facebookincubator/cinder
Cinder
Cinder is a high-performance Python runtime implementation based on CPython. It is designed as an execution environment optimized for large-scale distributed systems and cloud environments.
The project integrates a distributed memory cache and an asynchronous memory layer to manage data across multiple network nodes. It also provides a native C extension framework for developing high-performance compiled modules that link directly into the interpreter memory space.
The system covers capabilities for asynchronous data retrieval, large-scale execution, and the integration of embedded scripting within native applications.
Features
- CPython-Based Runtimes - Implements a high-performance Python runtime based on a modified CPython interpreter optimized for cloud environments.
- Language Runtime Implementations - Provides a high-performance Python runtime implementation optimized for large-scale distributed systems and cloud environments.
- Distributed Caching - Ships a scalable memory layer to store and retrieve data across multiple network nodes.
- Distributed Data Caching Layers - Provides a high-performance data layer via a scalable network of memory nodes.
- High-Performance Data Infrastructures - Implements a scalable memory layer providing high-throughput data access for asynchronous services.
- In-Memory Caches - Implements a scalable in-memory caching layer across multiple network nodes to reduce database load.
- Distributed Memory Caches - Provides a scalable in-memory storage layer that distributes data across multiple network nodes.
- In-Memory Data Stores - Implements a networked in-memory data store for high-concurrency memory management in large clusters.
- Python Extension Development - Provides the ability to write high-performance native modules in compiled languages for use in Python.
- Native Module Development - Provides the framework to build high-performance native extensions in compiled languages for import into the runtime.
- Bytecode Virtual Machines - Provides a virtual machine that executes intermediate bytecode for portable and consistent runtime performance.
- Native C Extension APIs - Provides a stable C-language interface for linking high-performance compiled modules directly into the interpreter memory space.
- High-Performance Runtimes - Implements a high-performance execution engine optimized for throughput and latency in large-scale cloud environments.
- Large-Scale Runtime Execution - Optimizes Python execution for the demands of massive cloud clusters and distributed environments.
- Asynchronous Data Fetching - Manages non-blocking network communication and data access for high-concurrency distributed systems.
- Embedded Interpreters - Integrates a Python interpreter into native applications to execute dynamic code from within compiled binaries.
- Embedded Script Execution - Enables the execution of dynamic Python scripts by embedding the interpreter within a native compiled application.
- Native Extension Frameworks - Ships a framework for developing high-performance compiled modules that link directly into the interpreter memory space.
- Pluggable Module Systems - Allows loading external compiled binaries as importable modules to extend core capabilities without modifying the runtime.
