A high-performance Swift Date extension for creating, comparing, and modifying dates across Apple platforms.
DateHelper is a Swift library that extends the Foundation Date type with a comprehensive suite of methods for parsing, formatting, comparing, and manipulating dates and times. It solves the problem of verbose and complex date handling in Swift by providing a clean, high-performance API for common operations like creating dates from strings, formatting dates for display, and calculating time differences.
Swift developers building applications for Apple platforms (iOS, macOS, watchOS, tvOS) who need to handle dates and times frequently and want a more intuitive and efficient alternative to Foundation's native date APIs.
Developers choose DateHelper for its performance-optimized, thread-safe design with cached formatters, its extensive feature set covering parsing, formatting, and manipulation, and its clean API that significantly reduces boilerplate code compared to using Calendar and DateFormatter directly.
A Swift Date extension helper
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Supports parsing from ISO, RSS, custom formats, and natural language, plus formatting, comparison, manipulation, and time calculations, covering most date-handling needs in one library.
Uses cached date formatters and is thread-safe, ensuring efficient and safe operations in concurrent environments, as highlighted in the README's focus on performance.
Provides clean methods like .isToday or .offset(.day, value: 1) that reduce verbose Foundation code, making date operations more readable and less error-prone.
Works seamlessly across iOS, macOS, watchOS, and tvOS, offering a consistent solution for developers within the Apple ecosystem.
The date detection from strings is explicitly warned as not efficient and unsuitable for collections or lists, limiting its use in data-heavy applications where performance is critical.
Only supports Apple platforms, making it irrelevant for cross-platform Swift projects targeting Linux, Windows, or other systems, which restricts its broader adoption.
As an extension to the Date type, it risks naming conflicts with other libraries or custom code in large codebases, and it tightly couples to Foundation, offering less flexibility for alternative implementations.