Evolution Voice Gateway CLI Guide - 14IP

Evolution Voice Gateway CLI Guide

1.0 Login & General Knowledge of EVG CLI

SSH to the IP address of the device to enter the OS console:

C:UsersAdministrator>ssh (contact support for user)@172.16.101.142

OS Console credentials:

  • User: (contact support)

  • Pass: (contact support)

Enter the enable prompt:

> enable

Enter the aos prompt — this puts you into the EVG CLI:

(contact support for user)@iad enable# aos

EVG CLI credentials:

  • User: (contact support)

  • Pass: (contact support)

image-20261005-145057.png

Input ? to show all available commands:

image-20260925-140000.png

Abbreviations are supported. For example:

image-20260925-140800.png

2.0 "ROS#" Mode

There are only a few commands in the ROS> mode. For more access, you must enter ROS# prompt.

Input enable to enter ROS# mode:

image-20260925-140821.png

2.1 Command Menu

Input ? to show all available commands:

image-20260925-140842.png

2.2 General Purpose Commands

Show IP information

sho int

image-20260925-140907.png

Show Time

sho cl

image-20260925-140930.png

Show Version

sho ver

image-20260925-141000.png

Show SIP Information

sho sip config

image-20260925-141015.png

Show Memory Status

sho memory detail

image-20260925-141049.png

Show SIP Port Status

sho sip all

image-20260925-141113.png

Show Current Calls

sho ecc call

image-20260925-141140.png

Show RTP Session

sho rtp se

image-20260925-141210.png

3.0 "config" Mode

Input ^config in ROS# mode to enter config mode.

Input exit in config mode to go back to ROS# mode.

image-20260925-141240.png

3.1 Command Menu

Input ? to show all available commands:

image-20260925-141300.png

3.2 General Purpose Commands

Set Time

clock set

image-20260925-141324.png

Load Firmware

load filename server IP

Command format:

load down filetype filename tftp/ftp serverIP servicePort

image-20260925-141346.png

Save the Configuration

save

image-20260925-141423.png

Restart Device

reset

image-20260925-141451.png

Enable Debug

deb port + port No  (0,1,2.... all = all ports)

Examples:

deb port all
deb port 1

image-20260925-142127.png

Enable SIP Debug

deb sip msg all

image-20260925-142220.png

4.0 "ada" Mode

Input ^ada in ROS# mode to enter ada mode.

Input exit in ada mode to go back to ROS# mode.

image-20260925-142311.png

4.1 Command Menu

Input ? to show all available commands:

image-20260925-142245.png

4.2 General Purpose Commands

Turn on Trace of SD

turnon 53

image-20260925-142337.png

The SD log outputs detailed messages of the physical interface, such as dialled digits, hook status, flash events, etc.

ROS(ada)#turnon 53
ROS(ada)#
ROS(ada)#[215-22:00:23:430]SD:<port:1>,sd detect offhook on pots:1
[216-22:00:23:430]FAX CED signal detecting on port=1......
[217-22:00:23:430]ECC:<port:1>,<<==** SD_OFFHOOK, port:1
[218-22:00:23:430]
[219-22:00:23:430]ECC:<port:1>,<<== SD_OFFHOOK, para:
[220-22:00:23:430]ECC:<port:1>,eccb:1, State:0(out_idle), calling:31, dial:
// SD_OFFHOOK: port 1 off-hook notification
[221-22:00:23:430]ECC:<port:1>,Dial timer start, timerlen:10000 ms!
[222-22:00:23:430]ECC:<port:1>,eccb:1, State:0(out_idle), calling:31, dial:
[223-22:00:23:430]ECC:<port:1>,<1,1,out_overlap> ==>> SD_TONE, Sig:1
[224-22:00:23:430]ECC:<port:1>,====Processed: SD_OFFHOOK
[225-22:00:23:430]ECC:<port:1>,eccb:1, State:1(out_overlap), calling:31, dial:
[226-22:00:23:430]SD:<port:1>,sd recv ecc msg, port=1, prim=5, sigtype=1, param:
[227-22:00:23:430]SD:<port:1>,SD recv msg:Tone request:Portid:1 ,ToneType:1
...
[235-22:00:34:630]SD:<port:1>,sd detect onhook on pots:1
// Onhook notification

Turn off Trace of SD

turnoff 53

image-20260925-142408.png

Turn on Trace of ECC

turnon 84

image-20260925-142603.png

The ECC log outputs detailed call connection messaging:

