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Mac userspace packet filter (D340) #348

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opened 2026-11-04 16:16:34 +00:00 by kayg · 231 comments
kayg commented 2026-11-04 16:16:34 +00:00
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Implement the D340 macOS userspace inbound packet filter on the decrypted dataplane. Enforce compiled protocol, port, source-peer rules before TUN delivery; fail closed on missing or stale rules; allow bounded per-peer stateful return traffic; apply rule updates atomically; include ICMP policy and status reporting. Add failing-first rule matching and connection-table tests, measure Mac throughput and p99 latency against the unfiltered path, and prove allowed/denied/coordinator/rule-update/return-traffic cases on the real Mac VM with a Linux peer under the Mac lock. Track implementation, test evidence, benchmarks, and gates here.

Implement the D340 macOS userspace inbound packet filter on the decrypted dataplane. Enforce compiled protocol, port, source-peer rules before TUN delivery; fail closed on missing or stale rules; allow bounded per-peer stateful return traffic; apply rule updates atomically; include ICMP policy and status reporting. Add failing-first rule matching and connection-table tests, measure Mac throughput and p99 latency against the unfiltered path, and prove allowed/denied/coordinator/rule-update/return-traffic cases on the real Mac VM with a Linux peer under the Mac lock. Track implementation, test evidence, benchmarks, and gates here.
kayg commented 2026-11-04 16:17:09 +00:00
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Started J197 on branch macos-filter-j197, based on origin/dev at 2198148d78. Plan (estimate 7 hours): (1) read D228/D235/D336/D337/D340, #265/J162 evidence, and the Linux/macOS datapaths; (2) add failing-first rule-matching and bounded connection-table tests, then implement the documented fail-closed filter and atomic rule snapshots; (3) measure Mac throughput and p99 latency with and without filtering; (4) run quick and fast gates, then prove the real Mac/Linux-peer cases under the Mac VM lock and attach outputs. I will report each finding here with evidence and stop for owner input if the implementation requires a new foundational choice.

Started J197 on branch macos-filter-j197, based on origin/dev at 2198148d788c32b39d9ac604fc24c9cee6e79968. Plan (estimate 7 hours): (1) read D228/D235/D336/D337/D340, #265/J162 evidence, and the Linux/macOS datapaths; (2) add failing-first rule-matching and bounded connection-table tests, then implement the documented fail-closed filter and atomic rule snapshots; (3) measure Mac throughput and p99 latency with and without filtering; (4) run quick and fast gates, then prove the real Mac/Linux-peer cases under the Mac VM lock and attach outputs. I will report each finding here with evidence and stop for owner input if the implementation requires a new foundational choice.
kayg commented 2026-11-04 16:28:32 +00:00
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Finding 1 (current branch evidence): macos_node.rs sends decrypted Packet<Ip> directly to utun in MacUtunTx::send; the utun receive side sends packets to GotaTun without a policy check. installed_peers still installs the coordinator unconditionally and restricts other peers to inbound == All because the Mac cannot filter ports. This matches J162 F1 on #265. Linux compiles per-peer inbound/outbound TCP and UDP port sets in firewall.rs/iptables.rs, then accepts established/related replies and drops untracked established traffic. I will use the accepted Config.peers policies to filter by authenticated peer address, keep return state bounded per peer, and publish the filter while the GotaTun device is suspended.

Finding 1 (current branch evidence): `macos_node.rs` sends decrypted `Packet<Ip>` directly to utun in `MacUtunTx::send`; the utun receive side sends packets to GotaTun without a policy check. `installed_peers` still installs the coordinator unconditionally and restricts other peers to `inbound == All` because the Mac cannot filter ports. This matches J162 F1 on #265. Linux compiles per-peer inbound/outbound TCP and UDP port sets in `firewall.rs`/`iptables.rs`, then accepts established/related replies and drops untracked established traffic. I will use the accepted `Config.peers` policies to filter by authenticated peer address, keep return state bounded per peer, and publish the filter while the GotaTun device is suspended.
kayg commented 2026-11-04 16:32:49 +00:00
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Branch update: origin/dev advanced while I was reading the brief (from 2198148d78 to e9f2b3ef4a). I rebased macos-filter-j197 onto e9f2b3ef4a before starting implementation. The VM build worktree is also at that head.

Branch update: origin/dev advanced while I was reading the brief (from 2198148d788c to e9f2b3ef4aa3). I rebased macos-filter-j197 onto e9f2b3ef4aa35f24795c435e3f76bd5389c79905 before starting implementation. The VM build worktree is also at that head.
kayg commented 2026-11-04 16:54:56 +00:00
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Progress: both Linux build hosts were full and dev-02 kept my test queued behind two jobs for about 20 minutes. I canceled my own queued command (no build had started), confirmed the queue entry was removed, and found the Mac lock available. I am moving only the test-first unit run to the Mac under the required lock; quick and fast gates remain on a Linux build VM.

Progress: both Linux build hosts were full and dev-02 kept my test queued behind two jobs for about 20 minutes. I canceled my own queued command (no build had started), confirmed the queue entry was removed, and found the Mac lock available. I am moving only the test-first unit run to the Mac under the required lock; quick and fast gates remain on a Linux build VM.
kayg commented 2026-11-04 16:56:06 +00:00
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Base update: origin/dev advanced again while the slot queues were stalled. I rebased the unchanged test-first draft onto 990022655d; the intervening commits did not touch the mesh sources.

Base update: origin/dev advanced again while the slot queues were stalled. I rebased the unchanged test-first draft onto 990022655d8b3b97cad30e1ab061a9af6e72066d; the intervening commits did not touch the mesh sources.
kayg commented 2026-11-04 17:06:28 +00:00
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Finding 2 (Mac build blocker): the first locked Mac run stops before the new tests at node_actions.rs:258 with E0063, because MeshNodePlugin::from_node omits the optional proxy_containment field; MeshNodePlugin::new sets it to None at line 250. node_actions.rs is unchanged from origin/dev. Recommendation: initialize that optional field to None in from_node as a one-line Mac compile prerequisite, then rerun the RED tests. This is a local compatibility fix needed to build the requested Mac path; no user-visible policy behavior changes.

Finding 2 (Mac build blocker): the first locked Mac run stops before the new tests at `node_actions.rs:258` with E0063, because `MeshNodePlugin::from_node` omits the optional `proxy_containment` field; `MeshNodePlugin::new` sets it to `None` at line 250. `node_actions.rs` is unchanged from origin/dev. Recommendation: initialize that optional field to `None` in `from_node` as a one-line Mac compile prerequisite, then rerun the RED tests. This is a local compatibility fix needed to build the requested Mac path; no user-visible policy behavior changes.
kayg commented 2026-11-04 17:10:17 +00:00
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RED evidence: after the one-line proxy_containment: None initializer fix, the Mac mesh test target compiles and both new tests fail on the stub filter as intended: inbound_rules_match_peer_protocol_and_port rejects the allowed TCP/22 packet, and connection_table_allows_replies_and_fails_closed_at_peer_capacity rejects the first allowed outbound UDP flow. test result: FAILED. 0 passed; 2 failed; 86 filtered out on the Mac VM under /tmp/mac-bench.lock.

RED evidence: after the one-line `proxy_containment: None` initializer fix, the Mac mesh test target compiles and both new tests fail on the stub filter as intended: `inbound_rules_match_peer_protocol_and_port` rejects the allowed TCP/22 packet, and `connection_table_allows_replies_and_fails_closed_at_peer_capacity` rejects the first allowed outbound UDP flow. `test result: FAILED. 0 passed; 2 failed; 86 filtered out` on the Mac VM under `/tmp/mac-bench.lock`.
kayg commented 2026-11-04 17:13:58 +00:00
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Expanded RED evidence under the Mac lock: with the test-first stub, the full new filter group reports test result: FAILED. 2 passed; 5 failed. The failures cover inbound peer/protocol/port matching, ICMP allow semantics, inbound and outbound stateful replies, per-peer capacity, and removing a flow after its initiating rule is revoked. The two already-closed cases (missing configuration and fragments) pass.

Expanded RED evidence under the Mac lock: with the test-first stub, the full new filter group reports `test result: FAILED. 2 passed; 5 failed`. The failures cover inbound peer/protocol/port matching, ICMP allow semantics, inbound and outbound stateful replies, per-peer capacity, and removing a flow after its initiating rule is revoked. The two already-closed cases (missing configuration and fragments) pass.
kayg commented 2026-11-04 17:25:20 +00:00
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J197 resumed after the control-host 429. Worktree: macos-filter-j197, rebased onto origin/dev 070c9a0b67. Plan remains: complete the fail-closed filter and status wiring, run quick before further tests, measure throughput/p99 on the Mac, prove all five Linux-peer cases under the Mac lock, then run fast and attach receipts. Both Linux build queues are full; I checked both and will use the compute01 queue, which currently has four waiting jobs.

J197 resumed after the control-host 429. Worktree: macos-filter-j197, rebased onto origin/dev 070c9a0b67fc3bdcece2e11d239dae69e0090cc2. Plan remains: complete the fail-closed filter and status wiring, run quick before further tests, measure throughput/p99 on the Mac, prove all five Linux-peer cases under the Mac lock, then run fast and attach receipts. Both Linux build queues are full; I checked both and will use the compute01 queue, which currently has four waiting jobs.
kayg commented 2026-11-04 17:49:05 +00:00
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The required quick precheck is still attached in the foreground on compute01, queued about 22 minutes and now third in line. I checked both build-slot statuses again; neither VM has a free slot, and dev-02 has a longer queue. I am staying with the shorter compute01 queue and will report the precheck result before running tests.

The required quick precheck is still attached in the foreground on compute01, queued about 22 minutes and now third in line. I checked both build-slot statuses again; neither VM has a free slot, and dev-02 has a longer queue. I am staying with the shorter compute01 queue and will report the precheck result before running tests.
kayg commented 2026-11-04 17:52:00 +00:00
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Finding 3: the earlier Mac-only E0063 build blocker is resolved in refreshed origin/dev 070c9a0b6: MeshNodePlugin::from_node now initializes proxy_containment: None. The remaining local node_actions.rs diff only edits that method comment and will be dropped as unrelated.

