ARED Architecture (Action, Rule, Event-Driven Architecture)

ARED Architecture is an innovative framework that enables you to personalize your applications in an event-driven, rule-based, and action-focused manner. It allows users to dynamically manage the behavior of the application by defining customized actions and rules for specific events.

Table of Contents

• Features
• Architecture
• Installation
• Usage
• Scenarios
• Contributing
• License
• Contact

Features

• Dynamic Rule Definition: Users can create rules that define how the application responds to specific events and conditions.
• User Actions: With the action-based structure, users can customize various actions (e.g., data updates, notifications, UI changes).
• Event-Driven Customization: Users can define personalized behaviors based on specific events within the application.
• Real-Time Updates: Changes take effect immediately on the application, and results can be observed instantly.

Architecture

ARED Architecture consists of three core components:

1. Actions:

   • The tasks that the application performs in response to specific events.
   • Example: Data update, sending an email, updating the user interface.

2. Rules:

   • Logical structures that define which actions will be performed under specific conditions.
   • Example: “If the user adds a product to the cart, update the cart total.”

3. Events:

   • Specific triggers or situations that occur within the application.
   • Example: User login, a new record is created, data is updated.

Workflow Diagram

1. Event Trigger: An event occurs in the application.
2. Rule Evaluation: The relevant rules are evaluated when the event occurs.
3. Action Execution: The necessary actions are performed according to the rules.
4. Result: The actions are immediately reflected in the application.

Usage

To use ARED Architecture, follow these steps:

Creating Rules

• Define a New Rule: Create new rules that determine how the application will respond to specific events.

  • Example: "If a user purchases a product, send a thank-you email to the user."

• Test the Rule: Test the rules you create by triggering events and ensuring the actions occur correctly.

Defining Actions

• Add an Action: Define the actions that the application will perform.

  • Example: "Add data to the database", "Update the user interface."

• Associate the Action: Link the actions you define with the relevant rules and events.

Event Triggers

• Define Events: Define the events within the application.

  • Example: "User logged in", "A new record was created."

• Test Events: Trigger events and check if the correct actions are executed.

Scenarios

• Scenario 1: User Registration

  • Event: A user creates a new account.
  • Rule: When a new user is registered, send a welcome email to the user.
  • Action: Send a welcome email to the user's email address.

• Scenario 2: Shopping Cart

  • Event: A user adds a product to the cart.
  • Rule: When a new product is added to the cart, update the cart total.
  • Action: Update the cart total and display the updated cart information to the user.

Contributing

If you want to contribute to this project, please follow these steps:

1. Fork the Repository: Fork the project using this link.
2. Create a New Branch: git checkout -b new-feature
3. Make Changes and Commit: git commit -m 'Add new feature'
4. Push Your Branch: git push origin new-feature
5. Open a Pull Request: Open a new pull request on GitHub and submit your changes for review.

License

This project is licensed under the MIT License. For more information, please refer to the LICENSE file.

Contact

If you have any questions, feedback, or contribution suggestions, please feel free to contact me at beratarpa@hotmail.com.