Book-Management-System

A Book Management System is a software application designed to efficiently manage the processes of a library or bookstore. It helps users perform tasks like adding, searching, and deleting books.

Phases for Book Management System (BMS):

1. Requirements: In this phase, all system requirements are gathered by communicating with stakeholders such as users, managers, and technical teams.

2. Design: Converts requirements into an architecture or model. For example, converting an Entity Relationship Diagram (ERD) into database tables.

3. Implementation: Build the UI using Angular components, modules, and services. Use data binding, directives, and pipes to enhance interactivity. Style the application with Tailwind CSS for a responsive design.

4. Testing: In this phase, ensure the Angular application works as expected by performing different types of testing:

   Unit Testing: Test individual components, services, and pipes using Jasmine and Karma to verify their functionality.

5. Deployment: Deploy the system on production servers.

6. Maintenance: Keep the system operational and up-to-date.

Functionality:

• If the user selects "Other Genre", a new field will appear where they can write a custom genre.

• Validate the form inputs.

• Add books and display all the details of books.

• Edit book details and delete books.

• Calculate the age of the book.

• Categorize books based on their genre.

• Fetch data from an external API and implement asynchronous book searching.

• Style the form using Tailwind CSS and make it responsive for mobile, tablet, and desktop devices.

• Implement data binding:

  • Interpolation ({{ }}) to dynamically display book details.
  • Property binding ([property]) to update UI elements based on data.
  • Two-way binding ([(ngModel)]) to sync user input with the model.

• Implement event binding ((event)) to handle user actions such as:

  • Clicking buttons to add, edit, or delete books.
  • Detecting user input in the search field.
  • Handling form submissions dynamically.

• Implement methods to calculate price and discount price.

Technology Used:

• Frontend: Angular, Tailwind CSS, TypeScript