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Awesome GitHub RepositoriesError Recovery

Centralized error management and status reporting.

Distinguishing note: Focuses on the recovery and reporting aspect of error handling.

Explore 41 awesome GitHub repositories matching software engineering & architecture · Error Recovery. Refine with filters or upvote what's useful.

Awesome Error Recovery GitHub Repositories

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  • shareai-lab/learn-claude-codeshareAI-lab 的头像

    shareAI-lab/learn-claude-code

    67,975在 GitHub 上查看↗

    This project provides a modular framework for building and orchestrating autonomous AI agents. It functions as an agentic workflow engine that manages the full lifecycle of task execution, including model reasoning, tool invocation, and the integration of results. By utilizing a centralized orchestration platform, the system enables the creation of multi-agent teams that collaborate on complex objectives through structured communication and shared task graphs. The framework distinguishes itself through its focus on persistent, stateful operations and multi-agent coordination. It employs file-

    Classifies execution failures and applies automated retry strategies and model fallbacks to maintain system robustness.

    Pythonagentagent-developmentai-agent
    在 GitHub 上查看↗67,975
  • addyosmani/agent-skillsaddyosmani 的头像

    addyosmani/agent-skills

    60,849在 GitHub 上查看↗

    Agent-skills is a collection of structured instructions and behavioral personas designed to standardize how AI coding agents perform engineering tasks. It functions as a workflow orchestrator that maps natural language intent to repeatable technical sequences and verification checklists. The project distinguishes itself through the use of specialized markdown-defined roles, such as security auditors or test engineers, to apply targeted domain expertise. It employs an evidence-based verification model that requires runtime data or passing tests as mandatory exit criteria to ensure AI-generated

    Provides structured triage workflows to distinguish between code bugs and environment mismatches during failure analysis.

    Shellagent-skillsantigravityantigravity-ide
    在 GitHub 上查看↗60,849
  • labstack/echolabstack 的头像

    labstack/echo

    32,451在 GitHub 上查看↗

    Echo is a high-performance, lightweight web framework for Go designed for building scalable RESTful APIs and web services. It provides a centralized environment for mapping network requests to handler functions, utilizing a fast radix-tree routing engine to ensure efficient request dispatching. The framework is built around a modular, middleware-centric pipeline that allows developers to execute reusable logic for cross-cutting concerns like authentication, logging, and security across the entire application. What distinguishes Echo is its focus on developer productivity through structured da

    Manages errors centrally by returning consistent status codes and messages to ensure reliable feedback when requests fail.

    Goechogohttp2
    在 GitHub 上查看↗32,451
  • tree-sitter/tree-sittertree-sitter 的头像

    tree-sitter/tree-sitter

    23,848在 GitHub 上查看↗

    Tree-sitter is a parsing system and incremental parsing framework designed to generate high-performance syntax trees from source code. It functions as a language parsing engine that compiles formal grammar definitions into portable code, which can then be integrated into text editors and development tools to facilitate structural analysis, code navigation, and syntax highlighting. The project distinguishes itself through its ability to maintain valid, usable syntax tree structures even when source code contains syntax errors or incomplete fragments. It utilizes a generalized parsing algorithm

    Maintains valid syntax tree structures even when encountering incomplete or malformed source code during parsing.

    Rustcincrementalparser
    在 GitHub 上查看↗23,848
  • semantic-release/semantic-releasesemantic-release 的头像

    semantic-release/semantic-release

    23,332在 GitHub 上查看↗

    Semantic-release is an automated release management tool that determines version increments, generates changelogs, and publishes software packages by analyzing commit history against standardized conventions. It functions as a plugin-based orchestrator that integrates directly into continuous integration pipelines to manage the entire release lifecycle, from verifying environment conditions to distributing artifacts. The project distinguishes itself through its commit-message-driven approach, which enforces consistent versioning standards and automates the creation of release notes based on t

    Reports failures using standardized error types to ensure the automation process correctly identifies issues and triggers recovery.

    JavaScriptautomationchangelogpackage
    在 GitHub 上查看↗23,332
  • voltagent/awesome-claude-code-subagentsVoltAgent 的头像

    VoltAgent/awesome-claude-code-subagents

    21,906在 GitHub 上查看↗

    This project provides a framework for managing multi-agent systems, designed to automate complex software development, infrastructure, and business workflows. It functions as a multi-agent workflow orchestrator that routes tasks to domain-specific workers while maintaining state persistence and infrastructure automation. By leveraging large language models, the system decomposes high-level objectives into actionable plans, ensuring that complex operations are executed with consistency and reliability. The framework distinguishes itself through its hierarchical agent registry and policy-driven

    Implements fallback strategies and health monitoring to ensure resilient, graceful failure recovery in multi-agent systems.

