thehardwarestore.ai

Athens is an open-source, enterprise-ready Go module proxy server that implements the Go Modules download protocol. It caches and serves Go modules from upstream sources, providing a private, reliable, and fast proxy for module downloads. The system is a monolithic HTTP server built in Go, with a modular architecture that supports multiple storage backends (disk, GCP, Azure Blob, S3, Minio, MongoDB, in-memory, external HTTP) and distributed locking mechanisms (etcd, Redis, GCS, Azure Blob) for concurrent stash operations. It includes middleware for request ID, structured logging, authentication, filter rules, validation webhooks, and OpenTelemetry tracing. The proxy is configured via environment variables and TOML files, and it provides health and readiness endpoints, as well as an integrity verification sweep against the Go checksum database. Key features include a pluggable storage interface with a compliance test suite, a flexible download mode system (sync, redirect, async, none) with HCL-based per-module rules, and a distributed singleflight pattern to deduplicate concurrent module fetches across nodes. The codebase is well-structured with clear separation of concerns, though it has a large dependency surface and some legacy cloud SDK versions. The project is actively maintained with CI/CD pipelines, Docker images, and a Helm chart. It is designed for production deployments in cloud and on-premises environments.

FRP Manager is a Windows desktop application that provides a graphical interface for managing FRP (Fast Reverse Proxy) client configurations. It allows users to create, edit, launch, stop, and monitor multiple FRP proxy configurations, supporting both legacy INI and modern TOML formats. The application can run as a standard GUI or as a Windows service, with real-time status updates via IPC between the GUI and the service process. It includes features such as quick-add proxy presets (SSH, RDP, FTP, etc.), import/export via file, URL, or clipboard, NAT type discovery, master password protection, and multi-language support (6 languages). The installer is a native Windows bootstrapper that extracts an MSI and handles service lifecycle during upgrades. The architecture is monolithic: the main entry point in `cmd/frpmgr/main.go` decides whether to launch the GUI or run as a service. The UI layer uses the `lxn/walk` library (a custom fork) for native Win32 controls, organized into pages (configuration, log, preferences, about). The service layer wraps the official `fatedier/frp` client library and manages Windows service installation, start/stop, and configuration reload. IPC is implemented via named pipes for status updates. Configuration parsing and validation are handled in the `pkg/config` package, with conversion between INI and TOML. The project also includes a comprehensive i18n system using `gotext`, a set of reusable validators, and utility functions for file operations, string manipulation, and reflection-based config pruning. External dependencies include the FRP library (`fatedier/frp` v0.71.0), the forked `lxn/walk` GUI library, Windows API bindings (`golang.org/x/sys/windows`, `github.com/Microsoft/go-winio`), and WiX Toolset for the installer. The build process requires Go 1.25, MinGW, Node.js, and Windows SDK. The codebase is well-structured with clear separation of concerns, though it is tightly coupled to Windows and the forked walk library, limiting portability. Test coverage is present for core packages (config, validators, utilities) but sparse for UI and service components.

This repository implements an OpenAI-compatible REST API proxy for Amazon Bedrock, enabling applications built for OpenAI SDKs to seamlessly use Bedrock foundation models without code changes. The FastAPI-based service translates standard OpenAI API calls (chat completions, embeddings, models listing) into Amazon Bedrock runtime invocations and returns responses in OpenAI-compatible format. The architecture supports two deployment options: Lambda with API Gateway (serverless, cost-effective) or Fargate with ALB (lowest latency, no cold starts). Key features include streaming responses via SSE, tool/function calling, multimodal inputs, prompt caching for Claude/Nova models, reasoning mode for Claude 3.7 and DeepSeek R1, and interleaved thinking for Claude 4 models. Infrastructure is managed via CloudFormation templates with proper IAM roles and Secrets Manager integration for API key authentication. The codebase demonstrates solid engineering practices with clean separation of concerns, proper error handling, and comprehensive feature support. However, the absence of test files and limited documentation reduce overall quality. The project is actively maintained with recent commits and up-to-date dependencies.

