⚠️ IMPORTANT: If upgrading from a version before 2.x.x, please note significant database changes were introduced in version 2.0.0. Please read the migration guide before updating. Version 3.x.x introduces the ability to send email reminders for appointments using Django Q for efficient task scheduling. It also allows clients to reschedule appointments if it is allowed by admins.

Django-Appointment is a Django app engineered for managing appointment scheduling with ease and flexibility. It enables users to define custom configurations for time slots, lead time, and finish time, or use the default values provided. This app proficiently manages conflicts and availability for appointments, ensuring a seamless user experience.

For a detailed walkthrough and live example of the system, please refer to this tutorial.

Detailed documentation can be found in the docs' directory. For changes and migration information, please refer to the release notes here and here.

1. Customizable time slots, lead time, and finish time.
2. Competent handling of appointment conflicts and availability.
3. Seamless integration with the Django admin interface for appointment management.
4. Custom admin interface for managing appointment/staff member editing, creation, availability, and conflicts.
5. User-friendly interface for viewing available time slots and scheduling appointments.
6. Ability to send email notifications to clients upon scheduling an appointment and email reminders for appointments, leveraging Django Q for task scheduling and efficiency.

• For more information, please refer to this documentation.

See the release notes. For older version, see their release notes.

1. Add "appointment" (& "django_q" if you want to enable email reminders) to your INSTALLED_APPS setting like so:

   INSTALLED_APPS = [
       # other apps
       'appointment',
       'django_q',
   ]

2. Then, incorporate the appointment URLconf in your project's urls.py:

   from django.urls import path, include
   
   urlpatterns = [
       # other urls
       path('appointment/', include('appointment.urls')),
   ]

3. In your Django's settings.py, append the following:

   AUTH_USER_MODEL = 'models.UserModel'  # Optional if you use Django's user model

   For instance, if you employ a custom user model called UserClient in an app named client, you would add it like:

   AUTH_USER_MODEL = 'client.UserClient'

   But if you're using the default Django user model (like most of us), there's no need to add this line since Django automatically sets it to:

   AUTH_USER_MODEL = 'auth.User'

   Ensure your create_user function includes the following arguments, even if they are not all used (in case you're using a custom user model with your own logic for creating users):

   def create_user(first_name, email, username, last_name=None, **extra_fields):
       pass

   This function will create a passwordless user. After doing so, a link to set the password will be sent to the user's email upon completing the appointment request.

   Another variable that is worth configuring is the website's name in your settings.py:

   APPOINTMENT_WEBSITE_NAME = 'Chocolates'

   It will be used in the footer of the emails sent to clients upon scheduling an appointment:

   <p>® 2023 {{ APPOINTMENT_WEBSITE_NAME }}. All Rights Reserved.</p>

   To be able to send email reminders after adding django_q to your INSTALLED_APPS, you must add this variable Q_CLUSTER in your Django's settings.py. If done, and users check the box to receive reminders, you and them will receive an email reminder 24 hours before the appointment.

   Here's a configuration example, that you can use without modification (if you don't want to do much research):

   Q_CLUSTER = {
      'name': 'DjangORM',
      'workers': 4,
      'timeout': 90,
      'retry': 120,
      'queue_limit': 50,
      'bulk': 10,
      'orm': 'default',
   }

4. Next would be to run python manage.py migrate to create the appointment models.

5. Start the Django Q cluster with python manage.py qcluster.

6. Launch the development server and navigate to http://127.0.0.1:8000/admin/ to create appointments, manage configurations, and handle appointment conflicts (the Admin app must be enabled).

7. You must create at least one service before using the application on the admin page. If your service is free, input 0 as the price. If your service is paid, input the price in the price field. You may also provide a description for your service.

8. Visit http://127.0.0.1:8000/appointment/request/<service_id>/ to view the available time slots and schedule an appointment.

Django-Appointment now supports Docker, making it easier to set up, develop, and test.

Using Django-Appointment with Docker is primarily intended for development purposes or local testing. This means you'll need to clone the project from the GitHub repository to get started.

Here's how you can set it up:

1. Clone the Repository: Clone the Django-Appointment repository to your local machine:

   git clone https://github.com/adamspd/django-appointment.git

   or using SSH:

   git clone [email protected]:adamspd/django-appointment.git

   then go to the project's directory:

   cd django-appointment

2. Prepare an .env File: Create an .env file in the root directory of your project with your configuration settings. You should include your email host user and password for Django's email functionality (if you want it to work):

   [email protected]
   EMAIL_HOST_PASSWORD=your_password
   

   Note: The .env file is used to store sensitive information and should not be committed to version control.

3. Build and Run the Docker Containers: Run the following command to build and run the Docker containers:

   docker-compose up -d --build

   or

   docker compose up -d --build

4. Make Migrations and Run: Create the migrations with the following command:

   docker-compose exec web python manage.py makemigrations appointment

   or

   docker compose exec web python manage.py makemigrations appointment

   Then, apply the migrations with the following command:

   docker-compose exec web python manage.py migrate

   or

   docker compose exec web python manage.py migrate

5. Create a Superuser: After the containers are running, create a superuser to access the Django admin interface:

    docker-compose exec web python manage.py createsuperuser

   or

    docker compose exec web python manage.py createsuperuser

6. Access the Application: Once the containers are running, you can access the application at localhost:8000. The Django admin interface is available at localhost:8000/admin. And from there, add the necessary configurations. Follow this documentation.

7. Shut Down the Containers: When you're finished, you can shut down the containers with the following command:

   docker-compose down
   # docker compose down

   Note: I used the default database settings for the Docker container. If you want to use a different database, you can modify the Dockerfile and docker-compose.yml files to use your preferred database.

1. In your Django project's settings.py, you can override the default values for the appointment scheduler. More information regarding available configurations can be found in the documentation.
2. Modify these values as needed for your application, and the app will adapt to the new settings.
3. For further customization, you can extend the provided models, views, and templates or create your own.

For support or inquiries regarding the Appointment Scheduler app, please refer to the documentation in the "docs" directory or visit the GitHub repository for more information.

Contributions are welcome! Please refer to the contributing guidelines for more information.

Please refer to the code of conduct for more information.

Please refer to the security policy for more information.

I'm working on a testing website for the application that is not fully functional yet, no hard feelings. But you can check it out at https://django-appt.adamspierredavid.com/. Ideas are welcome here since I'm blocked on a few points.

Adams Pierre David - Website