Finding 3: the earlier Mac-only E0063 build blocker is resolved in refreshed origin/dev 070c9a0b6: `MeshNodePlugin::from_node` now initializes `proxy_containment: None`. The remaining local node_actions.rs diff only edits that method comment and will be dropped as unrelated.
kayg commented 2026-11-04 17:58:31 +00:00
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Finding 4 (draft review, packet_filter.rs:679): duplicate insertion uses HashMap::insert and only then returns false, so it replaces the existing flow before denying. I will pin preservation of the active entry with a failing test and use Entry::Vacant. The same draft carries Transport::Other(u8) although the protocol byte is never read; I will remove that unused payload after the precheck.

Finding 4 (draft review, `packet_filter.rs:679`): duplicate insertion uses `HashMap::insert` and only then returns false, so it replaces the existing flow before denying. I will pin preservation of the active entry with a failing test and use `Entry::Vacant`. The same draft carries `Transport::Other(u8)` although the protocol byte is never read; I will remove that unused payload after the precheck.
kayg commented 2026-11-04 18:04:34 +00:00
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Quick invocation finding: the queued command acquired compute01 slot 2/4 at 19:02 UTC but exited before running verify because SSH quoting left the working directory at /home/claude, so Nix could not find flake.nix. No test or gate ran. I corrected the command to send one quoted remote shell string and will retry after checking both slot queues.

Quick invocation finding: the queued command acquired compute01 slot 2/4 at 19:02 UTC but exited before running verify because SSH quoting left the working directory at `/home/claude`, so Nix could not find `flake.nix`. No test or gate ran. I corrected the command to send one quoted remote shell string and will retry after checking both slot queues.
kayg commented 2026-11-04 18:05:42 +00:00
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Queue update: after the failed precheck command exited, compute01 had eight jobs ahead while dev-02 had five. I am switching to dev-02 (the shorter queue), fetching current origin/dev, resetting only the dedicated J197 source worktree to 070c9a0b6, and restoring the three local source files. The target directory is preserved; no test has run.

Queue update: after the failed precheck command exited, compute01 had eight jobs ahead while dev-02 had five. I am switching to dev-02 (the shorter queue), fetching current origin/dev, resetting only the dedicated J197 source worktree to 070c9a0b6, and restoring the three local source files. The target directory is preserved; no test has run.
kayg commented 2026-11-04 18:07:58 +00:00
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Base correction: dev-02 fetch found origin/dev had advanced from 070c9a0b6 to 600ae5eb1 during the queue wait. I fetched and rebased the local macos-filter-j197 worktree onto 600ae5eb1; the intervening commits touch only GotaTun architecture docs and tracer/UI files, so the mesh draft reapplied cleanly. I am aligning the VM source worktree to this current base before retrying quick.

Base correction: dev-02 fetch found origin/dev had advanced from 070c9a0b6 to 600ae5eb1 during the queue wait. I fetched and rebased the local macos-filter-j197 worktree onto 600ae5eb1; the intervening commits touch only GotaTun architecture docs and tracer/UI files, so the mesh draft reapplied cleanly. I am aligning the VM source worktree to this current base before retrying quick.
kayg commented 2026-11-04 18:09:53 +00:00
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After checking both queues again, compute01 has six waiting jobs across four slots; dev-02 has seven across two. I am moving the single J197 VM worktree to compute01, which has the shorter queue and more capacity, and will run the precheck there.

After checking both queues again, compute01 has six waiting jobs across four slots; dev-02 has seven across two. I am moving the single J197 VM worktree to compute01, which has the shorter queue and more capacity, and will run the precheck there.
kayg commented 2026-11-04 18:13:11 +00:00
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Queue counts shifted while syncing: compute01 has six waiting across four slots; dev-02 has five across two. Neither has a free slot. The compute01 queue is lighter per slot, and the existing J197 VM worktree is now there, so I am keeping the precheck on compute01.

Queue counts shifted while syncing: compute01 has six waiting across four slots; dev-02 has five across two. Neither has a free slot. The compute01 queue is lighter per slot, and the existing J197 VM worktree is now there, so I am keeping the precheck on compute01.
kayg commented 2026-11-04 18:20:36 +00:00
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WIP checkpoint pushed: fd097f932 on macos-filter-j197. It contains the bounded source/protocol/port filter and the failing-first rule-matching and connection-table regressions. Quick is still queued in the foreground; next I will fix its findings, wire the filter in both utun directions, then measure and prove on the Mac.

WIP checkpoint pushed: `fd097f932` on `macos-filter-j197`. It contains the bounded source/protocol/port filter and the failing-first rule-matching and connection-table regressions. Quick is still queued in the foreground; next I will fix its findings, wire the filter in both utun directions, then measure and prove on the Mac.
kayg commented 2026-11-04 19:02:53 +00:00
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J197 resumed after the control-host 429 from the existing branch head fd097f932, based on origin/dev 600ae5eb1d. I reread the required brief and project rules, then checked both build-slot queues and compute01 processes: the earlier J197 quick is no longer queued or running. I am continuing from the pushed WIP and one unstaged regression in crates/plugins/mesh/src/packet_filter.rs. The restarted run opened #351 before finding this existing issue; #351 now redirects here. I will keep this issue as the canonical record and use the existing 7-hour plan.

J197 resumed after the control-host 429 from the existing branch head fd097f932, based on origin/dev 600ae5eb1d45f7ccd62374ca13021786a701d234. I reread the required brief and project rules, then checked both build-slot queues and compute01 processes: the earlier J197 quick is no longer queued or running. I am continuing from the pushed WIP and one unstaged regression in crates/plugins/mesh/src/packet_filter.rs. The restarted run opened #351 before finding this existing issue; #351 now redirects here. I will keep this issue as the canonical record and use the existing 7-hour plan.
kayg commented 2026-11-04 19:10:10 +00:00
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Base correction: origin/dev advanced from 600ae5eb1 to e8e8d2ff79 while resuming. I rebased macos-filter-j197 and force-pushed only that branch; its new head is f639f40b82. The new dev commit only changes a plugin-api test fixture, and the packet-filter test draft reapplied cleanly. I will update the compute01 J197 worktree before queuing quick.

Base correction: origin/dev advanced from 600ae5eb1 to e8e8d2ff79b328a71faa62e7f764d705a133eeb4 while resuming. I rebased macos-filter-j197 and force-pushed only that branch; its new head is f639f40b8226b408b8f1c78d832abca8cc591018. The new dev commit only changes a plugin-api test fixture, and the packet-filter test draft reapplied cleanly. I will update the compute01 J197 worktree before queuing quick.
kayg commented 2026-11-04 19:11:36 +00:00
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Gate update before quick: I checked both build-slot statuses. Compute01 has four busy slots, six queued jobs, and 268 GB free; dev-02 has two busy slots, five queued, and 137 GB free. Compute01 has the shorter queue per slot and larger disk, so I am refreshing the exact J197 source there and starting scripts/verify quick through build-slot, with the worktree target reserved for the final gate.

Gate update before quick: I checked both build-slot statuses. Compute01 has four busy slots, six queued jobs, and 268 GB free; dev-02 has two busy slots, five queued, and 137 GB free. Compute01 has the shorter queue per slot and larger disk, so I am refreshing the exact J197 source there and starting scripts/verify quick through build-slot, with the worktree target reserved for the final gate.
kayg commented 2026-11-04 19:14:37 +00:00
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Quick status: the foreground verify quick process is still waiting for a compute01 slot (initial position 7); the command has not started. Its VM worktree is the rebased head f639f40 plus the 31-line duplicate-flow regression draft, and I am leaving that snapshot unchanged until the precheck exits.

Quick status: the foreground verify quick process is still waiting for a compute01 slot (initial position 7); the command has not started. Its VM worktree is the rebased head f639f40 plus the 31-line duplicate-flow regression draft, and I am leaving that snapshot unchanged until the precheck exits.
kayg commented 2026-11-04 19:28:08 +00:00
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J197 restart: branch macos-filter-j197, base e8e8d2ff79b328a71faa62e7f764d705a133eeb4 (origin/dev), current pushed checkpoint f639f40b8226b408b8f1c78d832abca8cc591018 plus the existing unstaged duplicate-flow regression. The prior queued quick did not start; I stopped its exact VM process and confirmed no J197 queue/process remains. Continuing this issue as the canonical record.

J197 restart: branch `macos-filter-j197`, base `e8e8d2ff79b328a71faa62e7f764d705a133eeb4` (`origin/dev`), current pushed checkpoint `f639f40b8226b408b8f1c78d832abca8cc591018` plus the existing unstaged duplicate-flow regression. The prior queued quick did not start; I stopped its exact VM process and confirmed no J197 queue/process remains. Continuing this issue as the canonical record.
kayg commented 2026-11-04 20:01:00 +00:00
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Queue update: both Linux build VMs remain full. I chose dev-02 for the attached scripts/verify quick (current queue position 5; one target under ~/worktrees/j197/target, 51 GB free). It has not started; the source snapshot remains unchanged. I will keep polling in the foreground.

Queue update: both Linux build VMs remain full. I chose dev-02 for the attached `scripts/verify quick` (current queue position 5; one target under `~/worktrees/j197/target`, 51 GB free). It has not started; the source snapshot remains unchanged. I will keep polling in the foreground.
kayg commented 2026-11-04 20:20:21 +00:00
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Finding: the Mac worker still passes packets directly through MacUtunRx and MacUtunTx; no policy snapshot is consulted in either GotaTun hook. RuntimeState.apply replaces peers and routes without a filter transaction. The Mac-specific installed_peers helper only installs the coordinator and peers with full inbound grants, which is the slice-1 workaround. Separately, the service status detail still says rules are unavailable and the server reaches every port.

