System Tools

# returns the last gps point
$ sudo apx-gps state | jq .LATEST_POINT
{"lat":25.945318,"lon":-80.452825,"alt":12.492,"speed":0.019,"heading":0,"epoch":1607006801}

# returns the first 5 geofences in the namespace applications
$ sudo apx-geofences getstatus applications | jq '.[0:5]'

# returns the name of all the geofences in the namespace applications
$ sudo apx-geofences getstatus applications | jq '.[] | {name: .geo_name}'

 apx-imu <command> [<args=value>]

# Configure the hard braking threshold to -240 milli-g and cornering left to 350 milli-g
$ apx-imu configure --hard_braking=-240 --cornering_left=350

# Start the calibration process
$ apx-imu calibrate --status=start

# Start the self alignment process:
$ apx-imu calibrate --status=start

# Configure the hard braking to -240 milliG and cornering left to 350 milliG:
$ apx-imu configure --hard_braking=-240 --cornering_left=350

# Read the value of the harsh forward acceleration threshold:
$ apx-imu CFG_HARSH_FWD_ACCELERATION

# Read the list of parameters configured:
$ apx-imu config_list
{"MOTION_THRESHOLD":30,"CFG_FORWARD_COLLISION":-2000,"CFG_BACKWARD_COLLISION":2000,"CFG_LAT_COLLISION_FROM_RIGHT":-2000,"CFG_LAT_COLLISION_FROM_LEFT":2000,"CFG_HARSH_FWD_ACCELERATION":260,"CFG_HARD_BRAKING":-260,"CFG_CORNERING_RIGHT":-350,"CFG_CORNERING_LEFT":350}

 syrus-apps-manager [option] [argument_1] [argument_2] [argument_3]

# Manual application installation from source

$ cd /data/downloads

$ wget https://server.com/applications/customApp/1.0.0.zip

$ syrus-apps-manager install-app customApp /data/downloads/1.0.0.zip

# SyrusJS example installation

$ wget https://syrus4.dctserver.com/apex/applications/syrusjs/1.34.1.zip -O /data/downloads/1.29.1.zip

$ syrus-apps-manager install-app /data/downloads/1.34.1.zip

$ syrus-apps-manager create-instance test_instance syrusjs 1.34.1

$ syrus-apps-manager start test_instance

# Update syrusjs application 
$ syrus-apps-manager update-app syrusjs 1.34.0

# Update an instance of syrusjs
$ syrus-apps-manager update-instance my_syrusjs_instance 1.34.0

# Send commands to a syrusjs instance
$ syrus-apps-manager send-message __cloud_syrusjs 'get signal_value isON'
signal value=true

# make sure to use single quotes ' around commands with special characters
$ syrus-apps-manager send-message __cloud_syrusjs 'get value $net_wifi.ip_address'
192.168.1.148

# Start a shell with syrusjs
$ syrus-apps-manager start-shell __cloud_syrusjs
get signals
define signal ...

 apx-tts [language] [message]

$ apx-tts en-US 'Testing text to speech'

$ apx-tts es-ES 'Una prueba de texto a voz'

 apx-bt [<action>] [--arguments]

# Start a scan for nearby bluetooth devices for 15 seconds.
$ apx-bt scan --time=15

# List discovered Bluetooth devices after scanning
$ apx-bt list_discovered
{"C83432DA6A1C":"Family Room TV","000664EDF530":"CricutAIR2-F530","E8ABFB463615":"Boltune BT-BH010","84A444220FA2":"[TV]Samsung LED55"}

# Pair to a discovered bluetooth device with the MAC address: 02:06:EF:66:43:0A
$ apx-bt pair --mac=0206EF66430A

$ apx-bt [<action>] [--arguments]

# Advertising is enabled, discoverable (`0x002`), connectable (`0x004`), and the name is advertised (`0x010`) for 200 seconds.
$ apx-bt advertising --mode=1 --flags=0x16 --duration=200

# Send a json string to the events 
$ apx-bt send --characteristic=events --message={"name":"Joe"}

$ sudo apx-bbs help

$ apx-bbs <command> [<args=value>]

