c_hashmap
Key-value store
A simple string-based key-value store implemented as a C data structure
A simple string hashmap in C
527 stars
27 watching
206 forks
Language: C
last commit: 6 months ago Related projects:
| Repository | Description | Stars |
|---|---|---|
 goossaert/hashmap | An implementation of hash table algorithms for efficient data storage and retrieval | 254 |
 flesler/hashmap | A JavaScript class implementation of a key-value map data structure | 382 |
 spotify/sparkey | A simple key-value storage library optimized for read-heavy systems with infrequent bulk inserts. | 1,178 |
 hemantasapkota/swiftstore | A LevelDB-backed key-value store for Swift applications | 123 |
 yahoo/halodb | A high-performance key-value store designed for IO-bound workloads with low latency and high throughput. | 509 |
 haskell-haskey/haskey | A high-performance, ACID compliant key-value store designed to be embedded in other applications | 92 |
 peterbourgon/diskv | A simple disk-backed key-value store with optional transformation of keys to paths on disk. | 1,411 |
 linkedin/paldb | An embeddable key-value store with fast read performance and compact storage size | 939 |
 skarupke/flat_hash_map | A high-performance implementation of a hash table data structure in C++ | 1,721 |
 honza/redish | An implementation of a distributed key-value store inspired by Redis, with support for multi-threading and TCP protocol. | 138 |
 kshk123/hashmap | A concurrent thread-safe hash map implemented in C++. | 145 |
 recoilme/pudge | A lightweight, efficient key-value store written in Go using standard library functions | 371 |
 deroproject/graviton | A key-value store database that provides versioning, authentication, and cryptographic proofs, with support for snapshotting, diffing, and high-performance storage. | 419 |
 mikkelhjuul/ld | A simple, RPC-based key-value database that provides basic get, set, and delete operations with bidirectional streaming. | 23 |
 unixjunkie/dokeysto | A key-value store implementation in OCaml, optimized for simplicity and efficient storage. | 10 |