Skip to content

GitLab

  • Projects
  • Groups
  • Snippets
  • Help
    • Loading...
  • Help
    • Help
    • Support
    • Community forum
    • Submit feedback
    • Contribute to GitLab
  • Sign in
W wiki
  • Project overview
    • Project overview
    • Details
    • Activity
  • Wiki
    • Wiki
  • Snippets
    • Snippets
  • Members
    • Members
  • Activity
Collapse sidebar
  • pub
  • wiki
  • Wiki
  • mpack_at command set

mpack_at command set · Changes

Page history
Update mpack_at command set authored Apr 24, 2018 by Samuel Chéreau's avatar Samuel Chéreau
Show whitespace changes
Inline Side-by-side
Showing with 1549 additions and 0 deletions
+1549 -0
  • mpack_at-command-set.md mpack_at-command-set.md +1549 -0
  • No files found.
mpack_at-command-set.md
View page @ 583be248
# mPack command list
- Version, Reboot, Factory reset:
1. [AT#INFO](#atinfo)
2. [AT#HWVER](#athwver)
3. [AT#CONFIGDEL](#atconfigdel)
4. [AT#RESET](#atreset)
5. [AT#NWRST](#atnwrst)
- Hardware:
20. [AT#SERIAL](#atserial)
21. [AT#HFLW](#athflw)
22. [AT#SETRTC](#atsetrtc)
23. [AT#GETRTC](#atgetrtc)
24. [AT#VIO](#atvio)
25. [AT#VAMODE](#atvamode)
26. [AT#RDIO](#atrdio)
27. [AT#OPSET](#atopset)
28. [AT#LGPARA](#atlgpara)
- Cellular:
40. [AT#IPCELLULAR](#atipcellular)
41. [AT#IPCONNECT](#atipconnect)
42. [AT#IPPING ***](#atipping)
- IP sockets:
60. [AT#IPTCP](#atiptcp)
61. [AT#IPUDP](#atipudp)
62. [AT#AUTOTCP](#atautotcp)
63. [AT#AUTOUDP](#atautoudp)
64. [AT#OTCP](#atotcp)
65. [AT#OUDP](#atoudp)
66. [AT#SCHOST](#atschost)
67. [AT#IPOPT](#atipopt)
68. [AT#AUOPT](#atauopt)
- Remote:
100. [AT#SMSAT](#atsmsat)
101. [AT#TCPTERM](#attcpterm)
- DOTA:
120. [AT#WEBUPDATE](#atwebupdate)
121. [AT#UPDATE](#atupdate)
- D2sphere:
140. [AT#IPD2S](#atipd2s)
141. [AT#D2S](#atd2s)
142. [AT#DVNAME](#atdvname)
- I/O triggered messaging commands:
160. [AT#DITRIG](#atditrig)
161. [AT#DITRIGENB](#atditrigenb)
162. [AT#MESPER](#atmesper)
163. [AT#MSGSTR](#atmsgstr)
# Version, Reboot, Factory reset
## AT#INFO
>>>
Returns device information
`ALLOWED: exec-state-info`
*Note*:
- (notes as dashed points)
>>>
exec:
```
AT#INFO
#HW_version: M110Series-01V
#Cellular_Module:u-blox-SARA-U201-23.60
#Bootcode_version: mPack_boot_1.0_rc1_b2017112301
#SW_build: mpack_m110_2.1_rc0_2018022601ALPHA01
#FLASH ID: 0xef,0x4015
OK
```
state:
```
AT#INFO?
#HW_version: M110Series-01V
#Cellular_Module:u-blox-SARA-U201-23.60
#Bootcode_version: mPack_boot_1.0_rc1_b2017112301
#SW_build: mpack_m110_2.1_rc0_2018022601ALPHA01
#FLASH ID: 0xef,0x4015
OK
```
info:
```
AT#INFO=?
OK
```
## AT#HWVER
>>>
Sets the hardware version of the device (e.g. for identification)
`ALLOWED: exec-state-info`
>>>
**AT#HWVER=(name)**
- name:
- hardware version string in quotes, up to 50 characters
exec:
```
AT#HWVER=01-M110-DV-JAN2018
OK
```
state:
```
AT#HWVER?
#HWVER: 01-M110-DV-JAN2018
OK
```
info:
```
AT#HWVER=?