  # Check the last scanned devices:
     $ apx-bbs state
  # Configure the scanning time in seconds:
     $ apx-bbs set --scan_time=60 --enabled=true
  # Add a new ble device to the whitelist:
     $ apx-bbs add --mac=AABBCCDDEEFF --alias=Refrigerated_truck
  # Remove a ble device from the whitelist:
     $ apx-bbs remove --mac=AABBCCDDEEFF
  # Get information about the devices:
     $ apx-bbs get --mac=AABBCCDDEEFF
     $ apx-bbs get_all

 apx-counter [action] [namespace]
 apx-counter [action] [namespace] [key] [value]

# start custom counter
$ apx-counter start custom1

# set the speed threshold to 100km/h for custom1
$ apx-counter set custom1 SPEED_THRESHOLD 100

# get all the values of custom1 counters
$ apx-counter getall custom1

 apx-ecu [<action>] [--arguments]

# Configure the primary ECU cables to work with J1939 @ 250 KBPS
$ apx-ecu configure --interface=PRIMARY_CAN --interface_mode=J1939_250KBPS

# Set the listen only mode for SECONDARY CAN 
$ apx-ecu listen_mode --interface=SECONDARY_CAN

# Decode a J1939 data trouble code*
$ apx-ecu decode --unique_id=feca_3-6 --value=2114126001
{"spn":177,"fmi":3,"cm":0,"oc":126}
# *Note this requires the definition of PGN: `feca` start_position: `3-6` in your ecumonitor.conf

# Perform a candump for 40 seconds from 2 CAN interfaces
$ apx-ecu restart
$ apx-ecu clear
$ apx-ecu configure --interface=PRIMARY_CAN --interface_mode=J1939_500KBPS
$ apx-ecu configure --interface=SECONDARY_CAN --interface_mode=J1939_250KBPS
$ apx-ecu log --log_time=40 --log_interface=PRIMARY_CAN --file_name=logTruck500.log
$ apx-ecu log --log_time=40 --log_interface=SECONDARY_CAN --file_name=logTruck250.log
$ apx-ecu list_parameters
# Note that underscores are not allowed for the name of the log file

# clear and list ecu parameters
$ apx-ecu clear
$ apx-ecu list_parameters

 apx-ethernet <command> [<args=value>]

# Uses the IP address assigned by the network
$ sudo apx-ethernet set --default

# Configure the ethernet in DHCP mode
$ sudo apx-ethernet set --dhcp

# Set the IP address of the ethernet interface
$ sudo apx-ethernet set --ip=192.168.5.5/24

# Configure the ethernet network with dhcp enabled
$ sudo apx-ethernet set --ip=192.168.5.1/24 --gateway=192.168.5.255 --dns=8.8.8.8 --dhcp --route=none
# Where: 192.168.5.5/24 = Device IP/Mask
#        192.168.5.255  = Gateway address
#        8.8.8.8        = DNS
#        yes            = DHCP server enabled
#        none           = Traffic is not routed to another interface

# Route ethernet traffic to both wlan0 and ppp0 interface
$ sudo apx-ethernet --route=both

# Restart the ethernet inteface
$ sudo apx-ethernet restart

# Check the ethernet status
$ sudo apx-ethernet status
{"state":"Enabled","mac":"9C:1D:58:3D:5A:90","ip":"","bcast":"","mask":"","rx_bytes":"0","tx_bytes":"0","routing":"both"}

  apx-geofences add [namespace] [group] [type] [name] [radius] [lon,lat] [...]

$ apx-geofences add places parks circular country_village_park 100 -80.305340,25.943784

  apx-geofences remove [namespace] [group] [name]

$ apx-geofences remove places parks country_village_park

  apx-geofences remove [namespace]

$ apx-geofences remove places

$ apx-geofences getns
["places","shopping_malls"]

  apx-geofences getall [namespace]

$ apx-geofences getall places
[{"namespace":"places","group":"group","geo_name":"norman_jean","type":"poly","n_vertices":4,"vertices":["-80.33352400,25.93546900","-80.32843900,25.93494800","-80.32832100,25.93337500","-80.33331000,25.93355800"]}]

  apx-geofences count [namespace]

