17 repository-uri
Tools for generating configuration files that define containerized development environments for IDEs.
Distinct from Container Deployment Configurations: The candidates focus on deployment or runtime integration, whereas this is about generating the .devcontainer.json specification
Explore 17 awesome GitHub repositories matching devops & infrastructure · Dev Container Specifications. Refine with filters or upvote what's useful.
DevPod is an IDE-agnostic remote development tool and containerized environment manager. It provisions reproducible development workspaces using open-standard configuration files and orchestrates these environments across local machines, remote servers, or public cloud providers. The system utilizes a client-side orchestration model that decouples workspace management from centralized cloud controllers. It features a pluggable provider-based infrastructure abstraction, which allows for multi-backend deployment and the creation of custom provider plugins to extend support for additional cloud
Builds isolated coding environments from open-standard configuration files to ensure consistency across different machines.
This project is a collection of programming language references and syntax cheat sheets designed for rapid developer onboarding. It serves as a library of code-based documentation that uses valid source code files to provide whirlwind tours of various language specifications. The project focuses on programming language learning by providing concise, commented code examples that explain core features and syntax in place. This approach enables developers to quickly grasp language-specific patterns, data types, and execution flow through a consistent reference format. The content covers a broad
Provides examples of attaching a terminal or editor session to a running container.
Score is a platform-agnostic workload specification standard that defines containerized application deployments and their resource dependencies in a declarative YAML format. It provides a developer-centric specification that separates environment-agnostic workload definitions from environment-specific configuration, enabling consistent deployment across development, testing, and production environments. The specification framework translates a single workload definition into deployable manifests for multiple container orchestration platforms, including Docker Compose and Kubernetes. It includ
Defines concrete implementations of resource types referenced in workload specifications.
Devenv is a Nix-based development environment manager that provides declarative definitions for reproducible shells and toolchains. It functions as a declarative task runner for executing dependency-aware pipelines and a service orchestration tool for supervising background processes. The project distinguishes itself by generating OCI container images directly from environment definitions without requiring a separate container engine. It also implements the Model Context Protocol to expose project context and package search to AI agents, and supports AI-assisted scaffolding to generate config
Generates Dev Container configurations including editor extensions and system customizations from environment definitions.
Tridactyl is a Vim-like Firefox extension that provides a comprehensive keyboard-driven interface for browsing, tab management, and page interaction. It replaces traditional mouse-based navigation with Vim-style keybindings, an ex-mode command line, and a hint overlay system for selecting and interacting with page elements. The extension is built around a core infrastructure that includes a modal command parser, a keybinding configuration system, and a content-script command bridge for executing commands in page context. The extension distinguishes itself through its deep integration with Fir
Provides a command to open a URL in a tab assigned to a specific Firefox container.
Passbolt is an open-source, self-hosted password manager designed for teams. It provides a centralized, encrypted vault where organizations can store, share, and manage credentials securely. The server exposes a JSON REST API that authenticates requests using either GPGAuth or JWT tokens, and all secrets are protected with OpenPGP end-to-end encryption, ensuring the server never has access to plaintext passwords. The platform distinguishes itself through a comprehensive role-based access control system that governs resource sharing and administrative actions. Teams can organize users into gro
Defines how data is structured for password resources and their associated secrets.
Zed is a terminal-based code editor built in Rust that provides a full-featured editing experience with familiar keybindings, mouse support, and multiple cursors. It runs entirely in the terminal while offering capabilities typically found in graphical editors, including split panes, a command palette, and integrated language server protocol support for real-time diagnostics, completions, go-to-definition, and code actions across multiple languages. The editor distinguishes itself through a plugin system that runs sandboxed TypeScript plugins in a QuickJS runtime, with an asynchronous bridge
Attaches the editor to a dev container, running the terminal, filesystem, and spawned processes inside the container.
pyinfra is an agentless infrastructure automation framework that turns declarative Python code into idempotent shell commands to manage servers, containers, and local machines over SSH without requiring any pre-installed software on target hosts. It operates by comparing the desired state of a system against its current state, using a dry-run simulation mode to preview changes and a fact-based conditional execution engine to gather host attributes at runtime and control which operations run. The tool compiles Python operations into optimized shell commands and executes them in parallel across
Packages inventories and operations into Python files that can be version-controlled and run repeatedly.
pyinfra is a Python-based infrastructure automation framework that turns Python code into shell commands for managing servers, Docker containers, and local machines. It operates as a declarative, idempotent deployment tool, applying desired system states by comparing target configurations against current states and making only the necessary changes. The framework provides a connector-based transport abstraction that unifies SSH, Docker, and local execution behind a common interface, with a parallel execution engine that manages concurrent operations across hosts. The tool distinguishes itself
Packages inventories and operations into version-controllable Python files for repeatable execution.
The Development Container Specification defines a standardized metadata format and protocol for creating reproducible, containerized development environments that work identically across local machines, remote services, and CI/CD pipelines. At its core, it provides a declarative JSON schema that captures the container image, tools, runtime, lifecycle scripts, and editor customizations for a workspace. This approach treats the development environment as code—version-controlled, shareable, and portable. Key to the specification is a cross-platform provisioning protocol that applies the same con
Creates, shares, and references self-contained installation components and starter configs for common stacks.
