EBRPIH1118 0.1.0

A Python package to interface with the board, and control relays, digital inputs/outputs, and analog inputs on Raspberry Pi.

EBRPIH1118

EBRPIH1118 is a Python package designed to facilitate the control of hardware resources such as relays, digital inputs (DI), digital outputs (DO), analog inputs (AI), and temperature sensors on a Raspberry Pi. This package provides a convenient API to interact with GPIO pins and SPI devices, making it easy to develop automation applications on the Raspberry Pi.

Features

• Relay Control: Easily manage relays connected to the Raspberry Pi GPIO pins.
• Digital Input/Output: Read from and write to digital input/output pins.
• Analog Input: Read analog sensor data using SPI interface.
• Temperature Sensor Integration: Read data from 1-wire temperature sensors.
• Flexible Hardware Management: Abstract hardware interaction with a clean, easy-to-use API.

Installation

You can install EBRPIH1118 using pip. Ensure you have the necessary Python libraries for GPIO and SPI communication.

Prerequisites

Before installing EBRPIH1118, ensure that your Raspberry Pi is set up with the following libraries:

sudo apt-get update
sudo apt-get install python3-pip python3-rpi.gpio python3-spidev

Installing the Package

pip install EBRPIH1118

Usage

Importing the Package

from EBRPIH1118_intf import ebrpih1118

Example usage

from EBRPIH1118_intf import ebrpih1118

# Initialize GPIO and SPI
hardware_manager = ebrpih1118.EBRPIH1118()

# Example: Turn on relay #1
hardware_manager.energize_relay(relay_number=1)

# Example: Read an analog input from channel 1 to 4 (SPI)
analog_value = hardware_manager.read_ai_channels(channels="1,2,3,4")
print(f"Analog Input Values: {analog_value}")

# Cleanup after operations
hardware_manager.cleanup()

Steps to Contribute

Fork the repository. Create a new branch for your feature or bug fix. Make your changes. Submit a pull request to the main repository.

License

This project is licensed under the MIT License - see the LICENSE file for details.

Acknowledgments

• This package uses the RPi.GPIO library for GPIO control.
• It also uses the spidev library for SPI communication.