Thanks for you answer ! But if there's no DEBUG/RELEASE defined by the ESP-IDF the simplest solution is to have my own global #define somewhere in my code...

I asked because it's a common pattern in IDEs to have a way to detect the current build type through a defined symbol...

Hi all ! I stumbled upon this simple problem : how can I detect a DEBUG build ?

Basically I need something like Note : VS Code + ESP IDF extension

I'm not a sockets Guru but I think you should change serverAddress.sin_addr.s_addr = htonl(INADDR_ANY); to inet_pton(AF_INET, "192.168.4.1", &serverAddress.sin_addr); because "192.168.4.1" is the IP addr of the softAP thing, and this is the (iface ? dunno what to call it) you want to bind your socke...

My bad : when using a static struct to build a packet ALWAYS initialize it with 0s before doing anything else !
Of course, not doing so, the packet will have some wrongly initialized values (from the previous one)

Hi all, I'm driving a smart bulb with an ESP32. The ESP is configured as a sta_softap (no bluetooth stack) and everything is fine : the ESP is connected through STA and the bulb is connected to the AP side. Then, to have a separation of concerns I create 3 sockets (alongside 3 struct sockaddr_in) - ...

Still having problems from time to time...

Any clue ?

Hi all, I'm trying to get linenoise working (over usb and idf monitor, nothing fancy) I'm getting unstable behaviour that might be caused by the way I initialize the uart driver, can someone tell me if there's something wrong with this code ? By "unstable behaviour" I mean : working as intended OR l...

I switched to an external DAC, and with the exact same code (minus configuration needed by the DAC) I now have correct statistics...

Never mind, using an external DAC is the way to go in any cases !

Hi all ! I'm coding a small app that generate a real time audio signal on internal dac. Then in a nutshell, the busy loop is something like that : while (true) { xSemaphoreTake(mutex, portMAX_DELAY); for (int i = 0; i < AUDIO_BUFFER_SIZE; i++) { // compute_stuff } xSemaphoreGive(mutex); samples_proc...