3 Repos
Data types and handling logic for timestamps with resolution beyond standard seconds or milliseconds.
Distinct from High-Precision Time Series Storage: Candidates focus on time-series storage or hardware timing control, not general-purpose high-precision timestamp types in SQL.
Explore 3 awesome GitHub repositories matching data & databases · High-Precision Temporal Types. Refine with filters or upvote what's useful.
sqlean ist eine Sammlung von SQLite-Erweiterungsbibliotheken, die als C-basierte Shared Libraries implementiert sind. Sie bietet eine Suite zusätzlicher skalarer und tabellenwertiger Funktionen, die die nativen Fähigkeiten der SQLite-Datenbank-Engine erweitern. Das Projekt bietet spezialisierte Toolsets für Kryptografie, fortgeschrittene Mathematik, Netzwerke und Dateisystemzugriff. Dazu gehören binäres Hashing und Encoding, statistische Analysen, IP-Adressvalidierung sowie die Möglichkeit, CSV-Dateien oder Dateisystempfade als virtuelle Tabellen abzubilden. Die Bibliothek enthält zudem umfassende Textverarbeitungstools wie reguläre Ausdrücke, Fuzzy-Matching und Unicode-bewusste String-Manipulation. Zusätzliche Funktionen decken hochpräzises Datums- und Zeitmanagement sowie die Generierung eindeutiger Identifikatoren ab.
Manages date and time data using timestamps with high-precision resolution.
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.
Implements data types and handling logic for timestamps with high resolution beyond standard seconds.
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
Stores dates, clock times, and time spans using specialized types that maintain nanosecond precision.