Plan: share one preallocated PacketFilter across both utun adapters, initialize it closed when no complete config exists, update its compiled rules while the device is suspended, then install all configured peers so the filter enforces each direction. Update the Mac status detail and enforcement field. Existing filter matching and bounded-flow tests were already shown red before implementation in the earlier #348 receipts; the current foreground quick snapshot also includes the duplicate-flow regression and remains queued on dev-02.

Finding: the Mac worker still passes packets directly through `MacUtunRx` and `MacUtunTx`; no policy snapshot is consulted in either GotaTun hook. `RuntimeState.apply` replaces peers and routes without a filter transaction. The Mac-specific `installed_peers` helper only installs the coordinator and peers with full inbound grants, which is the slice-1 workaround. Separately, the service status detail still says rules are unavailable and the server reaches every port. Plan: share one preallocated `PacketFilter` across both utun adapters, initialize it closed when no complete config exists, update its compiled rules while the device is suspended, then install all configured peers so the filter enforces each direction. Update the Mac status detail and enforcement field. Existing filter matching and bounded-flow tests were already shown red before implementation in the earlier #348 receipts; the current foreground quick snapshot also includes the duplicate-flow regression and remains queued on dev-02.
kayg commented 2026-11-04 20:57:06 +00:00
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Queue status: dev-02 quick has waited over 11 minutes in build-slot, still behind the same three commands; its log has no gate output and no J197 compile/test has started. Compute01 remains more heavily queued, so I am keeping the foreground quick on dev-02 and will poll it until exit.

Queue status: dev-02 quick has waited over 11 minutes in build-slot, still behind the same three commands; its log has no gate output and no J197 compile/test has started. Compute01 remains more heavily queued, so I am keeping the foreground quick on dev-02 and will poll it until exit.
kayg commented 2026-11-04 21:05:51 +00:00
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Finding: a failed Mac config transaction can resume the previous peer set. In macos_node.rs, RuntimeState::apply calls replace_peers (which suspends and resumes internally) before adding/removing routes; a later route error calls rollback_device, which restores and resumes the old peers. Until the filter revision matches the accepted rules, this path can leave old access active after a failed update. I will hold GotaTun suspended across the complete peer, route and filter update; any failed or invalid snapshot will leave the filter closed and the device suspended until a complete revision succeeds.

Finding: a failed Mac config transaction can resume the previous peer set. In macos_node.rs, RuntimeState::apply calls replace_peers (which suspends and resumes internally) before adding/removing routes; a later route error calls rollback_device, which restores and resumes the old peers. Until the filter revision matches the accepted rules, this path can leave old access active after a failed update. I will hold GotaTun suspended across the complete peer, route and filter update; any failed or invalid snapshot will leave the filter closed and the device suspended until a complete revision succeeds.
kayg commented 2026-11-04 21:13:53 +00:00
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Quick remains in the foreground on dev-02, now first in its queue after 31 minutes with no gate stage started. Both slots are busy (J61c gate and nightly fuzz); compute01 has a longer queue. The source snapshot and target stay unchanged while I poll.

Quick remains in the foreground on dev-02, now first in its queue after 31 minutes with no gate stage started. Both slots are busy (J61c gate and nightly fuzz); compute01 has a longer queue. The source snapshot and target stay unchanged while I poll.
kayg commented 2026-11-04 21:23:41 +00:00
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Queue update: dev-02 quick has waited 40 minutes and remains first; its log still contains only the initial build-slot message. Both dev-02 slots remain occupied, and compute01 also has all four slots occupied with a longer queue, so I am keeping the existing run attached in the foreground.

Queue update: dev-02 quick has waited 40 minutes and remains first; its log still contains only the initial build-slot message. Both dev-02 slots remain occupied, and compute01 also has all four slots occupied with a longer queue, so I am keeping the existing run attached in the foreground.
kayg commented 2026-11-04 21:42:36 +00:00
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Queue update: the required foreground verify quick has waited one hour and is still first in dev-02 build-slot. Both active slots remain occupied by J61c and the nightly fuzz run; the quick log has no stage output. It stays attached and the J197 source snapshot remains unchanged.

Queue update: the required foreground verify quick has waited one hour and is still first in dev-02 build-slot. Both active slots remain occupied by J61c and the nightly fuzz run; the quick log has no stage output. It stays attached and the J197 source snapshot remains unchanged.
kayg commented 2026-11-04 21:51:00 +00:00
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Quick finding: the first foreground precheck reached workspace clippy and stopped before unit tests. Its verbatim summary was: | Rust gate | Result | / | scope guard | PASS | / | fmt | PASS | / | doc coverage ratchet | PASS | / | clippy (workspace) | FAIL (101) |. The 24 diagnostics are confined to packet_filter.rs: denied test expects, an unused protocol payload, a duration-unit lint, collapsible conditions, doc-markdown, and an unused receiver. I am correcting those before rerunning quick.

Quick finding: the first foreground precheck reached workspace clippy and stopped before unit tests. Its verbatim summary was: | Rust gate | Result | / | scope guard | PASS | / | fmt | PASS | / | doc coverage ratchet | PASS | / | clippy (workspace) | FAIL (101) |. The 24 diagnostics are confined to packet_filter.rs: denied test expects, an unused protocol payload, a duration-unit lint, collapsible conditions, doc-markdown, and an unused receiver. I am correcting those before rerunning quick.
kayg commented 2026-11-04 22:23:12 +00:00
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Quick retry update: after fixing the 24 clippy diagnostics, I synced packet_filter.rs to the dev-02 worktree and verified the SHA-256 matches the local source. The foreground verify quick has waited 30 minutes and is now second in the queue behind one command; both slots are busy and the log has not started a gate stage.

Quick retry update: after fixing the 24 clippy diagnostics, I synced packet_filter.rs to the dev-02 worktree and verified the SHA-256 matches the local source. The foreground verify quick has waited 30 minutes and is now second in the queue behind one command; both slots are busy and the log has not started a gate stage.
kayg commented 2026-11-04 22:40:58 +00:00
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Quick retry finding: workspace clippy passed; the changed-package unit tests gave 41 passed and 1 failed. duplicate_flow_insert_preserves_the_existing_connection failed with left: Some(Inbound), right: Some(Outbound): HashMap::insert replaced the admitted entry before returning that the key was occupied. I will use Entry::Vacant so duplicate flow attempts leave the original direction and per-peer count untouched.

Quick retry finding: workspace clippy passed; the changed-package unit tests gave 41 passed and 1 failed. `duplicate_flow_insert_preserves_the_existing_connection` failed with `left: Some(Inbound), right: Some(Outbound)`: `HashMap::insert` replaced the admitted entry before returning that the key was occupied. I will use `Entry::Vacant` so duplicate flow attempts leave the original direction and per-peer count untouched.
kayg commented 2026-11-04 22:50:24 +00:00
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Base sync: origin/dev advanced beyond the previous checkpoint to 01ee7103a. I rebased and force-pushed only macos-filter-j197; the branch head is 83a85cf37. The duplicate-flow regression and clippy corrections remain as an unstaged packet_filter.rs patch. dev-02 has the lighter current build-slot queue, so I am syncing this exact source there for a fresh foreground scripts/verify quick before more implementation.

Base sync: origin/dev advanced beyond the previous checkpoint to 01ee7103a. I rebased and force-pushed only macos-filter-j197; the branch head is 83a85cf37. The duplicate-flow regression and clippy corrections remain as an unstaged packet_filter.rs patch. dev-02 has the lighter current build-slot queue, so I am syncing this exact source there for a fresh foreground scripts/verify quick before more implementation.
kayg commented 2026-11-04 23:15:18 +00:00
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Queue update: the fresh foreground scripts/verify quick is third in line on dev-02 with ample disk; compute01 currently has no build disk above the 25 GB floor, so dev-02 is the only viable host. No gate stage has started and the source snapshot remains unchanged.

Queue update: the fresh foreground scripts/verify quick is third in line on dev-02 with ample disk; compute01 currently has no build disk above the 25 GB floor, so dev-02 is the only viable host. No gate stage has started and the source snapshot remains unchanged.
kayg commented 2026-11-04 23:19:28 +00:00
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Quick queue status: J197 is now first in line on dev-02 after 15 minutes, but both slots remain occupied by an unrelated fast gate and an agent test. Compute01 is also full; this precheck has not started. I am keeping the command attached in the foreground.

Quick queue status: J197 is now first in line on dev-02 after 15 minutes, but both slots remain occupied by an unrelated fast gate and an agent test. Compute01 is also full; this precheck has not started. I am keeping the command attached in the foreground.
kayg commented 2026-11-04 23:25:44 +00:00
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Quick evidence: the exact packet_filter.rs SHA-256 3c7608fbb3768f2508a6f04a4ea997717325015ce26306fe65567e90c20b01aa passed scripts/verify quick on dev-02 at source head 83a85cf37. Scope, migration names, fmt, doc coverage, and workspace clippy passed; the changed mesh package reports 42 passed, 0 failed, including the duplicate-flow regression.

Quick evidence: the exact packet_filter.rs SHA-256 3c7608fbb3768f2508a6f04a4ea997717325015ce26306fe65567e90c20b01aa passed scripts/verify quick on dev-02 at source head 83a85cf37. Scope, migration names, fmt, doc coverage, and workspace clippy passed; the changed mesh package reports 42 passed, 0 failed, including the duplicate-flow regression.
kayg commented 2026-11-05 00:02:32 +00:00
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Mac test-first evidence at branch head 824ee70a6, under /tmp/mac-bench.lock: every_configured_peer_is_installed_for_policy_enforcement failed as expected (actual installed keys were only peers 4 and 11; denied peer 5 and port-narrowed peer 6 were absent). Both Mac CLI status tests also failed as expected: enforcement was unavailable and the details lacked the userspace-enforcement text. Raw outputs are in /Users/claude/.cache/codex-scratch/j197/evidence/red-peer.log and red-status.log. The aggregate shell status line had an SSH quoting error, but each Cargo test emitted the expected assertion failure directly; I will use corrected status capture on later runs.

