A Go implementation of a trie data structure with algorithms for extremely fast prefix and fuzzy string searching.
Trie is a Go package that implements a trie (prefix tree) data structure with algorithms for extremely fast string searching operations. It solves the problem of efficiently storing and retrieving strings with support for prefix matching and fuzzy searching, where minor differences in strings can be accommodated.
Go developers building applications that require efficient string search capabilities, such as autocomplete systems, spell checkers, or text processing tools.
Developers choose this package for its clean API, performance-optimized algorithms, and the ability to store metadata with keys, making it more flexible than basic string search implementations.
Data structure and relevant algorithms for extremely fast prefix/fuzzy string searching.
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Provides PrefixSearch and HasKeysWithPrefix methods for efficient prefix matching, as demonstrated in the README with clear examples for autocomplete scenarios.
Includes FuzzySearch for approximate string matching, enabling applications like spell checkers or text correction without exact matches.
Allows storing arbitrary data with keys using the Meta method, making it flexible for contextual information storage, as shown in the Add function example.
Offers simple, intuitive methods like Add, Find, and Remove, reducing integration complexity and aligning with Go's philosophy of simplicity.
The package does not mention thread safety in the README or features, requiring users to handle synchronization manually in concurrent environments.
Lacks built-in persistence mechanisms; data is volatile and lost on application restart, limiting use in long-running or stateful applications.
Does not support out-of-the-box features like case-insensitive searches or custom comparators, which may require additional code or modifications.