paritytech/substrateArchived
Substrate
Substrate est un framework de développement blockchain modulaire utilisé pour construire des réseaux blockchain personnalisés avec des transitions d'état programmables et des mécanismes de consensus. Il fonctionne comme une boîte à outils pour construire des protocoles réseau sur mesure et déployer des nœuds dans des environnements locaux ou des testnets mondiaux.
Le framework utilise un environnement d'exécution WebAssembly pour exécuter la logique de transition d'état, garantissant un comportement déterministe sur tous les nœuds du réseau. Il permet la composition de composants logiques modulaires et de palettes d'exécution pour définir les règles et le comportement spécifiques d'une blockchain.
Le système couvre les opérations blockchain de base, y compris le traitement des transactions signées, la gestion de la création de blocs et l'intégration de données environnementales. Il fournit également une administration de clés cryptographiques pour le stockage et la rotation sécurisés des clés de session, ainsi que des outils pour la compilation binaire isolée et l'orchestration de nœuds.
Features
- Blockchain Development Toolkits - Provides a modular framework and set of tools for constructing customized blockchain networks and protocols.
- Blockchain Protocols - A modular framework for constructing bespoke blockchain protocols, including custom state transitions and consensus rules.
- Consensus-Driven Block Production - Implements consensus-driven block production through coordinated transaction queuing and validator agreement.
- Runtime Logic Modularity - Enables the composition of modular logic components to define the rules, state transitions, and behavior of the network.
- Blockchain Protocol Builders - Provides a system for constructing bespoke network protocols and deploying nodes to global testnets or local environments.
- Blockchain Runtimes - Provides the host runtime environment for executing on-chain logic compiled into WebAssembly blobs.
- WebAssembly - Utilizes a WebAssembly execution layer to ensure deterministic state transitions across all network nodes.
- Blockchain State Runtimes - Compiles runtime logic into WebAssembly blobs to govern the operational rules and application interfaces of the network.
- Blockchain Key Management - Provides secure storage and rotation of session keys within a filesystem keystore for network interactions.
- Keystore Management - Provides secure, encrypted filesystem-based storage and rotation for session keys used in signing transactions.
- Transaction Signing - Validates and propagates signed transactions from external users to update the global blockchain state.
- Block Authoring Frameworks - Provides mechanisms for producing new blocks using transaction queuing and prioritization logic.
- Blockchain Application Frameworks - A modular toolkit for building sovereign layer-one blockchains with customizable state transition logic and consensus rules.
- Blockchain Transaction Management - Processes signed user data and manages block authoring through transaction queuing and prioritization.
- Runtime Palette Compositions - Enables the composition of modular logic palettes into a single runtime binary during the compilation process.
- Wasm-Based Execution - Executes blockchain state transition logic within a WebAssembly virtual machine to ensure deterministic behavior across nodes.
- State Transition Mapping - Defines how the global blockchain state transitions in response to signed transactions and environmental inputs.
- Isolated Binary Compilations - Compiles binaries within a self-contained environment to remove the requirement for local toolchain installations.
- Blockchain Node Deployments - Facilitates the deployment of blockchain client nodes locally or on global testnets to verify configurations.
- Client Node Distributions - Provides the ability to package the blockchain protocol and runtime into a standalone executable for peer-to-peer node deployment.
- Local Blockchain Node Hosting - Enables running pre-configured client nodes locally or deploying global testnets to verify chain configurations.
- Environmental Data Integration - Allows the inclusion of unsigned data like timestamps and validator status into blocks based on network consensus.
- Runtime Modules - Core library for building modular blockchain runtimes.