Mac test-first evidence at branch head 824ee70a6, under /tmp/mac-bench.lock: `every_configured_peer_is_installed_for_policy_enforcement` failed as expected (actual installed keys were only peers 4 and 11; denied peer 5 and port-narrowed peer 6 were absent). Both Mac CLI status tests also failed as expected: enforcement was `unavailable` and the details lacked the userspace-enforcement text. Raw outputs are in `/Users/claude/.cache/codex-scratch/j197/evidence/red-peer.log` and `red-status.log`. The aggregate shell status line had an SSH quoting error, but each Cargo test emitted the expected assertion failure directly; I will use corrected status capture on later runs.
kayg commented 2026-11-05 00:34:05 +00:00
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Base update: origin/dev advanced to e5dd7f40dd while I resumed. I rebased macos-filter-j197 onto that head and force-pushed only this branch; the new head is cc52fb8405. I am refreshing verify quick against this rebased head before the locked Mac tests.

Base update: origin/dev advanced to e5dd7f40dde74e05cbb7b1ed5b2c64c64f7327db while I resumed. I rebased macos-filter-j197 onto that head and force-pushed only this branch; the new head is cc52fb84057f5a20a191e53c73e6a1e449ad0db9. I am refreshing verify quick against this rebased head before the locked Mac tests.
kayg commented 2026-11-05 00:36:04 +00:00
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Gate update: I checked build-slot on both Linux VMs immediately before the refreshed quick. Compute01 had 6 queued across 4 busy slots and 47 GB free; dev-02 had 5 queued across 2 busy slots and 134 GB free, so I chose compute01. scripts/verify quick is attached in the foreground at queue position 7, using ~/worktrees/j197-verify and its sole J197 target. The source head is cc52fb8405, based on e5dd7f40d.

Gate update: I checked build-slot on both Linux VMs immediately before the refreshed quick. Compute01 had 6 queued across 4 busy slots and 47 GB free; dev-02 had 5 queued across 2 busy slots and 134 GB free, so I chose compute01. `scripts/verify quick` is attached in the foreground at queue position 7, using `~/worktrees/j197-verify` and its sole J197 target. The source head is cc52fb84057f5a20a191e53c73e6a1e449ad0db9, based on e5dd7f40d.
kayg commented 2026-11-05 00:46:41 +00:00
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Quick finding at cc52fb8405: scope guard and migration names passed, then fmt stopped the gate before clippy or tests. Rustfmt identified four layout changes in crates/plugins/mesh/src/macos_node.rs and crates/plugins/mesh/src/packet_filter.rs. Full output is in ~/worktrees/j197-verify evidence log ~/.cache/codex-scratch/j197/evidence/verify-quick.log. I am applying rustfmt on the control worktree and will rerun quick before proceeding.

Quick finding at cc52fb84057f5a20a191e53c73e6a1e449ad0db9: scope guard and migration names passed, then fmt stopped the gate before clippy or tests. Rustfmt identified four layout changes in `crates/plugins/mesh/src/macos_node.rs` and `crates/plugins/mesh/src/packet_filter.rs`. Full output is in `~/worktrees/j197-verify` evidence log `~/.cache/codex-scratch/j197/evidence/verify-quick.log`. I am applying rustfmt on the control worktree and will rerun quick before proceeding.
kayg commented 2026-11-05 00:54:32 +00:00
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Queue update: the formatted head a62825f30 is synced to the compute01 J197 worktree. The refreshed scripts/verify quick has waited five minutes at position 1 with no gate stage output; it remains attached in the foreground on the same target. I have not started another command or changed the source snapshot.

Queue update: the formatted head `a62825f30` is synced to the compute01 J197 worktree. The refreshed `scripts/verify quick` has waited five minutes at position 1 with no gate stage output; it remains attached in the foreground on the same target. I have not started another command or changed the source snapshot.
kayg commented 2026-11-05 01:00:02 +00:00
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Quick rerun progress at a62825f30: compute01 slot 1 acquired. Scope guard, migration names, fmt, and doc coverage all pass; workspace clippy is compiling. The command remains attached in the foreground and uses the same J197 target. Full output is being written to ~/.cache/codex-scratch/j197/evidence/verify-quick.log.

Quick rerun progress at `a62825f30`: compute01 slot 1 acquired. Scope guard, migration names, fmt, and doc coverage all pass; workspace clippy is compiling. The command remains attached in the foreground and uses the same J197 target. Full output is being written to `~/.cache/codex-scratch/j197/evidence/verify-quick.log`.
kayg commented 2026-11-05 01:12:27 +00:00
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Refreshed scripts/verify quick passed at a62825f30 on compute01. The result was: scope guard PASS, migration names PASS, fmt PASS, doc coverage ratchet PASS, workspace clippy PASS, changed mesh library tests 43 passed, and changed binary-only tests 156 passed / 3 ignored. Full output is at ~/.cache/codex-scratch/j197/evidence/verify-quick.log. This is the pre-check; Mac tests, real-node proof, and scripts/verify fast remain.

Refreshed `scripts/verify quick` passed at `a62825f30` on compute01. The result was: scope guard PASS, migration names PASS, fmt PASS, doc coverage ratchet PASS, workspace clippy PASS, changed mesh library tests 43 passed, and changed binary-only tests 156 passed / 3 ignored. Full output is at `~/.cache/codex-scratch/j197/evidence/verify-quick.log`. This is the pre-check; Mac tests, real-node proof, and `scripts/verify fast` remain.
kayg commented 2026-11-05 01:24:25 +00:00
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J197 resumed from the pushed implementation after the control-host 429. I reread the common brief and repo contracts. macos-filter-j197 is rebased onto current origin/dev 54ca981778d472f53aac186cf51ce45fb07a56f4 and pushed at 024021f8c9c70a97acd4c7ffdce1fc54aef2341a; the two intervening dev commits only change the remote plugin test fixture. The Mac VM worktree's two local test edits were verified in the pushed source, then the worktree was synced to this head under /tmp/mac-bench.lock.

The existing 7-hour plan remains. Next: run the Mac mesh and status tests, record the report-only throughput/p99 comparison, prove allowed/denied/coordinator/update/return cases against an isolated Linux peer, then run refreshed quick and final fast on the appropriate Linux build VM. No build or test is currently running.

J197 resumed from the pushed implementation after the control-host 429. I reread the common brief and repo contracts. `macos-filter-j197` is rebased onto current `origin/dev` `54ca981778d472f53aac186cf51ce45fb07a56f4` and pushed at `024021f8c9c70a97acd4c7ffdce1fc54aef2341a`; the two intervening dev commits only change the remote plugin test fixture. The Mac VM worktree's two local test edits were verified in the pushed source, then the worktree was synced to this head under `/tmp/mac-bench.lock`. The existing 7-hour plan remains. Next: run the Mac mesh and status tests, record the report-only throughput/p99 comparison, prove allowed/denied/coordinator/update/return cases against an isolated Linux peer, then run refreshed quick and final fast on the appropriate Linux build VM. No build or test is currently running.
kayg commented 2026-11-05 01:36:51 +00:00
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Mac compile finding at 024021f8c: the native infraternal-plugin-mesh test build stops in macos_node.rs because Packet<Ip> has no as_ref() implementation at the inbound and outbound filter hooks. The pinned GotaTun 0.10.2 source confirms AsRef<[u8]> exists only for Packet<[u8]>; Packet<Ip>::into_bytes() is a zero-copy type cast. I will filter inbound packets after that cast and filter the borrowed utun payload before converting it to Packet<Ip>. This keeps the per-packet path allocation-free and requires no dependency or policy change.

Mac compile finding at `024021f8c`: the native `infraternal-plugin-mesh` test build stops in `macos_node.rs` because `Packet<Ip>` has no `as_ref()` implementation at the inbound and outbound filter hooks. The pinned GotaTun 0.10.2 source confirms `AsRef<[u8]>` exists only for `Packet<[u8]>`; `Packet<Ip>::into_bytes()` is a zero-copy type cast. I will filter inbound packets after that cast and filter the borrowed utun payload before converting it to `Packet<Ip>`. This keeps the per-packet path allocation-free and requires no dependency or policy change.
kayg commented 2026-11-05 01:42:09 +00:00
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Mac test finding: the full mesh suite on the synced implementation reported 94 passed, 1 failed, 1 ignored. The failing revoking_an_arrow_removes_the_installed_peer fixture sets only inbound = None; its helper leaves outbound = All, so the compiled configuration correctly retains the peer and its host routes for allowed Mac→peer traffic. The assertion still described the pre-filter workaround, which removed any peer without full inbound access. I will update the regression to assert the peer remains installed for outbound access while packet tests continue to deny its new inbound flows.

Mac test finding: the full mesh suite on the synced implementation reported 94 passed, 1 failed, 1 ignored. The failing `revoking_an_arrow_removes_the_installed_peer` fixture sets only `inbound = None`; its helper leaves `outbound = All`, so the compiled configuration correctly retains the peer and its host routes for allowed Mac→peer traffic. The assertion still described the pre-filter workaround, which removed any peer without full inbound access. I will update the regression to assert the peer remains installed for outbound access while packet tests continue to deny its new inbound flows.
kayg commented 2026-11-05 01:46:41 +00:00
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Mac CLI validation finding: the default-feature infraternal binary test build stops in crates/plugins/proxy/src/supervisor.rs because prepare_proxy_child is called with five arguments but the unchanged infraternal-shim API accepts four on this Darwin build. Neither supervisor.rs nor infraternal-shim/src/lib.rs differs from current origin/dev. I will retry the two mesh_status_ tests with only plugin-mesh enabled to validate this slice without compiling the unrelated proxy path; I will report the default-feature Mac blocker with the final results.

