
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Fax: +47 / 66 77 44 41
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Table of contents
1. SCOPE................................................................................................................................................................5
2. COMMAND SYNTAX AND CONVENTIONS..............................................................................................5
3. CLI COMMAND DESCRIPTION ..................................................................................................................6
3.1 GENERAL COMMANDS ........................................................................................................................................6
3.2 USER MANAGEMENT (USER) ...............................................................................................................................7
3.3 NETWORK MANAGEMENT (NET)..........................................................................................................................8
3.3.1 Routes.........................................................................................................................................................8
3.3.2 Interface control.......................................................................................................................................11
3.3.3 Network debugging commands ................................................................................................................12
3.3.4 IP over satellite commands ......................................................................................................................15
3.3.5 RIP (Routing Information Protocol) control commands..........................................................................17
3.4 OPERATING SYSTEM (OS)..................................................................................................................................19
3.5 FILE SYSTEM (FILE)...........................................................................................................................................23
3.6 PARAMETER DATABASE (DB)............................................................................................................................26
3.7 SOFTWARE UPGRADE (SW)................................................................................................................................27
3.8 LOGS (LOG).......................................................................................................................................................28
3.9 RF COMMANDS (RF)..........................................................................................................................................29
3.10 SYSTEM COMMANDS (SYS) .............................................................................................................................30
3.10.1 DSP ........................................................................................................................................................30
3.10.2 Date/Time...............................................................................................................................................30
3.10.3 Analog to Digital / Digital to Analog converter control........................................................................31
3.10.4 RF Synthesizer control...........................................................................................................................32
3.10.5 RX/TX Switch control.............................................................................................................................32
3.10.6 Automatic Gain Control (AGC) Control................................................................................................33
3.10.7 Receive (RX) and transmit (TX) Level Control.......................................................................................33
3.10.8 Receive and transmit control..................................................................................................................35
3.10.9 Block Up-Converter (BUC) Control.......................................................................................................36
3.10.10 Low Noise Block (LNB) Control...........................................................................................................36
3.10.11 Kernel Boot Path Control ....................................................................................................................37
3.10.12 Misc. commands...................................................................................................................................38
4. COMMAND SUMMARY...............................................................................................................................39

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1. Scope
The purpose of this document is to describe the commands and parameters that are implemented
in the TSAT3000 Command Line Interface (CLI).
2. Command syntax and conventions
The commands described in this document follow these notational conventions;
•Square brackets ( [ and ] ) identify an optional parameter. If you use an optional parameter,
you specify the information within the brackets.
Unless the square brackets are in a bold typeface, do not enter the brackets themselves.
•Angle brackets (chevrons) (< and >) are used to denote a required parameter.
Each command and associated parameters are described in the following manner (framework with
dotted lines just for illustration);
The executable command syntax you shall use on the command line is written
first.
Usage
field
Then a short text describing the result of the command when executed.
Release:
Limits the availability of this command to the bundle
releases written here. Commands with no Release field
works for all releases.
Parameter(s):
Parameter name
Function or value description
Example:
A demonstration of the executed command and output
Not all commands will have release information, parameters or examples.
Commands marked with DEBUG in the Usage field are not meant to be run by the Customer.
Debug commands might disturb the operation of the TSAT3000 modem and display information that
only relates to installation, factory testing or fault-analysis by a TSAT - representative.
Important: The CLI is case-sensitive. All commands must adhere to the case
in its corresponding command description.

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3. CLI Command Description
3.1 General commands
exit or quit
Close an active telnet session.
reboot / [reset]
Reboots modem.
The reboot command attempts a graceful reboot by allowing tasks to shut
down properly before a system reboot.
(Release 3.0.x and earlier: The reset command will directly activate the reset
circuitry, and should only be used in the event that reboot fails.
history
Lists the previous executed commands.
cmdstat
Displays debugging information resulting from the last command executed by
the CLI.