NyaProxy is a lightweight API gateway/proxy service built with FastAPI and Uvicorn that manages authentication, credential rotation, load balancing, rate limiting, and observability for HTTP APIs. It acts as an intermediary between clients and upstream services, injecting credentials, enforcing quotas, and providing features like retry logic, key quarantine, and request/response transformation. The system includes a web dashboard for monitoring traffic, metrics, and queue status, and exposes Prometheus metrics for external monitoring. The architecture follows a modular design with separate concerns: core proxy logic (queue-first request handling), traffic management (load balancing and rate limiting), configuration management (using Nacho for layered config and schema validation), services (metrics, state persistence), and a dashboard interface. Requests are processed via a priority queue with worker pools, enabling prioritization of retries and high-priority requests. State persistence saves rate limit windows and key cooldowns to disk using SHA256-hashed keys to avoid storing secrets, allowing survival across restarts. Key entry points include the CLI (`python -m nya` or `nyaproxy` script) and the main application factory in `nya/server/app.py`. The system relies on dependencies like FastAPI, Uvicorn, Pydantic, Nacho, and the Prometheus client, with explicit version pins in `pyproject.toml` and regular updates shown in the changelog. The codebase demonstrates strong engineering practices including comprehensive test coverage (unit and end-to-end), secure secret handling, and clean separation of concerns.

This is an Android application that serves as a GUI client for XTLS/Xray-core, a proxy/VPN tool. The app provides a comprehensive interface for managing proxy profiles, subscription links, and VPN configurations. It supports both standard VPN mode (using tun2socks) and transparent proxy mode (requiring root). The architecture follows MVVM with Room database for persistence, coroutines for async operations, and a native Go library (XrayCore) for core proxy functionality. The codebase is well-structured, using modern Android development practices (Kotlin, Jetpack libraries, Material Design 3). It includes features like QR code scanning, clipboard import, link management with auto-refresh, per-app routing, and a quick settings tile. The app is actively maintained with frequent updates and a CI/CD pipeline for release builds.

SLRP is a rotating open proxy multiplexer that automatically discovers, validates, and rotates proxies from dozens of online sources. It runs as a single Go binary with an embedded Web UI and provides both a REST API and an MITM HTTP/HTTPS proxy endpoint. Internally, it uses a modular architecture with components for source scraping, proxy checking, pool management, request history recording, and IP geolocation. It features a custom query language for filtering proxy pool, history, and blacklist data, and includes a code generator to create type-safe dataset accessors from Go struct definitions. The system persists state to disk and can be configured via YAML or environment variables.

Fuso is a Rust-based intranet penetration and port forwarding tool that enables exposing local services behind NAT to the public internet via a relay server. It implements a client-server architecture with support for TCP forwarding, SOCKS5 proxy (including UDP association), KCP protocol for reliable UDP transport, LZ4 compression, and RSA+AES encryption. The system is built on a custom async runtime abstraction (supporting tokio and smol), with a modular design using provider and builder patterns. The server (fus) manages client connections and public listeners, while the client (fuc) registers port mappings and forwards traffic. Additional features include bridge mode for cascading proxies, heartbeat health checks, observer hooks for external notifications, and a configuration API. The codebase demonstrates strong Rust async patterns, protocol implementation skills, and a clean separation between core abstractions and runtime specifics.

NaïveProxy is a censorship circumvention proxy that repurposes Chromium's network stack to mimic genuine Chrome HTTPS traffic at the TLS, HTTP/2, and QUIC protocol levels. The repository is a heavily trimmed Chromium source tree with custom patches for traffic padding, SOCKS5 client support, and a padding layer between proxy endpoints. It produces a statically linked `naive` binary (client and server) and an Android APK plugin (SagerNet). The architecture is a monolithic executable that bundles Chromium's networking libraries (BoringSSL, HTTP/2, QUIC) with a thin custom layer for configuration parsing and protocol padding. Key entry points are the `naive` binary (via command-line and config.json) and the Android plugin service. External dependencies include the Chromium source base (fetched at build time), BoringSSL, and system libs. The custom components (padding framer, config parser) are small, well-tested, and can be extracted for reuse in other proxy or traffic analysis projects.

