1-System Services Menu

1- System Services Menu

Main Menu → System Services

The System Services menu is used to restart the system, change the system clock, view the status or enable/disable certain RediGate processes.

Enter 1 at the Main Menu for the System Services menu.

================ System Services ============== ElecSys(V:5.7.2017-07-24-1300) Wed Jul 26 22:47:52 2017 UnitName : 1 @ 192.3.1.10 REDIGATE <40170-0118>-SerialNumb --------------------------------------------- 1) Boot/Reconfigure 2) Set Clock 3) Channel Status 4) Channel Enable/Disable 5) Channel Scan 6) Single Poll 7) RTU Enable/Disable 8) RTU Scan 9) RPN Calculator 10) New Master Key 11) Read Handshake Pins 12) Write Handshake Pins 13) Run Custom Utility 14) MQttClient to Next Broker 15) Cell Modem Diags Make selection:

1- Boot/Reconfigure

Main Menu → System Services → Boot/Reconfigure

Use this option to restart the RediGate or to reconfigure it after loading a new configuration or firmware update (the ACE program's upload menu will automatically reconfigure if the "Deploy immediately" box is checked).

Enter 1 for Boot/Reconfigure, and then either: Y to confirm the reboot, N to cancel, or R to reconfigure. The Reconfigure option stops and restarts the RediGate software, whereas the Reboot option restarts the entire Linux operating system.

If a new configuration and/or firmware file has been loaded to the RediGate, it will be installed when the system restarts.

================ Boot/Reconfigure Director ==============
ElecSys(V:5.7.2017-07-24-1300) Wed Jul 26 23:04:38 2017
UnitName : 1 @ 192.3.1.10 REDIGATE <40170-0118>-SerialNumb
---------------------------------------------
WARNING! Restarting unit will terminate all polling!
Non Auto-Start Channels must be individually restarted!
Enter 'Y' or 'N' to reboot, or 'R' to reconfigure.
Restart Unit (Y/N/R) ? r

2- Set Clock

Main Menu → System Services → Set Clock

Manually set the RediGate date and time. In systems where the RediGate has NTP (Network Time Protocol) configured, or is connected to an HCP, or is configured to get time through GPS, the clock should be automatically updated, so there is no need to set it through the MMI.

Enter 2 for Set Clock, then enter the new date and time of the system using the following format: MMDDhhmmYYYY.ss where MM=month, DD=day, hh=hour (00 to 23), mm=minute, YYYY=year, and (optional) ss=seconds.

Set Date & Time? (Y/N) y
Mon Jul 31 11:02:26 UTC 2017
Note: MMDDhhmmYYYY ....includes leading zeros
(Examp. New Years Eve of 2015 : 123123592015) :
(Examp. Two seconds til 2016 : 123123592015.58) : 073112002017
Mon Jul 31 17:00:00 UTC 2017

Write to Hardware clock (Y/N) ? y
Wrote system time to hardware clock
Press ENTER to continue

3- Channel Status (System)

Main Menu → System Services → Channel Status

List status of each Master Channel.

Enter 3 for Channel Status. Enter Y to redisplay or L to view a log of Enable and Disable commands that have been received. Press the Space bar to page through the log.

Channel Status
Chan Name              Status    Rtus Time
==== ==============    ======== ==== ==================
   0 Channel0          w/Errors     1 Mon Jul 31 19:38:20 2017
   2 Master Channel    Normal       1 Mon Jul 31 10:56:57 2017
15 Channel15         Normal       1 Mon Jul 31 10:56:57 2017
Redisplay (Y/N/L where L is Log of Enables/Disables) ? L

Press SPACE to advance through log. Q to Quit
Mon Jul 31 19:37:52 UTC 2017 Channel-0: Enable
Mon Jul 31 19:33:32 UTC 2017 Channel-0: Disable

See Channel Status for details on the Master Channel status information.

