Don't worry if you don't know what these are, just know that they are the parameters that define this networking interface. The settings are, in order, the IP address, the subnet mask, gateway and DNS server. You can also get its settings: > ap_if.ifconfig() Now you can check if this interface is active: > ap_if.active()
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Here is how to create an object that represents this interface: > import network This interface can be managed using the network package from MicroPython. If you like, you can connect to your microcontroller with this password, but be aware that the microcontroller is not connected to the Internet through this interface so there is pretty much nothing you can do at this point while connected to it over Wi-Fi.
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The default password for this connection is micropythoN (yes, that last N is uppercase). While the microcontroller is running, you should see a MicroPython-XXXXXX connection: Connect your microcontroller board to a power source and then check the list of available Wi-Fi connections on your computer. The Access Point InterfaceĬurrent releases of MicroPython have the access point interface enabled by default. The station interface allows the microcontroller board itself to connect to other Wi-Fi access points such as the router in your home as a client. The access point interface allows devices with Wi-Fi such as your laptop to connect as clients to the microcontroller board. The ESP8266 microcontroller has two Wi-Fi interfaces, which in Wi-Fi jargon are called access point and station interfaces.
Thank you!įor your reference, here is the complete list of chapters in this tutorial: Not only it will make for a better learning experience, but you'll also be supporting my effort in keeping my blog updated with relevant content. If you want to see me and hear me explain everything in this tutorial, I encourage you to purchase the video version from my Courses site. In this chapter I'm going to show you how to use the Wi-Fi capabilities of the ESP8266 chip.
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