Ixaya / Manager

HMVC Code Igniter based Framework for creating backends and complete websites

About this package

Ixaya Manager is a set of files, libraries, and modules that allows you to use Code Igniter to build a Backend with Login or a Complete Website if you prefer.

Features

• CodeIgniter upgradeable through Composer (always use latest version)
• Run the project (a webserver) using a shell script (no need to install Apache or Nginx during development (http://localhost:8000)
• HMVC
• Diferent folders for diferent modules: modules/admin, modules/frontned, etc.
• Support for MySQL, PostgreSQL, MSSQL, Sqlite, or any database that is supported in CodeIgniter 3.
• Different Database connection/technology per Model. (you can have a model that loads a Database from Postgres and another Model that loads a Database from MySQL.
• Responsive Theme (SB Admin 2 Template for the Backend)
• Login protected Admin module
• Examples to create a REST API
• Examples to send Native Apple Push Notifications or use Firebase for Android
• Production Tested
• try { } catch { } login for errors (an improvement over CodeIgniter's)
• Secured Application Folder from Public.

How to Install

To Install Manager you need to

Step by Step guide on OSX

• Install Homebew /usr/bin/ruby -e "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/master/install)"
• Install Git brew install git
• Install PHP (5.4+) brew install php54 or brew install php72
• Install Composer brew install composer
• Clone Repository git clone https://github.com/Ixaya/Manager.git
• Update packages using composer composer install
• Run Server sh bin/server.sh

Step by Step guide on Windows

• Install Git https://git-scm.com/download/win
• Install PHP (5.4+) https://windows.php.net/download/
• Install Composer https://getcomposer.org/download/
• Clone Repository git clone https://github.com/Ixaya/Manager.git
• Update packages using composer composer install

PHP Validations

Run static code analysis using PHPStan:

• Standard analysis:

  ./vendor/bin/phpstan analyse

• With increased memory limit:

  ./vendor/bin/phpstan analyse --memory-limit=512M

Tip: Use the memory limit option if you encounter out-of-memory errors during analysis.

## PHP Unit Testing Run unit tests using PHPUnit:

• Run all tests:

./vendor/bin/phpunit

• Run specific test file:

./vendor/bin/phpunit tests/Unit/ExampleTest.php

• Run tests with verbose output:

./vendor/bin/phpunit --verbose

• Run tests in specific group/category:

./vendor/bin/phpunit --group unit

Tip: Use --testdox flag for readable test output, or --stop-on-failure to halt execution on the first failed test.

MsgPack Support

This package can use MsgPack for faster cache and payload serialization. While the native PHP MsgPack extension (installed via pecl or system packages) offers the best performance, not all servers have it available.

1. Install the PHP MsgPack Fallback Library

Add the pure PHP implementation to your project:

composer require rybakit/msgpack

2. Enable the Composer Patches Plugin

If your project doesn't already have composer-patches installed:

composer require cweagans/composer-patches

3. Apply the PHP 8.1+ Compatibility Patch

Add the following configuration to your root composer.json:

{
  ...
    "extra": {
        "patches": {
            "rybakit/msgpack": {
                "Fix PHP 8.1 chr() deprecation": "vendor/ixaya/manager/patches/msgpack-php81-fix.patch"
            }
        }
    }
  ...
}

4. Apply the Changes

Run the following command to install dependencies and apply patches:

composer install

Docker Setup

This project can be run using Docker with different configurations for development and production environments.

Configuration Files

The project uses multiple Docker Compose files:

• docker-compose.yml - Base configuration (shared settings)
• docker-compose.dev.yml - Development overrides (code mounting, live changes)
• docker-compose.prod.yml - Production overrides (no volumes, optimized)

Building and Running

Basic Setup (Base Configuration Only)

# Build
docker-compose build

# Start
docker-compose up -d

# Rebuild and start (if Dockerfile changed)
docker-compose up -d --build

# Stop
docker-compose down

Development Mode

Uses live code mounting - changes are reflected immediately without rebuilding.

# Start
docker-compose -f docker-compose.yml -f docker-compose.dev.yml up -d app

Production Mode

Uses code copied into the image - requires rebuild for code changes.

# Start
docker-compose -f docker-compose.yml -f docker-compose.prod.yml up -d app

Useful Commands

# View all logs
docker-compose logs -f

# View logs for specific service
docker-compose logs -f app

# Enter the app container
docker-compose exec app bash

Application Structure

Project Setup

We recommend creating a root folder named app and checking out the project inside it. The framework follows an HMVC (Hierarchical Model-View-Controller) architecture based on CodeIgniter.

Root Directory

app/
├── composer.json
├── application/
├── public/
├── private/
├── bin/
└── patches/

Public Directory

The public/ folder contains all publicly accessible files served by the web server.

public/
├── index.php                    # Application entry point
├── media/                       # User-uploaded files
└── assets/                      # Static assets organized by module
    └── {module}/
        ├── js/                  # JavaScript files
        ├── css/                 # Stylesheets
        ├── images/              # Images
        └── videos/              # Video files

Application Directory

The application/ folder contains the core application code and global resources.

application/
├── cache/                       # Application cache
├── config/                      # Application configuration files
├── controllers/                 # Global controllers
├── database/                    # Database configuration
├── helpers/                     # Global helper functions
├── hooks/                       # Global hooks
├── language/                    # Global language files
├── libraries/                   # Global libraries
├── migrations/                  # Database migrations
├── models/                      # Global models
├── modules/                     # HMVC modules (see below)
├── third_party/                 # Third-party libraries
└── views/                       # Global views

Modules (HMVC Structure)

The framework uses HMVC architecture, allowing you to organize code into self-contained modules. Each module can have its own MVC structure and resources.

application/modules/
└── {module}/
    ├── controllers/             # Module-specific controllers
    ├── models/                  # Module-specific models
    ├── migrations/              # Module-specific migrations
    ├── views/                   # Module-specific views
    ├── libraries/               # Module-specific libraries
    ├── helpers/                 # Module-specific helpers
    ├── language/                # Module-specific language files
    └── config/                  # Module-specific configuration

Benefits of HMVC:

• Modularity: Each module is self-contained and reusable
• Organization: Better code organization for large applications
• Separation: Modules can be developed and tested independently
• Scalability: Easy to add, remove, or replace modules

Example Module Structure:

application/modules/blog/
├── controllers/
│   ├── Blog.php
│   └── Admin.php
├── models/
│   └── Blog_model.php
├── views/
│   ├── index.php
│   └── detail.php
└── libraries/
    └── Blog_helper.php

Additional Directories

• bin/ - Command-line scripts and utilities
• private/ - Private files not accessible via web
• patches/ - Compatibility patches for dependencies