acid-state Database
acid-state is a Haskell library for the acidification of data structures, which enables transparent persistence of Haskell datatypes to disk or other forms of storage.
- Since:2009
- Docs:hackage.haskell.org
#What is acid-state?
Acid-state is an in-memory, transactional database library for Haskell programming language that allows developers to store and manipulate data structures in a persistent and fault-tolerant way. It provides a functional API that allows developers to define and manipulate data structures using Haskell data types and functions.
#acid-state Key Features
Here are some of the most recognizable features of Acid-state:
- In-memory data storage for fast data access and manipulation.
- ACID (Atomicity, Consistency, Isolation, Durability) properties to ensure data consistency and integrity.
- Automatic persistence of data structures to disk for fault tolerance and data durability.
- Support for efficient and flexible data indexing and querying.
- Built-in support for distributed transactions and replication.
- Efficient garbage collection and memory management for large data structures.
#acid-state Use-Cases
Acid-state is mainly used in Haskell-based applications that require fast and reliable data storage and manipulation. Here are some of its use-cases:
- Building web applications that require fast data retrieval and manipulation, such as social networks or e-commerce platforms.
- Implementing distributed applications that require fault-tolerant data storage and replication, such as real-time bidding systems or distributed caches.
- Implementing machine learning and data analytics algorithms that require fast data access and manipulation, such as recommendation systems or natural language processing pipelines.
- Implementing high-performance data processing pipelines for scientific research and experimentation.
#acid-state Summary
Acid-state is an in-memory, transactional database library for Haskell that provides fast data access and manipulation, ACID properties for data consistency and integrity, and automatic data persistence for fault tolerance and durability. It is mainly used in Haskell-based applications that require fast and reliable data storage and manipulation.