4- Channel Enable/Disable

Main Menu → System Services → Channel Enable/Disable

Enable or disable all polling on a Master Channel.

Enter 4 for Channel Enable/Disable. Enter the channel number, then either 0 to Disable or 1 to Enable the channel polling.

Channel Enable/Disable
Chan Name Status Rtus Time ==== ============== ======== ==== ================== 0 Channel0 w/Errors 1 Sun Aug 13 08:06:11 2017 2 Master Channel Normal 1 Sun Aug 13 08:03:41 2017 15 Channel15 Normal 1 Sun Aug 13 08:03:41 2017
Channel 0-15 0
0=Disable 1=Enable ? 0
Channel(0) Disable sent

See Channel Status for details on the Master Channel status information.

When a channel is disabled, it will have a status "Suspended" and its Field Units will typically have the status "Stopped."

================ Rtu Status ============== ElecSys(V:5.7.2017-08-07-1200) Sun Aug 13 08:16:05 2017 UnitName : 1 @ 192.3.1.10 REDIGATE <46247-0004>-SerialNumb --------------------------------------------- Chan Name Status Rtus Time ==== ============== ======== ==== ================== 0 Channel0 Suspended 1 Sun Aug 13 08:15:58 2017 2 Master Channel Normal 1 Sun Aug 13 08:03:41 2017 15 Channel15 Normal 1 Sun Aug 13 08:03:41 2017
Enter Channel (0 to 15, -1 for all) ? 0
-----------------RTU---------------- -----POLL------- -------ERRORS------- Addr Name Protocol Status Time Count TimOut BadData Frame ----- ---------------- -------- -------- -------- -------- ------ ------- ----- 1 Modbus01 MBMAST00 Stopped 08:15:58 0 656 0 0

5- Channel Scan

Main Menu → System Services → Channel Scan

Trigger one complete scan of a Master Channel, regardless of its enable/disable status or the length of the configured Scan Periods. Scanning the channel will put it back into Enabled mode.

Enter 5 for Channel Scan. Enter the Master Channel number, and Y to trigger the scan.

Channel Scan
Chan Name Status Rtus Time ==== ============== ======== ==== ================== 0 Channel0 Suspended 1 Sun Aug 13 08:15:58 2017 2 Master Channel Normal 1 Sun Aug 13 08:03:41 2017 15 Channel15 Normal 1 Sun Aug 13 08:03:41 2017Channel 0-15 0 Scan Channel-0 (Y/N) ? y
Channel(0) sent scan all

6- Single Poll

Main Menu → System Services → Single Poll

If you have a long poll interval for one or more scans in a Master Channel, use the Single Poll option to execute the scan on demand.

Enter 6 for Single Poll. Enter the Master Channel number, Y if you want to view the Scan Table configuration, and the Index number of the scan to run immediately. The poll will be sent even if the Channel or RTU are disabled.

Single Rtu Poll
Chan Name              Status    Rtus Time ==== ==============    ======== ==== ==================    0 Channel0          Suspended    1 Sun Aug 13 10:00:02 2017    2 Master Channel    Normal       1 Sun Aug 13 09:59:02 2017 15 Channel15         Normal       1 Sun Aug 13 09:59:03 2017
Channel 0-15 0
-----------------RTU----------------   -----POLL------- -------ERRORS-------
Addr Name             Protocol Status     Time     Count TimOut BadData Frame
----- ---------------- -------- -------- -------- -------- ------ ------- -----
    1 Modbus01         MBMAST00 No Polls 10:00:03        0      3       0    0
Do you want to see the Scan Table? (y/n) y
Index RtuAdr Poll Rate(Sec)
     0      1     1    3600
     1      1     2      60
Enter Scan Index (0 to 1) 0

Channel(0) sent scan all

7- RTU Enable/Disable

Main Menu → System Services → RTU Enable/Disable

Disable polling of a single Field Unit on a Master Channel.

Enter 7 for RTU Enable/Disable. Enter the Master Channel number and the Field Unit address to disable.

