Add a script that allows the PlatformIO upload command to write firmware directly to a device running AsyncElegantOTA.

This is a fair bit nicer to work with as compared to building in PlatformIO and then having to update separately via an external web interface.

Describe the bug I test with ESP8285, but it not works. Update over AsyncElegantOTA stop on 27%. Default example sketch. Is possible configure to use with ESP8285 (f.e. SonOff boards etc...)

Microcontroller Specs:

• Board: [ESP8285 ]
• Microcontroller: [ ESP8285 ]
• Did you modify the partition table? [No]
• Browser: [chrome]
• Library Version: [latest]

The example alone works really well, but as soon as i add the code to my program (which uses three freertos tasks, on both cores) it no longer responds to ping or webpage, any ideas on how to fix this?

No erros were reported, the IP address is being shown on the serial terminal, but no web answers.

Hello, Does this really work on the esp8266? I have seen others used a esp32. However I only have esp8266 devices. I have to update all 40 of them and I don't want to keep going so far for an update of code. This will help me out a lot. My sensors are for temperatures and humidity.

Joseph

Hi @ayushsharma82 . Thanks for your amazing work. I would be glad and I think also the community if you can provide an example of using your OTA lib with the Ethernet instead that with Wifi. One starting point it could be an integration with this lib which is widely used.

https://github.com/jandrassy/EthernetENC

Thanks for your time

Describe the bug I'm running an ESP8266 and when i try and upload the code on my esp01 its stuck or either gives an error

Do you get any error/exception stack? If so please paste it here:

Microcontroller Specs:

• Board: ESP01
• Microcontroller: 8266
• Did you modify the partition table? No
• Browser: chrome
• Library Version: latest on platformio which is .6

Additional context Add any other context about the problem here.

If I remove the line AsyncElegantOTA.begin(&server); The Wifi AP is always searchable, but once I add the line AsyncElegantOTA.begin(&server);, the AP only appears randomly and disconnect very often.

No error/exception is observed in serial monitor

Microcontroller Specs:

• Board: Wemos D1 Mini
• Microcontroller: ESP8266
• Did you modify the partition table? No
• Browser: chrome
• Library Version: [latest]

This library (is not so elegant as it sounds :-)) and cannot be used inside another library :-( Probably because it is (badly) written as everything-in-a-.h-file instead of splitting properly .cpp and .h When AsyncElegantOta.h is included in 2 .cpp files, AsyncElegantOta is instantiated twice, resulting in an error : "(.bss.AsyncElegantOTA+0x0): multiple definition of `AsyncElegantOTA'" If it is included in just one .cpp file in another library, I get the error "'Update.h' cannot be found"

Without this change, updates consistently fail because the watchdog causes a panic (see https://github.com/espressif/arduino-esp32/issues/3775, where similar behaviour is reported.)

E (20871) task_wdt: Task watchdog got triggered. The following tasks did not reset the watchdog in time:
E (20871) task_wdt:  - IDLE (CPU 0)
E (20871) task_wdt: Tasks currently running:
E (20871) task_wdt: CPU 0: ipc0
E (20871) task_wdt: CPU 1: loopTask
E (20871) task_wdt: Aborting.

With this change, OTA updates complete as expected.

Command for disable watchdog added.

Because AsyncElegantOTA was declared and initialized in AsyncElegantOTA.h, the compiler would throw errors if the header file was included multiple times. This is fixed by declaring AsyncElegantOTA as extern and moving the initialization to AsyncElegantOTA.cpp.

Add a script that allows the PlatformIO upload command to write firmware directly to a device running AsyncElegantOTA.

This is a fair bit nicer to work with as compared to building in PlatformIO and then having to update separately via an external web interface.