kraken-php/framework
Framework
This framework is a distributed systems runtime designed for building fault-tolerant, message-driven microservices and high-performance network applications in PHP. It provides an asynchronous execution environment that utilizes event-loop-based concurrency and promise-based task orchestration to manage high-concurrency workloads without blocking execution threads.
The platform distinguishes itself through a unified execution abstraction that manages multi-process and multi-threaded components as isolated, supervised containers. By employing an actor-model approach to process supervision, the framework ensures system stability by automatically restarting components upon failure. It further facilitates distributed operations through state synchronization and message-driven inter-process communication, allowing components to exchange data and coordinate tasks across multiple nodes without relying on shared memory.
The framework supports a broad range of infrastructure capabilities, including protocol-agnostic network hosting for HTTP, WebSocket, TCP, and UDP traffic. It also incorporates secure remote communication protocols to protect data in transit and provides a standardized filesystem abstraction layer to interact with diverse storage backends.
Features
- Asynchronous PHP Development - Provides a comprehensive framework for building high-concurrency, event-driven applications in PHP.
- Asynchronous HTTP Servers - Acts as a high-performance server environment for hosting HTTP, WebSocket, TCP, and UDP services.
- Asynchronous PHP Servers - Provides a fault-tolerant framework for building distributed applications using asynchronous PHP patterns.
- Distributed Coordination Systems - Coordinates state, lifecycle events, and communication across distributed execution nodes.
- Non-Blocking Event Loops - Implements non-blocking event loops to manage high-concurrency workloads without threading.
- Process Supervision - Provides active process supervision and automatic restarts to maintain system-wide fault tolerance.
- Inter-Component Messaging - Facilitates decoupled communication between internal system components using asynchronous message passing.
- Message Routing - Routes messages between application components to ensure reliable data exchange without shared memory.
- Messaging Architectures - Implements a message-driven architecture for routing communication between isolated microservices.
- Protocol-Agnostic Interfaces - Provides a unified interface for hosting diverse network protocols including HTTP, WebSocket, TCP, and UDP.
- Promise-Based Chains - Orchestrates complex asynchronous workflows using promise-based chains for sequential and parallel task execution.
- Asynchronous Task Execution - Enables efficient asynchronous task execution using an event-loop-based architecture.
- Distributed State Synchronization - Synchronizes runtime state across distributed nodes to ensure consistent application behavior.
- Distributed Systems Architectures - Orchestrates distributed application architectures by managing isolated, supervised components across nodes.
- Execution Abstraction Layers - Abstracts execution logic to allow consistent operation across multi-process and multi-threaded environments.
- Inter-Process Communication - Enables reliable data exchange and coordination between separate application components.
- Unified Logic Execution - Normalizes execution logic into standardized containers that operate consistently across different runtime environments.
- High-Performance Web Services - Hosts scalable network services optimized for high-performance communication between distributed components.
- Service Hosting - Provides unified hosting for asynchronous network services including HTTP, WebSocket, TCP, and UDP.
