6187147b74
- Extract 4756 source files from cli.js.map (57MB) - Set up Bun build system with bun:bundle feature flag shim - Configure 90+ compile-time feature flags matching production defaults - Inject MACRO constants (VERSION, BUILD_TIME, etc.) - Create stubs for private packages (color-diff-napi, modifiers-napi, etc.) - Install all public dependencies via pnpm - Patch commander v14 to allow multi-char short flags (-d2e) - Build output: dist/cli.js (22MB), verified working
24 lines
1.1 KiB
JavaScript
24 lines
1.1 KiB
JavaScript
const path = require("path");
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if (process.platform !== "darwin") {
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throw new Error("@ant/computer-use-swift is only available on macOS");
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}
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// COMPUTER_USE_SWIFT_NODE_PATH: escape hatch for bundlers. Bun's --compile
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// embeds the .node as an asset, not in a node_modules tree — __dirname is the
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// exe dir and ../prebuilds/ doesn't exist. The consuming build bakes this var
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// to the embedded asset's path. Unset → normal node_modules layout.
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//
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// Four methods use `Task { @MainActor in ... }` (captureExcluding,
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// captureRegion, apps.listInstalled, resolvePrepareCapture) which enqueue
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// onto DispatchQueue.main. Electron drains that queue via CFRunLoop; libuv
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// (Node/bun) does not — the promises hang. Consumers running under libuv
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// must pump `_drainMainRunLoop` via setInterval while those promises are
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// pending. Consumers under Electron don't need to (CFRunLoop drains
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// automatically).
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const native = require(
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process.env.COMPUTER_USE_SWIFT_NODE_PATH ??
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path.resolve(__dirname, "../prebuilds/computer_use.node"),
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);
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module.exports = native.computerUse;
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