ci: standing Alpha boot-LOGIN acceptance gate (green-by-SHA, vms-341)

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CodeQL on: dynamic

Analyze (actions)

Analyze (c-cpp)

Analyze (python)

Analyze (swift)

CI on: pull_request 64

Decide affected subsystems (path filter)

Cross-Arch Image Parity Gate (vms-e1d)

Kernel Executive — Negative Control (proves the gate can fail)

Kernel Executive — Per-Facility Negative Controls (shard ${{ matrix.shard }}/${{ strategy.job-total }})

Compat Surface Drift Gate (INV-LEDGER)

vax Harness Self-Test (rd vms-cf5)

aarch64 System-Emulation Boot Proof (QEMU)

Build & Test

Persistent Boot Smoke Test

cut-release is byte-reproducible + boots (vms-d73)

install -> UPGRADE -> boot e2e (vms-f05)

install /DESTINATION -> boot the installed target -> login (vms-96ec)

R1 release e2e — media→menu install→separate container→login→PRODUCT SHOW (vms-37f)

Release-acceptance gate — boot the CUT artifact, verify shipped version (vms-a86f)

VAX co-release gate — artifacts build + a failed VAX build reds the cut (vms-ca5)

PARTS 0.2 Demo E2E (real boot, RMS load, DIRECTORY corroboration)

SCSNODE -> real hostname across reboot (vms-b6a7)

SYSBOOT> authors cluster params (vms-46c gap

SYSGEN authors cluster params, SCSD adopts RECNXINTERVAL (vms-c3b)

Kernel Executive (vms.ko via /dev/vms, QEMU) — shard 0/6

Kernel Executive (vms.ko via /dev/vms, QEMU) — shard 1/6

Kernel Executive (vms.ko via /dev/vms, QEMU) — shard 2/6

Kernel Executive (vms.ko via /dev/vms, QEMU) — shard 3/6

Kernel Executive (vms.ko via /dev/vms, QEMU) — shard 4/6

Kernel Executive (vms.ko via /dev/vms, QEMU) — shard 5/6

NetBSD/amd64 vms module cross-compiles

NetBSD/amd64 vmsfs module cross-compiles

NetBSD/amd64 Prime Install Cache (QEMU)

Conformance Tests

Corpus Conformance

Static Analysis

VMS User Acceptance Test

IMGACT.EXE Activation Proof (musl)

OVMX_IMGACT Build Mode (musl)

OVMX_IMGACT Build + Activate (musl, x86_64)

LINK.EXE VMS-native Linker (MVP)

LINK.EXE VMS-native Linker — x86_64 relocs (vms-8f5/cd1/2e4)

DECC$SHR VMS-native C-RTL Shareable

VMS-native LINK.EXE Graph via CMake (OVMX_LINK_NATIVE)

VMS-native LINK.EXE Graph via CMake, x86_64 (OVMX_LINK_NATIVE)

IMGACT.EXE Symbol-Vector Activation

libvmssys VMS-native Link + Activate

DECC$SHR C-RTL Activation (musl init)

Lib-Shareable Transitive Import Activation

TLS Producer / C-RTL Coexistence Activation

Weak-by-name Import (.vms$wimp) — LOGINOUT reaches RMS across the layer cycle

vmsprocess VMS-native Migration (LIBVMSPROCESS$SHR)

vmslnm VMS-native Migration (LIBVMSLNM$SHR)

vmsfs VMS-native Migration (LIBVMSFS$SHR)

libvms VMS-native Migration (LIBVMS$SHR)

vmsrms VMS-native Migration (LIBVMSRMS$SHR)

Multi-Object main() Executable Link + Activate

Multi-Object main() Executable Link + Activate — x86_64 (vms-206)

Read-only-section relocations (switch jump tables) — x86_64 (vms-a66)

Executable-Own TLS Link + Activate

DCL.EXE VMS-native Link + Activate (self-hosting S1)

DCL.EXE VMS-native Link + Activate, x86_64 (vms-bdf done-condition)

LOGINOUT.EXE VMS-native Link + Activate (login chain)

Static libcrypto (musl) — hello-crypto probe

Static ssh (musl) — OpenSSH client on the OVMX veneer

tcc Object LINK.EXE Compatibility (S2 crux, musl)

TCC.EXE VMS-native Link + Activate (self-hosting S2 endpoint)

TCC.EXE RMS File I/O (sys$open/$get read, sys$create/$put write)

TCC.EXE Self-Host Fixpoint (tcc compiles tcc inside OVMX, S2 summit)

LINK.EXE VMS-native Self-Link + Activate (self-hosting S3.1, arm64)

LINK.EXE VMS-native Self-Link + Activate (self-hosting S3.1, x86_64)

LIBRARIAN.EXE .OLB + LINK.EXE Selective Pull + Activate (self-host spine

LINK.EXE --shareable seeds selective .OLB pull from --symbol-vector + Activate (VMS-native sharea...

BUILD.COM DCL driver — compile+link+run, no bash (self-hosting S3.2)

LINK.EXE self-host fixpoint — OVMX builds LINK.EXE, gen2==gen3, no bash (self-hosting S4)

NetBSD/vax boots under SIMH (vms-0041)

Loadable elf32-vax vmsfs.kmod cross-compiles (vms-544d)

OVMX/Alpha boots to an authenticated DCL $ over the ODS-2 ACP (vms-341)

vmsfs-core cross-compiles for elf32-vax (vms-bb8)

NetBSD/vax vms module cross-compiles

Facility guest tools (eflag/access/proctab/mbx) cross-compile for netbsd-vax via CMake (vms-74b)

vax toolchain builds the ovmx-images aggregate; 10/10 parity-drift images close (vms-64a, vms-838)

Kernel Executive (vms.ko via /dev/vms, QEMU)

NetBSD/amd64 Executive Harness (QEMU)

NetBSD/amd64 vms Pseudo-Device (QEMU)

NetBSD/amd64 Event-Flag Facility (QEMU)

NetBSD/amd64 Executive Cross-Process Proof (vms-f8a, QEMU)

NetBSD/amd64 ODS-2 Mount + Read (QEMU)

/dev/vms live on NetBSD/vax under SIMH — PING (vms-f78bb)

Event flags proven cross-process on NetBSD/vax under SIMH — INV-6 (vms-4e7)

Access-mode enforcement + cross-process AST delivery proven on NetBSD/vax under SIMH — INV-6 (v...

Process table proven cross-process on NetBSD/vax under SIMH — INV-6 (vms-2e0)

Mailboxes proven cross-process on NetBSD/vax under SIMH — INV-6 (vms-fe8)

OVMX ODS-2 mounts+reads on NetBSD/vax under SIMH (vms-544d)

OVMX boots as PID 1 on NetBSD/vax under SIMH (vms-7b1)

OVMX boots past the installed-system gate to PROVISION.EXE on NetBSD/vax (vms-d9c)

Code scanning results

CodeQL

Analyze (swift)

succeeded Aug 21, 2026 in 22m 21s

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