* feat(http): materialize static distinct header snapshots
- Preserve precise string array types for whole incoming header and trailer collections.
- Cover duplicate headers, trailers, and raw header reads against Node in both backends.
- Refresh test-backed static HTTP compatibility claims.
* feat(http): expand the static Node HTTP surface
- Add HTTP module values, request and response lifecycle state, and socket controls.
- Implement server timeout and connection shutdown behavior in the native runtime.
- Cover C and LLVM behavior with Node differential fixtures, refresh compatibility evidence, and recover interrupted Sandbox streams.
* fix(http): honor message timeout handlers
- Keep server sockets open when request or response timeout listeners handle the event.
- Add differential regressions and refresh the TypeScript 7 order baseline.
* fix(runtime): trust Windows root certificates
- Load default TLS roots from the Windows ROOT store.
- Link crypt32 for Windows TLS builds.
- Cover the certificate-store import in cross-build tests.
Co-authored-by: Kayakyx <Kayakyx@users.noreply.github.com>
* fix Windows CA store policy handling
* fix(runtime): cover Windows policy root stores
* fix(runtime): dedupe Windows root stores
* fix(tls): match Windows system CA stores
---------
Co-authored-by: Kayakyx <Kayakyx@users.noreply.github.com>
- Implement the Zig 0.16.0 AArch64 musl runtime and preserve compiler failure diagnostics.
- Promote the target through executable, library, localization, and documentation matrices.
- Verify both backends and the complete arm64 Alpine differential contract.
Co-authored-by: Arth Tyagi <41021374+arthtyagi@users.noreply.github.com>
* feat: add mobile library targets for iOS and Android
- three library-mode-only triples join SCRIPTC_TARGET:
aarch64-apple-ios, aarch64-apple-ios-simulator (darwin hosts with
Xcode's iPhoneOS/iPhoneSimulator SDKs), and aarch64-linux-android
(any host with an NDK). The consuming pattern is an embedding app
linking profile-configured static archives — Xcode on the Apple side,
Gradle/NDK on the Android side — so the executable lane refuses the
triples with SC3002 and the pointer to --lib
- zig bundles no Apple or bionic libc: resolveCc discovers the sysroot
(xcrun for the selected Apple SDK; ANDROID_NDK_ROOT or the newest
ndk/<version> under the SDK root) and spells it into targetArgs,
where every cache tier already keys it. The canonical LLVM spellings
map to zig's own with the minimum-version floors pinned:
aarch64-ios.15.0[-simulator] stamps LC_BUILD_VERSION minos 15.0 into
every object, aarch64-linux-android.26 pins the bionic stub level an
embedder's minSdkVersion must meet. API 26 bionic carries everything
the library-lane units call (arc4random_buf included), so no shim TU
joins the archive
- localization follows the existing object-format rule: both iOS
platforms ride the Mach-O host-ld64 arm (ld64 reads iOS objects and
preserves platform/minos through the -r merge), Android rides the
cross-ELF arm (zig relocatable merge + in-process demotion) via the
driver's zig spelling. abi.instance_per_thread needed no per-target
work — thread-local statics compile identically on all three
- admission is a pure env/host check ahead of toolchain discovery: an
iOS triple off a darwin host and near-miss mobile spellings refuse
SC3002 with the pairing or the supported set named, in compile() and
compileLibrary() both, decorated by the profile teaching machinery
- library-multi grows the mobile lanes: M12 admission shape always
runs; SCRIPTC_IOS=1 builds localized a/b archives per target and
emission (M1 symbol exactness, ambient audit, version floor), links
probes with the Xcode clang, and EXECUTES the two-instance and
four-thread probes on a booted simulator byte-for-byte against the
desktop expectations (device-arch archives are build+link verified);
SCRIPTC_ANDROID=1 does the same through the NDK clang and an
emulator, reusing a running device or writing and booting a headless
arm64 AVD directly
- the surface manifest's coverage notes record the mobile posture (the
library-admissible surface only; no mobile claim outside it), the
profile spec and the platforms page carry the mobile matrix with the
version floors, and non-mobile builds are unchanged byte-for-byte
* fix: harden mobile target tooling
* Harden mobile target test isolation
* feat: support wasm32-wasi as a production target
- Add production LLVM WASI codegen with a 32-bit ABI, coroutines, and dynamic modules
- Integrate WASI builds and execution into the CLI with capability diagnostics
- Add differential coverage and document the fourth production target
Co-authored-by: Albert <57402359+bulatovv@users.noreply.github.com>
* fix: address wasm target review findings
* fix WASI guest paths and fetch alias detection
* fix WASI async bridge and fetch detection
---------
Co-authored-by: Albert <57402359+bulatovv@users.noreply.github.com>
Chris Tate