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3.2 User management (user)
The TSAT3000 main unit has built-in user access control. This user access control prevents
unwanted access to the system.
Access to the system via the console port, Telnet and FTP are restricted to the users registered in
the system.
user login
Changes current user after entering correct user name and password.
user who
Displays login information for the current user.
user list
Displays login information for all registered users.
user pwdgen <pwd>
This command is used to generate a clear-text encrypted password.
The takes a desired password as input <pwd> and creates an encrypted
password string. This password string is needed when a new user is to be
added to the system. (Details on how this is done can be found in the
document; DOC3030; TSAT 3000 User Guide, Configuration files )
Parameter:
<pwd>
New login password
Example:
OSLO [RT1]> user pwdgen tsat3000
Password: tsat3000 Encrypted password: ScSQcRQcSz
OSLO [RT1]>

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3.3 Network management (net)
3.3.1 Routes
net route
Lists the routes available in the routing table.
Example (R2.x.x):
OSLO [RT2]> net route
Destination/Pfx Gateway Flags RefCnt Use Proto Tos I/f
10.0.0.0/22 10.0.3.2 2000101 1 0 2 0 sat0
127.0.0.1 127.0.0.1 2200005 0 0 2 0 lo0
192.168.10.0/24 10.0.2.1 2010803 0 0 1 0 sat0
192.168.16.8/29 10.0.2.1 2010803 0 0 1 0 sat0
192.168.16.16/29 10.0.2.1 2010803 0 0 1 0 sat0
192.168.16.24/29 10.0.2.1 2010803 0 0 1 0 sat0
192.168.16.32/29 192.168.16.33 2000101 0 0 2 0 motfcc0
192.168.16.40/29 192.168.16.41 2000101 0 0 2 0 motfcc1
OSLO [RT2]>
Example (R3.x.x):
OSLO [RT3]> net route
INET route table - vr: 0, table: 254
Destination Gateway Flags Use If Metric
127.0.0.0/8 localhost UR 0 lo0 0
localhost localhost UH 8 lo0 0
192.168.0.0/24 link#3 UC 1 eth1 0
ethb link#1 UH 0 lo0 0
192.168.0.137 00:0f:1f:d9:d4:20 UHL 13024 eth1 1
OSLO [RT3]>

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net route add <dest. addr> <gw addr> <mask> [options…]
This command adds a network route to the routing table.
The route only exist until the power of the main unit is cycled. Routes are added
to the routing table when the unit boots using the RouteAdd keys in the
[Network] section of the system.conf file.
Release:
R1.0.0 => R3.0.2
Parameters:
<dest.addr>
Destination address in internet dot notation (ex: 192.168.0.1).
<gw addr>
Gateway address in internet dot notation.
<mask>
Hexadecimal value representing the netmask for the destination
address (ex: 0xFFFFFF00 for a 256 address network).
[options…]
Multiple select for type of service and route flags.
“host” : Single address network (Use mask=0 for host
routes).
R2.x.x options only:
“lowdelay” : Minimize delay
“throughput” : Maximize throughput
“reliability” : Maximize reliability
“mincost” : Minimize monetary cost
Example (R2.x.x):
OSLO [RT1]> net route add 192.168.16.32 10.0.2.1 0xFFFFFF00
ROUTE ADD: IP Addr = 192.168.16.32 Gateway = 10.0.2.1 Mask = 0xFFFFFF00 Type of
service = 0x0 Route flags = 0x800
OSLO [RT1]>
net route add <destination/bitcount_mask> <gateway addr> [options…]
net route add <destination> <netmask addr> <gateway addr> [options…]
This command adds a network route to the routing table.
The route only exists until the power of the main unit is cycled. Routes are
added to the routing table when the unit boots using the RouteAdd keys in the
[Network] section of the system.conf file.
Release:
R3.1.0 =>
Parameters:
<destination>
Destination address in internet dot notation (ex: 192.168.0.1).
<bitcount mask>
Netmask given as bitcount (ex: 192.168.0.1/24 for 256
address subnet ).
<netmask addr>
Netmask given in internet dot notation (ex: 255.255.255.0)
<gateway addr>
Gateway address in internet dot notation.
[options…]
“host”:
Single address network.
“hopcount” <value>:
Route prioritizing (metric)
Examples:
OSLO [RT1]> net route add 192.168.100.0/24 192.168.0.1
OSLO [RT1]>
OSLO [RT1]> net route add 192.168.100.0 255.255.255.0 192.168.0.1
OSLO [RT1]>
OSLO [RT1]> net route add 192.168.101.1/32 192.168.0.1 host
OSLO [RT1]>
OSLO [RT1]> net route add 192.168.101.0/24 192.168.1.1 hopcount 2
OSLO [RT1]>