    Shellai-agent-frameworkai-agent-toolsai-agents
    在 GitHub 上查看↗21,906
  • reactive-extensions/rxjsReactive-Extensions 的头像

    Reactive-Extensions/RxJS

    19,353在 GitHub 上查看↗

    The Reactive Extensions for JavaScript

    Errors skip all subsequent operators in the chain and immediately notify the observer, with no recovery unless a retry operator is inserted.

    JavaScript
    在 GitHub 上查看↗19,353
  • tanweai/puatanweai 的头像

    tanweai/pua

    18,283在 GitHub 上查看↗

    PUA is an agentic workflow orchestrator and behavioral governance tool designed to enhance the reliability and autonomy of AI coding assistants. It functions as a prompting framework and extension that implements strict engineering standards and verification requirements to prevent hallucinations and premature task completion. The project distinguishes itself through high-agency enforcement mechanisms, including escalating prompt pressure and failure-driven recovery loops that automatically pivot problem-solving strategies after repeated errors. It utilizes a diagnosis-first workflow that man

    Implements systematic loops and escalating prompt pressure to help AI agents pivot strategies after repeated failures.

    TypeScriptagencyagentpip
    在 GitHub 上查看↗18,283
  • uber-go/guideuber-go 的头像

    uber-go/guide

    17,573在 GitHub 上查看↗

    This project is a collection of guidelines and best practices for the Go programming language, providing a comprehensive style guide and set of programming standards. It establishes a framework for writing maintainable and performant source code through standardized naming, structuring, and organizational conventions. The guide focuses on specific patterns for concurrency, error handling, and performance optimization. It details methods for managing goroutine lifecycles to prevent race conditions, designing structured error wrapping and routing to maintain observability, and implementing memo

    Emphasizes returning errors over triggering panics to ensure predictable application recovery.

    Makefilebest-practicesgogolang
    在 GitHub 上查看↗17,573
  • video-dev/hls.jsvideo-dev 的头像

    video-dev/hls.js

    16,767在 GitHub 上查看↗

    hls.js is a JavaScript player library that enables HTTP Live Streaming playback in web browsers using the Media Source Extensions API. It functions as an adaptive bitrate streaming engine and a media streamer that manages the buffering and playback of video segments. The library features specialized capabilities for low latency streaming and digital rights management, allowing it to decrypt protected content via Encrypted Media Extensions. It includes a metadata processor for handling ID3 tags and date-range elements, as well as a pluggable loader interface to replace default network request

    Implements retry and emergency-switch mechanisms to restore playback after network or parsing failures.

    TypeScript
    在 GitHub 上查看↗16,767
  • geektutu/7days-golanggeektutu 的头像

    geektutu/7days-golang

    16,812在 GitHub 上查看↗

    This project is an educational framework designed to teach the fundamentals of building core distributed systems and web services from scratch in Go. It provides a collection of modular implementations that demonstrate how to construct essential infrastructure components, including web servers, remote procedure call systems, distributed caches, and database abstraction layers. The framework distinguishes itself by focusing on the internal mechanics of these systems rather than providing a high-level abstraction for production use. It covers the implementation of complex architectural patterns

    Catches unexpected runtime errors during request processing to prevent service crashes and return standard error responses.

    Gogolanglearningscratch
    在 GitHub 上查看↗16,812
  • luin/ioredisluin 的头像

    luin/ioredis

    15,295在 GitHub 上查看↗

    ioredis is a performance-focused Redis client for Node.js designed to execute commands and manage data connections. It provides a specialized interface for interacting with standalone servers, sharded clusters, and high-availability setups. The library distinguishes itself with native support for Redis Cluster, featuring automatic slot discovery and network address mapping, and Redis Sentinel for master node discovery and automatic failover. It also includes a dedicated Lua scripting interface that utilizes server-side caching to ensure atomic operations. The project covers a broad set of ca

    Resets connections and retries commands automatically when specific server errors occur.

    TypeScript
    在 GitHub 上查看↗15,295
  • lsdefine/genericagentlsdefine 的头像

    lsdefine/GenericAgent

    13,017在 GitHub 上查看↗

    GenericAgent is an LLM agent framework and autonomous system controller designed to manage local systems, web browsers, and hardware interfaces through action and observation loops. It functions as a tool orchestrator that routes model calls to local executors, enabling the automation of complex tasks on a host machine. The project is distinguished by its self-evolving AI agent capabilities, which convert successful execution paths into reusable procedural scripts and skill trees to reduce future reasoning overhead. It employs a context optimization engine that utilizes layered memory hierarc

    Recovers from tool errors through a sequence of local correction, strategy shifting, and human escalation.