Mac CLI validation finding: the default-feature `infraternal` binary test build stops in `crates/plugins/proxy/src/supervisor.rs` because `prepare_proxy_child` is called with five arguments but the unchanged `infraternal-shim` API accepts four on this Darwin build. Neither `supervisor.rs` nor `infraternal-shim/src/lib.rs` differs from current `origin/dev`. I will retry the two `mesh_status_` tests with only `plugin-mesh` enabled to validate this slice without compiling the unrelated proxy path; I will report the default-feature Mac blocker with the final results.
kayg commented 2026-11-05 02:00:20 +00:00
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Mac filter cost report, release mode, under /tmp/mac-bench.lock on the 4-vCPU Mac VM (pre-run load average 1.53/1.56/1.55; top observed process was mds at 1.8% CPU):

METRIC name=mac_packet_filter_cost mode=pass_through throughput_pps=3423602314 p99_ns=42 packets=100000
METRIC name=mac_packet_filter_cost mode=filtered throughput_pps=13539739 p99_ns=125 packets=100000

This is the filter-only microbenchmark: the pass-through case borrows the packet bytes without parsing or making a network write; it is not end-to-end tunnel throughput. The measured p99 increase is 83 ns per packet. Raw command output is in /Users/claude/.cache/codex-scratch/j197/evidence/mac-filter-cost-release.log on the Mac VM.

Mac filter cost report, release mode, under `/tmp/mac-bench.lock` on the 4-vCPU Mac VM (pre-run load average 1.53/1.56/1.55; top observed process was `mds` at 1.8% CPU): ``` METRIC name=mac_packet_filter_cost mode=pass_through throughput_pps=3423602314 p99_ns=42 packets=100000 METRIC name=mac_packet_filter_cost mode=filtered throughput_pps=13539739 p99_ns=125 packets=100000 ``` This is the filter-only microbenchmark: the pass-through case borrows the packet bytes without parsing or making a network write; it is not end-to-end tunnel throughput. The measured p99 increase is 83 ns per packet. Raw command output is in `/Users/claude/.cache/codex-scratch/j197/evidence/mac-filter-cost-release.log` on the Mac VM.
kayg commented 2026-11-05 02:25:03 +00:00
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J197 resumed from the existing pushed worktree at macos-filter-j197, head 83e1c72dbec90f9f8e83a7ea329f376e24ddd4ad, based on current origin/dev 54ca981778d472f53aac186cf51ce45fb07a56f4. The branch contains four commits; it is clean and no build is running.

I reread the common brief, D228/D235/D336/D337/D340, #265 and J162's F1 review. Continuing here as the canonical issue. The saved Mac microbenchmark output reported pass-through at 3,423,602,314 packets/s versus filtered at 13,539,739 packets/s, so the baseline loop is being optimized away and those throughput numbers are not valid. I will correct the measurement, rerun quick and fast on the Linux VM, and finish the real Mac/Linux peer proof under the file lock.

J197 resumed from the existing pushed worktree at `macos-filter-j197`, head `83e1c72dbec90f9f8e83a7ea329f376e24ddd4ad`, based on current `origin/dev` `54ca981778d472f53aac186cf51ce45fb07a56f4`. The branch contains four commits; it is clean and no build is running. I reread the common brief, D228/D235/D336/D337/D340, #265 and J162's F1 review. Continuing here as the canonical issue. The saved Mac microbenchmark output reported pass-through at 3,423,602,314 packets/s versus filtered at 13,539,739 packets/s, so the baseline loop is being optimized away and those throughput numbers are not valid. I will correct the measurement, rerun quick and fast on the Linux VM, and finish the real Mac/Linux peer proof under the file lock.
kayg commented 2026-11-05 02:45:16 +00:00
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Finding: refreshed verify quick at branch head 83e1c72dbec90f9f8e83a7ea329f376e24ddd4ad on dev-02 passed scope guard, migration names, fmt, doc coverage, workspace clippy and changed mesh tests. The changed binary-only test suite failed one unrelated restart test: restart::tests::reload_reopens_install_path_when_the_running_inode_was_replaced was killed after its 60-second timeout (status=signal: 9 (SIGKILL)); result was 155 passed, 1 failed, 3 ignored. I am reproducing that exact test on unmodified origin/dev before classifying it. Quick log was not redirected on this attempt; the foreground output contained this failure summary.

Finding: refreshed `verify quick` at branch head `83e1c72dbec90f9f8e83a7ea329f376e24ddd4ad` on dev-02 passed scope guard, migration names, fmt, doc coverage, workspace clippy and changed mesh tests. The changed binary-only test suite failed one unrelated restart test: `restart::tests::reload_reopens_install_path_when_the_running_inode_was_replaced` was killed after its 60-second timeout (`status=signal: 9 (SIGKILL)`); result was 155 passed, 1 failed, 3 ignored. I am reproducing that exact test on unmodified `origin/dev` before classifying it. Quick log was not redirected on this attempt; the foreground output contained this failure summary.
kayg commented 2026-11-05 02:48:55 +00:00
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Base update: origin/dev advanced to 2a4f29de4ed888e203e2210780745f2070346d5a while the quick precheck was queued. I rebased only macos-filter-j197 onto that head and force-pushed with lease; the four feature commits applied cleanly. New head: 87a4c7fe4 (full SHA is on the branch). The exact restart timeout repro is queued on the unmodified latest origin/dev worktree; after that I will rerun quick on the rebased branch.

Base update: origin/dev advanced to `2a4f29de4ed888e203e2210780745f2070346d5a` while the quick precheck was queued. I rebased only `macos-filter-j197` onto that head and force-pushed with lease; the four feature commits applied cleanly. New head: `87a4c7fe4` (full SHA is on the branch). The exact restart timeout repro is queued on the unmodified latest `origin/dev` worktree; after that I will rerun quick on the rebased branch.
kayg commented 2026-11-05 02:53:18 +00:00
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Policy parity finding: Linux accepts ct state established,related only after render_connection_checks validates the original tuple against the initiating peer's current rule. The Mac filter tracks ICMP echo identifiers but does not parse quoted tuples in ICMP errors, so a Destination Unreachable/Time Exceeded related to an allowed Mac-initiated TCP/UDP flow is currently denied when inbound access is otherwise None. I will add allocation-free quoted-tuple matching against the existing bounded flow table, with tests for admitted and unmatched errors; untracked ICMP will continue to follow the peer's All policy.

Policy parity finding: Linux accepts `ct state established,related` only after `render_connection_checks` validates the original tuple against the initiating peer's current rule. The Mac filter tracks ICMP echo identifiers but does not parse quoted tuples in ICMP errors, so a Destination Unreachable/Time Exceeded related to an allowed Mac-initiated TCP/UDP flow is currently denied when inbound access is otherwise `None`. I will add allocation-free quoted-tuple matching against the existing bounded flow table, with tests for admitted and unmatched errors; untracked ICMP will continue to follow the peer's `All` policy.
kayg commented 2026-11-05 02:57:38 +00:00
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Baseline repro queue update: the exact single restart test is still waiting on dev-02 after 10 minutes; it has not started. Current build-slot --status on both hosts shows all slots busy, with seven queued on compute01 and six on dev-02. This test is fourth in the dev-02 queue, so it remains the shorter path. The command is still attached in the foreground and writes its output to ~/.cache/codex-scratch/j197/evidence/origin-dev-restart.log.

Baseline repro queue update: the exact single restart test is still waiting on dev-02 after 10 minutes; it has not started. Current `build-slot --status` on both hosts shows all slots busy, with seven queued on compute01 and six on dev-02. This test is fourth in the dev-02 queue, so it remains the shorter path. The command is still attached in the foreground and writes its output to `~/.cache/codex-scratch/j197/evidence/origin-dev-restart.log`.
kayg commented 2026-11-05 03:09:48 +00:00
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Baseline finding: the restart test that timed out in the branch's earlier verify quick passes by itself on unmodified origin/dev at 2a4f29de4. The foreground build-slot run waited 19 minutes, then compiled and reported:

test restart::tests::reload_reopens_install_path_when_the_running_inode_was_replaced ... ok
test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 158 filtered out; finished in 0.32s

This points to contention during the earlier workspace run rather than a regression in this branch. I will rerun quick on the finished branch after the remaining implementation and Mac proof work.

Baseline finding: the restart test that timed out in the branch's earlier `verify quick` passes by itself on unmodified `origin/dev` at `2a4f29de4`. The foreground build-slot run waited 19 minutes, then compiled and reported: ``` test restart::tests::reload_reopens_install_path_when_the_running_inode_was_replaced ... ok test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 158 filtered out; finished in 0.32s ``` This points to contention during the earlier workspace run rather than a regression in this branch. I will rerun quick on the finished branch after the remaining implementation and Mac proof work.
kayg commented 2026-11-05 03:16:43 +00:00
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Related-ICMP parity test is now present in packet_filter.rs; the source file SHA-256 matches between the control worktree and dev-02. Its RED run is attached through build-slot on dev-02 at queue position 5. Compute01 had five queued jobs and dev-02 had four when I chose the latter. The source snapshot will stay unchanged through this run.

Related-ICMP parity test is now present in `packet_filter.rs`; the source file SHA-256 matches between the control worktree and dev-02. Its RED run is attached through build-slot on dev-02 at queue position 5. Compute01 had five queued jobs and dev-02 had four when I chose the latter. The source snapshot will stay unchanged through this run.
kayg commented 2026-11-05 03:21:54 +00:00
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Queue update: the related-ICMP RED run remains fifth in the dev-02 build-slot queue after about 10 minutes; the test has not started. Current status shows two occupied slots and five queued on dev-02. Compute01 also has all four slots occupied and five queued, so I am keeping the attached dev-02 run in place.

Queue update: the related-ICMP RED run remains fifth in the dev-02 build-slot queue after about 10 minutes; the test has not started. Current status shows two occupied slots and five queued on dev-02. Compute01 also has all four slots occupied and five queued, so I am keeping the attached dev-02 run in place.
kayg commented 2026-11-05 03:27:33 +00:00
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Queue update: the attached related-ICMP RED run remains fifth on dev-02 after nearly 15 minutes. Both slots are occupied and the test has not started compiling. I am keeping this run in the foreground.