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net route delete <dest. addr> <mask> [options…]
Remove a network route from the routing table. The route will only be removed
as long as the modem is kept on (if route is persistent). If you want to remove
the route for good, you must make sure that the route is removed from the
Network section of the configuration file ‘system.conf’.
Release:
R1.0.0 => R3.0.2
Parameters:
<dest. addr>
Destination address in internet dot notation (ex: 192.168.0.1).
<mask>
Hexadecimal value representing the netmask for the destination
address (ex: 0xFFFFFF00 for a 256 address network).
[options…]
Multiple select for type of service and route flags.
“host” : Single address network (Use mask=0 for host
routes).
R2.x.x options only:
“lowdelay” : Minimize delay
“throughput” : Maximize throughput
“reliability” : Maximize reliability
“mincost” : Minimize monetary cost
Example (R2.x.x):
Assume the following route table entry:
Destination/Pfx Gateway Flags RefCnt Use Proto Tos I/f
192.168.16.0/29 10.0.3.1 3010803 0 0 1 0 sat0
The route can be removed by issuing the following CLI command:
OSLO [RT1]> net route delete 192.168.16.32 0xFFFFFF00
ROUTE DELETE: IP Addr = 192.168.16.32 Mask = 0xFFFFFF00 TOS = 0x0 Flags = 0x0
OSLO [RT1]>
If “Tos” is different from 0, you will have to add the correct option(s) to remove
the route.
net route delete <destination> [options…]
Remove a network route from the routing table. The route will only be removed
until power is cycled (if route is persistent). If you want to remove the route for
good, you must make sure that the route is removed from the Network section
of the configuration file ‘system.conf’.
Release:
R3.1.0 =>
Parameters:
<destination>
Destination address in internet dot notation (ex: 192.168.0.1).
[options…]
“host”: Single address network
Example:
Assume the following route table entry:
Destination Gateway Flags Use If Metric
192.168.6.0/24 ethb UGS 0 lo0 2
The route can be removed by issuing the following CLI command:
OSLO [RT1]> net route delete 192.168.6.0
OSLO [RT1]>

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net route debug <state>
Display debug information for route table manipulations.
Release:
R3.1.0 =>
Parameter:
<state>
“on”: Displays debug information.
“off”: Turns off display of debug information. (Default)
3.3.2 Interface control
net ifconfig [ifName address[/bits]]
Lists the current configuration for the ethernet interfaces and the satellite
interface. The optional parameters can be used to set a new IP address for an
interface.
Parameters:
[ifName]
Valid interface names are “etha”, “ethb” and “sat0”.
[address]
IP address in internet dot notation (ex: 192.168.0.1)
[bits]
Number of bits in network-mask (ex: /24)
net if [<up>/<down> <ifName>]
Mark an interface as ready to send and receive or as unresponsive.
If you omit the parameters you will get a list of information for all the network
interfaces, including the local loopback interface “lo0”. (Replaced by net ifconfig)
Release:
R1.0.0 => R3.0.2
Parameters:
<up>
<down>
“up” means interface is set to be ready to send and receive,
“down” means interface is set to be unresponsive.
<ifName>
Interface name. Valid names are “etha”, ”ethb” and “sat0”.
net ifconfig [ifName state]
Addition to the previous net ifconfig command. Use to enable/disable the
interface ifName using command “up” or “down”.
Release:
R3.1.0 =>
Parameters:
[ifName]
Valid interface names are “etha”, “ethb” and “sat0”.
[state]
“up”:
“down”:
Interface is enabled.
Interface is disabled.

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3.3.3 Network debugging commands
RELEASE <= 4.2.0:
net ping <host> [numPackets] [options…]
Send ping packets to a host. Verify communication to a host.
Parameters:
<host>
IP address of device you want to reach.
[numPackets]
Number of ping requests (0 = forever)
[options…]
“silent” : Suppress output.
“dontroute” : Do not route packets past the local network.
“nohost” : Suppress host lookup.
“debug” : Enables debug output.
Default timeout : 1000 ms.
Default size : 64 bytes
Default number of packets : 4.
RELEASE == 4.3.0 … 4.4.2:
net ping <host> [numPackets] [options…] [-w ms] [-l size] [-n count]
Send ping packets to a host. Verify communication to a host.
Parameters:
<host>
IP address of device you want to reach.
[numPackets]
Number of ping requests
[options…]
“silent” : Suppress output.
“dontroute” : Do not route packets past the local network.
“nohost” : Suppress host lookup.
“debug” : Enables debug output.
[-w ms]
Millisec timout Default 3000 ms.
[-l size]
Size of ping packet Default 64 bytes.
[-n count]
Number of ping requests Default 4.
RELEASE >= 4.5.0:
net ping <host> [options…] [-w ms] [-l size] [-n count] [-I ifname] [-S srcAddr]
Send ping packets to a host. Verify communication to a host.
Parameters:
<host>
IP address of device you want to reach.
[options…]
“dontroute” : Do not route packets past the local network.
“nohost” : Suppress host lookup.
[-w ms]
Millisec timout Default 3000 ms.
[-l size]
Size of ping packet Default 64 bytes.
[-n count]
Number of ping requests Default 4.
[-I ifname]
Specify outgoing interface: sat0, eth0 or eth1.
[-S srcAddr]
Specify the address to use as source address when sending.

