docs: record rover integration closeout and verification

This commit is contained in:
DCCONSTRUCTIONS
2026-09-25 16:49:52 +03:00
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# Rover 006 implementation closeout — 2026-09-25
This checkpoint joins the VESC development branch and the operator checkout.
Both source histories are retained. Earlier operator driver code is superseded
by the accepted Node 0.8.45-1 / VESC plugin 0.7.4 source; no new installation,
firmware write, calibration, motion command or service restart was performed.
## Scope and repositories
- Mission Core: native VESC Tool bridge, discovery by controller UUID,
configuration archive, calibration/Hall diagnostics, managed Linux startup,
bounded USB recovery, board layout, motor assignments, remote command
authority, 3D rover scene, telemetry, keyboard controls and lifecycle fixes.
- Design Guideline: canonical momentary KeyButton, registry, catalog and docs.
Dependency source commit: `a5a73c8753c2cdee42bee31e6ae50b6ece692d2d`.
- Existing operator work is separately committed: AI polygon runtime/navigation,
interface and evidence reports, plus launchd log-path recovery. NodeDC scene
donor and Blender source were read-only; scene provenance is shipped with
the renderer and exported model. No source changes in donor repositories.
## Integration preservation
The overlapping copies used different VESC driver generations. Conflicts were
reviewed per file. Shared App/router preserve both AI and rover composition.
All 127 AI/recovery/mixed files matched their preserved operator commit after
resolution. Final VESC-owned source matches the development branch, except the
intentional AI additions in App/router. One exact duplicate service-stop block
created by auto-merge was removed. Earlier versions remain in Git history;
private pre-commit file snapshots and a patch inventory remain outside Git.
`outputs/` contains private experiment material and is ignored, not deleted.
The product rover GLB uses existing Git LFS; model SHA-256 is
`15f17f5b5b014e0f65273aa1565b7fb8e46381ca389a3c3d3ca89a32806bfb79`.
No raw controller configurations, serial inventories or credentials were added.
## Verification
- Design Guideline `npm run check` and registry validation pass.
- Integrated Control Station: 962 unit/architecture tests; production build
(including TypeScript) passes.
- Integrated Core/fleet/environment/AI/launchd selection: 225 pytest cases pass.
- VESC's declared unittest discovery: 144 cases pass.
- Node UI: its unit test and production build/typecheck pass.
- Earlier current-turn neutral-only startup acceptance remains: first-click
preparation reached ready; 307 telemetry samples, no movement or fault,
explicit stop with release confirmed. Focus-loss resume was accepted by the
owner in the preceding physical trial. See the control report for boundaries.
- Go/Linux native build qualification is inherited from the shipped release;
no new Linux native build or clean-host installation was attempted here.
An initial mixed pytest invocation incorrectly collected an imported unittest
helper and hit the sandbox's loopback-bind restriction. Correct declared
unittest discovery plus permitted synthetic loopback pytest runs passed.
Large frontend bundle and Starlette deprecation warnings remain; no new test
failures. No live Worker simulation, physical motion or RC takeover test was
performed by this closeout.
## Accepted and outstanding behavior
Calibration and raised-rig forward/reverse/group rotation were previously
accepted. Keyboard movement/release, shared reversal neutral, focus pause with
session preservation, and first-entry preparation have bounded acceptance.
The left Hall electrical chain remains broken; it has not been repaired.
Manufacturer-approved hardware/power limits, loaded/field behavior, remaining
Tank/Stop/channel-loss checks and physical RC takeover remain open. Radio
one-stick mixing is deferred; this does not prevent software Arcade/Tank modes.
Canonical configuration/evidence: [MISSIONCOR-85](https://ops.nodedc.ru/nodedc/browse/MISSIONCOR-85).
Historical integration: [MISSIONCOR-84](https://ops.nodedc.ru/nodedc/browse/MISSIONCOR-84).
AI polygon evidence: [MISSIONCOR-83](https://ops.nodedc.ru/nodedc/browse/MISSIONCOR-83).
## Semantic commits
```text
24bbaef chore(repo): keep private evidence local and version rover assets with LFS
45fb14b feat(vesc): integrate native calibration diagnostics and configuration archives
5381823 feat(node): ship managed environment startup and USB recovery
63cbb08 feat(rover): add drive profiles and leased remote command channel
6d772b2 feat(control-station): add rover scene telemetry and guarded keyboard control
bc55901 fix(core): serialize planning reports outside the control event loop
6bbbd5b docs(rover): record calibration control acceptance and operating boundaries
a7c64e0 fix(core): keep launchd service logs outside protected Downloads
f01bd39 feat(simulation): add Worker AI polygon runtime and terrain navigation
e627500 feat(control-station): add AI polygon setup streaming and mission controls
dad11b4 docs(simulation): record polygon experiments and bounded route acceptance
71a648f feat(fleet): preserve operator VESC integration before final driver merge
399af98 merge: integrate final rover control with operator simulation workspace
```
Remote push acknowledgements, final refs/clean-tree checks and log SHA-256
receipts are kept in the private closeout directory and Ops; this report does
not claim a push before its receipt exists.