This is a curated content hub for Shadowrocket, an iOS network proxy app, hybrid in nature: its user-facing value is a Chinese-language README catalog of installable resources (original .sgmodule modules for ad-blocking, traffic-splitting policies for DeepSeek/Emby/Wi-Fi Calling, DNS overrides for CMCC IPTV; .list rule sets; a lazy configuration; 30+ original color themes encoded as shadowrocket://color URL schemes), while its only executable surface is a scheduled data-aggregation pipeline. The live GitHub Pages site referenced throughout the README (redirect.html, theme.html, images) is not present in this branch's file tree — only README.md, a generated modules.json, a CI workflow, and one build script are visible, so the repo-as-code is essentially an ETL job, not a runtime service. The functional core is scripts/build-modules.js, a dependency-free Node.js script executed by GitHub Actions every 6 hours. It parses the repo's own README for .sgmodule/.srmodule/.module URLs, enumerates module files from community repos (fmz200/wool_scripts, zirawell/R-Store) via the GitHub Trees API, probes each module's first 2KB using HTTP Range requests to extract #! metadata (name, description, icon), enriches entries with icons resolved from three icon libraries using Chinese/English app-alias matching, deduplicates and pins key tools (Script-Hub, Sub-Store, BoxJs), then writes modules.json — the feed consumed by the ShadowStore module directory (shadowstore.dpdns.org). External dependencies are GitHub API endpoints, raw.githubusercontent.com, and a GITHUB_TOKEN for API rate limits; there is no package.json or npm dependency graph. There are no unit tests and the script is tuned to Shadowrocket/Surge file formats, but it demonstrates transferable engineering patterns: github.com/blob to raw.githubusercontent.com URL normalization, partial-content fetch for cheap metadata extraction, 404/invalid-content detection, a bounded-concurrency worker pool with progress logging, and alias-based fuzzy icon resolution. Maintenance is genuinely active (automated syncs commit modules.json regularly; last commit 2026-09-04), and technical drift is low — Node 22 LTS, current GitHub Actions checkout/setup-node v5, modern JS syntax (global fetch, AbortController, nullish coalescing).

V2Ray-core is a Go-based network proxy and tunneling platform designed to help users build private networks and bypass censorship. It functions as a modular proxy framework supporting multiple protocols (VMess, VLess, Trojan, SOCKS, HTTP, MTProto, Shadowsocks) and transport layers (TCP, mKCP, WebSocket, HTTP/2, QUIC, Domain Socket, XTLS). The architecture is highly modular: the core runtime manages features (dispatcher, router, DNS, stats, policy, log) as pluggable components, while proxy implementations and transports are registered via a global config-creator registry. Entry points are the main binary (v2ray) and a control utility (v2ctl) for config conversion, signing, and diagnostics. Data flows from inbound handlers through a dispatcher that routes connections by destination, protocol sniffing, and routing rules to outbound handlers, which then dial remote servers over the configured transport. External dependencies include gorilla/websocket, quic-go, miekg/dns, go-proxyprotocol, VSign for binary signing, and xtls/go for extended TLS. The codebase demonstrates strong engineering in its layered abstraction: common/ provides reusable, low-level primitives (buffered I/O with MultiBuffer, retry logic, crypto streams, session context, platform path handling), while features/ defines clean interfaces for routing, DNS, stats, and policy that the app/ layer implements. The transport layer is particularly well-designed, with each protocol isolated behind a common Dial/Listen interface and supporting pluggable packet headers for traffic obfuscation (e.g., faking WeChat video, SRTP, UTP, WireGuard, DTLS). The string matcher (strmatcher) uses a trie for domain matching and supports full, substring, keyword, and regex patterns with index-based grouping. The custom buf package provides a lightweight buffer pool and vectored I/O reader (readv) for performance. The error handling uses a structured errors package with path objects for source location. However, the repository shows signs of stagnation. The README explicitly redirects to v2fly/v2ray-core, indicating this is the legacy v2ray organization's repo. The last commit was in April 2026, but the go.mod targets Go 1.15 (released 2020), and many dependencies are pinned to pre-1.0 versions (quic-go v0.18.1, grpc v1.32.0, protobuf v1.25.0). The CI workflows have conditions like `if: github.repository != 'v2ray/v2ray-core'` suggesting they are disabled for this fork. The codebase contains extensive generated code (errors.generated.go, config.pb.go) and mock files. The XTLS integration references an external fork (xtls/go) rather than the standard crypto/tls. The custom Chacha20 implementation uses code generation for the core block function. While the architecture is sound, the dependency versions and Go version target are significantly behind current ecosystem standards.

