/configmodel

Python3 model/class to manage command line arguments and other application specific initial settings.

Primary LanguagePythonMIT LicenseMIT

configmodel

The ConfigModel class parses command line arguments. This class is one of five general classes in my do it yourself home automation system (DIYHA). Each python DIYHA application is hosted on a Raspberry Pi server and will respond to a diy/system/who subscribed topic and report on their status, hostname and IP address.

License: MIT PyPI - Python Version linux

Live demo Not Applicable.

Table of Contents

General Information

  • Provide general information about your project here.
    • This is one of five classes used in my home automation system (DIYHA). I've used OOP and MVC concepts in my DIYHA system.
  • What problem does it (intend to) solve?
    • I wanted to isolate the who server identification status into a single class. The main python application subscribes to a diy/system/who topic and responds by turning on or off who messages.
  • What is the purpose of your project?
    • My home automation system contains environment sensors, motion sensors, LED clocks, light switches, emergency sirens, a django web server, interfaces to Adafruit.io and a mosquitto MQTT broker.
  • Why did you undertake it?
    • This was a fun project to learn about python, Raspberry Pi, Arduino processors, hardware and more.

Technologies Used

  • python - version 3.7.3
  • paho.mqtt.client - version TBD

Features

List the ready features here:

  • Handles the basic diy/system/who functions
  • Reports on status, hostname and IP address by way of a MQTT publish and LOGGING info message.
  • Code passes pylint with a score of 10.0

Screenshots

Not applicable.

Architecture

Example screenshot

Setup

What are the project requirements/dependencies? Where are they listed? A requirements.txt or a Pipfile.lock file perhaps? Where is it located?

  • git clone the repository and then copy the python file to the pkg_classes directory of an relevant DIYHA applicattions on the server.

Proceed to describe how to install / setup one's local environment / get started with the project.

git clone https://github.com/parttimehacker/whoview.git
cd whoview
  • Copy the python files to the relevant applications
cp *.py ../asset/pkg_classes
cp *.py ../clock/pkg_classes
cp *.py ../server/pkg_classes
cp *.py ../switch/pkg_classes
cp *.py ../siren/pkg_classes

Usage

How does one go about using it? Provide various use cases and code examples here.

├── asset.py
├── asset.service
├── LICENSE
├── logging.ini
├── pkg_classes
│   ├── configmodel.py
│   ├── djangoview.py
│   ├── statuscontroller.py
│   ├── testview.py
│   ├── topicmodel.py
│   └── whoview.py
├── README.md
├── requirements.txt
├── systemd_script.sh
  • Example from the asset.py DIYHA application
from pkg_classes.whoview import WhoView
  • initialization of the view controller
# get the command line arguements
CONFIG = ConfigModel(LOGGING_FILE)

# setup web server updates
DJANGO = DjangoModel(LOGGING_FILE)
DJANGO.set_django_urls(CONFIG.get_django_api_url())

# Set up who message handler from MQTT broker and wait for client.
WHO = WhoView(LOGGING_FILE, DJANGO)
  • provide MQTT client
WHO.set_client(CLIENT)
  • process diy/system/who topic subscription
client.subscribe("diy/system/who", 1)
  • handling diy/system/who messages
TOPIC_DISPATCH_DICTIONARY = {
    "diy/system/test":
        {"method": system_message},
    "diy/system/who":
        {"method": system_message}
}

def system_message(client, msg):
    """ Log and process system messages. """
    # pylint: disable=unused-argument
    LOGGER.info(msg.topic + " " + msg.payload.decode('utf-8'))
    if msg.topic == 'diy/system/test':
        TEST.on_message(msg.payload)
    elif msg.topic == 'diy/system/who':
        if msg.payload == b'ON':
            WHO.turn_on()
        else:
            WHO.turn_off()

Implementation Status

Status

Room for Improvement

Include areas you believe need improvement / could be improved. Also add TODOs for future development.

Room for improvement:

  • Further refactoring to more generalize the class

To do:

  • Integrate into other DIYHA applications and repositories
  • Develop a new installation process for seperate repositories

Acknowledgements

Give credit here.

  • This project was inspired by...
  • This project was based on this tutorial.
  • Many thanks to...

Contact

Created by @parttimehacker - feel free to contact me!

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