$ apx-geofences count places
4

  apx-geofences getstatus [namespace]

$ apx-geofences getstatus places
[{"group":"parks","geo_name":"country_village_park","is_inside":false,"time":1623959290}]

$ apx-geofences version
{"version": "0.0.5"}

# Create a polygonal geofence around 25.935469,-80.333524 25.934948,-80.328439 25.933375,-80.328321 25.933558,-80.333310
$ apx-geofences add places parks poly park_norman_jean -80.333524,25.935469 -80.328439,25.934948 -80.328321,25.933375 -80.333310,25.933558

# Print the geofences that are in the namespace places
$ apx-geofences getall places
[{"namespace":"places","group":"parks","geo_name":"park_norman_jean","type":"poly","n_vertices":4,"vertices":["-80.33352400,25.93546900","-80.32843900,25.93494800","-80.32832100,25.93337500","-80.33331000,25.93355800"]}]

 apx-geofences-manager [option] [arguments]

# Import geofences from '/data/downloads/geofences.syrus.conf' with the namespace 'sample_geo' to the device.
$ apx-geofences-manager import -p /data/downloads/geofences.syrus.conf -n sample_geo

# Export geofences on the device from the namespace: 'sample_geo' into Syruslang format with the name: '/data/downloads/geofences_applications.syrus.conf'
$ apx-geofences-manager export -f syruslang -n sample_geo -p /data/users/syrus4g/geofences_applications.syrus.conf
{"results":"ok","geofences":10}

 apx-gps <command> [<options>]

# Get the gps state
$ apx-gps state
{"TIME":"2021-06-17T20:26:35Z","ENGINE":"xm1110","VERSION":"1.3.1","FIX":3,"LATEST_POINT":{"lat":25.783475,"lon":-80.293563,"alt":17.040,"speed":0.963,"heading":115.27,"epoch":1623959390}}
# Where: TIME           = GMT Timestamp in ISOFORMAT
#        ENGINE         = GPS chip
#        VERSION        = GPS version
#        FIX            = Fix quality, 1: 'Fix not available', 2: '2D', 3: '3D' (http://aprs.gids.nl/nmea/)
#        LATEST_POINT
#            lat        = Latitude
#            lon        = Longitude
#            alt        = Altitude in meters above mean sea level
#            speed      = Speed in km/h
#            heading    = Heading in degrees from North, increasing eastwardly
#            epoch      = GPS epoch timestamp

# Perform a warm-start on the GPS module
$ apx-gps warm-start

# Change the GPS anti-drift filter to hdop of 1.8, movement detected, with speed of 50 km/h
$ apx-gps set-filter --hdop=1.8 --motion=true --speed=50

# Get the latest location
$ apx-gps position
"http://maps.google.com/maps?q=25.783560,-80.293480"

# Generate a backlog of the last 60 seconds, and next 20 seconds from now
$ apx-gps backlog create --name=mybacklog --time-win=-60,20

# Get the status of the gnss backlog
$ apx-gps backlog status --name=mybacklog

# Set Simulation mode
$ apx-gps set --simulation-mode=true

 apx-io <action> <key> <value>
 apx-io <action> <key>
 apx-io <action>

# Activate output 2:
$ apx-io set OUT2 true

# Activate output 4, 3 times, ON for 1000ms and OFF for 1000ms
$ apx-io set OUT4 --times=3 --on=1000 --off=1000 

# Get the value of all the analog inputs:
$ apx-io getall analogs
{"BAT":4.047,"DAN":11,"AN1":0,"AN2":0}

# Set virtual ignition with Analog Input 2
# Detects ON when the value is above 5000mV for 5 seconds, OFF when below 5000 for 5 seconds
$ apx-io set virtualign --signal=AN2 --on_threshold=5000 --off_threshold=5000 --on_time=5 --off_time=5

 apx-io [action] [key] [value]

# Get the value of all the analog inputs:
$ apx-io getall analogs
{"BAT":4.047,"DAN":11,"AN1":0,"AN2":0}

# Activate output 2:
$ apx-io set OUT2 true

   apx-seco <command> [<options>]

