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Building VibeTunnel for Different Architectures

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Overview

VibeTunnel now supports building separate binaries for arm64 (Apple Silicon) and x86_64 (Intel) architectures. This allows for optimized builds for each platform while maintaining smaller download sizes compared to universal binaries.

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Local Development

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Building for a Specific Architecture

# Build for arm64 (Apple Silicon)
./scripts/build.sh --configuration Release --arch arm64

# Build for Intel
./scripts/build.sh --configuration Release --arch x86_64

# Build for native architecture (default)
./scripts/build.sh --configuration Release

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Creating Distribution Packages

The packaging scripts automatically detect the architecture from the built app: 
# Create DMG (architecture is auto-detected)
./scripts/create-dmg.sh build/Build/Products/Release/VibeTunnel.app

# Create ZIP (architecture is auto-detected)
./scripts/create-zip.sh build/Build/Products/Release/VibeTunnel.app

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Release Builds

The release workflow (release.yml) automatically:
  1. Builds separate binaries for arm64 and x86_64
  2. Creates DMG and ZIP files for each architecture
  3. Names files according to the pattern: VibeTunnel-<version>-<arch>.<ext>

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Release Artifacts

Each release produces 4 distribution files:
  • VibeTunnel-<version>-arm64.dmg - Apple Silicon DMG installer
  • VibeTunnel-<version>-arm64.zip - Apple Silicon ZIP archive
  • VibeTunnel-<version>-intel.dmg - Intel DMG installer
  • VibeTunnel-<version>-intel.zip - Intel ZIP archive

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Architecture Detection

The packaging scripts use lipo -info to detect the architecture of the built binary and automatically append the appropriate suffix to the filename.

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Bun Executable

The Bun executable is also built architecture-specifically: 
# Build for arm64
cd web
node build-native.js --arch arm64

# Build for x64 (Intel)
node build-native.js --arch x64
The build process automatically passes the correct Bun target:
  • arm64 → bun-darwin-aarch64
  • x64 → bun-darwin-x64