Valkey Documentation · Valkey
Valkey Documentation
Description
The Valkey documentation is managed in markdown files in the valkey-doc repository. It’s released under the Creative Commons Attribution-ShareAlike 4.0 International license.
Valkey Documentation
1. Introduction
2. Developer Guide
Core Concepts
- Data types: Keys are strings, but values can be of many different data types.
- The full list of commands, with documentation for each of them.
- Pipelining: How to send multiple commands at once, saving on round trip time.
- Transactions: Valkey’s approach to atomic transactions.
- Expires: How to set a Time To Live (TTL) on key so that it will be automatically removed from the server when it expires.
- Pub/Sub: Using Valkey as a message broker using the Publish/Subscribe messaging system.
- Keyspace notifications: Get notifications of keyspace events via Pub/Sub.
- Keyspace management: How to alter, query, and navigate the keyspace.
Application Patterns & Tutorials
3. Extending Valkey
Server-side scripting in Valkey
Valkey modules API
4. Administration
Core Management
Deployment Topology
- Replication: What you need to know to set up primary-replica replication.
- Sentinel: Valkey Sentinel is one of the official high availability deployment modes.
- Sentinel client spec: How to build clients for Valkey Sentinel.
- Cluster tutorial: A gentle introduction to Valkey Cluster, a deployment mode for horizontal scaling and high availability.
- Cluster specification: The more formal description of the behavior and algorithms used in Valkey Cluster.
- Atomic slot migration: An overview of atomic slot migration in Valkey Cluster.
Security
- Security: An overview of Valkey’s security.
- Access Control Lists: ACLs make it possible to allow users to run only selected commands and access only specific key patterns.
- Encryption: How to use TLS for communication.
- ARM and Raspberry Pi: ARM and the Raspberry Pi are supported platforms. This page contains general information and benchmarks.
- RDMA: An overview of RDMA support.
6. Low-Level Internals