Online Cake Ordering System in PHP Project With Source Code

The Online Cake Ordering System in PHP project with source code is a system made solely for the management and dealings of cake shop related inquirers and orders.

This was designed to be efficient easy to use and accurate in tracking the intricacies of the traditional cake shop management system.

This System is made for cake shop-related customers, and owners, and for them alone.

Online Cake Ordering system
Online Cake Ordering system

The system works this way. The user simply login into the system then he will be directed through the home page where he can choose such as products, customer details, orders, and transactions. He should choose to interact with any of these.

He can navigate through buttons labeled in the middle of the screen.

For there, it is very self-explanatory and user-friendly so the user should not have any problems performing a task.

We actually encourage the user to experiment with the controls from there.

Online Cake Ordering System in PHP Project Features

Admin Side:

  1. Manage Customers
  2. Manage Products
  3. Manage Suppliers
  4. Manage Suppliers
  5. Manage Transactions

Client Side:

  1. Access Home
  2. Access Cart
  3. Access list of orders

Downloadable Source code

Download the full source code below.

Technology stack and requirements

To run this PHP project, you need these tools on your development machine:

  • XAMPP or WAMP server. Bundles Apache, MySQL, and PHP so you can run PHP on Windows without individual installs. Free from apachefriends.org.
  • PHP 8.0 or higher. Included with XAMPP. Older versions (5.x, 7.x) may work but modern PHP features improve security and performance.
  • MySQL or MariaDB. Comes with XAMPP. phpMyAdmin manages the database through a browser UI.
  • VS Code or PhpStorm. Free code editor with PHP syntax highlighting, IntelliSense, and debugging support.
  • Web browser. Chrome, Firefox, or Edge for testing the running app.

Installing the source code

  1. Download the archive. Get the ZIP file from the download link on this page and extract it.
  2. Move to htdocs. Place the extracted folder inside C:\xampp\htdocs\ so Apache can serve it.
  3. Import the database. Open http://localhost/phpmyadmin, click Import, and select the .sql file included in the archive.
  4. Update database credentials. Open the config.php or connection.php file and set the correct database name, username, and password (default XAMPP: root / empty password).
  5. Run the project. Start Apache + MySQL in XAMPP, then visit http://localhost/your-project-folder/ in a browser.

Using this project for your BSIT capstone

This PHP project maps cleanly to standard BSIT capstone documentation. Suggested chapter alignment:

  • Chapter 1 (Introduction). Discuss the problem the system solves in real-world context. Cite Philippine business or academic use cases where a manual process could be replaced.
  • Chapter 2 (Review of Related Literature). Compare this system’s features against 5-10 similar published projects. Cite journals like IJERT or IEEE Access for academic-standard sources.
  • Chapter 3 (Methodology). Include Use Case Diagram, Data Flow Diagram, Entity Relationship Diagram, and Activity Diagram covering all major workflows.
  • Chapter 4 (Results and Discussion). Screenshot each module of the running system with a caption explaining what data it processes and which user role interacts with it.
  • Chapter 5 (Conclusion and Recommendations). Identify features that could be added in a Version 2, such as mobile app, REST API export, or AI-powered analytics.

Modules typical of Online Cake Ordering System

  • Product master data. CRUD forms for adding, editing, and archiving products with SKU, price, category.
  • Stock receiving. Record incoming batches from suppliers with quantity, cost, and expiry.
  • Point of Sale. Cashier interface with barcode input, quantity, subtotal, discount, and change.
  • Stock adjustment. Manual correction entries for damage, expiry, or shrinkage with reason codes.
  • Reports. Sales-by-day, stock-on-hand, top-selling products, low-stock alerts.
  • User management. Role-based login (Admin, Cashier, Manager) with password hashing and audit trail.

Common enhancements for capstone review

  • Barcode integration. Add USB barcode-scanner input on POS form for faster checkout.
  • Multi-branch support. Add a Branch table so a single database serves multiple store locations.
  • Auto reorder alerts. Send email notification when stock falls below a defined threshold.
  • Data export to Excel. Use PhpSpreadsheet library to export reports for offline analysis.

Project timeline for BSIT capstone

Typical BSIT capstone teams complete a PHP project of this scope in one full academic semester. Suggested timeline:

  • Weeks 1-2. Requirements gathering, interview with target user, initial Chapter 1 documentation.
  • Weeks 3-4. Design phase: use case, DFD, ER diagram, mockup screens.
  • Weeks 5-8. Core development: database in MySQL, main pages in PHP, CRUD operations.
  • Weeks 9-11. Reports, printing, user roles. Test with sample data.
  • Weeks 12-13. Documentation: Chapter 3 methodology, Chapter 4 screenshots, Chapter 5 conclusion.
  • Week 14. Mock defense with adviser, corrections, final panel.