# enable the safe immobilization mechanism
$ apx-seco set --mode=enable

# activate output 1 safely
$ apx-seco set --trigger=enable

# check the status
$ apx-seco status

 apx-mdm <command> [<args=value>]

# Set the APN of the regular SIM card (not embedded)
$ apx-mdm set --a=mycarrierapn.com --user=myuser --pass=mypass

# Set the priority of the SIM card used to the regular SIM (not embedded):
$ apx-mdm set --sim-priority=sim-card

# Add phone number to the phone book:
$ apx-mdm phone-book add -n=3013333333

# Send an SMS to 3013333333
$ apx-mdm send --n=3013333333 --text='Testing Syrus4 SMS'

# Start a call with the number: 3013333333
$ apx-mdm call -number='+13013333333'

# Speak command
$ apx-mdm tts --text='Testing text to speech'

# Get the state of the LTE modem
$ apx-mdm state
{"manufacturer":"Quectel","revision":"EG25GGBR07A06M2G","model":"EG25","imei":"867698040023056","sim_imsi":"732123200007701","sim_state":"Not in Use","sim_type":"EMBEDDED","sim_id":"89883234500011949724","gsm_reg":1,"modem_state":"ON","gprs_reg":1,"rat":"FDD LTE","mcc_mnc":310260,"band":"LTE BAND 2","operator":"Wireless","esim_state":"READY","ip":"25.130.16.168","esim_imsi":"310260859157280","esim_id":"8901260852391572807F","rssi":15,"no_conn_time":0,"lac":8181,"cid":"24A8F0E","sim_sw_interval":8,"keep_alive":15,"sim_priority":"e-sim","apn":"super"}

 apx-ppp [option] profile

$ apx-ppp start default

 apx-onewire [type] [action] 
 apx-onewire [type] [action] [argument_1] [argument_2] ... [argument_n]

# add ibutton with alias: 'driver 1'
$ apx-onewire ibutton add 'driver 1' 0123456789123401

# read all ibuttons
$ apx-onewire ibutton get_all
{"ibuttons":[{"alias":"driver 1","id":"0012331241412401","whitelisted":true,"connected":false,"conn_epoch":null,"disc_epoch":null}]}

# add temperature alias for room1
$ apx-onewire temperature add room1 3501144D2797AA28

# read all temperatures
$ apx-onewire temperature get_all
{"temperatures":[{"alias":"room1","id":"3501144d2797aa28","value":null,"connected":false,"epoch":1619786506}]}

 apx-ndm-pc <command> [--<option>=<value>]

# Start
$ apx-ndm-pc start

# Stop
$ apx-ndm-pc stop

# Reset
$ apx-ndm-pc reset

# Status
$ apx-ndm-pc status

# Report
$ apx-ndm-pc report --from=1665316800 --to=1665331200

 apx-psm [action] [PSM_string]

# Set the power save mode to go to sleep after 240 seconds (4min) (240) of no ignition detected (IGN:0), wake up for 5 minutes (SLP:300) every 10 minutes (MIN:10) or end the power save mode when motion is detected (MOT).
$ apx-psm mode "IGN:0,SLP:300;MOT,MIN:10;240"

# Set the power save mode to go to sleep after 300 seconds (300) of no movement detected (MOT:0), and wake up only when input1 is detected (IN1).
$ apx-psm mode "MOT:0;IN1;300"

# Set the power save mode to go to sleep after 5 minutes (300) of no movement or ignition (MOT:0,IGN:0), wake up every 2 hours (MIN:120) for 3 minutes (SLP:180) or end the power save mode when INPUT 1, or IGNITION, or MOTION is detected (IN1,IGN,MOT).
$ apx-psm mode "MOT:0,IGN:0,SLP:180;IN1,IGN,MOT,MIN:120;300"

 apx-serial [option]

# Enable the console mode
$ apx-serial mode console

# Send an apx command
$ apx-serial console apx-gps position

# Configure the serial port in modem mode
$ apx-serial mode modem

# Configure the serial port in modem mode, which is used when Satcom or Sigfox accessories are connected, in the example below, 50 is an optional parameter for configuring the size of the buffer for the serial modem.
# The range of the buffer is from 10 to 500. Default is 100.
$ apx-serial modem buffer_size 50