Enabling an RTU does not currently work (as of 8/17/2017). Instead, use RTU Scan or Channel Scan to re-enable the device polling.

Rtu Enable/Disable

Chan Name              Status    Rtus Time
==== ==============    ======== ==== ==================
   0 Channel0          Suspended    1 Sun Aug 13 10:12:25 2017
   2 Master Channel    Normal       1 Sun Aug 13 09:59:02 2017
15 Channel15         Normal       1 Sun Aug 13 09:59:03 2017
Channel 0-15 0

Addr Name             Dbg? Protocol Status
----- ---------------- ---- -------- ------
    1 Modbus01         ON   MBMAST00 Stopped
Enter Rtu to Modify 1
0=Disable, 1=Enable ? 0

Channel(0) sent Rtu00001...Disabled

8- RTU Scan

Main Menu → System Services → RTU Scan

If you have a long poll interval for one or more scans in a Master Channel, you can force all polls to be scanned by selecting the RTU Scan option. This option can also be used to restart polling of an RTU after disabling the Channel or RTU.

Enter 8 for RTU Scan. Enter the Master Channel number and the device address to scan.

Rtu Scan

Chan Name              Status    Rtus Time
==== ==============    ======== ==== ==================
   0 Channel0          Suspended    1 Sun Aug 13 10:06:54 2017
   2 Master Channel    Normal       1 Sun Aug 13 09:59:02 2017
15 Channel15         Normal       1 Sun Aug 13 09:59:03 2017
Channel 0-15 0

Addr Name             Dbg? Protocol Status
----- ---------------- ---- -------- ------
    1 Modbus01         ON   MBMAST00 Stopped
Enter Rtu to Scan 1
Sent Scan RTU 1

9- RPN Calculator

Main Menu → System Services → RPN Calculator

Reverse Polish notation calculator utility allows several simple calculations to be performed within the RediGate menu.

Enter 9 for RPN Calculator. Enter ? at any prompt to redisplay the menu, or Q to quit/exit the calculator.

The Reverse Polish notation calculator operates on numbers entered into a "stack", with the numbers entered first followed by the operator.

Use D to display all current values in the stack, C to clear all values in the stack, E to erase only the last (current) value in the stack.

Addition (+), subtraction (-), multiplication (*), division (/), and power X^Y (P) operate on the two highest numbers in the stack, displaying the result and leaving the result in the next lower stack position.

Modulo (M) divides the previous stack value X by current stack value Y and gives the remainder as an integer in the next lower stack location.

Square root (R), invert 1/X (I), natural log ln (L), inverse log e^x (X), and trig functions (T) operate on the highest number in the stack, displaying the result and leaving the result in the current stack position.

Sum (S) all values in the stack (up to 80) and leave the sum in the lowest stack position.

Analysis (A) shows the average value and standard deviation of all values in the stack (leaving current stack values unchanged).

Floating point math (F) converts either from floating point to hexadecimal, or from hexadecimal to floating point. (Note: this operation does not use the RPN stack.)

For example:

To calculate the value of (3 + 5) / 2, enter: 3 5 + 2 /
The result is a value of 4 in stack location [0].

Value\Operator (+,-,*,/,?,I,L,M,C,Q,D,R,P,S,T,E,A,F,X) Stack>0 3
Stack[0] = 3
Value\Operator (+,-,*,/,?,I,L,M,C,Q,D,R,P,S,T,E,A,F,X) Stack>1 5
Stack[1] = 5
Value\Operator (+,-,*,/,?,I,L,M,C,Q,D,R,P,S,T,E,A,F,X) Stack>2 +
Stack[0] = 8
Value\Operator (+,-,*,/,?,I,L,M,C,Q,D,R,P,S,T,E,A,F,X) Stack>1 2
Stack[1] = 2
Value\Operator (+,-,*,/,?,I,L,M,C,Q,D,R,P,S,T,E,A,F,X) Stack>2 /
Stack[0] = 4
Value\Operator (+,-,*,/,?,I,L,M,C,Q,D,R,P,S,T,E,A,F,X) Stack>1

To convert a floating point number to hexadecimal, enter F and the number to convert. Enter 0 or 0.0 to exit the floating point calculator.
To convert a hexadecimal number to floating point, enter F and some non-zero number. Then enter four hexadecimal bytes, most-significant to least-significant.