#HWVER: (50)
OK
```
## AT#CONFIGDEL
>>>
Factory reset device configuration
`ALLOWED: exec`
*Note*:
- Device restarts after this command is executed
>>>
exec:
```
AT#CONFIGDEL
OK
```
## AT#RESET
>>>
Software reset the M11X device
`ALLOWED: exec`
>>>
exec:
```
AT#RESET
OK
```
## AT#NWRST
>>>
* This command is used to enable disable device reset when network registeration fails.
`ALLOWED: exec-info`
>>>
**AT#NWRST=(option)**
- option: only 1 or 0 is allowed
exec:
```
AT#NWRST=1
OK
```
state:
```
AT#NWRST?
#NWRST: 0
OK
```
info:
```
AT#NWRST=?
#NWRST: (0-1)
OK
```
# Hardware Commands
## AT#SERIAL
>>>
Configure the user-side UART baudrate, character-framing and flow control
`ALLOWED: exec-state-info`
*Note*:
- Bauds 300, 600 are not supported
- The character-framing of 7 data-bytes does work with current configuration, but unreliably,
therefore they are not listed in 'info'
>>>
**AT#SERIAL=(baud),(char_framing),(flow_ctrl)**
- baud: one of (1200,2400,4800,9600,19200,38400,57600,115200)
- char_framing: one of ("8N1","8N2","9O1","9E1"). See also note above.
- flow_ctrl:
- 1 = disable
- 2 = enable
exec:
```
AT#SERIAL=115200,"8N1",0
OK
```
state:
```
AT#SERIAL?
#SERIAL: 115200,"8N1",0
OK
```
info:
```
AT#SERIAL=?
#SERIAL: (1200,2400,4800,9600,19200,38400,57600,115200),("8N1","8N2","9O1","9E1"),(0-1)
OK
```
## AT#HFLW
>>>
Enable or disable hardware flow control
`ALLOWED: exec-state`
>>>
**AT#HFLW=(n)**
- option:
- 0 = disable
- 1 = enable
exec:
```
AT#HFLW=1
OK
```
state:
```
AT#HFLW?
#HFLW: 1
OK
```
info:
```
AT#HFLW=?
ERROR
```
## AT#SETRTC
>>>
Set (or stop) the real time clock
`ALLOWED: exec-info`
>>>
**AT#SETRTC=(op),(value1),(value2),(value3),**
- op:
- 0 = enter time, (value1,value2,value3) = (hh:mm:ss)
- 1 = enter date, (value1,value2,value3) = (YY:MM:DD)
- 2 = stop the RTC clock
exec:
```
AT#SETRTC=1,18,03,05
OK
```
state:
```
AT#SETRTC?
ERROR
```
info:
```
AT#SETRTC=?
#SETRTC: (0-2),((0-23)/(0-99)),((0-59)/(1-12)),((0-59)/(1-31))
OK
```
## AT#GETRTC
>>>
Get the real time clock
`ALLOWED: exec`
>>>
exec:
```
AT#GETRTC
#GETRTC: 2018/03/05,16:50:48
OK
```
state:
```
AT#GETRTC?
ERROR
```
info:
```
AT#GETRTC=?
ERROR
```
## AT#LED
Execute:
```
AT#LED=1,0
OK
```
Read state:
```
AT#LED?
#LED: 1,0
OK
```
Read info:
```
AT#LED=?
#LED: (1,2),(0-2)
OK
```
## AT#VIO
>>>
Command to configure Versatile I/O:
`ALLOWED: exec-state-info`
>>>
**AT#VIO=(channel),(mode)**
- channel: 1 or 2
- mode:
- "DI": digital input
- "DO": digital output
- "AN": analogue input
exec:
```
AT#VIO=2,"DO"
OK
```
state:
```
AT#VIO?
#VIO: 1,"AN"
#VIO: 2,"DO"
OK
```
info:
```
AT#VIO=?
#VIO: (1,2),("DI","AN","DO")
OK
```
## AT#VAMODE
>>>
Command to set current or voltage mode
`ALLOWED: exec-state-info`
>>>
**AT#VAMODE=(channel),(AN_mode)**
- channel: 1 or 2
- AN_mode: mode within Analogue mode
- 0 => voltage mode
- 1 => current mode
exec:
```
AT#VAMODE=1,1 // Set channel 1 to current mode
OK
```
state:
```
AT#VAMODE?