# Consult the current state of the serial modem device.
$ apx-serial modem state
{"state":"connected","type":"satcom","id":"300234062206840","signal":3,"version":15,"buff_size":50,"buff_count":1}

# To send a message
$ apx-serial modem send ">REV331852148....;ID=35...<"
# Note that it returns an error if the modem mode is not active. and if the message length is greater than 340 characters

# To change the sensitivity so it's more sensitive
$ apx-serial fatigue_sensor sensitivity 2

# To change the minimum speed used to trigger warnings to 25kph
$ apx-serial fatigue_sensor min_speed 25

# To check the state of the fatigue sensor
$ apx-serial fatigue_sensor state
{"state":"connected","sensitivity":3,"speaker_volume":2,"min_speed":10,"speeding":50,"max_photos":10,"nbr_photos":10,"latest_photo":"1616001062-photo.jpeg"}

# To list photos captured by fatigue sensor
$ apx-serial fatigue_sensor list
["1615580038-distraction.jpeg","1615580071-fatigue_alarm.jpeg","1615580119-distraction.jpeg","1615580207-fatigue_alarm.jpeg","1615580231-distraction.jpeg","1615580295-photo.jpeg","1615580324-photo.jpeg","1615580361-distraction.jpeg","1615997099-photo.jpeg","1616001062-photo.jpeg"]

# For setting the serial mode to mdt
$ apx-serial mode mdt

# To set the mdt mode with
# baudrate of 115200, in HEX mode, a timeout of 10 seconds, 
# max size of 20 bytes, a header of 0x0A, tail of 0x0B, 
# a mask of 0x01, and an offset of 5
$ apx-serial mdt settings 115200 x 10 20 0a 0b 01 5

# For getting the state of the serial mode
$ apx-serial mode mdt state
{"mode":"enabled","baudrate":115200,"type":"x","timeout":10,"max_size":20,"header":"0a","tail":"0b","mask":"01","offset":5}

# To send a message with '3132330D0A' to the serial port
$ apx-serial mdt send '3132330d0a'

$ apx-serial-fs <command> [<options=value>]

# Set the consumption threshold to 100 in 20seconds
$ apx-serial-fs set --consumption-threshold=100 --consumption-window=20

# Get the status of the fuel sensor
$ apx-serial-fs status

$ apx-serial-rfid <command> [<options=value>]

# Set rfid 1234 to driver1
apx-serial-rfid set --id=1234 --alias=driver1

# Remove rfid 1234
apx-serial-rfid remove --id=1234

# Remove all rfid values
apx-serial-rfid remove --all

# Get last rfid value
apx-serial-rfid get --last

 apx-serial-slctr [option]

# Send the following command to enable the J1708 bus as the input serial interface.
$ apx-serial-slctr 1

$ apx-about
{"ram":{"total":506084,"used":107824,"free":229732,"available":404616},"cpu":{"currF":1000,"usage":19.1926,"governor":"ondemand","stats":{"300":1319.28,"600":16152.25,"720":132.79,"800":52.43,"1000":299.93}},"rootfs":{"total":444018,"free":187666},"datafs":{"total":2255680,"free":2078392},"uptime":17958,"loadAvg":[1.83,1.71,1.65],"apexVersion":"apex-20.22-rc.8","releaseDate":"20200604000110","kernelVersion":"5.4.20-g738552d0b0","hostname":"syrusrouter"}

 apx-core [option]

# list dct-apex packages installed
$ apx-core list

# install latest versions of syrus-gps and syrus-ecu packages
$ apx-core install syrus-gps syrus-ecu

# install specific version of syrus-gps
$ apx-core install syrus-gps=1.0-r0.1

apx-eeprom [<command>] [--arguments]

# write keys imei & foo with values into EEPROM
$ sudo apx-eeprom write --key=imei --value=867698040023056
$ sudo apx-eeprom write --key=foo --value=bar            