Value\Operator (+,-,*,/,?,I,L,M,C,Q,D,R,P,S,T,E,A,F,X) Stack>0 f
FLOATING POINT VALUES IN HEX AND VICE VERSA
Enter a Floating point value (0.0 to exit) 2.0
Hex MSB to LSB = 40 0 0 0
Now enter four Hex bytes to dislay in Floating point
Enter MSB first then LSB last Enter Hex Byte 3 40
Enter Hex Byte 2 80
Enter Hex Byte 1 00
Enter Hex Byte 0 00
Floating value = 4
Enter a Floating point value (0.0 to exit)

10- New Master Key

This is a legacy menu which is no longer used in the RediGate.

11- Read Handshake Pins

Main Menu → System Services → Read Handshake Pins

Diagnostic menu to read the current status of RS-232 serial port handshaking inputs (requires configuration and hardware with an RS-232 serial port).

Enter 11 for Read Handshake Pins. Enter the instance number of the serial port, and E if using the Elecsys serial port driver (typical) or L if using the Linux serial driver (normally on COM0).

================ Monitor /dev/acscomm?? handshaking pins ==============
ElecSys(V:5.7.2017-07-24-1300) Sun Aug 13 13:00:08 2017
UnitName : 1 @ 192.3.1.10 REDIGATE <40170-0118>-SerialNumb
---------------------------------------------
NOTE:This might require rebooting afterwards
Enter Serial Port Index 1 to 20 (console=0) 2
E=ElecSys driver L=Linux driver e
Params=[9600 stop=1 word=8 parenb=0 pareven=0 parstick=0 mode=0 w_up=0 w_down=0]
           CPU0
36:        203        SC 20 UART9
38:         19        SC 22 zeus16550
39:       1025        SC 23 pxa2xx-mci
41:          0        SC 25 DMA
42:       5833        SC 26 ost0
44:          0        SC 28 Comms Timer Tick
85:         16      GPIO 35 bt:dtr
103:          0      GPIO 53 mmc card detect
131:       1511      GPIO 81 eth0
Err:          0
Enter '1' to abort
Com-2 DCD=LOW CTS=LOW
Com-2 DCD=LOW CTS=LOW
Com-2 DCD=LOW CTS=LOW

The current state of Carrier Detect (DCD) and Clear to Send (CTS) inputs are shown once/second (LOW or HI). Enter 1 to stop the display.

12- Write Handshake Pins

Main Menu → System Services → Write Handshake Pins

Diagnostic menu to enable or disable the handshaking outputs of an RS-232 port (requires configuration and hardware with an RS-232 serial port).

Enter 12 for Write Handshake Pins. Enter the instance number of the serial port, and E if using the Elecsys serial port driver (typical) or L if using the Linux serial driver (normally on COM0).

================ Force /dev/acscomm?? handshaking pins ============== ElecSys(V:5.7.2017-07-24-1300) Sun Aug 13 13:09:33 2017 UnitName : 1 @ 192.3.1.10 REDIGATE <40170-0118>-SerialNumb --------------------------------------------- NOTE:This might require rebooting afterwards Enter Serial Port Index 1 to 20 (console=0) 2
E=ElecSys driver L=Linux driver e
Params=[9600 stop=1 word=8 parenb=0 pareven=0 parstick=0 mode=0 w_up=0 w_down=0]
           CPU0
36:        203        SC 20 UART9
38:         95        SC 22 zeus16550
39:       1025        SC 23 pxa2xx-mci
41:          0        SC 25 DMA
42:      43630        SC 26 ost0
44:          0        SC 28 Comms Timer Tick
85:         16      GPIO 35 bt:dtr
103:          0      GPIO 53 mmc card detect
131:      13335      GPIO 81 eth0
Err:          0
RTS: 0=Low 1=High ? 0
Set COM(2) to 0
DTR: 0=Low 1=High ? 1
Set COM(2) to 1

Enter 1 or 0 to turn ON or OFF the Request to Send (RTS) and Data Terminal Ready (DTR) handshaking outputs.

