![]() I don't have any experience with the ESP32-S3 boards. Generally baudrate does not matter with the boards that use a native USB CDC port, so it is possible that none of the above is actually relevant for your particular problem. So if I want to monitor COM7 at 115200 baud, I run this command: $ arduino-cli monitor -port COM7 -config baudrate=115200 Parity Parity None None, Even, Odd, Mark, Spaceįrom this we can see that the ID of the "Baudrate" configuration setting is baudrate. You can learn the available setting IDs and values by running the arduino-cli monitor -port -describe command. The format of the flag is like this: arduino-cli monitor -config =. ![]() So if the board is communicating at a different baud, as is the case here, you must configure the port.Ĭonfiguration is done via the -config flag. The default baud rate of arduino-cli monitor is 9600. ![]() Note: all debug in setup must be debugA (always), due it is disabled now. if You want debug, just press any key and enter in monitor serial SerialDebug starts disabled and it only is enabled if have data avaliable in Serial #ifdef _AVR_ATmega32U4_ // Arduino AVR Leonardo Serial.begin(115200) // Can change it to 230400, if you dont use debugIsr* macros Good for low memory, due use flash, but more slow and not use macros Disable native Serial.printf (if have) Force debug messages to can use flash ) ? Disable auto function name (good if your debug yet contains it) Disable SerialDebug debugger ? No more commands and features as functions and globals #define DEBUG_INITIAL_LEVEL DEBUG_LEVEL_VERBOSE Define the initial debug level here (uncomment to do it) For it just uncomment the DEBUG_DISABLED as nothing of SerialDebug is compiled, zero overhead :-) Disable all debug ? Good to release builds (production) printW(F("This is a warning - var ")) printI(F("This is a information - var ")) printV(F("This is a verbose - var ")) Library: SerialDebug - Improved serial debugging to Arduino, with simple software debugger You should see the following code: //////// The following figure shows the SerialDebugApp, companion app for SerialDebug library. This motivated me (João) to make a library for the Arduino IDE: the SerialDebug library, which enables debugging with levels and other functionalities. However, we don’t have this feature on the Arduino IDE. The ESP-IDF has excellent debug output: the ESP-IDF logging, it has debug levels and displays the debug messages on your serial monitor with different colors accordingly to its level. Part 1 – Using debug with levels (currently reading).To show you all the useful features of the SerialDebug library and the SerialDebugApp, he created three tutorials dedicated to this subject: He also created a desktop application called SerialDebugApp that adds a UI and other useful functionalities. ![]() So, he created the SerialDebug library to bring better debugging to Arduino IDE. Warning: The developer of this tool is no longer updating this project, but the code is still available on GitHub.Īfter programming the ESP32 using ESP-IDF, João noticed that debugging for Arduino IDE needed some improvement. ![]()
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