    Pythonai-agentautomationautonomous-agent
    在 GitHub 上查看↗13,017
  • simular-ai/agent-ssimular-ai 的头像

    simular-ai/Agent-S

    11,855在 GitHub 上查看↗

    Agent-S is a multimodal AI agent and LLM desktop automation framework designed to control operating systems through graphical user interface interactions. It functions as a computer use interface, utilizing vision-language grounding to translate natural language goals into precise screen coordinates and system actions. The project differentiates itself by combining structured accessibility tree inspection with vision-based element localization. It manages cross-application workflows by mapping conceptual descriptions to physical pixels and simulating low-level keyboard and mouse events to mov

    Detects failures in GUI actions and self-corrects by adapting navigation or grounding methods.

    Pythonagent-computer-interfaceai-agentscomputer-automation
    在 GitHub 上查看↗11,855
  • aphyr/distsys-classaphyr 的头像

    aphyr/distsys-class

    9,717在 GitHub 上查看↗

    This project provides educational materials and courseware focused on the theoretical and practical foundations of distributed systems design. It serves as a comprehensive curriculum covering the disciplines of consensus, data consistency, reliability engineering, and scalability. The instructional content focuses on achieving cluster agreement through consensus algorithms and managing system-wide state via coordination frameworks. It includes a dedicated guide to data theory, exploring replication strategies, consistency models, and data convergence. The courseware covers a broad capability

    Provides guidance on designing automated recovery sequences to coordinate responses across multiple system components.

    在 GitHub 上查看↗9,717
  • gobuffalo/buffalogobuffalo 的头像

    gobuffalo/buffalo

    8,392在 GitHub 上查看↗

    Buffalo 是一个全面的 MVC Web 框架和全栈工具链,用于使用 Go 构建 Web 应用程序。它提供了一个结构化的开发环境,将模型、视图和控制器分离,并将 Web 框架与用于数据库模式和记录管理的专用对象关系映射(ORM)包装器集成在一起。 该项目通过一套用于引导项目结构、管理资产和构建生产就绪容器的开发工具脱颖而出。它具有复杂的路由系统,支持基于约定的 RESTful 资源生成、基于域的虚拟主机,以及用于一致内部链接的路由助手。 该框架涵盖了广泛的核心 Web 功能,包括基于中间件的请求管道、动态模板渲染和请求作用域的状态管理。它还包括对后台任务处理、会话管理、电子邮件发送和优雅服务器关闭的集成支持。

    Defines custom error responses and recovery logic for specific service groups to ensure consistent failure handling.

    Go
    在 GitHub 上查看↗8,392
  • jd/tenacityjd 的头像

    jd/tenacity

    8,375在 GitHub 上查看↗

    Tenacity is a Python retry library and fault tolerance framework designed to automatically re-execute failing functions based on custom conditions, wait intervals, and stop criteria. It provides a mechanism to apply retry logic to both synchronous functions and asynchronous coroutines. The library implements exponential backoff to increase delays between retries, helping to manage transient network failures and prevent the overloading of services. Its capabilities cover the definition of retry conditions based on exception types or return values, as well as the enforcement of duration limits

    Tracks failure rates and attempt counts for critical operations to monitor system reliability.

    Pythonfailurehacktoberfestpython
    在 GitHub 上查看↗8,375
  • crazyguitar/pysheeetcrazyguitar 的头像

    crazyguitar/pysheeet

    8,150在 GitHub 上查看↗

    pysheeet 是一个技术参考库,提供了一系列精选的代码片段和实现模式,用于高级 Python 开发、系统集成和高性能计算。它充当实现底层网络编程、原生 C 扩展以及异步和并发编程的综合指南。 该项目为大语言模型的开发和部署提供了专门的框架,包括用于分布式 GPU 推理和高性能服务的工具。它还包括用于高性能计算集群编排的详细模式,涵盖 GPU 资源分配和多节点工作负载管理。 该库涵盖了广泛的功能,包括安全网络通信和加密、对象关系映射和数据库管理,以及复杂数据结构和算法的实现。它还提供用于内存管理、通过外部函数接口(FFI)进行原生互操作以及系统级 OS 集成的实用程序。

    Implements runtime error recovery patterns using try-except-finally structures to ensure resource cleanup.