13- Run Custom Utility

Main Menu → System Services → Run Custom Utility

Custom Utility menu option allows a custom shell script or utility to be run from the user menu. This option requires one or more executable scripts to have previously been loaded onto the RediGate in the /usr/director/bin/ directory, with names beginning "CustUtil" and ending with "_#" (where # is a unique integer up to 32,767).

Enter 13 to select the Run Custom Utility menu. A list of available scripts is displayed. Enter the number of the script following the last _ character.

Make selection: 13
CustUtil_NAT_Menu_5 CustUtil_atest_0
CustUtil_Stuff_UFF_4 CustUtil_iptables_1
Enter Index of Custom Utility 0 to N 0
Running CustUtil*_0

*****************
Here is a script!
*****************

14- MQttClient to Next Broker

Main Menu → System Services → MQttClient to Next Broker

Force an MQTT Client to walk to the next broker IP address.

If only one IP address is configured in the MQ Client (or MQ Client Extra), this will force a disconnect and reconnection to the same broker, along with all initial subscriptions and data publication. Before walking to the next broker IP, you can turn on MQClient diagnostics (Main Menu → Diagnostic Services → Task Diags). Then afterward, check the Monitor Diag's menu to view the MQTT diagnostics during the reconnection.

Enter 14 for MQttClient to Next Broker. If more than one MQ Client is configured, enter 0, 1, or 2 to select which one. Enter Y to force it to the next broker IP address.

================ MQttClient to Next Broker ==============
ElecSys(V:5.7.2017-08-07-1200) Thu Aug 17 06:18:54 2017
UnitName : 1 @ 192.3.1.10 REDIGATE <46247-0004>-SerialNumb
---------------------------------------------
0 ==> MQisdp
1 ==> MQisdpX0
Could not find MQisdpX1
Which MQ Client to force? (0 to 1) 0
Are you certain you want to force it to the next broker? (y/n) y
Checking connection in 5 seconds. Enter any character to return to MENU

If the connection cannot be made, the last line may be repeated every 5 seconds. To exit, enter any character on the keyboard followed by Enter to return to the previous menu.

15- Cell Modem Diags

Main Menu → System Services → Cell Modem Diags

On a RediGate with built-in cellular modem, perform several diagnostic commands for the cellular modem. This requires not only hardware, but also an active RediGate configuration with the cellular modem configured.

Enter 15 for Cell Modem Diags.

Make selection: 15 ================ Cell Modem Diags ============== ElecSys(V:5.7.2017-02-23-1000) Thu Mar 2 18:09:19 2017 RediGate400C_CPLX : 1 @ 10.63.192.192 REDIGATE-400 <Use System Serv Option-123> --------------------------------------------- Virtual Port Numer 73=Diag AT Cmds 75=Auto-ATs or NMEA/GPS if HE-910 77=NMEA/GPS if DE-910 79=CellLEDs or 0 to Exit? 73

Enter 73 or 75 for the virtual port number on which to view diagnostics (one or more of these should be configured in ACE).

After this, the RediGate will automatically request several AT commands from the modem to retrieve status and activation information.

The command outputs are described with comments below.

Sending AT+GMMReceived[15]->   HE910    OK
This is the modem model (HE910 for GSM/HSPA, or DE910-DUAL for CDMA).

Sending AT+CNUMReceived[37]->   +CNUM: "","19132109122",129    OK
This is the phone number associated with the account activation.

