Merge pull request #4 from Pwnagotchi-Unofficial/development

update guides

INSTALL.md

@@ -1,17 +1,14 @@
 # Install guide
 
-Here you can find out how to install minigotchi on the ESP8266. Installing on the Pico is not possible as the code is meant for the ESP8266. 
-
-**For building on an ESP32, see [this](https://github.com/Pwnagotchi-Unofficial/minigotchi-ESP32/blob/development/INSTALL.md). Don't use this repository for the ESP32.**
-
 ## Building using Arduino IDE
 
 ### Step 1: Configuration
+
 - Download the latest release [here](https://github.com/Pwnagotchi-Unofficial/minigotchi/releases).
 
 - Unzip the file
 
-- Navigate to the `config.cpp` file in the unzipped folder, and open it up with the text editor of your choice. Configurations are always controlled here. 
+- Navigate to the `config.cpp` file in the unzipped folder, and open it up with the text editor of your choice. Configurations are always controlled here.
 
 - At the set of lines that says:
 
@@ -21,9 +18,9 @@ bool Config::deauth = true;
 bool Config::advertise = true;
 ```
 
-From here, you can turn off deauthing or advertising. Since this is the main feature of the minigotchi, I highly recommend you don't turn either of these off. 
+From here, you can turn off deauthing or advertising. Since this is the main feature of the minigotchi, I highly recommend you don't turn either of these off.
 
-- After that, there should be a line that states the buad rate. 
+- After that, there should be a line that states the buad rate.
 
 ```cpp
 // baud rate
@@ -49,7 +46,7 @@ Replace the `"fo:od:ba:be:fo:od"` with your actual BSSID(in the quotations), and
 std::string Config::whitelist[] = {"fo:od:ba:be:fo:od", "fo:od:ba:be:fo:od", "fo:od:ba:be:fo:od"};
 ```
 
-This defines our whitelist. The minigotchi will not deauth these access points. We can have up to ten values here. Three were added as an example, you can remove those. 
+This defines our whitelist. The minigotchi will not deauth these access points. We can have up to ten values here. Three were added as an example, you can remove those.
 
 - Here, we set the channels we hop from time to time.
 
@@ -60,22 +57,18 @@ int Config::channels[3] = {1, 6, 11};
 
 Usually this shouldn't be changed as these are the best channels for IOT boards such as an ESP8266.
 
-- Save and exit the file when you have configured everything to your liking. Note you cannot change this after this is flashed onto the board. 
+- Save and exit the file when you have configured everything to your liking. Note you cannot change this after this is flashed onto the board.
 
 ### Step 2: Building and flashing
 
 - Download the [Arduino IDE](https://https://www.arduino.cc/en/software), preferably the latest version.
 
-- In the IDE, go to `File` > `Preferences`, then in the `Additional board manager URLS`, paste the link `https://arduino.esp8266.com/stable/package_esp8266com_index.json` to add the ESP8266 board(s) to the board manager
-
-- Click `Ok` and plug the board into your computer. It should blink, make sure it is receiving the correct amount of voltage, too much will burn it(I learned that the hard way)
-
-- Open up the minigotchi folder through the IDE by pushing `Ctrl+O`, or by going to `File` > `Open`, then selecting the folder the .ino is in. If other tabs don't show up, along with `minigotchi.ino`, make sure to copy and paste the files into the same directory/folder as that lone `.ino` file. It won't be able to compile if that happens. 
+- Open up the minigotchi folder through the IDE by pushing `Ctrl+O`, or by going to `File` > `Open`, then selecting the folder the .ino is in. If other tabs don't show up, along with `minigotchi.ino`, make sure to copy and paste the files into the same directory/folder as that lone `.ino` file. It won't be able to compile if that happens.
 
-- Install the following dependancies with the library manager: `ArduinoJson`, etc with all with their dependancies(Please install all of them for them to work correctly).
+- Install the following dependencies with the library manager: `ArduinoJson`, etc with all with their dependancies(Please install all of them for them to work correctly).
 
-- Select the board as `ESP8266 WEMOS(LOLIN) D1 mini Lite`, and select the port it is plugged into(if you haven't already, plug in the board)
-- Click on the upload button(arrow pointing to the left). 
+- Select the board as the name of your ESP32 board(most of them should be supported by Arduino, but usually a google helps), and select the port it is plugged into(if you haven't already, plug in the board)
+- Click on the upload button(arrow pointing to the left).
 
 **OR**
 
@@ -85,7 +78,7 @@ Usually this shouldn't be changed as these are the best channels for IOT boards
 
 ### Step 3: Post Install
 
-- You can click on the *Serial Monitor* button on the top bar to see the serial monitor output. Make sure the baud rate is `115200`. You can also use https://serial.huhn.me/ as a serial monitor, I also recommend using this! 
+- You can click on the *Serial Monitor* button on the top bar to see the serial monitor output. Make sure the baud rate is `115200`. You can also use https://serial.huhn.me/ as a serial monitor, I also recommend using this!
 
 - Happy hacking!
 

README.md

@@ -12,7 +12,7 @@
 
 ### Intro
 
-Due to a surge in people asking for ESP32 support, I have created this fork. Fundamentally the ESP8266 and ESP32 can perform similar functions, although the ESP32 has more features, memory, computing power, etc. 
+Due to a surge in people asking for ESP32 support, I have created this fork. Fundamentally the ESP8266 and ESP32 can perform similar functions, although the ESP32 has more features, memory, computing power, etc. Development may be a bit slower as I am still working on the actual [Minigotchi](https://github.com/Pwnagotchi-Unofficial/minigotchi). As soon as this project is finished, I will start working on porting!
 
 ### Install guide