ROS(ada)#turnon 84
ROS(ada)#
ROS(ada)#[248-22:09:24:920]ECC:<port:1>,<<==** SD_OFFHOOK, port:1
[249-22:09:24:920]
[250-22:09:24:920]ECC:<port:1>,<<== SD_OFFHOOK, para:
[251-22:09:24:920]ECC:<port:1>,eccb:2, State:0(out_idle), calling:31, dial:
[252-22:09:24:920]ECC:<port:1>,Dial timer start, timerlen:10000 ms!
[253-22:09:24:920]ECC:<port:1>,eccb:2, State:0(out_idle), calling:31, dial:
[254-22:09:24:920]ECC:<port:1>,<2,1,out_overlap> ==>> SD_TONE, Sig:1
[255-22:09:24:920]ECC:<port:1>,====Processed: SD_OFFHOOK
[000-22:09:24:920]ECC:<port:1>,eccb:2, State:1(out_overlap), calling:31, dial:

ROS(ada)#[001-22:09:25:600]ECC:<port:1>,<<==** SD_DIAL, port:1
[002-22:09:25:600]
[003-22:09:25:600]ECC:<port:1>,<2,1,out_overlap> <<== SD_DIAL, dial:8
[004-22:09:25:600]
Is send flash event: No
[005-22:09:25:600]ECC:<port:1>,<2,1,out_overlap> Sd timer stop !
[006-22:09:25:600]ECC:<port:1>,<2,1,out_overlap> ==>> SD_STOP_SIG, stop signal
[007-22:09:25:600]NUMBER:8, DIGITMAP:x.#|x.T
[008-22:09:25:600]Digitmap partial match!
[009-22:09:25:600]ECC:<port:1>,Dial timer start, timerlen:4000 ms!
[010-22:09:25:600]ECC:<port:1>,eccb:2, State:1(out_overlap), calling:31, dial:8

ROS(ada)#[029-22:09:31:960]ECC:<port:1>,dial timeout
[030-22:09:31:960]ECC:<port:1>,eccb:2, State:1(out_overlap), calling:31, dial:816
[031-22:09:31:960]ECC:<port:1>,<2,1,out_overlap> <<== SD_SEND
[032-22:09:31:960]ECC:<port:1>,<2,1,out_overlap> <<== SD_DIAL, dial:T
[033-22:09:31:960]
Is send flash event: No
[034-22:09:31:960]NUMBER:816T, DIGITMAP:x.#|x.T
[035-22:09:31:960]Digitmap exact match!
[036-22:09:31:960]ECC:<port:1>,<2,1,out_overlap> Called is 816
[037-22:09:31:960]get route entry 31
[038-22:09:31:960]ECC:<port:1>, port 1 user register OK!
[039-22:09:31:960]ecc_call_try_next
[040-22:09:31:960]mode:4
[041-22:09:31:960]ECC:<port:1>,<2,1,out_overlap> Crcx, ip:255.255.255.255, port:65535,
  isact:1, algo:4294967295, pkt:4294967295, band:4294967295, crypt:FALSE,
  proto: UDP, p2pv2:N, mode:2 szRtpConn 2-1
[042-22:09:31:960]ECC:<port:1>,<2,1,out_overlap> ==>> SIP_CALL_INVITE, index:2,
  local:<sip:31@172.16.0.8:2080>, peer:<sip:816@172.16.0.8:2080>
  std sdp:v=0 o=DinStar 112344 112345 IN IP4 172.16.101.142 s=-
  c=IN IP4 172.16.101.142 t=0 0 m=audio 8004 RTP/AVP 18 0 8
  a=rtpmap:18 G729/8000 a=fmtp:18 annexb=yes
  a=rtpmap:0 PCMU/8000 a=rtpmap:8 PCMA/8000 a=ptime:20
replace: referby:
[043-22:09:31:960]ECC:<port:1>,<2,1,out_outproc> Wait answer timer start !
[044-22:09:31:960]Caller: ucTimeout is 10
[045-22:09:31:960]ECC:<port:1>,====Processed: SD_DIAL
[046-22:09:31:960]ECC:<port:1>,eccb:2, State:2(out_outproc), calling:31, dial:816

ROS(ada)#[047-22:09:32:180]ECC:<port:1>,<==recv msg:SIP_CALL_RING,localindex:2
[048-22:09:32:180]ECC:<port:1>,eccb:2, State:2(out_outproc), calling:31, dial:816
[049-22:09:32:180]ECC:<port:1>,<2,1,out_outproc> <<== SIP_CALL_RING
[050-22:09:32:180]ECC:<port:1>,ring proc, isActiveEcc:TRUE  std sdp  priv sdp:
[051-22:09:32:180]ECC:<port:1>,eccb:2, State:2(out_outproc), calling:31, dial:816
[052-22:09:32:180]ECC:<port:1>,<2,1,out_outproc> delay ring timer start !
[053-22:09:32:180]ECC:<port:1>,====Processed: SIP_CALL_RING
[054-22:09:32:180]ECC:<port:1>,eccb:2, State:3(out_deliver), calling:31, dial:816

ROS(ada)#[062-22:09:33:180]ECC:<port:1>,<2,1,out_deliver> delay ring time out !
[063-22:09:33:180]ECC:<port:1>,<2,1,out_deliver> ==>> SD_TONE, Sig:3

