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Intro

Lua Version 5.2.4 from Fw 3.1.0 (https://www.lua.org/manual/5.2/)
Experimental from 3.0.1 RC1
From 3.2.0 available
3.1.0 only one script running in on own Thread in Safe Mode
From 3.2.0 file access available
multiple parallel Scripts run in one Thread in Safe Mode
Full LUA support
Execute any PFAL cmd -> avl.pfal("command")
Get Answer as String and Execution State
PFAL event call back -> avl.event(timeout)
PFAL state request -> avl.state(type[,index])

prerequisite Setup

use you preferred OS
install a bash and zip to compile a frp
- on Windows you can use WSL(https://docs.microsoft.com/en-us/windows/wsl/install-win10) or Cygwin (https://www.cygwin.com/)
- on Linux its build in or add via 'apt-get install bash unzip'
- on MacOSX its build in
setup your favorite IDE - preferred with build in LUA Highlight and/or COde check we can recommend :
IntelliJ (https://www.jetbrains.com/idea/) CE Edition is free of use
- download and Install IntelliJ
- start IntelliJ
- got to File/Settings/Plugins -> Browse repositories -> Type "LUA"
- select "Lua language integration for IntelliJ" click install
- checkout this repository File/new/Project from Version Controll/git
Eclipse (https://www.eclipse.org)
- Download Eclipse
- install Eclipse local
- go to HELP -> Eclipse Marketplace type "LUA"
- install "Lua Development Tools"
- go to HELP -> Eclipse Marketplace type "TM Terminal"
- install "TM Terminal 4.0"
- checkout this repository File/new/Project from Version Controll/git
there is NO need to have a local LUA Interpreter (https://www.lua.org) but you can use this for other projects as well

Sample Code

Sample is in the master branch of this project. so please checkout this project from here : git@git.falcom.de:pub/demo_lua.git The master branch will contain all snippets and demo script as well as a shell script to build OTA update package for FALCOM AVL.

built in function

Built in callback function

```
  sResult := avl.version()
```
```
  iResult := avl.timer(index)
```
```
  iResult := avl.trigger(index)
```
```
  iResult := avl.counter(index)
```
```
  iResult := avl.nvcounter(index)
```
```
  sValue := avl.gps_version()
```
```
  tResult := avl.gps_data()
```
```
  tResult := avl.gps_sats()
```
```
  sValue := avl.gsm_version()
```
```
  tResult := avl.gsm_data()
```
```
  sValue := avl.gsm_imei()
```
```
  sValue := avl.gsm_imsi()
```
```
  sValue := avl.gsm_iccid()
```

Event Notification ev := [

		ev.type			// integer event type
		ev.time			// integer timestamp
		ev.idx				// integer subindex
		ev.u_value			// integer value type
		ev.u_string			// string value type
		ev.u_starttype		// integer starttype
		ev.u_startreason 		// integer startreason
		ev.u_recvdata 		// string recvdata buffer
		ev.u_recvlen 		// integer recvlen length
		ev.u_ipadress 		// string ipaddress
		ev.u_opid			// integer operator id
		ev.u_opname		// string operator name
		ev.u_callid			// string caller name
		ev.u_smsnum		// string SMS number
		ev.u_smstext		// string SMS text
	]

State Requests state := [

		state.type			// integer state type
		state.idx			// integer subindex
		state.u_bool		// boolean value type
		state.u_value		// integer value type
		state.u_string		// string value type
		state.u_starttype	// integer starttype
		state.u_startreason // integer startreason
		state.u_opid		// integer operator id
		state.u_opname		// string operator name
	]

GPS data record := [

		lat					// Latidude (degree) 
		lon					// Latidude (degree) 
		alt					// Altidude (meter) 
		speed				// speed (m/s) 
		course				// course (degree) 
		ecef_x				// ECEF-X (meter) 
		ecef_y				// ECEF-Y (meter) 
		ecef_z				// ECEF-Z (meter) 
		dop					// pdop value 
		time				// time (seconds) 
		fix					// fix (boolean) 
	]

GPS satellites record := [

		gps_num		// Number of GPS satellites
		gps_sat1		// Dump of satellite data	
		..			//   "SatID,Elevation,Azimuth,AvgCNo,Used"
		gps_sat12			
		gls_num		// Number of GLS satellites
		gls_sat1		// Dump of satellite data	
		..					//   "SatID,Elevation,Azimuth,AvgCNo,Used"
		gls_sat12			
	]

GSM data record := [

		state				// GSM state
		csq				// CSQ value
		creg				// CREG value
		cpas				// CPAS value
		lac				// local area code
		cellid				// cell id
		opid				// operator id
		opname			// operator name (string)
		callstate			// call state
		callnumber			// caller number (string)	
	]