#VAMODE: 1,0
#VAMODE: 2,0
OK
```
info:
```
AT#VAMODE=?
#VAMODE: (1-2),(0-1)
OK
```
## AT#RDIO
>>>
Command to read versatile I/O status
`ALLOWED: exec-info`
*Note*:
- (notes as dashed points)
>>>
**AT#RDIO=(channel)**
**#RDIO: (channel),(mode),(status)**
- channel: 1 or 2
- mode:
- "DI": digital input
- "DO": digital output
- "AN": analogue input
- status:
- for mode = "DI" or "DO" : 0 or 1
- for mode = "AN" : voltage in mV or current in mA (which one depends on AT#VAMODE)
exec:
```
AT#RDIO=1
#RDIO: 1,"AN",35
OK
```
state:
```
AT#RDIO?
ERROR
```
info:
```
AT#RDIO=?
#RDIO: (1-2)
OK
```
## AT#OPSET
>>>
To control versatile I/O in output mode
`ALLOWED: exec-info`
*Note*:
- On Power up the device output state will be reset.
User will have to resend the OPSET command to set the output.
- Before setting the output value, the channel need to be configured as digital output first
using the the AT#VIO command (See the description of the VIO command)
>>>
**AT#OPSET=(channel),(status)**
- channel: (1 or 2)
- status: (0 or 1)
exec:
```
AT#OPSET=1,1
OK
```
state:
```
AT#OPSET?
ERROR
```
info:
```
AT#OPSET=?
#OPSET: (1-2),(0-1)
OK
```
## AT#LGPARA
>>>
Last gasp SMS config
`ALLOWED: exec-state-info`
>>>
**AT#LGPARA=(mobile_no)**
- mobile_no: 10-25 characters in quotes, including country code preceded by +.
No space or dash in phone number string. Example: +919876543210
exec:
```
AT#LGPARA="+919876543210"
OK
```
state:
```
AT#LGPARA?
#LGPARA: "+919876543210"
OK
```
info:
```
AT#LGPARA=?
#LGPARA: (10-29)
OK
```
# Cellular data commands
## AT#IPCELLULAR
>>>
Configure cellular parameters for both the SIM slots: APN, username and password.
`ALLOWED: exec-state-info`
>>>
**AT#IPCELLULAR=(SIM),(APN),(username),(password)**
- SIM
1. first slot
2. second slot (only available on selected models)
On models without the second slot, specify 2 will result in ERROR
- APN: max 64 char, in quotes
- username: max 25 char, in quotes. If unspecified, "a" is assumed
- password: max 25 char, in quotes. If unspecified, "a" is assumed
exec:
```
AT#IPCELLULAR=1,"CMHK"
OK
```
state:
```
AT#IPCELLULAR?
SIM1: "CMHK","a","a"
OK
```
info:
```
AT#IPCELLULAR=?
#IPCELLULAR: (1-2),(64),(25),(25)
OK
```
## AT#IPCONNECT
>>>
Command to connect or disconnect cellular data
`ALLOWED: exec-state-info`
*Note*:
- The 1st parameter in this command is only for format correspondence with the older SmartPack version.
It doesn't affect any functionality.
>>>
**AT#IPCONNECT=(1),(mode)**
- mode:
- 0 = disconnect cellular data
- 1 = connect cellular data
exec:
```
AT#IPCONNECT=1,1
OK
```
state:
```
AT#IPCONNECT?
#IPCONNECT: 1,0
OK
```
info:
```
AT#IPCONNECT=?
#IPCONNECT: (1),(0-1)
OK
```
## AT#IPPING
>>>
IP ping configuration
`ALLOWED: exec-state-info`
>>>
**AT#IPPING=(option),(address),(num),(interval),(timeout)**
- option:
- 0,1 = (reserved)
- 2 = configure ping address and parameters
- address: IP address of the target to be pinged.
Can be set as an IPv4 format (xxx.xxx.xxx.xxx) or as a dom URL (i.e. domain.com)
- num: numbers of ping trials for each ping action.
Default value is 3. Valid range is 1 to 10.
- interval: time in second between each ping trial.