Queue update: the attached related-ICMP RED run remains fifth on dev-02 after nearly 15 minutes. Both slots are occupied and the test has not started compiling. I am keeping this run in the foreground.
kayg commented 2026-11-05 03:29:46 +00:00
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WIP checkpoint pushed: 6e528d046 on macos-filter-j197. It contains only the related-ICMP regression test; the attached dev-02 RED run has the same source contents and remains queued. Next I will confirm it fails on the current filter, then add allocation-free quoted-tuple lookup against the bounded flow table. Mac benchmark/proofs and the refreshed gates remain pending.

WIP checkpoint pushed: `6e528d046` on `macos-filter-j197`. It contains only the related-ICMP regression test; the attached dev-02 RED run has the same source contents and remains queued. Next I will confirm it fails on the current filter, then add allocation-free quoted-tuple lookup against the bounded flow table. Mac benchmark/proofs and the refreshed gates remain pending.
kayg commented 2026-11-05 03:36:46 +00:00
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Queue update: the related-ICMP RED run is still fifth after 20 minutes, with no test output. Dev-02 has two busy slots and five queued jobs; its oldest active command has run for just over an hour. I am keeping the test attached in the foreground.

Queue update: the related-ICMP RED run is still fifth after 20 minutes, with no test output. Dev-02 has two busy slots and five queued jobs; its oldest active command has run for just over an hour. I am keeping the test attached in the foreground.
kayg commented 2026-11-05 03:44:43 +00:00
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Queue move: the dev-02 command was canceled after about 24 minutes before it acquired a slot; no compile or test started there, and I verified its queue entry was gone. Compute01 has four slots and three queued jobs, so I synced its J197 worktree to pushed head 6e528d046 (saving the prior worktree diff under ~/.cache/codex-scratch/j197/evidence/pre-sync-83a85.patch) and started the same test there. It is attached in the foreground at queue position 4.

Queue move: the dev-02 command was canceled after about 24 minutes before it acquired a slot; no compile or test started there, and I verified its queue entry was gone. Compute01 has four slots and three queued jobs, so I synced its J197 worktree to pushed head `6e528d046` (saving the prior worktree diff under `~/.cache/codex-scratch/j197/evidence/pre-sync-83a85.patch`) and started the same test there. It is attached in the foreground at queue position 4.
kayg commented 2026-11-05 03:57:12 +00:00
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RED evidence at pushed test head 6e528d046 on compute01 through build-slot. The test compiled and failed at the expected assertion because the current filter denies an ICMP error for a live outbound UDP flow:

test packet_filter::tests::related_icmp_errors_match_the_admitted_flow_in_both_families ... FAILED
thread 'packet_filter::tests::related_icmp_errors_match_the_admitted_flow_in_both_families' panicked at crates/plugins/mesh/src/packet_filter.rs:319:9:
assertion failed: filter.allow_inbound(&error_v4)
test result: FAILED. 0 passed; 1 failed; 0 ignored; 0 measured; 43 filtered out

I am implementing allocation-free quote parsing and bounded-table matching now. Unmatched quotes and errors for expired/revoked flows will remain denied unless the peer's All policy independently permits ICMP.

RED evidence at pushed test head `6e528d046` on compute01 through build-slot. The test compiled and failed at the expected assertion because the current filter denies an ICMP error for a live outbound UDP flow: ``` test packet_filter::tests::related_icmp_errors_match_the_admitted_flow_in_both_families ... FAILED thread 'packet_filter::tests::related_icmp_errors_match_the_admitted_flow_in_both_families' panicked at crates/plugins/mesh/src/packet_filter.rs:319:9: assertion failed: filter.allow_inbound(&error_v4) test result: FAILED. 0 passed; 1 failed; 0 ignored; 0 measured; 43 filtered out ``` I am implementing allocation-free quote parsing and bounded-table matching now. Unmatched quotes and errors for expired/revoked flows will remain denied unless the peer's `All` policy independently permits ICMP.
kayg commented 2026-11-05 04:03:18 +00:00
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WIP checkpoint pushed: 64ca32473 adds the peer-initiated direction, revoked-flow and truncated-quote assertions. The first test at 6e528d046 failed at the expected IPv4 related-flow assertion (0 passed, 1 failed). I synced 64ca32473 to dev-02 and queued both related-ICMP tests together at position 4; no second run stage has started yet.

WIP checkpoint pushed: `64ca32473` adds the peer-initiated direction, revoked-flow and truncated-quote assertions. The first test at `6e528d046` failed at the expected IPv4 related-flow assertion (0 passed, 1 failed). I synced `64ca32473` to dev-02 and queued both related-ICMP tests together at position 4; no second run stage has started yet.
kayg commented 2026-11-05 04:19:39 +00:00
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Queue progress: the expanded related-ICMP run is now first in the dev-02 queue after about 17 minutes, but both slots remain occupied and no compile output has started. The foreground command is still attached.

Queue progress: the expanded related-ICMP run is now first in the dev-02 queue after about 17 minutes, but both slots remain occupied and no compile output has started. The foreground command is still attached.
kayg commented 2026-11-05 04:25:48 +00:00
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Queue update: after about 23 minutes, the expanded related-ICMP run remains first on dev-02 with no test output. Both slots are busy; the oldest active slot is at 1h51m. I am keeping the command foreground-attached.

Queue update: after about 23 minutes, the expanded related-ICMP run remains first on dev-02 with no test output. Both slots are busy; the oldest active slot is at 1h51m. I am keeping the command foreground-attached.
kayg commented 2026-11-05 04:32:15 +00:00
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RED evidence at 64ca32473 on dev-02 through build-slot. The updated test target compiled and both direction/family regressions failed at the expected related-error assertions:

running 2 tests
test packet_filter::tests::related_icmp_errors_match_peer_initiated_flows_too ... FAILED
test packet_filter::tests::related_icmp_errors_match_the_admitted_flow_in_both_families ... FAILED

assertion failed: filter.allow_outbound(&error_v4)
assertion failed: filter.allow_inbound(&error_v4)
test result: FAILED. 0 passed; 2 failed; 0 ignored; 0 measured; 43 filtered out

The failures confirm related errors are denied in both directions despite a live admitted UDP tuple. I am adding bounded quoted-tuple lookup now; the truncated, unmatched and revoked-flow checks will verify that it does not broaden access.

RED evidence at `64ca32473` on dev-02 through build-slot. The updated test target compiled and both direction/family regressions failed at the expected related-error assertions: ``` running 2 tests test packet_filter::tests::related_icmp_errors_match_peer_initiated_flows_too ... FAILED test packet_filter::tests::related_icmp_errors_match_the_admitted_flow_in_both_families ... FAILED assertion failed: filter.allow_outbound(&error_v4) assertion failed: filter.allow_inbound(&error_v4) test result: FAILED. 0 passed; 2 failed; 0 ignored; 0 measured; 43 filtered out ``` The failures confirm related errors are denied in both directions despite a live admitted UDP tuple. I am adding bounded quoted-tuple lookup now; the truncated, unmatched and revoked-flow checks will verify that it does not broaden access.
kayg commented 2026-11-05 04:37:35 +00:00
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Base update: origin/dev advanced from 2a4f29de4 to 130546edc with two migration-tooling commits; neither touched mesh code. I rebased macos-filter-j197 cleanly and force-pushed with lease. The allocation-free quoted-tuple parser and existing bounded flow-table lookup are now checkpointed at e35647d92 (WIP pending quick). Next I am syncing this head to dev-02 for scripts/verify quick.

Base update: `origin/dev` advanced from `2a4f29de4` to `130546edc` with two migration-tooling commits; neither touched mesh code. I rebased `macos-filter-j197` cleanly and force-pushed with lease. The allocation-free quoted-tuple parser and existing bounded flow-table lookup are now checkpointed at `e35647d92` (WIP pending quick). Next I am syncing this head to dev-02 for `scripts/verify quick`.
kayg commented 2026-11-05 04:53:53 +00:00
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Gate queue update: final-source scripts/verify quick remains second on dev-02 after about 14 minutes with no stage output. Both hosts have all slots busy; compute01 also has two queued jobs, while dev-02 retains this job's warm target. I am keeping the foreground run on dev-02.

Gate queue update: final-source `scripts/verify quick` remains second on dev-02 after about 14 minutes with no stage output. Both hosts have all slots busy; compute01 also has two queued jobs, while dev-02 retains this job's warm target. I am keeping the foreground run on dev-02.
kayg commented 2026-11-05 05:03:49 +00:00
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Queue update: final-source quick has advanced to first in dev-02's queue after about 24 minutes, but both slots are still busy and no gate stage has started. Compute01 has four queued jobs, so I am keeping this run on dev-02.

Queue update: final-source quick has advanced to first in dev-02's queue after about 24 minutes, but both slots are still busy and no gate stage has started. Compute01 has four queued jobs, so I am keeping this run on dev-02.
kayg commented 2026-11-05 05:18:23 +00:00
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Queue update: scripts/verify quick remains the only queued command on dev-02 after about 39 minutes, with both slots busy and no gate stage output. Compute01 has four queued jobs. The foreground dev-02 run and its target remain unchanged.

Queue update: `scripts/verify quick` remains the only queued command on dev-02 after about 39 minutes, with both slots busy and no gate stage output. Compute01 has four queued jobs. The foreground dev-02 run and its target remain unchanged.
kayg commented 2026-11-05 05:31:37 +00:00
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Gate finding at e35647d92: foreground scripts/verify quick on dev-02 reached fmt and stopped with rustfmt differences in four locations in crates/plugins/mesh/src/packet_filter.rs (test helper signatures, a truncated-packet fixture call, and the ICMP error-type matches expression). Clippy and tests did not run. I’m applying the formatter output, rebasing onto current origin/dev 763f25aa0 (D352), then will rerun quick in the same VM worktree and target directory.

