Wiznet makers

These code is based on Adafruit's circuitpython ESP AT control to modified.

WizFi360 Firmware version: 1.1.1.9

If you are interested on the codes and commands, please refer to the links below.

1.ESP AT control - circuitpython

2.WizFi360 AT commands

3.WizFi360 Vs ESP8266

By using WIZnet's WizFi360-EVB-PICO, it required to use AT commands to control WizFi360 to communicate to the world

Upadtes

MQTT:

1. Allow to change MQTT Publish topic after connected to adafruit IO
2. Accept JSON method
3. WizFi360 could accept Maximum 3 Subscribe topics

📚Required Software

Bundles:

1. Circuit Python 7.0 or above (it required to use 1 MB from the flash)
2. Adafruit circuit python bundle - Use the latest version from adafruit bundle page [ESP AT control or download from this github]

Required Libraries from adafruit bundle:

1. adafruit_espatcontrol library or this library
2. adafruit_request

Required codes to run example codes

1. Secret.py -> Please modified the information to allow WizFi360 to connect your personal AP and adafruit IO.
2. Example codes

Programming and debug software

1. Thonny

🤖 Basic Setup

Step 1: How to install circuit Python into WizFi360-EVB-PICO (same method as adding to Raspberry Pi Pico)

🟥Youtube: Linux install method

🟥Youtube: Window install method

Step 2: Modified your secret.py and put the file inside the Pico flash

It is used for saving your AP information and Adafruit IO information to allow WizFi360 to connect.

secrets = {
    "ssid": "my access point", # Your AP's or router's name
    "password": "my password", # The password for your AP/router
    "timezone": -5,  # this is offset from UTC
    "github_token": "abcdefghij0123456789",
    "aio_username": "myusername", #adafruit IO username
    "aio_key": "abcdefghij0123456789", #adafruit IO 
}

Step 3: Add the libraries to your lib section

It is required to add libraries to the folder lib to allow the codes could run.

Step 4: Put the example codes to flash

Draging the examples codes to the flash inside the pico board, it should run the software easily.

Step 5: Setting the GPIO PINS

It is required to modify the GPIO PIN settings to allow the RP2040 coould communicate with WizFi360

RX = board.GP5 #TXD1 pin for WizFi360
TX = board.GP4 #RXD1 pin for WizFi360
resetpin = DigitalInOut(board.GP20) 
rtspin = False
uart = busio.UART(TX, RX, baudrate=11520, receiver_buffer_size=2048)

📓Examples:

1. TCP Client
2. Adafruit io (MQTT)
3. Adafruit io (HTTP) - Used the same coding method as ESP AT control
4. Ping - Used the same coding method as ESP AT control
5. Blynk