* DOCUMENTATION: Moved installation instructions to separate page
* Added Fedora to contents table
* Added Issue/Bug Report section to README
* Some minor improvements
* DOCUMENTATION: Rename directory doc to docs
* Also move ISSUE_TEMPLATE.md to docs directory
* DOCUMENTATION: Use current repo's files
* This makes it consistent instead of having few local and few pointing to
espressif/arduino-esp32 by all linking to local files
* DOCUMENTATION: Fix hyperlink to issue/bug template in contents
* DOCUMENTATION: contents: supress platform specific installation instruction
* uartEnd: Unlock mutex before detaching rx and tx
This should solve the device freezing issue when Serial.end() is called
* Unlock UART MUTEX only for detaching Rx and Tx
* Thanks to @me-no-dev for pointing it out that
uart->dev->conf0.val can be inside mutex lock
* Change disconnect function
Current implementation does not disconnect the WiFi. Use of `esp_wifi_disconnect()` does.
* Update WiFiSTA.cpp
put back the clear ssid + password
remove the duplicate `esp_wifi_set_config(WIFI_IF_STA, &conf);`
* Create new espino32 diretory for ESPino32 board
* Delete wrong create file
* Create pins_arduino.h for espino32
* Update boards.txt to support ThaiEasyElec ESPino32
* Re-configure board name
send() can return a value > 0 but less than size indicating it was able to accept some of the data in buffer. The caller must try again after updating the buffer pointer and size remaining.
* Add files via upload
Calls to writePattern() don't send the desired number of bytes when the pattern size doesn't divide evenly into the hardware FIFO size (e.g. sending 18-bit RGB data, 11 patterns take 63 bytes, so 1/64th of the data is never sent).
* Add files via upload
Remove white space changes.
* Edit comments for clarity
I was a little confused reading what this sketch did the first time so I attempted to edit these for clarity.
* code edits as well
Grammar fixes for some parts of the code as well
Method:
--------
Added a verbose print method for ease.
Test Case:
-----------
Putting ESP32 to sleep will give a different reason on wake than the first
time power up.
* Create hall_effect_esp32.ino
A simple example to access the hall effect sensor in the esp32
* Create hall_effect.ino
* Update hall_effect.ino
Simple sketch to access the internal hall effect detector on the esp32
* Delete hall_effect_esp32.ino
* Create HallSensor.ino
* Update HallSensor.ino
* Update HallSensor.ino
* Delete hall_effect.ino
* Update WiFiAP.cpp
set from code the maximum number of clients to smaller than 4 (in my case i must allow only one client at a time)
* Update WiFiAP.h
* Update WiFiAP.cpp
* Update WiFiAP.cpp
* Create WiFiAP.cpp
