micro-smart-hub 0.1.9

A small smart hub building blocks package

Micro Smart Hub

Micro Smart Hub is a flexible and lightweight smart home automation platform designed for managing various devices and automations. It is easy to extend and configure, making it ideal for a wide range of home automation tasks.

Table of Contents

1. Features
2. Installation
3. Running the Scheduler Application
4. Developing with Micro Smart Hub
5. Extending with New Automations
6. Creating New Devices
7. Configuration
8. Examples
9. License

Features

• Supports custom automations and devices
• Asynchronous scheduling of tasks
• Configuration via YAML files
• Lightweight and portable

Installation

Micro Smart Hub is available as a Python package and can be installed using pip:

pip install microsmarthub

Running the Scheduler Application

To run the Micro Smart Hub scheduler, use the micro-smart-server command-line application. This application reads configuration files and manages the execution of scheduled tasks.

Usage

micro-smart-server [options]

Options

• -s, --schedule: Path to the schedule YAML file. Default is ./schedule.yaml.
• -d, --devices: Directories containing device modules. Default is the current directory.
• -a, --automations: Directories containing automation modules. Default is the current directory.
• -c, --config: Path to the configuration YAML file. Default is ./config.yaml.

Example

'''bash micro-smart-server -s ./schedule.yaml -d ./devices ./extra_devices -a ./automations ./extra_automations -c ./config.yaml '''

Developing with Micro Smart Hub

Extending with New Automations

To create a new automation, inherit from the Automation class and implement the run method:

from micro_smart_hub.registry import register_class
from micro_smart_hub.automation import Automation


@register_class
class MyAutomation(Automation):
    def run(self, action, parameters, devices):
        print(f"Running {action} with parameters {parameters} on devices {devices}")

Creating New Devices

To create a new device, inherit from the MicroDevice class and implement the required methods:

from micro_smart_hub.registry import register_class
from micro_smart_hub.device import MicroDevice
import requests


@register_class
class MyIoTSwitch(IoTSwitch):
    def __init__(self, definition=None):
        super().__init__(definition)
        self.device_id = self.definition.get("device_id", "default_id")

    def load_info(self):
        response = requests.get(f"http://{self.device_id}/info")
        self.info = response.json().get('device', {})

    def load_state(self):
        response = requests.get(f"http://{self.device_id}/state")
        self.status = response.json().get('status', {})

    @property
    def on(self):
        return self._on

    @on.setter
    def on(self, value):
        if value:
            requests.post(f"http://{self.device_id}/turn_on")
        else:
            requests.post(f"http://{self.device_id}/turn_off")
        self._on = value

    def off(self):
        self.on = False

Configuration

Configuration is done via YAML files. Define your schedule, devices, and automations in separate YAML files.

Schedule Example

FakeAutomation:
  schedule:
    monday:
      - time: 6       # Without minutes (6:00)
        action: on
      - time: 18.30   # With minutes
        action: off
  devices:
    - FakeSwitch

Irrigation:
  schedule:
    monday:
      - time: "6:05"    # With minutes but as a string
        action: on
      - time: 18      # Without minutes (18:00)
        action: off
  devices:
    - Irrigation_Pump

Device Configuration Example (config.yaml)

Define your devices and their parameters in a config.yaml file. Here is an example configuration:

Pump:
  class: SwitchBox
  parameters:
    url: 192.168.0.3

Garden Light:
  class: SwitchBox
  parameters:
    url: 192.168.0.197      

SmartIrrigation:
  class: Irrigation
  parameters:
    latitude: 12.24541322
    longitude: 32.32243421

# Pump: An instance of SwitchBox with a specific IP address.
# Garden Light: Another SwitchBox with a different IP.
# SmartIrrigation: An instance of Irrigation with specific geolocation parameters.

Examples

Check out the examples directory for more detailed examples of how to set up and run automations and devices.

License

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

Acknowledgments

• Thanks to all contributors and users for their support and feedback.