3 रिपॉजिटरी
समय-आधारित डेटा को ISO 8601 या epoch seconds जैसे मानकीकृत फॉर्मेट में लिखना।
Date and Time Libraries से अलग: यह सामान्य हेरफेर या सामान्यीकरण के बजाय आउटपुट/लेखन प्रक्रिया पर केंद्रित है।
Explore 3 awesome GitHub repositories matching data & databases · टेम्पोरल सीरियलाइजेशन. Refine with filters or upvote what's useful.
Chrono is a Rust date and time library used for managing calendar dates, clock times, and timezone conversions. It functions as a high-precision timestamp tool and temporal data serializer for converting date and time objects into structured formats. The library includes a timezone conversion engine to translate timestamps between different geographical zones and manage local time configurations. Its broader capabilities cover date string formatting, high-precision timing, and the serialization of temporal data for database storage or network transmission.
Provides tools for writing time-based data into standardized formats like ISO 8601 or epoch seconds.
This project is a proposal for a new immutable date and time API in JavaScript. It serves as a precision time-tracking library and a multi-calendar date engine designed to replace the legacy Date object. The system is distinguished by its support for multiple calendar systems beyond the ISO standard and its use of IANA-based time zone resolution. It provides a framework for managing daylight saving transitions and UTC offsets while maintaining nanosecond precision for global timestamps. The API covers broad functional areas including complex date and time arithmetic, locale-aware formatting,
Supports bidirectional conversion of date and time objects to and from standardized strings like ISO 8601.
This project is a comprehensive library for handling dates, times, durations, and UTC offsets within the Rust programming language. It provides a framework for temporal data processing, utilizing specialized structures to maintain nanosecond precision for high-accuracy scheduling and logging requirements. The library distinguishes itself through extensive use of compile-time evaluation, which allows for the generation and validation of temporal values during the build process to eliminate runtime overhead. It employs strongly-typed primitives and overflow-checked arithmetic to ensure that all
Serializes temporal data into standard formats like Unix timestamps or custom strings to ensure consistency across systems.