Acest proiect este un orchestrator de spații de lucru bazat pe containere și un standard pentru definirea mediilor de dezvoltare folosind Docker. Oferă un mecanism pentru a automatiza build-ul, lansarea și gestionarea toolchain-urilor izolate, asigurându-se că dependențele software și runtime-urile sunt separate de sistemul gazdă local. Sistemul permite distribuirea definițiilor de mediu, a setărilor editorului și a configurațiilor de toolchain prin version control. Acest lucru asigură portabilitatea și standardizarea între echipe, permițând contribuitorilor să instanțieze spații de lucru identice pe mașini diferite. De asemenea, suportă dezvoltarea în containere remote prin conectarea unui editor local la motoare Docker găzduite pe servere la distanță. Setul de instrumente acoperă provizionarea spațiului de lucru prin Dockerfile-uri și fișiere de configurare personalizate, alături de gestionarea ciclului de viață pentru pornirea, oprirea și atașarea la containere. Include capabilități pentru montarea folderelor locale în volume izolate, redirecționarea porturilor de rețea către gazdă și executarea extensiilor de editor direct în interiorul mediului containerizat. Instrumentul oferă utilitare CLI pentru construirea imaginilor de containere, orchestrarea pornirii mediului și executarea comenzilor la distanță.
Implements the specification for defining containerized development environments, including base images and software dependencies.
Finch is a virtual machine-based container runtime and OCI container management CLI used for local container development. It operates by running container workloads inside a background virtual machine to isolate them from the host operating system. The project serves as an OCI image builder and a multi-container service orchestrator for simulating complex production environments on a workstation. The runtime functions as a cross-platform container engine, utilizing emulation layers to execute container images built for foreign CPU architectures. It distinguishes its image distribution through
Provides integration with local development tools by overriding default engine and compose paths.
Positron is a data science integrated development environment and AI-powered code editor designed for polyglot development, specifically supporting Python and R. It functions as a remote compute workspace that separates the user interface from the execution kernel via SSH or container integration. The environment features a deep integration of large language models that provide context-aware suggestions and automated data analysis by accessing real-time interpreter state, in-memory objects, and plot outputs. It distinguishes itself through a polyglot runtime bridge that enables cross-language
Connects the editor interface to running Docker containers to manage files and execute code internally.
Free-Auto-GPT is an autonomous agent framework and local AI environment designed to execute multi-step goals using large language models. It functions as a web-enabled AI researcher capable of planning and performing actions independently within a containerized workspace. The system is distinguished by its use of a free language model API wrapper, which connects agents to models via session cookies or open interfaces instead of paid API subscriptions. This allows for local AI task execution and autonomous goal completion without requiring paid external service keys. The project covers a rang
Provides specifications for containerized development environments to simplify local installation.
This is a command line tool for building and managing isolated development environments based on the Development Container Specification. It functions as an OCI container image builder and a provisioner for instantiating standardized containers within automated continuous integration workflows. The tool includes a system for injecting pre-configured software and toolsets into containers using a registry of reusable installation modules. This allows for the creation of shareable features and the installation of specific languages, CLI tools, and software dependencies. It covers the automation
Injects pre-configured software and toolsets into containers using a registry of reusable installation modules.
Kubectl-debug este un utilitar de diagnosticare pentru Kubernetes care permite inspecția profundă a aplicațiilor containerizate care rulează. Funcționează prin injectarea dinamică a containerelor efemere de tip „sidecar” în pod-urile existente, permițând utilizatorilor să depaneze procesele și sistemele de fișiere fără a modifica imaginile originale de producție. Instrumentul gestionează ciclul de viață al acestor agenți de diagnosticare, asigurându-se că sunt creați la cerere și curățați automat după ce o sesiune de investigație se încheie. Proiectul se distinge prin activarea accesului partajat la namespace, ceea ce permite instrumentelor de diagnosticare să se alăture namespace-urilor de proces și rețea ale unui container țintă. Susține fluxuri de lucru avansate de depanare, inclusiv capacitatea de a face „fork” pod-urilor pentru a reproduce crash-urile în izolare, de a inspecta containerele de inițializare și de a monta sisteme de fișiere țintă pentru analiza log-urilor sau a configurațiilor. Conectivitatea securizată a rețelei este menținută prin tunelarea porturilor local-la-remote și bridging-ul rețelei, asigurând accesul la servicii izolate în medii restricționate. Instrumentul încorporează funcționalități de securitate și guvernanță pentru a menține integritatea producției în timpul mentenanței. Impune restricții stricte asupra imaginilor, susține autentificarea cu registre private și oferă auditarea comenzilor pentru a înregistra toate acțiunile efectuate în timpul unei sesiuni. Aceste capabilități asigură că depanarea rămâne conformă cu politicile de securitate organizaționale, oferind în același timp vizibilitatea necesară asupra problemelor la nivel de cluster.
Injects temporary containers into running processes to provide immediate access to troubleshooting tools.
Acest proiect oferă un framework pentru definirea și distribuirea mediilor de dezvoltare reproductibile prin unități de configurare modulare, containerizate. Funcționează ca un instrument de infrastructură-ca-cod care automatizează configurarea spațiilor de lucru standardizate, asigurând că limbajele de programare, utilitarele de linie de comandă și dependențele de sistem sunt provizionate consistent pe diferite proiecte și membri ai echipei. Sistemul se distinge prin împachetarea acestor unități de configurare ca artefacte versionate, descoperibile, care pot fi stratificate peste imagini de bază de containere. Prin utilizarea unei specificații standardizate, permite dezvoltatorilor să împacheteze logica de instalare personalizată și setările editorului în colecții reutilizabile, facilitând partajarea configurațiilor de mediu în cadrul organizațiilor. Dincolo de configurarea de bază a mediului, framework-ul suportă orchestrarea ciclurilor de viață ale containerelor și configurarea accesului remote. Permite deployment-ul acestor medii pe infrastructuri diverse, inclusiv mașini locale și provideri cloud, menținând în același timp instrumente și setări de runtime consistente prin manifeste declarative.
Packages and shares modular configuration units that install programming languages, tools, and utilities into development environments.