Mobtooth 2.5 Bluetooth Arduino, AVR, 8051 e PIC on Windows Pc

Using commands in text or hexadecimal mode, control any project based on arduino, pic, 8051 or any other microcontroller, or monitor its performance by monitoring up to 30 variables at the same time, and you can even save the data read in a log file and export to excel and make detailed graphs of the recorded data. Change the color and text of the button according to the response of the remote device, and be sure of the state of a device when using a command. The user, for example, can know the status or configured value of various parameters and later, if necessary, change their value. It is possible to know in a sequence of light bulbs which are lit by the color of the button and the text of the button, using the 6-digit hexadecimal color code system (just send the command #FFFFFF, Label, Value, where FFFFFF is the code RGB that will replace the original color of the button, Label is what will be displayed on the button (example "On" or "Off" or another of your choice) and value is what will be shown in the field to the left of the screen on the same line as the button , which is the value of the manipulated variable, for example the temperature to be set in an oven. This function is valid only in the ASCII reception mode.

Example of a response sent by Arduino via bluetooth HC05 to the cell phone, in response to an application request:
App sends: BT01 for your project
1) Response of your device: # FF0000, OFF, 0 @ This will display a pure red Button written OFF and the value 0 will be displayed in the field on the left. If you don't want to display anything, put a space in the field.

2) Response from your device: # 00FF00, ON, @ - Green button with "ON 'text, with no value to display

3) Response of your device: #, BT01, @ - Changes only the button text;

4) Response from your device: ABC @ - Displays the ABC text next to the button. It does not change the color or text of the button. This format also works in the readings mode.

Each value is displayed in the readings field or settings button that sent the command last, whatever it is. Your program must handle the command received, according to the "command when clicking the button" for the corresponding action on your system to be performed. The response to the command must be sent back to the application.

NOTE: @ is the end of the block and must be configured in the application, at your choice, in the "Configuration Settings" option.

On this website you can select the color code for each button: https://htmlcolorcodes.com/

 It is possible to read a temperature or pressure value, or any other analog value, according to the analog inputs of the microcontroller used.

Here is an example for the arduino uno that uses 3 buttons and 3 reading variables: https://drive.google.com/drive/folders/1qZffuaQnyIErMM0wHzl4ZbN6rpeslNGQ?usp=sharing

-Correção da exibição de valores no modo ASCII;
-Correção da exibição de valores de 16 bits (2 bytes) no modo HEX;
-Possibilidade de envio da cor do botão, texto do botão e valor do parâmetro configurado, ao mesmo tempo, no modo ASCII;

Allows applications to open network sockets.
Allows applications to connect to paired bluetooth devices.
Allows applications to discover and pair bluetooth devices.
Allows an app to access approximate location.
Allows an application to write to external storage.
Allows an application to read from external storage.