build-cmake

Build an iPlug2 plugin project using CMake (Ninja or Xcode generator)

설치로 이동

저장소: iPlug2/iPlug2OOS
최근 소스 활동: 2025년 12월 20일 11:00
감지된 SKILL.md 언어: 영어
스타: 154
포크: 38

설치 방법

기본적으로 소스를 먼저 확인하는 Prompt가 선택됩니다. 직접 명령으로 전환하거나 로컬 사본을 다운로드할 수도 있습니다.

Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.

직접 명령은 검토 Prompt를 거치지 않습니다. 실행하기 전에 소스를 확인하세요.

npx skills add https://github.com/iPlug2/iPlug2OOS --skill build-cmake

명령은 한 줄로 유지됩니다. 복사하기 전에 가로로 스크롤해 전체 내용을 확인하세요.

로컬 사본을 원하시나요? SkillsMP에서 현재 제공할 수 있는 파일을 다운로드하세요.

소스 파일 검토

설치 여부를 결정하기 전에 SKILL.md와 SkillsMP에 표시된 보조 파일을 읽어 보세요.

SKILL.md

소스 지침 · 읽기 전용 미리보기

name	build-cmake
description	Build an iPlug2 plugin project using CMake (Ninja or Xcode generator)

Build iPlug2 Plugin with CMake

Use this skill when the user wants to build their plugin project using CMake.

Workflow

Identify the project:
- Look for CMakeLists.txt in project directories
Choose a preset based on platform and build requirements

Using CMake Presets

The project uses CMake presets for standardized builds. Prefer --preset instead of manual -G flags.

List Available Presets

cmake --list-presets

macOS Builds

# Configure with Ninja (fast builds)
cmake --preset macos-ninja -S [ProjectName]

# Build
cmake --build build/macos-ninja --target [ProjectName]-app

# Or with Xcode (for debugging)
cmake --preset macos-xcode -S [ProjectName]
cmake --build build/macos-xcode --config Release --target [ProjectName]-app

# Universal binary (arm64 + x86_64)
cmake --preset macos-xcode-universal -S [ProjectName]
cmake --build build/macos-xcode-universal --config Release

iOS Builds

# iOS Device
cmake --preset ios-xcode -S [ProjectName]
cmake --build build/ios-xcode --config Release

# iOS Simulator
cmake --preset ios-sim-xcode -S [ProjectName]
cmake --build build/ios-sim-xcode --config Release

For running in Simulator, use the run-ios-simulator skill.

visionOS Builds

# visionOS Device
cmake --preset visionos-xcode -S [ProjectName]
cmake --build build/visionos-xcode --config Release

# visionOS Simulator
cmake --preset visionos-sim-xcode -S [ProjectName]
cmake --build build/visionos-sim-xcode --config Release

Windows Builds

# Visual Studio 2022 (x64)
cmake --preset windows-vs2022 -S [ProjectName]
cmake --build build/windows-vs2022 --config Release

# ARM64EC
cmake --preset windows-vs2022-arm64ec -S [ProjectName]
cmake --build build/windows-vs2022-arm64ec --config Release

Web/WAM Build (Emscripten)

# Configure (requires EMSDK environment)
cmake --preset wam -S [ProjectName]

# Build
cmake --build build/wam --target [ProjectName]-wam

# Create distribution
cmake --build build/wam --target [ProjectName]-wam-dist

Output in build/wam/out/[ProjectName]-wam/

Available Configure Presets

Preset	Platform	Generator	Description
`macos-ninja`	macOS	Ninja	Fast command-line builds (NanoVG/Metal)
`macos-make`	macOS	Make	Unix Makefiles (NanoVG/Metal)
`macos-xcode`	macOS	Xcode	IDE builds with debugging
`macos-xcode-universal`	macOS	Xcode	Universal binary (arm64+x86_64)
`ios-xcode`	iOS	Xcode	iOS device builds
`ios-sim-xcode`	iOS	Xcode	iOS Simulator builds
`visionos-xcode`	visionOS	Xcode	visionOS device builds
`visionos-sim-xcode`	visionOS	Xcode	visionOS Simulator builds
`windows-ninja`	Windows	Ninja	Fast Windows command-line builds
`windows-vs2022`	Windows	VS2022	Windows x64 builds
`windows-vs2022-arm64ec`	Windows	VS2022	Windows ARM64EC builds
`wam`	Web	Ninja	Emscripten/WebAssembly builds