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net arp [flush]
Display link level ARP table.
Parameter:
[flush]
Empties the ARP table. (R2.x.x only)
net host
Lists the host table.
net ipstat
DEBUG
Displays IP statistics.
Release:
R1.0.0 => R2.x.x
net inetstat
DEBUG
Displays active internet connections information.
net poolstat
DEBUG
Displays statistics for the network stack’s data and system memory pool.

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net ethconfig <ifName> <[autoneg on/off] [speed 100/10] [duplex full/half]> [debug]
By default both Ethernet interfaces uses autonegotiation to find their speed and
duplex settings. This command enables you to force a different speed and
duplex setting to an Ethernet interface.
Parameters:
<ifName>
Valid interface names are “etha” and “ethb”.
[autoneg on]
Use autonegotiation to find speed and duplex settings.
[autoneg off]
Turn autonegotiation off.
[speed 100]
Use 100Mbps speed when autoneg. is off.
[speed 10]
Use 10Mbps speed when autoneg. is off.
[duplex full]
Use full duplex when autoneg. is off.
[duplex half]
Use half duplex when autoneg. is off.
[debug]
For debug purposes.
net ip forward [state]
DEBUG
Turn IP forwarding on/off. Display current setting if state is omitted.
Add permanent setting to the configuration file.
Release:
R3.x.x =>
Parameters:
[state]
“on”:
“off”:
IP forwarding is enabled (Default).
IP forwarding is disabled.
net ip icmp redirect [<param> <value> [interface name]]
DEBUG
Test ICMP redirect settings. Add permanent setting to the configuration file.
Release:
R3.x.x =>
Parameters:
<param>
“send”
<value>
“2”:
“1”:
“0”:
“-1”:
Forward original message and send ICMP redirect message back to sender.
Drop original message but send ICMP redirect message to sender.
Forward original message but drop ICMP redirect message to sender.
Drop original message and drop ICMP redirect message to sender.
<param>
“receive”
<value>
“1”:
“0”:
Accept and process incoming ICMP redirect messages.
Drop incoming ICMP redirect messages.
[Interface name]
“all” (default) or to override; specify “etha”, “ethb” or “sat0”.

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3.3.4 IP over satellite commands
net sat config
Display actual IPSAT configuration.
net sat ver
Display module version information.
net sat status
Display IP over Satellite status.
net sat estatus
Display internal IPSAT statistics.
net sat hcstatus
Display RoHC statistics for IP over Satellite.
Release:
R4.0.0 =>
net sat hcmode <mode>
Get or Set RoHC mode for IP over Satellite
Release:
R4.8.0 =>
Parameter:
<mode>
“enable” : RoHC is enabled.
“disable” : RoHC is disabled.
“rx-only” : Receive RoHC, but don’t transmit RoHC packets.
net sat linkstate
Display satellite link state.
net sat routestate
Display satellite IP routes and options.

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net sat down
Set satellite IP interface to down state.
net sat up
Set satellite IP interface to up state.
net sat debug [0-9]
DEBUG
Get or set debug level for IP over Satellite module.
Parameter:
[0-9]
Select degree of output (0 = min, 9 = max).
net sat compmode <mode> <protocol list>
Get/set compression mode.
Parameters:
<mode>
“global” : Compression is enabled for all routes.
“perroute” : Compression can be enabled/disabled per route
“disable” : Compression is disabled.
<protocol list>
“ip” : General IP packet compression.
net sat compstat
Display compression statistics

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3.3.5 RIP (Routing Information Protocol) control commands
net rip route
Display the RIP routing table (for dynamic routes only)
Release:
R4.0.0 =>
net rip start
DEBUG
Starts RIP task.
Release:
R4.0.0 =>
net rip stop
DEBUG
Stops RIP task.
Release:
R4.0.0 =>
net rip config update
DEBUG
Update the RIP configuration based on the internal parameter database.
Release:
R4.0.0 =>
net rip config display
Display the current RIP parameter set.
Release:
R4.0.0 =>