# read key called imei from EEPROM
$ sudo apx-eeprom read --key=imei
{"key":"imei","value":"867698040023056"}

# list all key value pairs in eeprom
$ sudo apx-eeprom list_all
{"pairs":[{"key":"imei","value":"867698040023056"},{"key":"foo","value":"bar"}]}

 apx-ext-memory <command> [<args=value>]

$ apx-ext-memory format --type=sd

$ apx-ext-memory status --type=sd

$ apx-leds [color] [mode]

$ apx-leds blue high_freq

$ apx-leds red heartbeat

 apx-logger [level] [message]

$ apx-logger info "This is an information message for the cloud, it will be queued"

$ apx-logger crit "This is a critical message for the cloud, it will be sent immediately"

apx-logrotate <command> [<args=value>]

# To get all the log configurations:
$ apx-logrotate status --name=all

# To create or modify a log rotation configuration:
$ apx-logrotate configure --name=syrus_instance --path=/data/logs/syrus_instance-out.log

# To remove a log configuration:
$ apx-logrotate remove --name=syrus_instance

# To force rotation for testing:
$ apx-logrotate force --name=syrus_instance

 apx-os-update [option]

# Check if there's an update available or if there's one already in progress
$ apx-os-update check
{"mess":"Update available"}
# or 
{"mess":"Update in progress. This will take a few minutes"}

# Start an upgrade to the latest stable version (must be connected via wifi, otherwise use -f flag)
$ apx-os-update start

# Update from an SD card mounted on the device
$ apx-os-update start -f -p /media/mmcblk0p1/apex-22.44.2

 apx-system [option]

# Will return a json object with all the information available
$ apx-system full_state 0
{"system":{"apex":{"version":"20.35-rc.1","date":"20200911213938","kernel":"5.4.20-g738552d0b0","epoch":1601657925},"ram":{"total":506084,"epoch":1601657925},"dataFs":{"total":2255680,"epoch":1601657925},"rootFs":{"total":444018,"epoch":1601657925},"uptime":{"since":"2020-10-02_14:59:58","epoch":1601657925},"epoch":1601657925},"gps":{"engine":{"name":"","epoch":1601657925},"filter":{"hdop":,"motion":,"speed":,"epoch":1601657925},"epoch":1601657925},"mobile":{"sim":{"type":"e-sim","swInterval":8,"epoch":1601657925},"gnss":{"state":"","epoch":1601657925},"rf":{"apn":"","keepAlive":15,"epoch":1601657925},"nbrAuth":{"call":,"sms":,"epoch":1601657925},"epoch":1601657925},"core":{"apex":{"bist":"0.0.12-r0.0","rules":"1.0.0-r0","start":"1.0.3-r0.1","tools":"1.0.9-r0.0","uchip":"1.0.3-r0.2","epoch":1601657925},"syrus":{"api":"1.5.2-r0.1","bt":"0.0.5-r0.0","bt-tools":"1.0.0-r0","counters":"1.0.3-r0.1","ecu":"1.0.1-r0.1","geofences":"0.0.5-r0.0","gps":"1.1.1-r0.0","imu":"1.0.9-r0.0","interface":"1.0.3-r0.0","mdm":"1.1.1-r0.3","ui":"0.10.1-r0.0","watcher":"0.0.3-r0.1","epoch":1601657925},"epoch":1601657925},"epoch":1601657925}

# Will return a json object with information that has a timestamp newer than the reference
$ apx-system full_state 1599573699

# Restart the gps module
$ apx-system restart syrus-gps

 apx-user [option] [argument_1] [argument_2] [argument_3]

$ apx-user changepass syrus4g 123456 mynewpass

$ apx-watcher <command> [<args=value>]

# To change the keep-alive message with Syrus Cloud (https://cloud.digitalcomtech.com) to every 10 minutes and disable always_on 
$ apx-watcher set --conn_time=10 --always_on=0

# to check the status of apx-watcher 
$ apx-watcher status
{"conn_time":10,"always_on":0}

 apx-tracking <command> [<options>]

# To set a tracking criteria for triggering notifications every 45 deg, 5 min or 100 meters
$ apx-tracking set --namespace=test --heading=45 --time=300 --distance=100

