3 مستودعات
Defining database structures and relational constraints using TypeScript class definitions.
Distinct from Document Database Modeling: Nothing in the shortlist specifically covers the act of using TypeScript classes to model database schemas.
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Prisma1 is a TypeScript object-relational mapper and type-safe database client designed for interacting with relational databases. It functions as a system for declarative schema modeling, where database structures are defined in a single schema file that automatically synchronizes with the underlying database. The project provides a type-safe query builder that generates a custom client to ensure database queries match defined schema types at compile time. It also includes a database GUI administrator, providing a visual web interface for browsing, editing, and managing relational database r
Uses a high-level declarative language to design database structures and relationships.
Mikro-ORM is a TypeScript-based object-relational mapping system that provides a unified persistence layer for Node.js applications. It translates TypeScript entities into relational or document-based database schemas, supporting a variety of engines including PostgreSQL, MySQL, MariaDB, MS SQL Server, SQLite, and MongoDB. The project implements the data mapper pattern to decouple in-memory domain models from the database persistence layer. It utilizes a unit of work pattern to track entity changes in memory and commit them in a single coordinated database transaction. The library covers com
Allows defining complex data structures and relationships using TypeScript classes to mirror relational or document databases.
Prisma Client is a database client for Node.js and TypeScript applications that provides a type-safe interface for interacting with relational databases. It functions as an object-relational mapper that translates declarative schema definitions into strongly typed query interfaces, ensuring that database operations align with the underlying data structure. The library distinguishes itself by generating type definitions directly from a schema model, which enables static analysis and IDE autocompletion during development. By abstracting database interactions into a unified query language, it st
Uses a declarative schema language to define database structures and automatically generate application interfaces.