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net rip if <interface name> [options line]
DEBUG
Temporary add/reconfigure RIP for interfaces etha/ethb/sat0.
Release:
R4.0.0 =>
Parameters:
<interface name>:
“etha”: LAN A Interface
“ethb”: LAN B Interface
“sat0”: Satellite Interface
[options line]:
First argument must be:
“broadcast”, “multicast” or “silent” (Multicast only for Ethernet interfaces)
Optional arguments:
“in-multicast”
Accept multicast input (Only for Ethernet interfaces)
“auth-simple=<pwd>”
Use authentication with text-based password
(Replace <pwd> with password)
“auth-md5=<pwd>”
Use authentication with MD5 password
(replace <pwd> with password)
“out-v1”
Enable RIPv1 output (default is RIPv2)
“in-v1”
“in-v2”
“in-no”
Change input mode between no input, RIPv1 or RIPv2
“metric=<num>”
Change default metric from 1 to <num>
(replace <num> with the new metric value)
“nopoison”
Use simple split-horizon instead of poisonous RIP.
“nosplithorizon”
Release R4.7.2 =>: Disable split-horizon. (Disable at
HUB:sat0 interface if RTs should learn other RT routes).
“noinvalidate”
Release R4.7.2 =>: Do not invalidate route on HUB (set
metric = INFINITE) when link to RT is DOWN. This
function is by default enabled – applicable for HUB sat0
interface only. RT switchover between two HUBs is
much faster when it is enabled.
Release R4.8.0 =>: Do not invalidate route on RT (set
metric = INFINITE) when link to another RT on the same
HUB is DOWN. This function is by default enabled –
applicable for RT sat0 interface only.
net rip stats
Displays RIP statistics: packet count/dropped inbound and outbound, number of
socket errors inbound and number of routes in the packets received both
inbound and outbound. If authentication is enabled, the authentication part is
counted as a route.
Release:
R4.0.0 =>
net rip debug [0-9]
DEBUG
Get or Set RIP debug level: Log output to MODEM port.
Release:
R4.7.2 =>
Parameters:
[0-9]
Select degree of output (0 = min, 9 = max).

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3.4 Operating system (os)
os mem info
Display current RAM memory usage.
os task list
Display status of system task(s).
os task info <tName/tID>
DEBUG
Display detailed system information for a task specified either by task name or
ID.
Parameter:
<tName/tID>
Task name or task ID can be found by using command os task
list.Task names are listed under the Name column, ID’s are
listed under the TID column. The numbers in the TID column is
hexadecimal values, so prefix the value by “0x” if you want to
use it.
os task delete <tName/tID>
DEBUG
Delete a task (USE WITH CAUTION !)
The deleted task will not be back before modem is rebooted.
Parameter:
<tName/tID>
Task name or task ID can be found by using command os task
list.Task names are listed under the Name column, ID’s are
listed under the TID column. The numbers in the TID column is
hexadecimal values, so prefix the value by “0x” if you want to
use it.
os task stack [tName/tID]
DEBUG
Display stack usage for all tasks or just one specified task.
Parameter:
[tName/tID]
Task name or task ID can be found by using command os task
list.Task names are listed under the Name column, ID’s are
listed under the TID column. The numbers in the TID column is
hexadecimal values, so prefix the value by “0x” if you want to
use it.

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os task wdcheck [state]
DEBUG
Control watchdog task-alive check.
Release:
R2.1.4 => R2.x.x, R3.0.2 =>
Parameter:
[state]
“run”:
“stop”:
“suspend” [minutes]:
Task-alive check runs.
Task-alive check stops.
Task-alive check suspends x minutes.
os task wdinfo
DEBUG
Display watchdog setup information.
Release:
R2.1.4 => R2.x.x, R3.0.2 =>
os task svinfo
DEBUG
Supervisor task list information.
Release:
R2.1.4 => R2.x.x, R3.0.2 =>
os system module
DEBUG
Displays module memory placement information
os kernel ver
Displays kernel version information
os file chkdsk
Use this command to scan the disk for errors. This test will also tell you the
number of files and folders currently in the file system, free and used space in
the file system, etc.
Release:
R3.2.0 =>
Example:
TSAT [RT1]> os file chkdsk
/flashdisk/ - disk check in progress ...
/flashdisk/ - Volume is OK
total # of clusters: 13,192
# of free clusters: 2,570
# of bad clusters: 0
total free space: 5,140 Kb
max contiguous free space: 4,196,352 bytes
# of files: 38
# of folders: 16
total bytes in files: 21,164 Kb
# of lost chains: 0
total bytes in lost chains: 0
TSAT [RT1]>