The article describes the use of low-level programming in C/C++ in the ESP-IDF framework paradigm from Espressif Systems for the development of an IoT application in the Wokwi simulator.
The article points out the differences compared to a fully functional framework with support for components and external Python tools and also mentions the disadvantages of ESP-IDF in the Wokwi simulator, especially the absence of starting system functionalities or working with eFuses.
The article also includes sample source codes that I created for the ESP32 microcontroller. The source code is for a demonstration of connecting to a WiFi network and also for a sensor node that communicates with a remote web interface via the HTTP or HTTPS protocol.
![[IMG]](proxy/ZX4J%2BnJfrb4I1d%2Fq292%2FlGc5XDQjMC0l7UUHUS238LyH6ZwWmlkJnmf%2F2yNCo%2FaFi3tuGdo%2Bp%2BGmodBpt4Q63zZvgcPcWEo%3D/image.png)
The article points out the differences compared to a fully functional framework with support for components and external Python tools and also mentions the disadvantages of ESP-IDF in the Wokwi simulator, especially the absence of starting system functionalities or working with eFuses.
The article also includes sample source codes that I created for the ESP32 microcontroller. The source code is for a demonstration of connecting to a WiFi network and also for a sensor node that communicates with a remote web interface via the HTTP or HTTPS protocol.
![[IMG]](proxy/ZX4J%2BnJfrb4I1d%2Fq292%2FlGc5XDQjMC0l7UUHUS238LyH6ZwWmlkJnmf%2F2yNCo%2FaFi3tuGdo%2Bp%2BGmodBpt4Q63zZvgcPcWEo%3D/image.png)