Sending AT#CCIDReceived[37]->   #CCID: 89014104277578463113    OK
For the HE910 modem, this is the SIM card number. For the DE910-DUAL, this command will return an error.

Sending AT+CGDCONT?Received[42]->   +CGDCONT: 1,"IP","i2gold","",0,0    OK
For the HE910 modem, the second item in double quotes is the APN of the cellular access point. If the SIM is not properly installed or the RediGate is improperly configured, having an incorrect APN will block cellular connections.

Sending AT#MEIDESN?Received[9]->    #MEIDESN: A1000032B304F6,000000000000,00000000
For the DE-910-DUAL modem, this is the MEID number. For the HE910, this command will return an error.

Sending AT#CIMIReceived[32]->   #CIMI: 310410757846311    OK
This is the IMSI number.

Sending AT#CGSNReceived[32]->   #CGSN: 357164042289457    OK
For the HE910 modem, this is the IMEI number. For the DE910-DUAL modem, this is the MEID number, split with a comma.

Sending AT+CREG?Received[20]->   +CREG: 0,1    OK
This is the mode and connection status. The first number should normally be 0 (disable unsolicited).
The second number indicates registration status: 0=not registered, 1=registered/home network, 2=searching, 3=denied, 5=registered/roaming
For Telit modem:
Sending AT$GPSACP
Received[30]->   $GPSACP: 214127.000,3853.5898,N,09447.4488,W,0.9,315.4,3,12.1,7.3,3.9,310715,07
UTC time (hhmmss.sss) Latitude (ddmm.mmmm N/S) Longitude(dddmm.mmmm E/W) HDOP, Altitude (meters), Fix (0=invalid, 2=2D fix, 3=3D fix) Course over ground (degrees), Speed over ground (Km/hr), Speed over ground (knots) Date of fix (ddmmyy), Number of satellites in use

For Quectel modem:
TX-> at+qgpsgnmea="rmc" RX-> +QGPSGNMEA: $GPRMC,213806.00,A,3853.585246,N,09447.491297,W,3.9,0.0,131020,2.2,E,A*23

This is the GPS data, if a GPS antenna is connected to the modem. Otherwise, it will mostly be just commas with no data. GPS data represents:
UTC time (hhmmss.sss). A=active, V=void
Latitude (ddmm.mmmm N/S)
Longitude(dddmm.mmmm E/W)
Speed over ground (knots), Track angle (degrees)
Date of fix (ddmmyy), Magnetic variation (E/W), checksum data

Sending AT+CSQ
Received[40]->   +CSQ: 28,3    OK
To convert latitude/longitude to decimal degrees, use dd + (mm.mmmm/60), as dd.dddd (negative for S or W).
To convert to degree/minute/second, multiply fractional (.mmmm*60)=ss.ss for seconds, as dd° mm' ss.ss".
The first number after +CSQ is the signal strength. 99=no signal, 0-31 indicates increasing strength (0 = -113 dBm, 31 = -51 dBm, in steps of 2 dBm per CSQ number).
The second number is the bit error rate (BER). 0=best, 7=worst.
Repeat? (y/n) n

Then press Enter to exit the modem diagnostics, or A/ to repeat the last command (AT+CSQ, signal strength).
Or enter an 'AT' modem string to manually send a command to the modem.

Enter AT Command (Enter to Exit, 'A/' repeats last, 'A//' repeat every 2 secs) a//
Press Q<enter> to quit repeating
Sending[8]-> AT+CSQ
Received[20]->   +CSQ: 28,2    OK

Press Q<enter> to quit repeating
Sending[8]-> AT+CSQ
Received[20]->   +CSQ: 29,2    OK

Enter 'q' to stop the repeating AT+CSQ commands. And 'Enter' again to exit the menu.

Enter AT Command (Enter to Exit, 'A/' repeats last, 'A//' repeat every 2 secs) q