Drop TetherKit's TetherClient/SSEClient/Message from the macOS app; drive tethercore.Engine instead (RoomIdentity still from TetherKit via selective import). The Mac now gets direct P2P over the RTC data channel for free, and the native Swift app is no longer a parallel wire-protocol implementation. Background NSPasteboard polling (auto-send on copy) and write-on-receive are preserved. Feed UI moves to a FeedItem view-model (RTC messages carry ts=0 → fall back to local time). Verified end-to-end against the live server: RECEIVE (bus → Mac pasteboard via pbpaste) and SEND (pbcopy → bus) both confirmed. Generalize core/build-ios.sh → build-apple.sh: builds iOS device + sim + macOS arm64 into one TetherCore.xcframework and vendors it into both apps. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
47 lines
1.9 KiB
Bash
Executable File
47 lines
1.9 KiB
Bash
Executable File
#!/usr/bin/env bash
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# Builds the tethercore Rust engine for Apple targets and refreshes the
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# artifacts both Xcode apps consume: the Swift bindings + a single
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# TetherCore.xcframework (iOS device + iOS sim + macOS arm64).
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# Outputs are git-ignored / regenerated — run after any change to core/src,
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# then build the apps in Xcode.
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set -euo pipefail
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cd "$(dirname "$0")"
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IOS_APP="../ios/TetherApp"
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MAC_APP="../ios/MacTetherApp"
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IOS=aarch64-apple-ios
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SIM=aarch64-apple-ios-sim
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MAC=aarch64-apple-darwin
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echo "▸ building static libs ($IOS, $SIM, $MAC)…"
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rustup target add "$IOS" "$SIM" "$MAC" >/dev/null 2>&1 || true
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cargo build --release --target "$IOS" --lib
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cargo build --release --target "$SIM" --lib
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cargo build --release --target "$MAC" --lib
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echo "▸ generating Swift bindings…"
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cargo run --release --bin uniffi-bindgen -- \
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generate --library "target/$MAC/release/libtethercore.dylib" \
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--language swift --out-dir bindings/swift
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echo "▸ assembling TetherCore.xcframework (ios + ios-sim + macos)…"
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rm -rf build-xcframework && mkdir -p build-xcframework/headers
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cp bindings/swift/tethercoreFFI.h build-xcframework/headers/
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cp bindings/swift/tethercoreFFI.modulemap build-xcframework/headers/module.modulemap
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rm -rf TetherCore.xcframework
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xcodebuild -create-xcframework \
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-library "target/$IOS/release/libtethercore.a" -headers build-xcframework/headers \
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-library "target/$SIM/release/libtethercore.a" -headers build-xcframework/headers \
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-library "target/$MAC/release/libtethercore.a" -headers build-xcframework/headers \
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-output TetherCore.xcframework
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echo "▸ vendoring into both apps…"
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for APP in "$IOS_APP" "$MAC_APP"; do
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rm -rf "$APP/Vendor/TetherCore.xcframework"
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mkdir -p "$APP/Vendor"
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cp -R TetherCore.xcframework "$APP/Vendor/"
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cp bindings/swift/tethercore.swift "$APP/Sources/tethercore.swift"
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done
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echo "✅ done — build TetherApp (iOS) and MacTetherApp (macOS) in Xcode."
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