445ae9705c
The corpus had ZERO bundler coverage (the stream's named top risk). Add a `.build` `bundle` directive to the corpus runner: after a successful `aot` build it asserts each `expect` entry exists under the produced `.app` (repo-relative), then `rm -rf`s it. macOS-host only — the `.app` + codesign are Apple-specific, so the example is skipped on other hosts. `examples/1665-platform-macos-bundle-smoke.sx` sets `bundle_path`/`bundle_id` via a `#run` config; `default_pipeline` auto-bundles (build.sx imports the bundler, no explicit `on_build` needed). The directive asserts `Contents/MacOS`, `Contents/Info.plist`, `Contents/_CodeSignature`. Verified: passes on BOTH gates (the bundler runs on the legacy interp AND the VM), the `.app` is cleaned up, and a bad `expect` entry correctly fails (the check is not vacuous). Unit test + CLAUDE.md `.build`-directive docs updated. 706/0 both gates.
22 lines
801 B
Plaintext
22 lines
801 B
Plaintext
// macOS `.app` bundle smoke test — the corpus's first real bundler coverage.
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//
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// `default_pipeline` auto-bundles when `bundle_path` is set (build.sx imports the
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// sx bundler, so no explicit `on_build` is needed). `sx build` runs the bundler
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// after link, producing a signed `.app`. The `.build` `bundle` directive asserts
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// the `.app` structure (`Contents/MacOS`, `Info.plist`, `_CodeSignature`) and then
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// cleans it up. macOS-host ONLY — the directive skips the example on other hosts.
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#import "modules/std.sx";
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configure :: () abi(.compiler) {
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opts := build_options();
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opts.set_bundle_path(".sx-tmp/1665-platform-macos-bundle-smoke.app");
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opts.set_bundle_id("co.example.bundlesmoke");
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}
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#run configure();
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main :: () -> i32 {
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print("bundle smoke ok\n");
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return 0;
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}
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