Panel questions this project typically gets

  • What existing systems are similar and how is yours different? Prepare a comparison table showing 3-5 alternatives and the specific gaps your project addresses.
  • How do you validate data entry? Walk through validation on 2-3 key forms with regex, range, and required-field enforcement.
  • How does the system handle concurrent access? Explain your MySQL transaction strategy and locking approach.
  • What is your backup and disaster recovery plan? Document a backup schedule and demonstrate a restore.
  • How would you deploy this in production? Explain shared-hosting setup or migration to a Laravel-based cloud deployment.

Deployment options after the defense

  • Shared hosting. Upload to cPanel-based shared hosting (Hostinger, GoDaddy) for immediate live access with a custom domain.
  • VPS or cloud. Move to DigitalOcean, Vultr, or AWS Lightsail for scalable performance.
  • Local LAN install. Host XAMPP on one PC and let 3-5 clients access via the office network.
  • Laravel migration. Rewrite with Laravel for cleaner architecture, better security, and modern development workflow.

Common defense pitfalls to avoid

  • Empty database. Pre-populate 20-50 realistic sample records so demos are meaningful.
  • Missing error handling. Wrap SQL queries in try/catch and show user-friendly errors instead of raw exception dumps.
  • No printable output. Panel expects at least one printable report (TCPDF or FPDF).
  • Untested login. Prepare demo Admin + User accounts and test both before the panel.
  • SQL injection vulnerability. Use prepared statements everywhere; panels do check for this.

Where to get help while building

  • itsourcecode.com free downloads. Browse other PHP projects for similar patterns.
  • PHP official manual. The canonical reference for language syntax and standard functions.
  • Stack Overflow PHP tag. Fastest place to get unstuck on a specific error.
  • YouTube capstone walkthroughs. Search for demos of similar systems to see defense structure.
  • Your adviser. Regular check-ins keep the project on track.

Frequently Asked Questions

How does this PHP project work?

Built with vanilla PHP (no framework) and MySQL backend. Standard structure: form HTML, PHP script handlers, MySQL via PDO or mysqli, sessions for auth, Bootstrap for responsive layout. Ready to extend for BSIT capstone scope.

What PHP and MySQL versions does this project require?

Most projects in this batch run on PHP 7.4 to PHP 8.2 with MySQL 5.7+ or MariaDB 10+. A few older projects need PHP 5.6 (deprecated, use XAMPP 7.x). To run: install XAMPP / WAMP / Laragon, extract project to htdocs, import the included .sql file via phpMyAdmin, edit the connection file (usually config.php or db_connect.php) with your DB credentials, browse to the project URL in your browser.

How do I set up the database for this PHP project?

Open phpMyAdmin (http://localhost/phpmyadmin/ on XAMPP), create a new empty database with the name specified in the project’s config.php. Click the Import tab, choose the included .sql file, click Go. Then edit config.php (or includes/connection.php) with: ‘localhost’, your MySQL username (usually ‘root’), your MySQL password (usually blank for XAMPP), and the database name.

Can I use this PHP project for a BSIT capstone or thesis?

Yes, but extend it. A bare CRUD app is too narrow for full capstone scope. Add: user roles via session checks, reports/dashboards (Chart.js + AJAX), PDF exports (TCPDF library), email notifications (PHPMailer), real domain extension (analytics, audit log, multi-branch support). Pair with Chapter 1-5 documentation matching your panel’s rubric.

Why am I getting ‘connection error’ or ‘undefined function mysqli_connect’?

Three common PHP issues: (1) Connection error: Apache + MySQL services not running in XAMPP control panel, OR database name in config.php does not match what you created in phpMyAdmin. (2) ‘undefined function mysqli_connect’: MySQL extension not enabled, in php.ini uncomment extension=mysqli (then restart Apache). (3) ‘No such file or directory’: MySQL socket path wrong, use 127.0.0.1 instead of localhost in the connection string.

Where can I find more PHP projects with source code?

Browse the PHP Projects hub for the full library (300+ vanilla PHP systems). For modern PHP MVC alternatives see Laravel Projects (74 systems) or CodeIgniter Projects (32 systems). For BSIT-focused capstone idea lists see 150 Best Capstone Project Ideas.

Related PHP Projects

Inquiries

If you have any questions or suggestions about this project, please feel free to contact me on our contact page or simply leave a comment below.

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