    Python
    在 GitHub 上查看↗8,150
  • k8sgpt-ai/k8sgptk8sgpt-ai 的头像

    k8sgpt-ai/k8sgpt

    7,922在 GitHub 上查看↗

    k8sgpt 是一套专注于 Kubernetes 的工具,旨在进行 AI 驱动的调试、集群诊断和自我修复。它作为一个自动化分析器和调试器,使用大语言模型来解释集群错误、建议修复步骤并识别资源故障。 该项目以其可扩展的分析框架脱颖而出,支持自定义诊断插件和模型上下文协议(MCP)服务器,后者将集群诊断作为 AI 助手的工具暴露出来。它包括一个能够自动生成并应用修复程序以解决检测到的异常的自我修复代理,以及在传输到外部 AI 提供商之前屏蔽敏感信息的数据匿名化中间件。 该工具集涵盖了广泛的操作能力,包括通过 Operator 进行持续健康监控、针对策略引擎的合规性审计,以及识别广泛故障模式的多集群编排。它还提供可观测性功能,如诊断结果导出、可观测性指标集成和 Pod 故障排查。

    Triages system problems using analyzers to identify errors and provide automated resolutions.

    Go
    在 GitHub 上查看↗7,922
  • boundaryml/bamlBoundaryML 的头像

    BoundaryML/baml

    7,636在 GitHub 上查看↗

    BAML is a prompt engineering framework and LLM client generator that defines AI prompts as type-safe functions. It serves as a structured data extraction tool and workflow orchestrator, transforming unstructured model responses into strongly typed objects using a custom schema language and alignment algorithms. The project distinguishes itself by using a compiler to generate language-specific boilerplate code for API communication and output parsing. It features a dedicated environment for designing complex prompt templates with conditional logic and reusable snippets, and employs genetic alg

    BAML uses a secondary LLM prompt to automatically repair malformed responses by passing parsing errors back to a function.

    Rustbamlboundarymlguardrails
    在 GitHub 上查看↗7,636
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  1. Home
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  3. Error Recovery

探索子标签

  • AgentClear cached errors on an agent and resume normal operation after an update action has thrown an exception. **Distinct from Error Recovery:** Distinct from Error Recovery: focuses on agent-specific error state clearing and resumption, not general error management.
  • AgenticAutonomous recovery loops that pivot AI problem-solving strategies after repeated failures. **Distinct from Error Recovery:** Focuses on agent behavioral pivots and strategy shifts rather than general system status reporting.
  • All Error Catchers1 个子标签Catching every recoverable error from an effect and running a fallback effect in its place. **Distinct from Error Recovery:** Distinct from Error Recovery: specifically catches all recoverable errors to run a fallback, not general recovery or reporting.
  • Automated Torrent RemediationAutomated sequences of actions to recover torrents in an error state. **Distinct from Error Recovery:** Specific to torrent state recovery (pause/recheck/resume) rather than general software error reporting.
  • Distributed Recovery Flows1 个子标签Automated recovery sequences for coordinating responses across multiple system components. **Distinct from Error Recovery:** Focuses on distributed coordination of recovery, distinct from centralized error management.
  • Error Shortcut TerminationsErrors that skip all subsequent operators in a chain and immediately notify the observer, with no recovery unless a retry operator is inserted. **Distinct from Error Recovery:** Distinct from Error Recovery: focuses on immediate error propagation that bypasses downstream operators, not on recovery or fallback logic.
  • LLM Response RepairUsing secondary AI prompts to autonomously correct malformed or invalid structured outputs. **Distinct from Error Recovery:** Specifically addresses using an LLM to repair its own output, whereas general error recovery is broader.
  • LLM-Driven Self-HealingUses language models to analyze runtime failures and automatically generate code fixes for recovery. **Distinct from Error Recovery:** Specifically uses LLMs to generate fixes, whereas general error recovery focuses on management and reporting.
  • Request-Level RecoveryRecovery logic and custom response definitions for maintaining consistency across request failures. **Distinct from Error Recovery:** Focuses on HTTP request-level failure recovery rather than general system error reporting or data import recovery.
  • Runtime Error CategorizationClassifying runtime failures into specific categories to facilitate targeted debugging and recovery strategies. **Distinct from Error Recovery:** Focuses on the classification of errors into types rather than the general act of recovery or reporting.
  • Specific Error CatchersCatching only specific types of recoverable errors from an effect and running a fallback effect for those cases. **Distinct from Error Recovery:** Distinct from Error Recovery: catches only specific error types rather than all errors, with a targeted fallback.
  • Trace-Aware RecoveryRecovery logic that utilizes the captured call stack to determine how to handle an error. **Distinct from Error Recovery:** Distinct from general error recovery by specifically using stack trace information to drive the recovery decision.
  • Transition Interception and Recovery MechanismsMechanisms to intercept active navigation transitions for aborts or redirection flows and execute centralized error recovery. **Distinct from Error Recovery:** Distinct from generic error recovery: focuses specifically on intercepting active routing transitions and handling navigation errors.
  • Triage Workflows2 个子标签Structured processes for reproducing, localizing, and fixing system failures. **Distinct from Error Recovery:** Focuses on the iterative triage process rather than just the recovery mechanisms or status reporting.