This is a cross-platform sandbox runtime library developed by Anthropic for securely executing untrusted commands within restricted environments. It is designed to be embedded by AI agent runtimes (such as Claude Code) to enforce network and filesystem access controls, perform TLS-terminating HTTP/SOCKS proxying, and mask credentials like API keys and AWS SigV4 secrets. The system operates as a filtering forward proxy with an optional external 'decider' process for per-request allow/deny/body-inspection verdicts, and it supports Linux (via bubblewrap + seccomp), macOS (via Seatbelt profiles), and Windows (via WFP and a Rust helper). The repository is primarily an application library with a CLI tool (`srt`), not a data or research project. It demonstrates high engineering quality with extensive test coverage, careful security invariants, and thoughtful handling of platform edge cases. However, its complexity is extreme—spanning three OS backends, custom proxy servers, TLS MITM, credential injection, and violation monitoring—and it carries significant drift risks from external binary dependencies, runtime-specific workarounds, and a large test surface with conditional skips.

This is a configuration-only repository for Shadowrocket, an iOS VPN/proxy application. It provides dozens of pre-built rule sets that control how network traffic is routed (direct vs. proxy) and includes ad-blocking rules compiled from multiple public sources such as GFWList, EasyList, and community-maintained domain lists. The repository does not contain any application code, libraries, or data processing pipelines; it is solely a collection of static `.conf` files. The build process that generates these configurations resides in a separate `build` branch (not included in the release branch), using Python scripts to merge and format rules daily via GitHub Actions. Users import these configuration files directly into Shadowrocket for automatic traffic splitting and ad filtering. The rules are continuously updated (daily cron) and include specialized modes like whitelist, blacklist, China-only, and lazy configurations with proxy groups for fine-grained control.

This repository contains a collection of deployment and management scripts for setting up and maintaining a multi-protocol proxy server (sing-box) on VPS and free hosting platforms (Serv00/Hostuno). The system automates the installation of five proxy protocols (Vless-reality, Vmess-ws, Hysteria-2, Tuic-v5, Anytls), generates TLS certificates, configures Cloudflare Argo tunnels for CDN proxying, and provides keep-alive mechanisms via cron, GitHub Actions, Cloudflare Workers, and a Node.js web server to prevent service downtime on free hosts. The primary entry points are interactive bash scripts (`sb.sh` for VPS, `serv00.sh` for Serv00) and a non-interactive keep-alive script (`serv00keep.sh`). The architecture is a set of loosely coupled shell scripts and a small Express.js application, not a monolithic service. External dependencies include sing-box, cloudflared, and standard Linux utilities. The code is functional and widely used (10k+ stars) but exhibits typical script-level craftsmanship: long monolithic functions, global variable usage, and tight coupling to specific hosting environments. The last commit date (2026-10-13) appears anomalous and likely a data error, but the repository shows active maintenance with recent stars and forks.

GrasscutterCommandGenerator is a Windows Forms (.NET Framework 4.8) desktop application that serves as a comprehensive administration and command-generation tool for Grasscutter, a Genshin Impact private server emulator. It provides a GUI to generate and execute server commands (e.g., give items, teleport, spawn entities, set weather), edit server configuration files (gacha banners, drops, shops, activities), manage player accounts and permissions, and run a MITM proxy to intercept game traffic. The application is heavily data-driven, relying on embedded localized text files for game entity IDs and names, and uses Newtonsoft.Json for serialization. It supports multi-language UI (Chinese, English, Russian, Traditional Chinese) and integrates with a remote command plugin (gc-opencommand-plugin) for direct server interaction. The architecture is a monolith WinForms application with a tabbed page interface. The main entry point is Program.cs, which initializes the main form (FormMain) that hosts multiple pages (e.g., PageGiveItem, PageAvatar, PageQuest, PageProxy) and modal editors (FormGachaBannerEditor, FormShopEditor). A base class (BasePage) provides common lifecycle and command execution methods. The application communicates with the Grasscutter server via HTTP (OpenCommandAPI) and can also modify system proxy settings to redirect game traffic. External dependencies include the .NET Framework, Newtonsoft.Json (embedded), and Windows API calls for proxy and hotkey management. Key data flows involve loading game data from embedded resource files at startup, constructing command strings from user input, and optionally sending them to the server. The proxy module (Eavesdrop) captures and forwards HTTP/HTTPS traffic between the game client and server. The tool also supports importing/exporting player data in the GOOD (Genshin Open Object Description) format. While the codebase is functional and well-organized for its domain, it is tightly coupled to the Grasscutter server API and game data, requiring manual updates with each game patch. No automated tests are present, and the reliance on hardcoded data and Windows-specific features limits portability.

