/hybridclr

name: unity-hybridclr
description: Automate HybridCLR C# hot-update prebuild

> **Before calling any skill in this module:** if you are about to call a skill with parameters guessed from its name or description, STOP — read this file (or fetch its schema via `GET /skills/recommend?includeSchema=true`) first. If you already have the parameter definitions from recommend/schema, you may proceed straight to dryRun.

Triggers

• Configuring hot-update assemblies
• Compiling hot-update DLLs
• Generating AOTGenericReferences/link.xml
• Diagnosing HybridCLR setup
• Wiring output into YooAsset builds
• 配置热更程序集、编译热更 DLL、生成 AOTGenericReferences/link.xml、排查 HybridCLR 环境、把产物接进 YooAsset 打包链路

Unity HybridCLR Skills

Editor-side automation for [HybridCLR](https://hybridclr.doc.code-philosophy.com/) — the zero-cost native C# hot-update solution for IL2CPP. Covers settings CRUD, installation probing, hot-update assembly compilation, the prebuild generation pipeline, and artifact staging for a YooAsset bundle build.

**This module holds zero direct references to the package.** Every call resolves through reflection against the `HybridCLR.Editor` assembly, so the UnitySkills Editor assembly compiles identically whether or not HybridCLR is installed — there is no scripting define to set and no recompile needed after installing.

> **Requires**: `com.code-philosophy.hybridclr` (API anchored to **8.12.0**), IL2CPP scripting backend, Unity 2019.4+ (2022.3+ recommended). > **Companion modules**: [yooasset](../yooasset/SKILL.md) for shipping the compiled DLLs as bundles, [yooasset-design](../yooasset-design/SKILL.md) for the runtime loading contract, [asmdef](../asmdef/SKILL.md) for assembly-boundary design.

Guardrails

**Operating Mode** (v1.9 three-tier):

• **Approval** (default): the seven read-only skills — `hybridclr_status`, `hybridclr_install_status`, `hybridclr_get_paths`, `hybridclr_settings_get`, `hybridclr_validate_setup`, `hybridclr_get_hotupdate_dlls`, `hybridclr_aot_generic_refs` — are `SemiAuto` and run directly. `hybridclr_settings_set` and `hybridclr_copy_hotupdate_dlls` are FullAuto: on `MODE_RESTRICTED`, run the grant protocol.
• **Auto-forbidden** (NeverInSemi, `RiskLevel="high"`): `hybridclr_compile_dlls`, `hybridclr_generate_all`, `hybridclr_generate_step`. Reachable only under Bypass mode or via a user-managed Allowlist entry; the grant flow returns `MODE_FORBIDDEN`. This is deliberate — all three block the Editor main thread for minutes.
• When the package is missing, every skill except `hybridclr_status` returns a `MISSING_PACKAGE` error with install instructions. When the package is present but a reflected member cannot be resolved (version drift), the skill returns `MISSING_PACKAGE` naming the exact member instead of throwing.

**DO NOT** (common hallucinations):

• `hybridclr_install` / `hybridclr_init` — do NOT exist. Installing il2cpp_plus clones two git repos and copies the entire editor il2cpp tree; it is a multi-minute network operation with no cancellation and is intentionally not a skill. Run it from **HybridCLR/Installer...** in the Editor, or via unity-cli (see Limitations). `hybridclr_install_status` only *reports* the state.
• `hybridclr_build_player` — NOT in this module. Building the player is `build_player` (Project module) or unity-cli. HybridCLR hooks the build via its own `IPreprocessBuildWithReport` processors; nothing extra is needed from this module.
• `hybridclr_load_metadata` / `hybridclr_load_assembly` — runtime APIs (`HybridCLR.RuntimeApi.LoadMetadataForAOTAssembly`, `System.Reflection.Assembly.Load`) belong in game code, not the Editor REST surface. Write them yourself.
• Do NOT call `hybridclr_generate_all` before every bundle rebuild — see the workflow section below. It is a **pre-player-build** step, not a per-hot-update step.
• Do NOT pass `extension=".dll"` to `hybridclr_copy_hotupdate_dlls`. Unity would treat the staged files as managed plugins and try to load them into the Editor domain; the skill rejects it.

**Routing**:

• HybridCLR settings, install probing, DLL compilation, generation pipeline, artifact staging → this module.
• Packing the staged DLLs into bundles, collector configuration, build reports → [yooasset](../yooasset/SKILL.md).
• Runtime hot-update loading code (`YooAssets.LoadAssetAsync` → `Assembly.Load` → `RuntimeApi.LoadMetadataForAOTAssembly`) → write it yourself using [yooasset-design](../yooasset-design/SKILL.md).
• Deciding which assemblies belong on the hot-update side → [asmdef](../asmdef/SKILL.md).
• Actual player build → `build_player` or [unity-cli](../unity-cli/SKILL.md).

Skills

Environment (3)

| Skill | Purpose | Key Parameters | |-------|---------|----------------| | `hybridclr_status` | Reflection probe — the ONLY skill that works without the package. Reports installation, package version, `enable`, scripting backend, hot-update + AOT-patch assembly lists, and which generated artifacts exist. **Call this first.** | (none) | | `hybridclr_install_status` | il2cpp_plus local install state via `InstallerController`: whether libil2cpp is patched, installed vs package version, expected hybridclr / il2cpp_plus branches, Unity compatibility. | (none) | | `hybridclr_get_paths` | Resolve every input/output path for a build target — HybridCLRData root, local il2cpp dir, hot-update DLL dir, stripped AOT dir, link.xml, AOTGenericReferences.cs. Use to wire outputs into a YooAsset collector. | `buildTarget?` |

Settings (2)

| Skill | Purpose | Key Parameters | |-------|---------|----------------| | `hybridclr_settings_get` | Read every `HybridCLRSettings` field, plus the **resolved** assembly lists `SettingsUtil` derives from asmdef assets and raw names (this is what the pipeline actually uses). | (none) | | `hybridclr_settings_set` | Write settings and persist to `ProjectSettings/HybridCLRSettings.asset`. Only the parameters you pass change; the full prior object is snapshotted for workflow undo. | `enable?`