3 repositorios
Awesome GitHub RepositoriesRuntime Global Memory Managers
Holds memory for native API registration, execution stack, and threading support across the runtime's lifecycle.
Distinct from Runtime Memory Limits: Distinct from Runtime Memory Limits: focuses on managing the runtime's own global memory structures, not just capping memory consumption.
Explore 3 awesome GitHub repositories matching operating systems & systems programming · Runtime Global Memory Managers. Refine with filters or upvote what's useful.
Awesome Runtime Global Memory Managers GitHub Repositories
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- bytecodealliance/wasm-micro-runtime
bytecodealliance/wasm-micro-runtime
5,990Ver en GitHubHolds memory for native API registration, execution stack, and threading support across the runtime's lifecycle.
Caotassembly-scriptembedded - zpoint/cpython-internals
zpoint/CPython-Internals
5,053Ver en GitHubCPython-Internals es una guía técnica de implementación y referencia para el intérprete CPython. Proporciona un análisis detallado del código fuente en C interno y su arquitectura, centrándose en la lógica que gobierna el comportamiento del intérprete. El proyecto documenta el modelo de objetos de Python y el pipeline de compilación, rastreando el proceso desde la gramática cruda y los árboles de sintaxis abstracta hasta el bytecode ejecutable. También sirve como referencia para el desarrollo de extensiones en C, explicando cómo interactuar con estructuras de datos internas y utilizar la API de C. El material cubre la gestión de memoria, incluyendo el conteo de referencias y la recolección de basura generacional, así como la función del Global Interpreter Lock (GIL).
Analyzes the internal implementation of reference counting, generational garbage collection, and the global interpreter lock.
Cccpythoncpython-internals - lotabout/write-a-c-interpreter
lotabout/write-a-C-interpreter
4,343Ver en GitHubThis project is a C language interpreter and a practical implementation of a programming language. It parses and executes C source code directly, removing the requirement for a separate compilation step. The interpreter is designed for self-hosting, meaning it is capable of interpreting its own source code to demonstrate recursive language processing and execution. The system covers the primary stages of language processing, including lexical analysis, recursive descent parsing, and tree-walk interpretation using an abstract syntax tree. It manages memory and scope through a dynamic symbol t
Handles variable storage and scope lifecycle dynamically during program execution without a separate compilation step.
C