Available Targets

[ProjectName]-app - Standalone application
[ProjectName]-vst3 - VST3 plugin
[ProjectName]-au - Audio Unit (AUv2)
[ProjectName]-clap - CLAP plugin
[ProjectName]AU-framework - AUv3 framework
[ProjectName]AUv3-appex - AUv3 app extension
[ProjectName]-ios-app - iOS standalone app
[ProjectName]-wam - Web Audio Module

Graphics Backend and Renderer

Default configuration uses NanoVG with Metal (macOS/iOS) or GL2 (Windows).

To use Skia backend, add cache variables:

cmake --preset macos-ninja -S [ProjectName] \
  -DIGRAPHICS_BACKEND=SKIA \
  -DIGRAPHICS_RENDERER=METAL

Valid combinations:

NanoVG: GL2, GL3, METAL
Skia: GL3, METAL, CPU

Note: Skia requires prebuilt libraries:

./iPlug2/Dependencies/download-prebuilt-libs.sh mac

Build Locations (symlinked on macOS)

APP: ~/Applications/[ProjectName].app
VST3: ~/Library/Audio/Plug-Ins/VST3/
AU: ~/Library/Audio/Plug-Ins/Components/
CLAP: ~/Library/Audio/Plug-Ins/CLAP/

Clean Build

# Remove build directory and reconfigure
rm -rf build/macos-ninja
cmake --preset macos-ninja -S [ProjectName]

Example

# Quick build of standalone app
cmake --preset macos-ninja -S MySynth
cmake --build build/macos-ninja --target MySynth-app

# Open the built app
open ~/Applications/MySynth.app

# Build for iOS Simulator
cmake --preset ios-sim-xcode -S MySynth
cmake --build build/ios-sim-xcode --config Release

검색으로 돌아가기 설치로 돌아가기

build

Build an iPlug2 plugin project for different formats and platforms (macOS, iOS, Windows)

2025-12-03

new-plugin

Create a new iPlug2 plugin project by duplicating TemplateProject in the iPlug2OOS repository

2025-12-03

run-ios-simulator

Build and run an iPlug2 iOS app in the iOS Simulator

2025-12-03

이 저장소의 모든 Skills 보기

name	build-cmake
description	Build an iPlug2 plugin project using CMake (Ninja or Xcode generator)

Build iPlug2 Plugin with CMake

Use this skill when the user wants to build their plugin project using CMake.

Workflow

Identify the project:
- Look for CMakeLists.txt in project directories
Choose a preset based on platform and build requirements

Using CMake Presets

The project uses CMake presets for standardized builds. Prefer --preset instead of manual -G flags.

List Available Presets

cmake --list-presets

macOS Builds

# Configure with Ninja (fast builds)
cmake --preset macos-ninja -S [ProjectName]

# Build
cmake --build build/macos-ninja --target [ProjectName]-app

# Or with Xcode (for debugging)
cmake --preset macos-xcode -S [ProjectName]
cmake --build build/macos-xcode --config Release --target [ProjectName]-app

# Universal binary (arm64 + x86_64)
cmake --preset macos-xcode-universal -S [ProjectName]
cmake --build build/macos-xcode-universal --config Release

iOS Builds

# iOS Device
cmake --preset ios-xcode -S [ProjectName]
cmake --build build/ios-xcode --config Release

# iOS Simulator
cmake --preset ios-sim-xcode -S [ProjectName]
cmake --build build/ios-sim-xcode --config Release

For running in Simulator, use the run-ios-simulator skill.

visionOS Builds

# visionOS Device
cmake --preset visionos-xcode -S [ProjectName]
cmake --build build/visionos-xcode --config Release

# visionOS Simulator
cmake --preset visionos-sim-xcode -S [ProjectName]
cmake --build build/visionos-sim-xcode --config Release

Windows Builds

# Visual Studio 2022 (x64)
cmake --preset windows-vs2022 -S [ProjectName]
cmake --build build/windows-vs2022 --config Release