Gate finding at e35647d92: foreground scripts/verify quick on dev-02 reached fmt and stopped with rustfmt differences in four locations in crates/plugins/mesh/src/packet_filter.rs (test helper signatures, a truncated-packet fixture call, and the ICMP error-type matches expression). Clippy and tests did not run. I’m applying the formatter output, rebasing onto current origin/dev 763f25aa0 (D352), then will rerun quick in the same VM worktree and target directory.
kayg commented 2026-11-05 05:33:03 +00:00
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Base and checkpoint update: is rebased onto (D352) and force-pushed with lease at . The only new source delta is the formatter output required by the quick gate. I’m refreshing the dedicated dev-02 worktree at this SHA and rerunning quick in its existing target directory.

Base and checkpoint update: is rebased onto (D352) and force-pushed with lease at . The only new source delta is the formatter output required by the quick gate. I’m refreshing the dedicated dev-02 worktree at this SHA and rerunning quick in its existing target directory.
kayg commented 2026-11-05 05:33:27 +00:00
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Correction to the update above (the shell treated Markdown backticks as substitutions before the comment was posted): branch macos-filter-j197 is rebased onto origin/dev 763f25aa0 (D352) and force-pushed with lease at 49890986c6. The only new source delta is the rustfmt output required by quick. I am refreshing the dedicated dev-02 worktree at this SHA and rerunning quick in its existing target directory.

Correction to the update above (the shell treated Markdown backticks as substitutions before the comment was posted): branch macos-filter-j197 is rebased onto origin/dev 763f25aa0 (D352) and force-pushed with lease at 49890986c6a6fa43bc069ca6208e21f86f15a7b4. The only new source delta is the rustfmt output required by quick. I am refreshing the dedicated dev-02 worktree at this SHA and rerunning quick in its existing target directory.
kayg commented 2026-11-05 05:34:39 +00:00
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Quick finding at 49890986c: scope guard, migration names, fmt, and D345 doc coverage passed. Workspace clippy then failed on crates/plugins/mesh/src/packet_filter.rs in is_icmp_error: clippy::manual_range_patterns recommends expressing the ICMPv6 error kinds 1 through 4 as 1..=4. The tests did not run. I will make that semantics-preserving pattern change, push it, and rerun quick.

Quick finding at 49890986c: scope guard, migration names, fmt, and D345 doc coverage passed. Workspace clippy then failed on crates/plugins/mesh/src/packet_filter.rs in is_icmp_error: clippy::manual_range_patterns recommends expressing the ICMPv6 error kinds 1 through 4 as 1..=4. The tests did not run. I will make that semantics-preserving pattern change, push it, and rerun quick.
kayg commented 2026-11-05 05:35:02 +00:00
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The clippy finding is fixed in commit 3a8f4f0ff9 and pushed to macos-filter-j197. I am refreshing dev-02 at this exact head and will rerun quick against the same target directory.

The clippy finding is fixed in commit 3a8f4f0ff93eb6bdbd9eb121dcc04675814a3845 and pushed to macos-filter-j197. I am refreshing dev-02 at this exact head and will rerun quick against the same target directory.
kayg commented 2026-11-05 05:36:12 +00:00
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The quick run at 3a8f4f0ff stopped at fmt: rustfmt collapsed the short matches expression to one line before clippy ran. I amended that same ICMP lint-fix commit with the required formatting and force-pushed only macos-filter-j197. Next I am refreshing and rerunning quick at the amended head.

The quick run at 3a8f4f0ff stopped at fmt: rustfmt collapsed the short matches expression to one line before clippy ran. I amended that same ICMP lint-fix commit with the required formatting and force-pushed only macos-filter-j197. Next I am refreshing and rerunning quick at the amended head.
kayg commented 2026-11-05 05:51:57 +00:00
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Quick progress at e8c08ac0d, using dev-02 origin/dev 1ea406ad1: scope guard, migration names, fmt, doc coverage, workspace clippy, and the changed mesh library unit suite passed; the mesh suite reports 45 passed, 0 failed, including rule matching, bounded flow capacity, revocation, and related ICMP cases. The changed binary-only test target is still compiling. origin/dev has since advanced to 9ad91ed19, so I will rebase and rerun quick after this attached run exits.

Quick progress at e8c08ac0d, using dev-02 origin/dev 1ea406ad1: scope guard, migration names, fmt, doc coverage, workspace clippy, and the changed mesh library unit suite passed; the mesh suite reports 45 passed, 0 failed, including rule matching, bounded flow capacity, revocation, and related ICMP cases. The changed binary-only test target is still compiling. origin/dev has since advanced to 9ad91ed19, so I will rebase and rerun quick after this attached run exits.
kayg commented 2026-11-05 05:55:38 +00:00
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Quick evidence at e8c08ac0d (the current source, before rebase) against dev-02 origin/dev 1ea406ad1: scope guard, migration names, fmt, doc coverage, workspace clippy, and both changed test targets passed. The mesh library suite reported 45 passed, 0 failed; the binary suite reported 156 passed, 0 failed, 3 ignored. The final line was: QUICK pre-check passed. This is not the gate: run scripts/verify fast before reporting done. Log: /home/claude/.cache/codex-scratch/j197/evidence/verify-quick-final.log. Since that run, macos-filter-j197 was rebased onto latest origin/dev 9ad91ed19 and pushed at 570a18271b; source files did not change during the rebase. I will rerun quick at this head, then continue Mac evidence and the final fast gate.

Quick evidence at e8c08ac0d (the current source, before rebase) against dev-02 origin/dev 1ea406ad1: scope guard, migration names, fmt, doc coverage, workspace clippy, and both changed test targets passed. The mesh library suite reported 45 passed, 0 failed; the binary suite reported 156 passed, 0 failed, 3 ignored. The final line was: QUICK pre-check passed. This is not the gate: run scripts/verify fast before reporting done. Log: /home/claude/.cache/codex-scratch/j197/evidence/verify-quick-final.log. Since that run, macos-filter-j197 was rebased onto latest origin/dev 9ad91ed19 and pushed at 570a18271b2099159fff8feaee12937a597fd988; source files did not change during the rebase. I will rerun quick at this head, then continue Mac evidence and the final fast gate.
kayg commented 2026-11-05 06:04:11 +00:00
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Benchmark regression RED at ef1a33b05 on the Mac VM under lockf -k /tmp/mac-bench.lock and nix develop. The focused packet_sink_observes_packet_bytes test failed compilation at its expected missing helper: six E0425 diagnostics, cannot find function packet_checksum. No benchmark ran. I am adding a non-allocating packet sink used by both paths, then will rerun this test and collect release measurements under the lock.

Benchmark regression RED at ef1a33b05 on the Mac VM under lockf -k /tmp/mac-bench.lock and nix develop. The focused packet_sink_observes_packet_bytes test failed compilation at its expected missing helper: six E0425 diagnostics, cannot find function packet_checksum. No benchmark ran. I am adding a non-allocating packet sink used by both paths, then will rerun this test and collect release measurements under the lock.
kayg commented 2026-11-05 06:10:36 +00:00
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Mac lock update: the focused GREEN test plus corrected benchmark command is waiting in the foreground on the Mac lock. Process inspection shows the current holder is J206 running its authorized blur benchmark, not this job; the J197 lockf has been queued for about 3 minutes and has not checked out or built the source. I will keep it waiting and will not run another Mac command until that lock is released.

Mac lock update: the focused GREEN test plus corrected benchmark command is waiting in the foreground on the Mac lock. Process inspection shows the current holder is J206 running its authorized blur benchmark, not this job; the J197 lockf has been queued for about 3 minutes and has not checked out or built the source. I will keep it waiting and will not run another Mac command until that lock is released.
kayg commented 2026-11-05 06:11:42 +00:00
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Quick result at 570a18271b against origin/dev 9ad91ed19: scope guard, migration names, fmt, doc coverage, workspace clippy, changed mesh tests, and changed binary-only tests all passed. The mesh library suite reported 45 passed, 0 failed; the CLI suite reported 157 passed, 0 failed, 3 ignored. Exact ending: QUICK pre-check passed. This is not the gate: run scripts/verify fast before reporting done. Log is /home/claude/.cache/codex-scratch/j197/evidence/verify-quick-final.log. This head predates the observable-benchmark test/fix at 100ad82a1, so quick will be repeated at the final source head.

Quick result at 570a18271b2099159fff8feaee12937a597fd988 against origin/dev 9ad91ed19: scope guard, migration names, fmt, doc coverage, workspace clippy, changed mesh tests, and changed binary-only tests all passed. The mesh library suite reported 45 passed, 0 failed; the CLI suite reported 157 passed, 0 failed, 3 ignored. Exact ending: QUICK pre-check passed. This is not the gate: run scripts/verify fast before reporting done. Log is /home/claude/.cache/codex-scratch/j197/evidence/verify-quick-final.log. This head predates the observable-benchmark test/fix at 100ad82a1, so quick will be repeated at the final source head.
kayg commented 2026-11-05 06:14:49 +00:00
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Mac benchmark RED/GREEN: the test-only packet sink failed first at ef1a33b05 with six E0425 missing-helper diagnostics under the Mac lock. At 100ad82a1, packet_sink_observes_packet_bytes passed 1/1 on the Mac under the lock, and the release-mode corrected benchmark is now compiling. No timing result has been recorded yet. The Linux quick at 100ad82a1 has also passed clippy and its 46-test mesh library suite; its binary-only suite is still running.

Mac benchmark RED/GREEN: the test-only packet sink failed first at ef1a33b05 with six E0425 missing-helper diagnostics under the Mac lock. At 100ad82a1, packet_sink_observes_packet_bytes passed 1/1 on the Mac under the lock, and the release-mode corrected benchmark is now compiling. No timing result has been recorded yet. The Linux quick at 100ad82a1 has also passed clippy and its 46-test mesh library suite; its binary-only suite is still running.
kayg commented 2026-11-05 06:16:39 +00:00
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Latest source quick at 100ad82a19, with dev-02 origin/dev fetched to a8b4ee720: scope guard, migration names, fmt, doc coverage, workspace clippy, changed mesh tests, and changed binary-only tests all passed. Mesh library: 46 passed, 0 failed. CLI: 157 passed, 0 failed, 3 ignored. Exact ending: QUICK pre-check passed. This is not the gate: run scripts/verify fast before reporting done. Log: /home/claude/.cache/codex-scratch/j197/evidence/verify-quick-final.log. The corrected Mac release microbenchmark at this source reported pass-through 54,819,542 packets/s and p99 83 ns; filtered 10,259,918 packets/s and p99 125 ns (42 ns p99 increase). It is an in-memory packet-sink microbenchmark, not a TUN syscall or end-to-end throughput result. Raw Mac log: /Users/claude/.cache/codex-scratch/j197/evidence/mac-filter-cost-release.log. I will repeat samples with a recorded pre-run load, then complete the real Linux-peer proof and final gates.