Motion data record := [

		val_x				// Current X acceleration
		val_y				// Current Y acceleration
		val_z				// Current Z acceleration
		min_x				// Min. X acceleration in <g_coe> interval
		min_y				// Min. Y acceleration
		min_z				// Min. Z acceleration
		max_x				// Max. X acceleration in <g_coe> interval
		max_y				// Max. Y acceleration
		max_z				// Max. Z acceleration
		nsum_x				// Normal X gravitation in <g_coe> interval
		nsum_y				// Normal Y gravitation
		nsum_z				// Normal Z gravitation
	]

TCP Socket

 socket := net.create_socket([type, param])
 socket:connect(<"IP"|"URL">, port)
 socket:close([flush])
 socket:flush()					- flush socket data
 socket:hold()					- hold the socket
 socket:unhold()					- unhold the socket	
 
 tVal := socket:ttl([ttl])		- Set/Read ttl value
 tVal := socket:bufsize([bytes])	- Set/Read buffer size
 tBytes := socket:send(data)		- Send data to socket
 data, tBytes := socket:recv()	- Read data from socket
 tIP, tPort := socket:getaddr()
 tIP, tPort := socket:getpeer()
 tIP := net.dns_resolve("URL")
	
 socket:on(<"connection"|"disconnection"|"sent"|"receive">, function())

Constant Types

NET_TCP, NET_UDP - socket type

ALARM_TCP_SOCKET_IFUP, ALARM_TCP_SOCKET_IFDOWN, ALARM_TCP_SOCKET_CONNECTED, ALARM_TCP_SOCKET_DISCONNECTED, ALARM_TCP_SOCKET_RECV, ALARM_TCP_SOCKET_SENT

ALARM_SYS_DEVICE_WAKEUP, ALARM_SYS_DEVICE_START, ALARM_SYS_DEVICE_SHUTDOWN, ALARM_SYS_DEVICE_OVERVOLTAGE, ALARM_SYS_TIMER, ALARM_SYS_TRIGGER, ALARM_SYS_COUNTER, ALARM_SYS_nvCOUNTER, ALARM_SYS_ERROR, ALARM_SYS_USEREVENT0, ALARM_SYS_USEREVENT1, ALARM_SYS_USEREVENT2, ALARM_SYS_USEREVENT3, ALARM_SYS_USEREVENT4, ALARM_SYS_USEREVENT5, ALARM_SYS_USEREVENT6, ALARM_SYS_USEREVENT7, ALARM_SYS_USEREVENT8, ALARM_SYS_USEREVENT9, ALARM_SYS_SERIALDATA0, ALARM_SYS_SERIALDATA1, ALARM_SYS_USBDATA, ALARM_SYS_CAN, ALARM_SYS_TIMESYNC, ALARM_SYS_OBDII_DTC, ALARM_SYS_OBDII, ALARM_SYS_FMS_VAR, ALARM_SYS_J1939_VAR, ALARM_SYS_FMS, ALARM_SYS_J1939, ALARM_SYS_1WIRE_REGISTER, ALARM_SYS_1WIRE_RELEASE, ALARM_SYS_BAT_LOWBAT, ALARM_SYS_BAT_CHARGE, ALARM_SYS_POWER_DETECTED, ALARM_SYS_POWER_DROPPED, ALARM_IO_IN, ALARM_IO_MOTION_MOVING, ALARM_IO_MOTION_STANDING, ALARM_IO_MOTION_FORCE, ALARM_IO_MOTION_3DFORCE, ALARM_IO_MOTION_CRASH, ALARM_IO_MOTION_INTERNAL, ALARM_IO_MOTION_EXTERNAL, ALARM_IO_ORIENTATION, ALARM_GPS_NAV_FIX, ALARM_GPS_NAV_HEADING, ALARM_GPS_NAV_HEADING2, ALARM_GPS_GEOFENCE, ALARM_GPS_AREA, ALARM_GPS_MULTI_GEOFENCE, ALARM_GPS_WAYPOINT_GEOFENCE, ALARM_GPS_HISTORY_TAUT, LARM_GPS_HISTORY_PUSH_FINISH, ALARM_GPS_JAMMING, ALARM_GPS_ANT_PLUGGED, ALARM_GPS_ANT_UNPLUGGED, ALARM_GSM_OPFOUND, ALARM_GSM_OPLOST, ALARM_GSM_CELLCHANGE,ALARM_GSM_CBM, ALARM_GSM_SIMLOST, ALARM_GSM_MCCCHANGE, ALARM_GSM_JAMMING, ALARM_GSM_VOICECALL_INCOMING_RING, ALARM_GSM_VOICECALL_RING_STOPPED, ALARM_GSM_VOICECALL_OUTGOING_DIAL, ALARM_GSM_VOICECALL_CALL_ESTABLISHED, ALARM_GSM_VOICECALL_CALL_FINISHED, ALARM_GSM_SMS_INCOMING, ALARM_GSM_SMS_SENT, ALARM_GSM_GPRS_CONNECTING, ALARM_GSM_GPRS_CONNECTED, ALARM_GSM_GPRS_DISCONNECTING, ALARM_GSM_GPRS_DISCONNECTED, ALARM_TCP_CLIENT_CONNECTING, ALARM_TCP_CLIENT_CONNECTED, ALARM_TCP_CLIENT_PACKETSENT, ALARM_TCP_CLIENT_PINGSENT, ALARM_TCP_CLIENT_RECEIVED, ALARM_TCP_CLIENT_DISCONNECTING, ALARM_TCP_CLIENT_DISCONNECTED, ALARM_TCP_CLIENT_BUFFER_EMPTY, ALARM_TCP_CLIENT_FLASHBUFFER_EMPTY, ALARM_TCP_SMTP_SENT, ALARM_TCP_SMTP_FAILED, ALARM_FILE_AVAILABLE, ALARM_ECODRIVE_START, ALARM_ECODRIVE_STOP, ALARM_ECODRIVE_TURN, ALARM_ECODRIVE_BRAKE, ALARM_ECODRIVE_ACCELERATE,{{STATE_SYS_DEVICE_START, STATE_SYS_TIMER, STATE_SYS_TRIGGER, STATE_SYS_COUNTER, STATE_SYS_nvCOUNTER, STATE_SYS_CAN, STATE_SYS_BAT_VOLTAGE, STATE_SYS_BAT_CHARGE, STATE_SYS_BAT_MODE, STATE_SYS_POWER_VOLTAGE, STATE_IO_IN, STATE_IO_ANA, STATE_IO_PULSECNT, STATE_IO_MOTION_MOVING, STATE_IO_MOTION_STANDING, STATE_GPS_NAV_FIX, STATE_GPS_NAV_SPEED, STATE_GPS_NAV_POSITION, STATE_GPS_NAV_DIST, STATE_GPS_NAV_DELTASPEED, STATE_GPS_HISTORY_DIST, STATE_GPS_AREA, STATE_GPS_GEOFENCE, STATE_GPS_MULTI_GEOFENCE, STATE_GPS_WAYPOINT_GEOFENCE STATE_GSM_OPVALID, STATE_GSM_HOME, STATE_GSM_ROAMING, STATE_GSM_VOICECALL_READY_FOR_CALL, STATE_GSM_VOICECALL_INCOMING_RING, STATE_GSM_VOICECALL_NUMBER_OF_RINGS, STATE_GSM_VOICECALL_OUTGOING_DIAL, STATE_GSM_VOICECALL_INSIDE, STATE_GSM_GPRS_CONNECTING, STATE_GSM_GPRS_CONNECTED, STATE_GSM_GPRS_DISCONNECTING, STATE_GSM_GPRS_DISCONNECTED, STATE_TCP_CLIENT_IDLE, STATE_TCP_CLIENT_CONNECTING, STATE_TCP_CLIENT_CONNECTED, STATE_TCP_CLIENT_DISCONECTING, STATE_TCP_CLIENT_DISCONECTED, STATE_ECODRIVE_START, STATE_ECODRIVE_STOP, STATE_ECODRIVE_SPEED1, STATE_ECODRIVE_SPEED2, STATE_ECODRIVE_SPEED3, GSM_DISABLED, GSM_SLEEP, GSM_IDLE, GSM_INIT_BASE, GSM_INIT_MAIN, GSM_INIT_NET, GSM_VERSION, GSM_IMSI_CHECK, GSM_SMS_CHECK, READY_FOR_CALL, INCOMING_VOICE_CALL, INCOMING_DATA_CALL, INCOMING_FAX_CALL, OUTGOING_VOICE_CALL, INSIDE_VOICE_CALL TIMER_ERASED, TIMER_INACTIVE, TIMER_PAUSED, TIMER_RUNNING

