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Capabilities for creating references to non-serializable JavaScript objects so they can be passed to and used by .NET code.
Distinct from JavaScript Interop: Distinct from general JavaScript Interop: focuses on referencing non-serializable JavaScript objects, not just calling functions.
Explore 4 awesome GitHub repositories matching programming languages & runtimes · JavaScript Object References. Refine with filters or upvote what's useful.
Blazor is a .NET framework for building interactive web user interfaces using C# instead of JavaScript. It provides a component-based UI composition model where reusable, self-contained UI elements are built with C# logic and Razor markup, supporting nesting, parameters, and lifecycle events. The framework offers two primary rendering models: a client-side runtime that compiles C# to WebAssembly and executes directly in the browser, and a server-side model that renders UI on the server and sends incremental DOM updates over a persistent SignalR connection. A central capability of Blazor is it
Creates references to non-serializable JavaScript objects for use in .NET code via IJSObjectReference.
This is a JavaScript library for parsing and serializing JSON data, with a particular focus on handling objects that contain circular references. It provides a standard JSON parser that reads text and reconstructs JavaScript values without using the eval function, guarding against code injection, alongside a standard serializer that converts objects into JSON strings for data interchange. The library distinguishes itself by offering specialized encoding and decoding for cyclical object graphs. It can serialize objects with circular references by replacing repeated object paths with JSONPath s
Handles encoding and recovery of JavaScript objects with circular references using JSONPath links.
This project is a JavaScript algorithm library and computer science reference. It provides a collection of standard computational logic patterns and data structure implementations, including linked lists, trees, and graphs, for both educational and practical use. The codebase serves as a technical interview study guide, offering a practical resource for practicing common coding challenges and data structure manipulations. It is designed for computer science education, allowing users to study how classic algorithms work by reviewing and running implementations of established logic patterns. T
Simulates memory addresses using JavaScript object references to connect nodes in graphs and linked lists.
Acest proiect oferă un wrapper C++ „header-only” pentru Node-API, servind drept framework pentru construirea de addon-uri native de înaltă performanță pentru Node.js. Acționează ca o punte între C++ și JavaScript, oferind o interfață orientată pe obiecte care simplifică crearea de extensii compilate, gestionând în același timp complexitățile graniței dintre limbaje. Biblioteca se distinge prin oferirea de abstracțiuni „type-safe” pentru marshalling-ul datelor și gestionarea memoriei, asigurându-se că obiectele native și cele de pe partea de script sunt urmărite și recuperate corect. Include mecanisme pentru coordonarea sarcinilor asincrone între thread-urile de fundal și event loop-ul principal, prevenind coruperea datelor în timp ce se deleagă calculele intensive. Mai mult, mapează excepțiile native la tipurile standard de eroare din script, asigurând raportarea diagnostică consistentă și gestionarea eșecurilor. Dincolo de capabilitățile sale de bază de bridging, proiectul susține întregul ciclu de viață al dezvoltării native, inclusiv expunerea claselor și metodelor C++ către runtime-ul JavaScript. Oferă instrumente pentru gestionarea ciclurilor de viață ale mediului, automatizarea migrațiilor de cod și executarea de benchmark-uri de performanță pentru a evalua comportamentul componentelor native.
Tracks and releases native references to JavaScript objects to ensure memory is reclaimed correctly.