Default value is 3. Valid range is 1 to 10.
- timeout: time in ms before ping is timed out.
Default value is 10. Valid range is 5000 to 60000.
exec:
```
(destination can be reached)
AT#IPPING=2,"8.8.8.8",4,10,5000
OK
AT#IPPING
(to be specified)
(destination cannot be reached)
AT#IPPING=2,"non-existing-ip",4,10,5000
OK
AT#IPPING
(to be specified)
```
state:
```
AT#IPPING?
#IPPING: "8.8.8.8",4,10,5000
OK
```
info:
```
AT#IPPING=?
#PING: (0-2),(120),(1-10),(1-10),(5000-60000)
OK
```
# IP Socket Commands
## AT#IPTCP
>>>
Command to set TCP socket parameters.
`ALLOWED: exec-state-info`
*Note*:
- Mode & IP address should be entered in quotes
- Currently only the "client" mode has been implemented.
- The "delay" parameter is deprecated and has no effect (suggested not to use).
>>>
**AT#IPTCP=(idx),(port),(mode),(ip)[,(delay)]**
- idx:
- 1 = UART port of modem
- 2 = USB port of modem
- port: number from 0 to 65535
- mode:
- "C": Modem as client to remote server
- "S": Modem as server for remote client to connect
- ip: IP address of remote partner (IPv4 dotted notation)
- delay: (deprecated, no need to enter)
exec:
```
AT#IPTCP=1,50002,"C","162.242.170.48"
OK
```
state:
```
AT#IPTCP?
#IPTCP: 1,50002,'C',"162.242.170.48",1
#IPTCP: 2,0,'C',"",1
OK
```
info:
```
AT#IPTCP=?
#IPTCP: (1-2),(0-65535),("C","S"),(120),(0,1)
OK
```
## AT#IPUDP
>>>
Command to set UDP socket parameters.
`ALLOWED: exec-state-info`
*Note*:
- Mode & IP address should be entered in quotes
- Currently only the "client" mode has been implemented.
- The "delay" parameter is deprecated and has no effect (suggested not to use).
>>>
**AT#IPUDP=(idx),(port),(mode),(ip)[,(delay)]**
- idx:
- 1 = UART port of modem
- 2 = USB port of modem
- port: number from 0 to 65535
- mode:
- "C": Modem as client to remote server
- "S": Modem as server for remote client to connect
- ip: IP address of remote partner (IPv4 dotted notation)
- delay: (deprecated, no need to enter)
exec:
```
AT#IPUDP=1,50002,"C","162.242.170.48"
OK
```
state:
```
AT#IPUDP?
#IPUDP: 1,50002,'C',"162.242.170.48",1
#IPUDP: 2,0,'C',"",1
OK
```
info:
```
AT#IPUDP=?
#IPUDP: (1-2),(0-65535),("C","S"),(120),(0,1)
OK
```
## AT#AUTOTCP
>>>
Command to Start Auto TCP functionality
`ALLOWED: exec-state-info`
>>>
**AT#AUTOTCP=(mode)**
- mode:
- 0 = AUTOTCP connection OFF
- 1 = AUTOTCP connection ON
exec:
```
AT#AUTOTCP=0
OK
```
state:
```
AT#AUTOTCP?
#AUTOTCP: 0
OK
```
info:
```
AT#AUTOTCP=?
#AUTOTCP: (0,1)
OK
```
## AT#AUTOUDP
>>>
Command to Start Auto UDP functionality
`ALLOWED: exec-state-info`
>>>
**AT#AUTOUDP=(mode)**
- mode:
- 0 = AUTOUDP connection OFF
- 1 = AUTOUDP connection ON
exec:
```
AT#AUTOUDP=0
OK
```
state:
```
AT#AUTOUDP?
#AUTOUDP: 0
OK
```
info:
```
AT#AUTOUDP=?
#AUTOUDP: (0,1)
OK
```
## AT#OTCP
>>>
On-demand TCP socket connection.
`ALLOWED: exec-state-info`
>>>
**AT#OTCP=(mode)**
- mode:
- 0 = TCP connection OFF
- 1 = TCP connection ON
exec:
```
AT#OTCP=0
OK
```
state:
```
AT#OTCP?
#OTCP: 0
OK
```
info:
```
AT#OTCP=?