ROS(ada)#[064-22:09:40:090]ECC:<port:1>,<<==** SD_ONHOOK, port:1
[065-22:09:40:090]
[066-22:09:40:090]ECC:<port:1>, <<== SD_ONHOOK
[067-22:09:40:090]ECC:<port:1>,<2,1,out_deliver> delete eccb index 2, stat:out_deliver
[068-22:09:40:090]ECC:<port:1>,<2,1,out_deliver> all ecc timer stop !
[069-22:09:40:090]ECC:<port:1>,<2,1,out_deliver> Wait answer timer stop !
[070-22:09:40:090]ECC:<port:1>,<2,1,out_deliver> ==>> SD_STOP_SIG, stop signal
[071-22:09:40:090]CallReportType:call_fail, calling:31, called:816, origin:callout,
  answer:<not applicable>, end:2011-12-14 22:09:40, billsec:0
[072-22:09:40:090]ECC:<port:1>,<2,1,out_deliver> delete rtp session
[073-22:09:40:090]ECC:<port:1>,<2,1,out_deliver> szRtpConn 2-1
[074-22:09:40:090]ECC:<port:1>,<2,1,out_deliver> ==>> SIP_CALL_BYE, index:2,
  local:<sip:31@172.16.0.8:2080>, peer:<sip:816@172.16.0.8:2080>
[075-22:09:40:090]ECC:<port:1>,<2,1,out_deliver> Free ECCB 2

Turn off ECC Trace

turnoff 84

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Enable SIP Message Display

turnon 71

image-20260925-173426.png

Disable SIP Message Display

turnoff 71

image-20260925-173441.png

Enable Provisioning Message Display

turnon 92

image-20260925-173512.png

Disable Provisioning Message Display

turnoff 92

image-20260925-173536.png

5.0 How to get debug log on telnet

5.1 Set PUTTY Software

  1. Open PuTTY.

  2. Type the IP of the gateway (ATA, GSM VoIP gateway).

  3. Select Telnet as the connection type.

    image-20260925-173555.png

  1. Click Logging.

  2. Select All Session Output.

  3. Click Browse to select a directory to save the log file.

  4. Click Open.

    image-20260925-173609.png

5.2 EVG Settings

Type username and password — default is (contact support) / (contact support).

After connecting, enter the following sequence:

ROS>en
ROS#^config
ROS(config)>#debug sip msg all
ROS(config)>#debug port all
ROS(config)>#ex
ROS#^ada
ROS(ada)#[...] ADA CONNECTED ....,WELCOME!

image-20260925-173625.png

ROS(ada)#turnon 71
ROS(ada)#turnon 84
ROS(ada)#turnon 53
ROS(ada)#turnon 92

image-20260925-173644.png

5.3 Replicate the Fault

  1. Reproduce the issue.

  2. Retrieve the log file putty.log from the chosen directory.

6.0 How to modify IP information via COM port

Connect the COM port of your computer to the CONSOLE port of the EVG.

image-20260925-173701.png

You can check which COM port is connected and available in Windows Device Manager.

image-20260925-173738.png

Use a COM port access tool (PuTTY in this example) with the following settings:

Setting

Value

COM Port

COM2 (match Device Manager)

Baud Rate

115200

Flow Control

None

image-20260925-173802.png

After applying the settings, click Open to enter the Command Shell of the EVG.

6.1 Modify Network Parameters via COM port access

Default credentials: admin / admin

Input en to enter the enable prompt, then MENU to access the system menu configuration tool:

ROS>en
ROS#
ROS#MENU

Follow the prompts to configure all network parameters:

---------------------------------------------------------
|        System menu configuration tool.               |
|              All rights reserved.                     |
---------------------------------------------------------
| Network access method supported:                      |
|  (0) PPP modem                                        |
|  (1) ethernet with fixed ip                           |
|  (2) ethernet with dhcp                               |
|  (3) pppoe                                            |
---------------------------------------------------------
| Notice:                                               |
|  [1] "quit"   Type "quit" to exit this tool           |
|  [2] A.B.C.D  You must input an ip address/mask       |
---------------------------------------------------------

EIA Mode (route=0 or bridge=1): 1
WAN Network access method (0-3): 1
WAN Local ip address (A.B.C.D): 172.16.55.32
WAN Local ip mask (A.B.C.D): 255.255.0.0
Default Gateway address (A.B.C.D): 172.16.1.5
Current protocol is SIP
MGC ip address (A.B.C.D/domain name): 172.16.100.136
SIP Proxy Port: 5060
SIP LOCAL port: 5060
RTP Start port: 8000
Primary DNS server (A.B.C.D): 202.96.128.68
Second DNS server (A.B.C.D): 202.96.134.133
Enable syslog (Y/N): y

After completing the MENU prompts, apply and reboot:

ROS#^config
ROS(config)#reset eia
Are you sure to reset? (y/n):y

The gateway will reboot with the new network parameters.