القائمة
Set up a Linux environment for Flutter development
التثبيت باستخدام Codex أو Claude انسخ هذا Prompt والصقه في Codex أو Claude أو مساعد آخر ليراجع صفحة Skill ويثبّتها لك.
استنادا إلى تصنيف SOC المهني
PocketMind 本地无头浏览器爬取架构，适用于小红书/知乎抓取、后台爬虫服务、MethodChannel、Cookie 管理与 MetadataManager 协作场景。
Use when implementing or debugging PocketMind mobile chat flows, including note-scoped sessions, global multi-session switching, sync gating, stream send behavior, and dialog interaction regressions.
PocketMind 后端 notes->resource_records->context_catalog 一致性改造专项 Skill。当用户讨论 resource_records 真相层、context_catalog 索引层、Outbox/Projector、检索 fallback、SessionCommit 长事务、transcript 重复同步或相关回归测试时必须触发。
Use when you need to understand or modify PocketMind note save to resource indexing flow, including outbox, MQ hint/DLQ compensation, projector consumption, and consistency boundaries.
PocketMind 移动端笔记同步架构专项 Skill。当涉及以下问题时必须触发：预览字段（previewTitle等）被同步覆盖、多端一致性与离线冲突问题、同步链路改造（Pull/Push）、UI层违规调用底层Provider、抓取/轮询等写入未进入同步队列、或维护同步守卫测试。
设计、重构和实现 PocketMind 项目中的整体上下文架构（Context Architecture），用于统一规划和落地 resources、user memories、agent memories、tenant skills、session、retrieval、ingestion、storage 与现有 Note/Chat/Asset 的边界。当用户要求为 PocketMind 新增长期记忆、重构 AI 上下文体系、借鉴 OpenViking 的上下文类型/层级/URI/存储/检索/会话思想，或需要分阶段实施 Context Service 时使用。
| name | flutter-environment-setup-linux |
| description | Set up a Linux environment for Flutter development |
| metadata | {"model":"models/gemini-3.1-pro-preview","last_modified":"Thu, 26 Feb 2026 23:45:21 GMT"} |
Configures a Linux environment (Debian/Ubuntu or ChromeOS) for Flutter desktop application development by installing required system prerequisites, managing OS-specific configurations, and validating the toolchain.
apt-get package updates and installations.apt-get package managers.Determine the Host Operating System: STOP AND ASK THE USER: "Are you setting up this Flutter environment on a standard Debian/Ubuntu Linux distribution, or on a Chromebook (ChromeOS)?"
Handle ChromeOS Prerequisites (Conditional): If the user indicates they are on a Chromebook: Instruct the user to navigate to their ChromeOS Settings, turn on "Linux development environment", and ensure it is fully updated. STOP AND ASK THE USER: "Please confirm once Linux support is enabled and updated so we can proceed with the package installation."
Update System Packages: Execute the following command to refresh the package lists and upgrade existing packages:
sudo apt-get update -y && sudo apt-get upgrade -y
Install Core Prerequisites: Install the base dependencies required for Flutter to operate and build on Linux:
sudo apt-get install -y curl git unzip xz-utils zip libglu1-mesa
Install Linux Desktop Toolchain: Install the specific C/C++ toolchain and GTK libraries required to compile Linux desktop applications:
sudo apt-get install -y clang cmake ninja-build pkg-config libgtk-3-dev libstdc++-12-dev
IDE Configuration Prompt: STOP AND ASK THE USER: "For the best experience, an IDE with Flutter support is recommended. Would you like me to provide the installation commands for Visual Studio Code or Android Studio?"
sudo snap install --classic codesudo snap install android-studio --classicValidate the Environment: Run the Flutter diagnostic tool to verify the Linux toolchain and device availability:
flutter doctor -v
flutter devices
Validate-and-Fix: Analyze the output of flutter doctor -v.
sudo apt-get install -y <packages> command, and execute it.flutter devices does not list a linux platform device, verify that the libgtk-3-dev package was successfully installed and re-run the validation.sudo privileges and do not explain basic privilege escalation concepts.curl, cmake) do; assume the user understands standard Linux development tools.apt-get for package management to ensure non-interactive compatibility (-y flags must be present).bash code blocks.