#OTCP: (0,1)
OK
```
## AT#OUDP
>>>
On-demand UDP socket connection.
`ALLOWED: exec-state-info`
>>>
**AT#OUDP=(mode)**
- mode:
- 0 = UDP connection OFF
- 1 = UDP connection ON
exec:
```
AT#OUDP=0
OK
```
state:
```
AT#OUDP?
#OUDP: 0
OK
```
info:
```
AT#OUDP=?
#OUDP: (0,1)
OK
```
## AT#SCHOST
>>>
Configure, erase & read remote TCP server parameter
`ALLOWED: exec-state-info`
>>>
**AT#SCHOST=(oper),(id)[,(server),(port),[(retry),(delay),(type)]]**
- oper:
- 0 = enter host setting
- 1 = read host setting
- 2 = erase host setting
- id: only 1 for now
- server: IP address of host (IPv4 or text notation)
- port: port number on host
- retry: DEPRECATED *- number of retries after first connection fails.
range 0-10, default 1*
- delay: DEPRECATED *- time of delay before the next connection retry in minutes.
range 1-60, default 1*
- type: DEPRECATED
- *0 = TCP (default)*
- *1 = UDP*
exec:
```
AT#SCHOST=0,1,"162.242.170.59",8888
OK
```
state:
```
AT#SCHOST=1,1
#SCHOST: 1,"162.242.170.59",8888,1,1,0
OK
```
info:
```
AT#SCHOST=?
(0-2),(1),(120),(0-65535),(0-10),(1-60),(0-1)
OK
```
## AT#IPOPT
>>>
Optional IP socket parameters
`ALLOWED: exec-state-info`
>>>
**AT#IPOPT=(option),(value),(filename)**
- option:
- 1 = Keep alive packet
- 2 = Packet size
- 5 = Data on first connection
- value
- for option 1 : 0-43200. Duration to send keep alive packet, in seconds; 0 disables the feature
- for option 2 : 0-1472. TCP Packet size; if 0, default size is used
- for option 5 : 0 to disable; 1 to enable data on first connection; 2 to edit the string to be sent.
- string:
- for option 5 : maximum 120 hex characters and only even length.
exec:
```
AT#IPOPT=1,1000
OK
AT#IPOPT=5,2,"414243444546474849"
OK
```
state:
```
AT#IPOPT?
#IPOPT:
#IPOPT: 1,0
#IPOPT: 2,0
#IPOPT: 3,
#IPOPT: 4,0,0
#IPOPT: 5,0,""
OK
```
info:
```
AT#IPOPT=?
ERROR
```
## AT#AUOPT
>>>
Optional parameters for AUTOTCP/AUTOUDP connection
`ALLOWED: exec-state-info`
*Note*:
- Option 2 depends upon the availability of the server mode
- If both Connection prefix and Serial prefix are defined,
the Serial prefix precedes the Connection prefix in the first packet
>>>
**AT#AUOPT=(option),(value),(string)**
- option:
- 1 = Connection idle period
- 2 = Server idle
- 3 = Connection period
- 4 = Connection prefix (only sent upon first connection)
- 5 = Heartbeat packet
- 6 = Serial prefix
- value
- for option 1 : 0-43200. Duration of connection without data transfer, in seconds; 0 disables the feature
- for option 2 : 0-43200. Duration of SERVER without a connected remote client, in seconds; 0 disables the feature
- for option 3 : 0-43200. Duration of connection, in seconds; 0 disables the feature.
- for option 4 : 0 to disable; 1 to enable connection prefix; 2 to edit the string to be sent.
- for option 5 : 0-180. Period of inactivity after which the heartbeat packet is sent, in seconds;
0 disables the feature.
The content of the heartbeat packet is fixed to "HELLO".
- for option 6 : 0 to disable; 1 to enable serial prefix; 2 to edit the string to be sent.
- string:
- for option 4 : maximum 20 hex characters and only even length.
- for option 6 : 2 hex characters.
exec:
```
AT#AUOPT=1,3600
OK
AT#AUOPT=4,2,"4149"
OK
```
state:
```
#AUOPT: 1,3600
#AUOPT: 2,0
#AUOPT: 3,0
#AUOPT: 4,0,"4149"
#AUOPT: 5,0
#AUOPT: 6,0,"01"
OK
```
info:
```
AT#AUOPT=?
