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lidguard-implementation-maplisted

LidGuard repository structure and design constraints. Use when working on repository shape, subsystem ownership boundaries, Commons/App/Notifications layout, platform-specific files, NativeAOT constraints, or architectural constraints.
airtaxi/LidGuard · ★ 7 · AI & Automation · score 76
Install: claude install-skill airtaxi/LidGuard
# LidGuard Implementation Map ## Scope Use this skill for repository shape, subsystem ownership, and architectural constraints. Keep release-phase tracking, completed-component inventories, and missing-work lists out of this file. ## Repository Shape - `LidGuard` - .NET 10 console app targeting `net10.0`. - Visual Studio platform switching uses RID-shaped solution/project platforms `windows-x86`, `windows-x64`, `windows-arm64`, `linux-x64`, `linux-arm64`, `macos-x64`, and `macos-arm64`; the project maps those to `RuntimeIdentifier` and `LidGuardTargetPlatform`. - Standalone hook-facing CLI plus in-process headless runtime and stdio MCP server hosting. - Common, platform-neutral models and policies live in feature folders such as `Sessions`, `Settings`, `Power`, `Services`, `Results`, and `Processes`. - Shared provider/hook utilities live under `Hooks` in regular `*.cs` files. - Windows-specific runtime/process/power implementations live in `*.windows.cs`. - Linux-specific systemd/logind, `/proc`, and `/sys` implementations live in `*.linux.cs`. - macOS-specific runtime/process/power implementations live in `*.macOS.cs`. - Platform-specific files are compiled according to `LidGuardTargetPlatform`, which is selected from Visual Studio `Platform`, then RID, then current host OS. - Nullable is intentionally not enabled in the csproj. - `ImplicitUsings` is enabled. - NativeAOT/trimming compatibility flags are enabled. - Uses CsWin32 with `CsWin32RunAs