# To set a tracking criteria for triggering notifications every 20°, or 120 seconds, or +10 kph/s, or -8 kph/s
$ apx-tracking set --namespace=test --heading=20 --time=120 --pacc=10 --nacc=-8

# Return test tracking criterias configured
$ apx-tracking get test

# Delete test tracking criteria
$ apx-tracking delete test

 apx-time-window <command> [<args=value>]

# To get all the windows configurations:
$ apx-time-window status --name=all

# To create or modify a window configuration:
$ apx-time-window set --name=syrus_instance --from=13:00:00 --to=14:00:00
$ apx-time-window set --name=syrus_instance --from=13:00:00 --to=14:00:00 --days=0,1,1,1,1,1,0
$ apx-time-window set --name=syrus_instance --from=13:00:00 --to=20:00:00 --start=01/01/2022 --end=31/12/2022 --days=0,1,1,1,1,1,0

# To remove a window configuration:
$ apx-time-window remove --name=syrus_instance

 apx-video <command> [<args=value>]

# GENERAL CONFIGURATION
# Set the destination of video recording to an SD card mounted on the Syrus4 with a max % of 100
$ sudo apx-video set --destination=sd --reserved_percentage=100

# Disable the audio of the camera called: driver cam
$ apx-video set --camera=driver_cam --audio=false 

# Set the Cipia MAC address & ID
$ apx-video set --device=cipia_fs10 --mac=A4:04:50:3C:BD:7C --id=E321290376

# GET GENERAL CONFIGURATION
# Get Cipia MAC address
$ apx-video get --device=cipia_fs10 --mac

# Get Cipia FW version
$ apx-video get --device=cipia_fs10 --version


# ADD CAMERAS
# Add an ONVIF IP camera
$ sudo apx-video add_camera --type=onvif --camera_name=cam_1 --ip=192.168.0.52 --user=admin --pass=admin --resolution=FHD --audio=true

# Add a Movon MDSM-7 fatigue sensor camera
$ sudo apx-video add_camera --type=mdsm7 --ip=192.168.0.52 --port=6564

# Add a Cipia fatigue sensor camera
$ sudo apx-video add_camera --type=cipia --host_address=127.0.0.1

# Add a Dashcam
$ sudo apx-video add_camera --type=dashcam --camera_name=dashcam_1 --ip=192.168.0.52 --user=admin --pass=admin --resolution=FHD --audio=true

# Add a Dashcam with live stream
$ sudo apx-video add_camera --type=dashcam --camera_name=dashcam_2 --uri=rtsp://USERNAME:[email protected]/ch1/sub/video


# REMOVE CAMERAS
# Remove back camera from configuration and delete video files
$ sudo apx-video rm_camera --camera=back_cam --delete_files

# Remove Movon MDSM-7 fatigue camera (keeps files)
$ sudo apx-video rm_camera --type=mdsm7


# START/STOP RECORDING
# Start recording on all cameras
$ sudo apx-video record --status=start

# Stop recording for a particular camera
$ sudo apx-video record --status=stop --camera=front_cam


# CREATE VIDEO CLIPS
# Create a video clip on all cameras called '1632141204_crash' for the last 60 seconds and next 30 seconds
$ sudo apx-video create_clip --name=1632141204_crash --time_win=-60,+30

# Create a video clip called '1632141204_crash' for the last 60 seconds
$ sudo apx-video create_clip --name=1632141204_crash --camera=back_cam --time_win=-60

# Create a video clip from all cameras with a from and to date (see timeline to view the available video ranges)
$ sudo apx-video create_clip --name=1632141204-crash --from=1632111204 --to=1632121204


# CLIP STATUS
# View the clip status for camera 'front_cam'
$ sudo apx-video clip_status --camera=front_cam

# View the clip status for a particular video clip
$ sudo apx-video clip_status --name=1632141204-crash


# VIDEO STREAMING
$ sudo apx-video stream --status=start --camera=cam_1 --host=videos.pegasusgateway.com --video_port=5006 --audio_port=5007 --timeout=120  --stream_id=817919789179
$ sudo apx-video stream --status=stop

