“filesystem github context7 playwright” 共 6,480 个结果
io.github.microsoft/vscode/ci-artifact-testing
Use when validating an upstream pull request or dependency fix against VS Code tests using GitHub Actions CI build artifacts instead of building locally. Covers finding compatible binaries, verifying PR and merge-commit provenance, selecting a candidate runtime or build, comparing unchanged regression tests, and restoring the baseline.
io.github.strapi/strapi/likec4-dsl
Use when working with `.c4`/`.likec4` files or LikeC4 CLI/config questions where exact DSL/CLI syntax is required, especially for strict command/snippet-first answers, validate/export flags, predicates `*`/`_`/`**`, deployment snippets, dynamic views, or relationship extension matching.
io.github.addyosmani/agent-skills/api-and-interface-design
指导稳定的 API 与接口设计。在设计 API、模块边界或任何公共接口时使用；在创建 REST 或 GraphQL 端点、定义模块间类型契约、确立前后端边界时使用。
io.github.affaan-m/ECC/change-impact
Perform evidence-backed impact analysis before changing code, data, interfaces, or governance documents, then compare the planned impact with the actual diff after implementation. Covers call paths, data and schema, API contracts, tests, documentation, ADRs, deployment, migration, and rollback. Use for cross-module or high-risk changes, database migrations, authentication, public interfaces, blast-radius questions, pre-change checks, and post-implementation alignment.
io.github.affaan-m/ECC/change-impact
Perform evidence-backed impact analysis before changing code, data, interfaces, or governance documents, then compare the planned impact with the actual diff after implementation. Covers call paths, data and schema, API contracts, tests, documentation, ADRs, deployment, migration, and rollback. Use for cross-module or high-risk changes, database migrations, authentication, public interfaces, blast-radius questions, pre-change checks, and post-implementation alignment.
io.github.moeru-ai/airi/stage-tamagotchi-godot-csharp
仅在 engines/stage-tamagotchi-godot 目录内工作时套用该引擎本地的 C# 开发方法与代码风格,包括其 .cs 文件、.csproj、引擎本地 .editorconfig 与 Godot 特有的 C# 结构决策。不用于 TypeScript、Electron、渲染层代码、共享工作区配置、仓库级 C# 约定,或 engines/stage-tamagotchi-godot 之外的任何文件。
io.github.cheaper-inference/OmniRoute/cli-models
Query available AI models, list model aliases, and browse the full model catalog from the CLI. Filter by provider, search by capability, and resolve model name variants.
io.github.affaan-m/ECC/configure-ecc
在 Claude Code、Codex 或 Kimi 内引导 ECC 安装、更新或重新配置，同时严格遵守各家工具真实的插件、范围和 Hook 能力。
io.github.affaan-m/ECC/configure-ecc
在 Claude Code、Codex、Kimi 中引导 ECC 的安装、更新与重新配置，并遵守各工具实际具备的插件、作用域与钩子能力。
io.github.affaan-m/ECC/plankton-code-quality
该文件需要 plankton-code-quality 的日语翻译。
io.github.affaan-m/ECC/netmiko-ssh-automation
翻译占位：本文件需要提供 netmiko-ssh-automation 的日语翻译。
io.github.affaan-m/ECC/ecc-tools-cost-audit
证据优先的 ECC Tools 消耗与计费审计工作流。用于调查 ECC Tools 仓库中失控的 PR 创建、配额绕过、高级模型泄漏、重复作业或 GitHub App 费用激增。
io.github.affaan-m/ECC/ecc-tools-cost-audit
证据优先的ECC工具燃烧和计费审计工作流。用于调查ECC工具仓库中的失控PR创建、配额绕过、高级模型泄漏、重复作业或GitHub App成本激增。
io.github.affaan-m/ECC/skill-scout
在创建新 skill 之前，先搜索本地、市场、GitHub 和网页上已有的 skill。当用户想为某个流程创建、构建、fork 或寻找 skill 时使用。
io.github.affaan-m/ECC/skill-scout
在创建新 skill 之前，先搜索本地、市场、GitHub 和网页上已有的 skill。在要创建、构建、fork 或查找某个流程的 skill 时使用。
io.github.affaan-m/ECC/autonomous-agent-harness
将 Claude Code 转变为具有持久记忆、定时操作、计算机使用和任务队列的完全自主代理系统。通过利用 Claude Code 的原生定时任务、调度、MCP 工具和记忆，取代独立的代理框架（Hermes、AutoGPT）。当用户需要持续自主操作、定时任务或自我导向的代理循环时使用。
io.github.affaan-m/ECC/autonomous-agent-harness
将 Claude Code 转变为具备持久记忆、定时操作、计算机使用和任务队列的完全自主代理系统。通过利用 Claude Code 原生的 crons、调度、MCP 工具和记忆，取代独立的代理框架（Hermes、AutoGPT）。当用户希望持续自主运行、定时任务或自我导向的代理循环时使用。
io.github.affaan-m/ECC/liquid-glass-design
日语翻译：此文件需要 liquid-glass-design 的日语翻译
io.github.affaan-m/ECC/llm-trading-agent-security
日语翻译：此文件需要 llm-trading-agent-security 的日语翻译
io.github.affaan-m/ECC/perl-testing
日语翻译：该文件尚缺 perl-testing 的日语译文。
io.github.affaan-m/ECC/nestjs-patterns
日语翻译：该文件尚缺 nestjs-patterns 的日语译文。
io.github.affaan-m/ECC/mcp-server-patterns
日语翻译：该文件尚缺 mcp-server-patterns 的日语译文。
io.github.affaan-m/ECC/blueprint
Turn a one-line objective into a step-by-step construction plan for multi-session, multi-agent engineering projects: one-PR-sized steps with self-contained context briefs, dependency graph with parallel-step detection, adversarial review gate, and plan mutation protocol. Use when planning a large feature, refactor, or roadmap that spans multiple PRs or sessions; not for single-PR tasks or when the user says "just do it".
io.github.ruvnet/RuView/device-access
Reach RuView sensing hardware from the machine it is attached to — ESP32 CSI nodes (serial + UDP stream), 60 GHz MR60BHA2 / 24 GHz LD2410 mmWave radars, RPLIDAR and iPhone LiDAR — and from other machines over SSH, read-only.
