Introduction to Micropython on Air602 (W600 family) WLAN enabled module board
Welcome to the W600_Tcp_To_Serial_Bridge wiki!
Some infos to W600-Processor and AirW602-Board
Development-Board and Pin-Reference
Specs and documents and manufacturer overview/documents SoC-MCUs: W600, W601, W500
Micropyhon-Ports and very useful 3rd party introduction
SECBOOT-Bootloader and persistence
Usage in Fhem-forum (german, Home-Automation)
This module uses: W60X_MicroPython_1.10_B1.5_img\1M_Flash
The Module Air602 will be delivered with a AT-command firmware, which in my opinion is completly waste of time using it. ;-(
Manual "Micropython-User Guide"
Get started with Wemos W600 and w600-micropython get startet
VSCode Development with pymakr
There would be two modes on programming Micropython to the board:
So, first action would be to reprogram the board's firmware using this pyton-upload-script from here
Usage:
python3 "D:\Air602\_software\w600tool-0.1\w600tool.py" -p COM15 --upload-baud 115200 --upload "D:\Air602\_firmware\W60x_MicroPython_1.10_B1.5_img\W60X_MicroPython_1.10_B1.5_img\1M_Flash\wm_w600_gz.img"`code`
This will erase the AT-Firmware install the Micropython not persistent on the board. Bootloader is not touched.. After Reset there will be only SECBOOT-Boatloader present and printints via connected serial adapter "
This Sample shows upload from an Arduino build inside Arduino-IDE via "Upload"-process: See boadmanager-workaround and upload workaround to circumvent buggy implementation.
C:\Users\js\AppData\Local\Temp\arduino_build_131628>python3 “D:\Air602_software\w600tool-0.1\w600tool.py” -p COM15 --upload C:\Users\js\AppData\Local\Temp\arduino_build_131628/sketch_apr16a.ino.gz.img --upload-baud 115200
Opening device: COM15
Uploading C:\Users\js\AppData\Local\Temp\arduino_build_131628/sketch_apr16a.ino.gz.img
0% [##############################] 100% | ETA: 00:00:00
Total time elapsed: 00:00:27
Reset board to run user code…
If Arduino is your preferred programming tool (C/C++):
if you want to download and install the board definition of W600.
Add W600 board manager URL from File -> Preference
Copy and paste the link https://raw.githubusercontent.com/salmanfarisvp/snippet/master/package_wmcom_index.json
Open Board Manager Tools -> Board -> Board Manager
search for W600 and click install.
Second method: make Micropython-Image with Bootloader (.fls) persistent, by switching the board, holding PA_0 low, on! The developers had forgotten to add an extra pad exactly for that requirement. So you will have to target directly pin 13 on the cpu-chip!
Using download.py instead of w600tool.py!
*REM python3 "D:\Work_STM32\_Hardware\Air602\_software\w600tool-0.1\w600tool.py" -p COM15 --upload-baud 115200 --upload "D:\Work_Air602\_firmware\W60x_MicroPython_1.10_B1.5_img\W60X_MicroPython_1.10_B1.5_img\1M_Flash\wm_w600.fls"*
REM remember to push PA0 constantly to GND during update-process
REM using download.py instead of w600tool.py!
cd D:\Work_Air602_software\w600tool-0.1
python .\download.py -p COM15 -b 115200 --upload D:\Work_Air602_firmware\W60x_MicroPython_1.10_B1.5_img\W60X_MicroPython_1.10_B1.5_img\1M_Flash\wm_w600.fls
pause*
This script WLAN Connect with FTP-Server manages the Ethernet connection to the board. Enabling a ftp-server for code download.
I prefer Teraterm with serial connections. Enter Python-code easyly via copy&paste onto the board: *Copy source to clipboard enter CTRL-E in terminal and right-click mouse-button to upload code in raw-REPL-mode. *
Upload w600_net2ser.py via FTP to board.
You can persist this script, starting after Reset by adding this to main.py:
import w600_net2ser
w600_net2ser.main()
Yes, resolve blocking socket.recv()-method ...
via RAW-REPL-MODE:
by pressing CTRL-D in terminal and right mouse-button-click:
Check implemented modules by entering in terminal-console:
>>> help()
or list intrinsic modules
>>> help("modules")
>>> help("modules")
__main__ machine uctypes uselect
_boot math uerrno usocket
_onewire micropython uhashlib ustruct
_thread network uheapq utime
builtins ntptime uio utimeq
cmath sys ujson uwebsocket
easyw600 uarray uos uzlib
framebuf ubinascii urandom w600
gc ucollections ure
Plus any modules on the filesystem
and via code.completion (!):
>>> import machine
>>> machine.
__class__ __name__ ADC DEEPSLEEP_RESET
GPIO_WAKUP I2C PSLEEP PSWAKEUP
PWM PWRON_RESET Pin RTC
SPI Signal TIMER_WAKUP Timer
UART WDT deepsleep disable_irq
enable_irq freq idle reset
reset_cause sleep time_pulse_us unique_id
wake_reason
>>> machine.
>>> import socket
>>> socket.
__class__ __init__ __name__ AF_INET
AF_INET6 IPPROTO_IP IPPROTO_TCP IPPROTO_UDP
IP_ADD_MEMBERSHIP SOCK_DGRAM SOCK_RAW
SOCK_STREAM SOL_SOCKET SO_REUSEADDR getaddrinfo
socket
>>> socket.
Specific method-implementation may vary heavily from MP-version to board-type! And even to their documentation ;-(