This is a LuCI application package for OpenWrt routers that provides a full web-based management interface for Clash/Mihomo proxy services. It handles the complete proxy lifecycle: service management via procd, transparent proxy setup (TPROXY/TUN/MIXED modes), DNS manipulation, firewall rule generation via nftables/iptables, subscription management, and a real-time log viewer. The package installs to /opt/clash/ and integrates deeply with OpenWrt's hotplug, UCI, and LuCI systems. A separate Vue-based SPA dashboard (zashboard) is bundled for advanced features like Tailscale management, network diagnostics (bandwidth tests, STUN NAT detection), and an embedded SSH terminal. The architecture is a classic OpenWrt package: shell scripts for service and firewall management (/etc/init.d/clash, /opt/clash/bin/clash-rules), LuCI JavaScript views for the admin UI (config, settings, rulesets, log), hotplug scripts for network events, and a vendored Ace editor for YAML editing. The firewall engine is the most substantial component — roughly 1400 lines of modular shell that generates nftables/iptables rules, manages subscription IP caches with locking, and auto-generates fake-IP whitelists from rule providers. The init script includes rollback logic that restores DNS/firewall state on failure, preventing bricked router connectivity. The repository is explicitly legacy: the README states active development has moved to SSClash-Go (a single static binary with built-in web UI). This repo receives bugfix maintenance only. Technical drift is medium — the vendored Ace editor is an old version (1.5.0), the shell scripts use fragile heuristics for YAML transformation, GitHub API calls for kernel downloads lack caching, and the dual configuration (config.yaml plus /opt/clash/settings) can confuse users. However, the CI pipeline is maintained and the package builds for current OpenWrt versions (both ipk and apk formats). For reuse, the most valuable components are the modular firewall engine pattern (nft/iptables abstraction with idempotent rule generation), the procd init script with rollback logic, and the LuCI view utilities (chunked file writing, service polling). These could be extracted for other OpenWrt proxy/VPN services with minimal modification. The repo serves as a solid reference for OpenWrt package structure, LuCI app development, and transparent proxy integration, though new projects should target the successor SSClash-Go instead.

MRH-G2Ray is a containerized application that sets up a VLESS proxy server (Xray) on GitHub Codespaces, providing a free, ephemeral proxy service. The system automatically generates a unique UUID per Codespace, configures Xray with VLESS over XHTTP, and exposes an admin web panel (port 8080) with HTTP Basic Auth for easy retrieval of the VLESS connection link. The architecture is a single Docker container running both Xray and a Python-based admin server, orchestrated via devcontainer configuration. It is designed for users in restricted regions to bypass internet censorship using GitHub's free cloud infrastructure. The codebase is modular with separate startup scripts, but tightly coupled to the specific Xray configuration and Codespaces environment.

This repository is a comprehensive collection of tools, tutorials, and applications for bypassing internet censorship ("翻墙") in China. The core application is FQNews (fqnews2), an Android RSS/Atom/JSONFeed reader that integrates proxy/VPN functionality (based on sing-box, V2Ray, Shadowsocks, etc.) to fetch content from blocked websites without requiring a separate VPN app. The app is a fork of Feeder (an open-source RSS reader) with added circumvention capabilities. The repository also includes pre-packaged "one-click" proxy bundles for Chrome, Edge, Firefox on Windows/Mac/Linux, extensive platform-specific tutorials (Windows, macOS, iOS, Android, Linux, routers, game consoles), and server-side configuration files for V2Ray, Xray, Shadowsocks, Trojan, and other proxy protocols. The codebase shows active development on the Android app (fqnews2) with recent commits, Jetpack Compose UI rewrite, multi-device sync, and regular dependency updates. However, the tutorial/documentation portion appears less maintained with many outdated references.

This repository provides a Dockerized setup for running a V2ray server with nginx as a reverse proxy, supporting VMess and VLess protocols over WebSocket. The configuration uses environment variables for easy customization of the UUID and WebSocket paths. The system is designed for deployment on platforms like Doprax.com or uffizzi.com, where TLS termination is handled by the platform. The application consists of a Dockerfile that installs nginx, supervisord, and v2ray, an entrypoint script that substitutes environment variables into configuration files, and configuration files for nginx and v2ray. Supervisord is used to manage the nginx and v2ray processes. The repository appears to be stale in terms of updates, with the v2ray core dependency being outdated.