# ALWAYS RECORDING
# Set always recording to true
$ sudo apx-video always_recording --status=true


# GET TIMELINE
# Get a timeline of the available videos to retrieve a video clip from
$ sudo apx-video timeline --from=1632141204 --to=1632142204

# Get a timeline for a particular camera
$ sudo apx-video timeline --from=1632141204 --to=1632142204 --camera=my_cam
[
  {
    "type": "onvif",
    "name": "front_door",
    "range": [
      "1633090417",
      "1633715624"
    ],
    "ranges": [
      [
        "1633501423",
        "1633501499"
      ]
    ]
  },
  {
    "type": "onvif",
    "name": "rear_door",
    "range": [
      "1632753622",
      "1633715624"
    ],
    "ranges": []
  }
]


# UPDATE VIDEO LIST
# Update video list since a particular time
$ sudo apx-video update_list --since=164894646

# Update video list from a time range and include history
$ sudo apx-video update_list --include_history --from=164894646 --to=1648978486


# RESTART
# Restart the net device manager module (handles driver fatigue camera mdsm-7 for example)
$ sudo apx-video restart --module=ndm

# Restart the video module
$ sudo apx-video restart --module=video


# STATUS
# Status of the cameras
$ sudo apx-video status
{
    destination: "sd",
    reserved_space: 97540,
    n_cams: 2,
    cameras:[
        {
            name: "CAM1",
            state: 3
        },
        {
            name: "CAM2",
            state: 3
        }
    ]
}

# Modify Cipia config file, note that the settings are set with a flattened key and value inside a json object
# it's recommended to send this as a script via Syrus Cloud
$ sudo apx-video cipia_config --object='{"WifiSettings.SSID":"hotspotlab","WifiSettings.Password":"123456","EventsSettings.DriverDistracted.ReportImage":false}'

# Change video codec to h265 when configuring the camera
$ sudo apx-video add_camera --type=onvif --camera_name=cam_1 --ip=192.168.0.52 --user=admin --pass=admin --codec=H265 --audio=true


# VERSION
# Get video tool version
$ sudo apx-video version

# Power on wifi/bluetooth module
$ sudo apx-wl-pwr on

 sudo apx-hotspot [action]
 sudo apx-hotspot [option] [value]

# To set or change the ssid:
$ sudo apx-hotspot ssid mySSID

# To set or change the passphrase used for authentication:
$ sudo apx-hotspot pass myNewPass1234

# To restart the hotspot service:
$ sudo apx-hotspot reset

# To get the state of the hotspot:
$ sudo apx-hotspot state
{"state":"Enabled","ssid":"mySSID","pass":"myPassword","country":"US","routing":"ppp0"}

# To list the client devices connected to the hotspot:
$ sudo apx-hotspot list
{"stations":[{"mac":"96:f5:bc:51:62:de","rx_bytes":"155189","tx_bytes":"18752","uptime":"79"}]}

# To give internet access using the eth0 as the output interface:
$ sudo apx-hotspot route eth0

# To set the country to Argentina:
$ sudo apx-hotspot country AR

 sudo apx-wifi <command> [<args=value>]

# To scan the WIFI network and get the list of SSIDs:
$ apx-wifi scan

# Connect to a previously configured network
$ apx-wifi connect --ssid=mynet

# To add a new network to the configuration file:
$ apx-wifi add --ssid=mynet --pass=mypass --priority=5

# Add a hidden network
$ apx-wifi add --ssid=mynet --pass=mypass --priority=5 --hidden

# To remove a network from the configuration file:
$ apx-wifi remove --ssid=mynet

# To have the wireless IP assigned by the network 
$ apx-wifi set --default

# Set the parameters of the wireless interface
$ apx-wifi set --ip=192.168.5.1/24 --gateway=192.168.5.255 --dns=8.8.8.8

# Wi-Fi state
$ apx-wifi status
{"state":"Completed","ssid":"MyAwesomeWifi","signal":"-17","key_mgmt":"WPA2-PSK","mac":"50:33:8B:DD:1E:43","ip":"192.168.1.28","rx_bytes":"871399","tx_bytes":"178166"}