OK
```
# Remote control commands
## AT#SMSAT
>>>
Configure, enable and disable remote AT command by SMS
`ALLOWED: exec-state-info`
>>>
**AT#SMSAT=(mode)[,(param)]**
- mode:
- 0 = Disable SMSAT
- 1 = Enable SMSAT
- 2 = Change the password for SMSAT
- 3 = Change the SMS response trigger.
- param:
- for mode=2 : password, 6 characters in quotes (quotes optional if password is purely numeric)
- for mode=3 : 0 to disable SMS response; 1 to enable SMS response
exec:
```
AT#SMSAT=2,123456
OK
```
state:
```
AT#SMSAT?
#SMSAT: 0,"123456",0
OK
```
info:
```
AT#SMSAT=?
#SMSAT: #SMSAT: (0-2),((6)/(0-2))
OK
```
## AT#TCPTERM
>>>
Parameter configuration for enabling configuration over cellular data network;
and start/stop TCP Terminal for remote commands over TCP.
`ALLOWED: exec-state-info`
*Note*:
- Network watchdog ping is used by application when the device enters data mode
during TCP client/Server mode when enabled.
>>>
**AT#TCPTERM=(mode)[,(password),(port),(timeout)]**
- mode:
- 0 = Disable TCP Terminal
- 1 = Enable TCP Terminal
- 2 = Configure password, port, timeout
- password: max 16 characters. Default "000000"
- port: port used on the modem for incoming TCP connection. Default 23
- timeout: specified in seconds. Default 30
exec:
```
AT#TCPTERM=2,"000000",23,30
OK
```
state:
```
AT#TCPTERM?
#TCPTERM: 0,"000000",23,30
OK
```
info:
```
AT#TCPTERM=?
#TCPTERM: (0-2),(16),(1-65535),(1-43200)
OK
```
# DOTA commands
## AT#WEBUPDATE
>>>
Command to congfigure DOTA parameter & initiate HTTP DOTA for firmware update
`ALLOWED: exec-state-info`
*Note*:
- If only the `filename` is given, default IP and port are "updates.d2sphere.com", 80
- If the filename is correct, the download starts immediately.
>>>
**AT#WEBUPDATE=(filename)[,(port),(ip)]**
- filename: up to 120 characters, in quotes.
`filename` parameter should be typed along with the URL starting with '/'.
- port: port of update server
- ip: IP address (dotted IPv4 or text) of update server, in quotes
exec:
```
AT#WEBUPDATE="/mpack/mpack_R0100.bin",80,"3.252.19.23"
OK
```
state:
```
AT#WEBUPDATE?
#WEBUPDATE: "/mpack/mpack_R0100.bin",80,"3.252.19.23"
OK
```
info:
```
AT#WEBUPDATE=?
#WEBUPDATE: (120),(0-65535),(120)
OK
```
## AT#UPDATE
>>>
Control the update process.
`ALLOWED: exec-state`
>>>
**AT#UPDATE=(value)**
- option:
- 0 = Stop update process
- 1 = Start update process
exec:
```
AT#UPDATE=0
OK
```
state:
```
AT#UPDATE?
#UPDATE: 0
OK
```
info:
```
AT#UPDATE=?
ERROR
```
# D2sphere Commands
## AT#IPD2S
>>>
D2Sphere configuration command
`ALLOWED: exec-state-info`
*Note*:
- Device restarts after this exec command is accepted.
>>>
**AT#IPD2S=(port),(IP-address),(delay)**
- port: port on the D2sphere server
- IP-address: IP address of D2sphere server, in IPv4 dotted-notation
- delay: delay to start in seconds. Range 0-43200
exec:
```
AT#IPD2S=4444,"5.35.253.3",1000
OK
```
state:
```
AT#IPD2S?
#IPD2S: 4444,"5.35.253.3",1000
OK
```
info:
```
AT#IPD2S=?
#IPD2S: (0-65535),(120),(0-43200)
OK
```
## AT#D2S
>>>
Enable or disable D2Sphere function
`ALLOWED: exec-state-info`
>>>
**AT#D2S=(mode)**
- mode
- 0 = disable
- 1 = enable
exec:
```
AT#D2S=1
OK
```
state:
```
AT#D2S?
