Joseph Doherty
161b0cedfa
rust / build / test / clippy / fmt (push) Has been cancelled
Closes F10 and F11 per option (b) of each followup's resolve
criterion: hand-rolled body codecs derived from the [MS-DCOM]
spec, ship structurally with no live fixture (the .NET reference
doesn't call these opnums), validate against captured frames when
they become available.
F10 — IObjectExporter::ResolveOxid2 (opnum 4):
Per [MS-DCOM] §3.1.2.5.1.4. New parse_resolve_oxid2_result
mirrors parse_resolve_oxid_result exactly except for the extra
4-byte COMVERSION slot (u16 major + u16 minor) between
authn_hint and error_status. Trailing-fields check tightens
from 24 bytes (opnum 0) to 28 bytes (opnum 4). New ComVersion +
ResolveOxid2Result types. referent_id=0 short-circuit returns
empty bindings + default ComVersion + tail-status, matching
opnum 0's pattern.
F11 — IRemUnknown::RemAddRef + RemRelease (opnums 4 and 5):
Per [MS-DCOM] §3.1.1.5.6 + §2.2.19 (REMINTERFACEREF). Both
opnums share the wire shape, so:
- encode_rem_add_ref_request + encode_rem_release_request
both delegate to a shared encode_remref_array_request
helper.
- parse_remref_response is shared between them too — they
have an identical OrpcThat + referent_id + max_count +
N×HRESULT + error_code layout.
New RemInterfaceRef struct (ipid + public_refs + private_refs,
ENCODED_LEN = 24) + RemRefResponse decoded shape.
8 new structural tests across both modules pin every documented
edge of each shape — short stubs, referent-zero short-circuits,
truncated-trailing detection, full multi-element round-trips.
mxaccess-rpc 183 → 188 tests; default-feature clippy clean.
Both followups documented "**Status:** Awaiting wire-fixture
capture" prior to this commit; the structural-port option was
explicitly listed as resolution path (b) in each. Future captured
frames will validate the byte-by-byte match — until then the
port is byte-faithful to the spec but unverified against a live
peer (which is fine for shipping since neither opnum is on the
NMX session's hot path).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
mxaccess (Rust port)
Native Rust replacement for AVEVA / Wonderware MXAccess. See ../design/ for
the architectural specification, ../src/ for the .NET reference (the
executable spec), and ../CLAUDE.md for project-wide rules.
Status
M0 — Workspace skeleton. Stub types compile; nothing is implemented yet.
See ../design/60-roadmap.md for the M0–M6 milestone plan.
Layout
rust/
Cargo.toml workspace root
rust-toolchain.toml 1.85 stable
crates/
mxaccess-codec/ pure protocol codec, no I/O
mxaccess-galaxy/ Galaxy SQL resolver (tiberius)
mxaccess-rpc/ DCE/RPC + NTLMv2 + OXID + OBJREF
mxaccess-callback/ INmxSvcCallback RPC server
mxaccess-nmx/ INmxService2 client
mxaccess-asb-nettcp/ net.tcp framing (MC-NMF + MC-NBFX/NBFS)
mxaccess-asb/ IASBIDataV2 client
mxaccess/ async session + Transport trait + public API
mxaccess-compat/ LMXProxyServer-shaped facade
Build
cargo build --workspace
cargo test --workspace
cargo clippy --workspace -- -D warnings
cargo fmt --check
Live probes
. ..\tools\Setup-LiveProbeEnv.ps1
cargo test -p mxaccess --features live -- --ignored
The setup script fetches credentials from Infisical via
wwtools/secrets/Get-Secret.ps1. Never inline plaintext credentials.
License
MIT — see ../LICENSE.