RehrigPacific-4.3-fido

Rehrig Pacific Configuration - Single Antenna Unit GEN3

Before System Test

Customer Specific Configuration

• Check modem device

nmcli dev

• For units with Verizon USB Modems

wget http://readonly:secret@svn.crm.ventureresearch.com/svn/linux/testing/rehrig/rp-secondrun-4.3.sh -O /tmp/rp.sh && bash /tmp/rp.sh

• For units with Mini-PCIe Modems and Kore SIM Card

wget http://readonly:secret@svn.crm.ventureresearch.com/svn/linux/testing/rehrig/rp-secondrun-4.3-kore.sh -O /tmp/rp.sh && bash /tmp/rp.sh

- Manually force to enable Modem after reboot before VR Hardware Test:
nmcli con up id WWAN &

After PreBox Test

If Observation Button Used

echo "SET TAGPERSIST 0" | nc localhost 2020 | grep "ACK"

echo "SET TRIGGERTIMEOUT 1000" | nc localhost 2020 | grep "ACK"

echo "SET VRPROTO ENABLED" | nc localhost 2020 | grep "ACK"

echo "SET VRPROTOMODE SERVER" | nc localhost 2020 | grep "ACK"

echo "0 COMMIT" | nc localhost 2020 | grep "ACK"

systemctl restart rfid

If Observation Button with 100K Baud Rate Used

• setup 100K support inside venture-build-info

sed -i '/^vrcan_canbaud=/d' /etc/venture-build-info
echo "vrcan_canbaud=100000" >> /etc/venture-build-info
wget http://readonly:secret@svn.crm.ventureresearch.com/svn/linux/testing/rehrig/can_reset_rehrig.sh -O /home/user/can_reset.sh

• Apply 100K Baud Rate label to reader

• Plug in 100K Baud Rate Observation Button

• Log into Telnet:

nc localhost 2020

• Reset CAN BUS:

can reset

• Ensure Observation Button is seen by Reader:

0 get inventory

• Output should be: 1,VRSN_NUMBER,101,can://501
• Third section is ComponentID and should be 101
• If not, change it with:

VRSN_NUMBER set componentid 101

1 commit

0 commit

can rest

• Verify if changed with:

0 get inventory

• Hard Reboot Unit (unplug power cable) with Observation Button still plugged in
• Log into Telnet and verify Observation button is seen and has correct ComponentID:

nc localhost 2020

0 get inventory

• Press each button and look for input 1, 2, and 3 (1 is closest to LED)

• Green LED On / Off

set extled aux1 on 10

• Red LED on

set extled buzzer2 on 10

Disable Observation Button

echo "SET VRPROTO DISABLED" | nc localhost 2020 | grep "ACK"

echo "SET VRPROTOMODE DISABLED" | nc localhost 2020 | grep "ACK"

echo "COMMIT" | nc localhost 2020 | grep "ACK"

systemctl restart rfid

Prebox Configuration Included as Part of Customer Specific Configuration (Above)

echo "GET APPSTATEENABLED" | nc localhost 2020 | grep "ACK"

echo "GET POWERBASE" | nc localhost 2020 | grep "ACK"

echo "GET TAGPERSIST" | nc localhost 2020 | grep "ACK"

echo "GET TRIGGERTIMEOUT" | nc localhost 2020 | grep "ACK"

echo "commit" | nc localhost 2020 | grep "ACK"

BurnOut Check-In Procedure

Setup

1. Plugin Unit on Rugged Reader BurnOut Cart
2. Plugin Console Cable
3. Verify there is a 50Ohm Terminator in Antenna Port 2
4. Place QTY (1) VR Power Sensor over internal antenna 1
5. SSH into Reader

QC

• Verify Hostname matches PreBox Label and QC Checklist

• Verify VR Power Sensor is blinking, indicating the Reader is radiating

• Verify Local Wi-Fi SSID is Disabled

nano /etc/NetworkManager/system-connections/Wi-Fi

• Remove the letter e from VR_Device
• Exit and Save changes:

# Press ctrl + x # Press y # Press Enter

• Set Read/Write Policy:

chmod 600 /etc/NetworkManager/system-connections/Wi-Fi

• Sync changes (three times)

sync

• Unplug Unit to Hard Reboot Unit

• Log back into Unit

• When Blue LED lights, verify the GSM Modem is connected:

ifconfig

• Look for ppp0 connection aand verify the IP Address matches the PreBox Test Results Printout and starts with 166

Modem Ping Test

• Ping Google three times:

ping google.com

• Press ctrl+c to stop the command and check that the majority of pings were successful

• Request the external Ip Address:

curl http://jsonip.io

• Check to see if the IP Address returned matches the PreBox Test Results Printout
• If the above never gives a response, verify the Modem is online by repeating "QC" Step 5

BurnOut

1. Leave units plugged in and with VR Power Sensors blinking for the entire duration of the BurnOut

Optional (Non-Standard Production)

WWAN file for Units with Verizon 4G LTE

wget http://readonly:secret@svn.crm.ventureresearch.com/svn/linux/src/venture-wwan/WWAN-verizonlte -O /etc/NetworkManager/system-connections/WWAN

WWAN file for Units with Telus SIM Card (Eastern Canada)

wget http://readonly:secret@svn.crm.ventureresearch.com/svn/linux/src/venture-wwan/WWAN-telus -O /etc/NetworkManager/system-connections/WWAN

Upgrade Observation Button - In Field Instructions - 100 K Baud

• Copy over FW File

-wget ​http://readonly:secret@svn.crm.ventureresearch.com/svn/linux/testing/rehrig/mini_io_0xa000_1.2.hex -O /home/user/mini_io_0xa000_1.2.hex-

wget http://readonly:secret@svn.crm.ventureresearch.com/svn/linux/testing/rehrig/mini_io_0xa000_1.2_100KBaud.hex -O /home/user/mini_io_0xa000_1.2_100KBaud.hex

• Install FW Loading Utility

opkg update
opkg install vr-canboot

• Verify the file

echo 7e869b8e634c071cab7f77bf453ae4eb6fb4f650d90eb6c76c1728dc58f6c170 mini_io_0xa000_1.2_100KBaud.hex | sha256sum -c

• Run the upgrade process

echo "get inventory" | nc localhost 2020 | grep "can://" | awk -F , '{ print $2 }'
echo "VRSN000017690 RESET" | nc localhost 2020 | grep ";ACK" && sleep 0.5 && vr-canboot -a 17690 -f mini_io_0xa000_1.2_100KBaud.hex

• Load new CAN Setup files to use 100k instead of 1M speeds

sed -i '/^vrcan_canbaud=/d' /etc/venture-build-info
echo "vrcan_canbaud=100000" >> /etc/venture-build-info
wget http://readonly:secret@svn.crm.ventureresearch.com/svn/linux/testing/rehrig/can_reset_rehrig.sh -O /home/user/can_reset.sh

• Run the upgrade process

nc localhost 2020

can reset

• Validate the connection with Observation Button

-- wait for unit to reboot
(echo "GET INVENTORY"; sleep .25) | nc localhost 2020 | grep "[0-9],"