LUA library:

LUA "os" library:

os.clock(), os.date(), os.time(), os.difftime(), os.exit(), os.execute(), os.getenv(), os.setenv(), os.setlocale()

LUA "coroutine" library:

coroutine.create(), coroutine.resume(), coroutine.running(), coroutine.status(), coroutine.wrap(), coroutine.yield()

LUA "string" library:

string.byte(), string.char(), string.dump(), string.find(), string.format(), string.gmatch(), string.gsub(), string.len(), string.lower(), string.match(), string.rep(), string.reverse(), string.sub(), string.upper(), string.replace()

LUA "table" library:

table.concat(), table.insert(), table.pack(), table.unpack(), table.remove(), table.sort()

LUA "math" library:

math.abs(), math.acos(), math.asin(), math.atan2(), math.atan(), math.ceil(), math.cosh(), math.cos(), math.deg(), math.exp(), math.floor(), math.fmod(), math.frexp(), math.ldexp(), math.log(), math.max(), math.min(), math.modf(), math.pow(), math.rad(), math.random(), math.randomseed(), math.sinh(), math.sin(), math.sqrt(), math.tanh(), math.tan()

LUA "bit32" library:

bit32.arshift(), bit32.band(), bit32.bnot(), bit32.bor(), bit32.bxor(), bit32.btest(), bit32.extract(), bit32.lrotate(), bit32.lshift(), bit32.replace(), bit32.rrotate(), bit32.rshift() }}