#D2S: 1
OK
```
info:
```
AT#D2S=?
#D2S: (0-1)
OK
```
## AT#DVNAME
>>>
Configure device name for D2Sphere
`ALLOWED: exec-state-info`
>>>
**AT#DVNAME=(name)**
- name:
- name of the device, in quotes
exec:
```
at#dvname="M11x_001"
OK
```
state:
```
AT#DVNAME?
#DVNAME: "M11x_001"
OK
```
info:
```
AT#DVNAME=?
#DVNAME: (23)
OK
```
# I/O triggered messaging commands
## AT#DITRIG
>>>
Configure DI high low threshold parameter
(Addition descripions)
`ALLOWED: exec-state-info`
*Note*:
- (notes as dashed points)
>>>
**AT#DITRIG=(pin_number),(min_val),(max_val),(debounce)**
- pin_number: 1-2
- min_val: 0-32000, in mV
- max_val: 0-32000, in mV (must be >= min_val)
- debounce: 0-10 (in seconds)
exec:
```
AT#DITRIG=1,3000,11250,10
OK
```
state:
```
AT#DITRIG?
#DITRIG: 1,3000,11250,10
#DITRIG: 2,0,3200,0
OK
```
info:
```
AT#DITRIG=?
#DITRIG: (1,2)(0-32000),(0-32000),(0-10)
OK
```
## AT#DITRIGENB
>>>
(one line command synopsis)
(Addition descripions)
`ALLOWED: exec-state-info`
*Note*:
- (notes as dashed points)
>>>
****AT#DITRIGENB=(pin_number),(enb),(trigger_type)**
- pin_number: 1-2
- enb:
- 0 = disable trigger
- 1 = specify timeout
- trigger_type:
- 0 = unused
- 1 = high-to-low transition trigger
- 2 = low-to-high transition trigger
- 3 = unused
exec:
```
AT#DITRIGENB=1,0,1
OK
```
state:
```
AT#DITRIGENB?
#DITRIGENB:1,0,1
#DITRIGENB:2,1,3
OK
```
info:
```
AT#DITRIGENB=?
#DITRIGENB:(1-2),(0-1),(0-3)
OK
```
## AT#MSGPER
>>>
Configuring Message generation period & total no of message to be generated
`ALLOWED: exec-state-info`
>>>
**AT#MSGPER=(pin_number),(interval),(count)**
- pin_number: 1-2
- interval: how often messages are generated, in sec. Value 0-60000
- count: number of messages generated. Value 0-100
exec:
```
AT#MSGPER=2,10,3
OK
```
state:
```
AT#MSGPER?
#MSGPER: 1,0,0
#MSGPER: 2,10,3
OK
```
info:
```
AT#MSGPER=?
#MSGPER: (1-2),(0-60000),(0-100)
OK
```
## AT#MSGSTR
>>>
Configure Message ID and message strings associated with the 2 pins
`ALLOWED: exec-state-info`
*Note*:
- (notes as dashed points)
>>>
**AT#MSGSTR=(op),(msg_ID),(msg1),(msg1)**
- op:
- 0 = disable message string (not yet implemented)
- 1 = enable message string (not yet implemented)
- 2 = configure message string
- msg_ID: message ID
- msg1: concatenated with msg_ID for DI1
- msg2: concatenated with msg_ID for DI2
exec:
```
AT#MSGSTR=2,"Maestro","001","234"
OK
```
state:
```
AT#MSGSTR?
#MSGSTR: 2,"Maestro","001","234"
OK
```
info:
```
AT#MSGSTR=?
#MSGSTR: (0-2),(120),(5),(5)
OK
```
# TEST FOR GRAPH of connection
```mermaid
graph TD;
......
Clone repository
  • AVL Filesystem
  • BOLERO40_GNSS_improvement
  • BOLERO40_improvement_of_the_GNSS_performance
  • NFC_commands,_event,_dynamic_variable
  • Promotion_Kit_Settings
  • Workbench Mac Installation Readme
  • avl_aes_key_handling
  • avl_ble
  • avl_blueid
  • avl_config_commented_1
  • avl_ecodrive
  • avl_feature_list
  • avl_frp_main
  • avl_fw_update
  • avl_premium_feature_cpc
View All Pages