# ARM64EC
cmake --preset windows-vs2022-arm64ec -S [ProjectName]
cmake --build build/windows-vs2022-arm64ec --config Release

Web/WAM Build (Emscripten)

# Configure (requires EMSDK environment)
cmake --preset wam -S [ProjectName]

# Build
cmake --build build/wam --target [ProjectName]-wam

# Create distribution
cmake --build build/wam --target [ProjectName]-wam-dist

Output in build/wam/out/[ProjectName]-wam/

Available Configure Presets

Preset	Platform	Generator	Description
`macos-ninja`	macOS	Ninja	Fast command-line builds (NanoVG/Metal)
`macos-make`	macOS	Make	Unix Makefiles (NanoVG/Metal)
`macos-xcode`	macOS	Xcode	IDE builds with debugging
`macos-xcode-universal`	macOS	Xcode	Universal binary (arm64+x86_64)
`ios-xcode`	iOS	Xcode	iOS device builds
`ios-sim-xcode`	iOS	Xcode	iOS Simulator builds
`visionos-xcode`	visionOS	Xcode	visionOS device builds
`visionos-sim-xcode`	visionOS	Xcode	visionOS Simulator builds
`windows-ninja`	Windows	Ninja	Fast Windows command-line builds
`windows-vs2022`	Windows	VS2022	Windows x64 builds
`windows-vs2022-arm64ec`	Windows	VS2022	Windows ARM64EC builds
`wam`	Web	Ninja	Emscripten/WebAssembly builds

Available Targets

[ProjectName]-app - Standalone application
[ProjectName]-vst3 - VST3 plugin
[ProjectName]-au - Audio Unit (AUv2)
[ProjectName]-clap - CLAP plugin
[ProjectName]AU-framework - AUv3 framework
[ProjectName]AUv3-appex - AUv3 app extension
[ProjectName]-ios-app - iOS standalone app
[ProjectName]-wam - Web Audio Module

Graphics Backend and Renderer

Default configuration uses NanoVG with Metal (macOS/iOS) or GL2 (Windows).

To use Skia backend, add cache variables:

cmake --preset macos-ninja -S [ProjectName] \
  -DIGRAPHICS_BACKEND=SKIA \
  -DIGRAPHICS_RENDERER=METAL

Valid combinations:

NanoVG: GL2, GL3, METAL
Skia: GL3, METAL, CPU

Note: Skia requires prebuilt libraries:

./iPlug2/Dependencies/download-prebuilt-libs.sh mac

Build Locations (symlinked on macOS)

APP: ~/Applications/[ProjectName].app
VST3: ~/Library/Audio/Plug-Ins/VST3/
AU: ~/Library/Audio/Plug-Ins/Components/
CLAP: ~/Library/Audio/Plug-Ins/CLAP/

Clean Build

# Remove build directory and reconfigure
rm -rf build/macos-ninja
cmake --preset macos-ninja -S [ProjectName]

Example

# Quick build of standalone app
cmake --preset macos-ninja -S MySynth
cmake --build build/macos-ninja --target MySynth-app

# Open the built app
open ~/Applications/MySynth.app

# Build for iOS Simulator
cmake --preset ios-sim-xcode -S MySynth
cmake --build build/ios-sim-xcode --config Release

build-cmake

소스 정보

설치 방법

소스 파일 검토

Build iPlug2 Plugin with CMake

Workflow

Using CMake Presets

List Available Presets

macOS Builds

iOS Builds

visionOS Builds

Windows Builds

Web/WAM Build (Emscripten)

Available Configure Presets

Available Targets

Graphics Backend and Renderer

Build Locations (symlinked on macOS)

Clean Build

Example

이 저장소의 다른 Skills

Build iPlug2 Plugin with CMake

Workflow

Using CMake Presets

List Available Presets

macOS Builds

iOS Builds

visionOS Builds

Windows Builds

Web/WAM Build (Emscripten)

Available Configure Presets

Available Targets

Graphics Backend and Renderer

Build Locations (symlinked on macOS)

Clean Build

Example

이 저장소의 다른 Skills