Latest source quick at 100ad82a198be661f2fc04f2cb2bbf23f92e35a0, with dev-02 origin/dev fetched to a8b4ee720: scope guard, migration names, fmt, doc coverage, workspace clippy, changed mesh tests, and changed binary-only tests all passed. Mesh library: 46 passed, 0 failed. CLI: 157 passed, 0 failed, 3 ignored. Exact ending: QUICK pre-check passed. This is not the gate: run scripts/verify fast before reporting done. Log: /home/claude/.cache/codex-scratch/j197/evidence/verify-quick-final.log. The corrected Mac release microbenchmark at this source reported pass-through 54,819,542 packets/s and p99 83 ns; filtered 10,259,918 packets/s and p99 125 ns (42 ns p99 increase). It is an in-memory packet-sink microbenchmark, not a TUN syscall or end-to-end throughput result. Raw Mac log: /Users/claude/.cache/codex-scratch/j197/evidence/mac-filter-cost-release.log. I will repeat samples with a recorded pre-run load, then complete the real Linux-peer proof and final gates.
kayg commented 2026-11-05 06:17:23 +00:00
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Current branch was rebased onto origin/dev a8b4ee720 and force-pushed at 14fc4478c1. The rebase changed no source. I am refreshing the dev-02 worktree at this exact head for the final quick precheck, then will keep the source unchanged through fast.

Current branch was rebased onto origin/dev a8b4ee720 and force-pushed at 14fc4478c1fcf90599b5854023a542cb7f115e92. The rebase changed no source. I am refreshing the dev-02 worktree at this exact head for the final quick precheck, then will keep the source unchanged through fast.
kayg commented 2026-11-05 06:22:33 +00:00
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Benchmark repeat update: Mac lock inspection showed J206 running its run4 benchmark for 7m33s; the J197 lockf at PID 74117 was waiting for 2m39s and had not reached git checkout or Cargo. I stopped only that queued J197 lockf after the outer lume-owned tee failed to open claude’s evidence path. The Linux verification remains foreground-attached on compute01. I will restart the Mac repeat with tee inside the claude-owned shell once the lock is available.

Benchmark repeat update: Mac lock inspection showed J206 running its run4 benchmark for 7m33s; the J197 lockf at PID 74117 was waiting for 2m39s and had not reached git checkout or Cargo. I stopped only that queued J197 lockf after the outer lume-owned tee failed to open claude’s evidence path. The Linux verification remains foreground-attached on compute01. I will restart the Mac repeat with tee inside the claude-owned shell once the lock is available.
kayg commented 2026-11-05 06:33:17 +00:00
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J197 resumed from the supplied state on branch macos-filter-j197 at 14fc4478c1, based on origin/dev a8b4ee7206. Restart pointer: #364. Status check: the current quick log on compute01 still reports build-slot queue position 8; dev-02 has an earlier quick success log; the Mac lock is held by J206 run4 (PID 71625), with no J197 Mac process holding or waiting on it. I am keeping the source unchanged while I inspect the queued quick and audit remaining real-peer evidence.

J197 resumed from the supplied state on branch macos-filter-j197 at 14fc4478c1fcf90599b5854023a542cb7f115e92, based on origin/dev a8b4ee7206d3d72f4e04aeb432d86869a3ae532c. Restart pointer: #364. Status check: the current quick log on compute01 still reports build-slot queue position 8; dev-02 has an earlier quick success log; the Mac lock is held by J206 run4 (PID 71625), with no J197 Mac process holding or waiting on it. I am keeping the source unchanged while I inspect the queued quick and audit remaining real-peer evidence.
kayg commented 2026-11-05 07:11:39 +00:00
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J197 resumed after the 429 at pushed head 14fc4478c1, based on origin/dev a8b4ee7206. I re-read the common brief, repo process/architecture and the named decisions, and rechecked #265/J162 F1 plus the Linux and Mac packet paths. The exact-head quick result is already recorded in ~/.cache/codex-scratch/j197/evidence/verify-quick-final.log (the VM worktree is at the same SHA). No source changes in this resumed run. The Mac lock is currently held by another lockf shell (PID 76603, observed for 22 minutes); no J197 Mac command has started. I am preparing the Linux-peer proof fixture while preserving the current branch head. Next: repeat the Mac cost benchmark with load recorded, run the five real Mac/Linux cases under the lock, then run fast and attach the finish evidence.

J197 resumed after the 429 at pushed head 14fc4478c1fcf90599b5854023a542cb7f115e92, based on origin/dev a8b4ee7206d3d72f4e04aeb432d86869a3ae532c. I re-read the common brief, repo process/architecture and the named decisions, and rechecked #265/J162 F1 plus the Linux and Mac packet paths. The exact-head quick result is already recorded in ~/.cache/codex-scratch/j197/evidence/verify-quick-final.log (the VM worktree is at the same SHA). No source changes in this resumed run. The Mac lock is currently held by another lockf shell (PID 76603, observed for 22 minutes); no J197 Mac command has started. I am preparing the Linux-peer proof fixture while preserving the current branch head. Next: repeat the Mac cost benchmark with load recorded, run the five real Mac/Linux cases under the lock, then run fast and attach the finish evidence.
kayg commented 2026-11-05 07:48:28 +00:00
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Fresh exact-head quick on dev-02 worktree j197-verify at 14fc4478c1 passed: scope guard, migration names, fmt, doc coverage, workspace clippy, changed mesh tests (46 passed), and changed CLI tests (157 passed, 3 ignored). The output ended QUICK pre-check passed. This is not the gate: run scripts/verify fast before reporting done. Existing vendor warnings were emitted; no gate failures. This quick used the same worktree target that will run fast. Mac load recording and the three-sample release benchmark are running under lockf on the Mac. The Linux root fixture build acquired its slot but failed before compilation because root has no nix on PATH; I am retrying with the installed absolute Nix path in the same /root throwaway clone.

Fresh exact-head quick on dev-02 worktree j197-verify at 14fc4478c1fcf90599b5854023a542cb7f115e92 passed: scope guard, migration names, fmt, doc coverage, workspace clippy, changed mesh tests (46 passed), and changed CLI tests (157 passed, 3 ignored). The output ended `QUICK pre-check passed. This is not the gate: run scripts/verify fast before reporting done.` Existing vendor warnings were emitted; no gate failures. This quick used the same worktree target that will run fast. Mac load recording and the three-sample release benchmark are running under lockf on the Mac. The Linux root fixture build acquired its slot but failed before compilation because root has no `nix` on PATH; I am retrying with the installed absolute Nix path in the same /root throwaway clone.
kayg commented 2026-11-05 07:59:36 +00:00
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Mac release benchmark is complete under the Mac VM lock at 14fc4478c1fcf90599b5854023a542cb7f115e92.

Machine/load: macOS 26.5.2 arm64, 4 logical CPUs; pre-run load averages 0.66 / 1.26 / 1.61 and 75.75% idle.

Three 100,000-packet samples from the in-memory packet-sink benchmark:

  • Pass-through: 67,611,378 / 68,917,988 / 71,895,016 packets/s; p99 83 / 84 / 83 ns.
  • Filtered: 10,501,628 / 10,382,464 / 10,496,117 packets/s; p99 167 / 167 / 166 ns.

The median filtered throughput is 10,496,117 packets/s versus 68,917,988 pass-through (about 15.2%); p99 rises from 84 ns to 167 ns. This measures the in-memory packet-sink path, not TUN syscall or end-to-end tunnel throughput. The raw log is /Users/claude/.cache/codex-scratch/j197/evidence/mac-filter-cost-final.log.

The fresh exact-head scripts/verify quick passed as recorded above. scripts/verify fast is running in the foreground on dev-02; next I am completing the real Linux-peer proof under the Mac lock.

Mac release benchmark is complete under the Mac VM lock at `14fc4478c1fcf90599b5854023a542cb7f115e92`. Machine/load: macOS 26.5.2 arm64, 4 logical CPUs; pre-run load averages 0.66 / 1.26 / 1.61 and 75.75% idle. Three 100,000-packet samples from the in-memory packet-sink benchmark: - Pass-through: 67,611,378 / 68,917,988 / 71,895,016 packets/s; p99 83 / 84 / 83 ns. - Filtered: 10,501,628 / 10,382,464 / 10,496,117 packets/s; p99 167 / 167 / 166 ns. The median filtered throughput is 10,496,117 packets/s versus 68,917,988 pass-through (about 15.2%); p99 rises from 84 ns to 167 ns. This measures the in-memory packet-sink path, not TUN syscall or end-to-end tunnel throughput. The raw log is `/Users/claude/.cache/codex-scratch/j197/evidence/mac-filter-cost-final.log`. The fresh exact-head `scripts/verify quick` passed as recorded above. `scripts/verify fast` is running in the foreground on dev-02; next I am completing the real Linux-peer proof under the Mac lock.
kayg commented 2026-11-05 08:13:49 +00:00
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Proof progress: the Mac release fixture helper compiled successfully on the locked VM. The exact-head fast gate is running on dev-02 through its existing build-slot. The Linux fixture build is now queued at position 8 on compute01 because the Linux side must run as root in /root/j197-proof; the Mac infraternal mesh status release build is still compiling. Source remains unchanged at 14fc4478c1fcf90599b5854023a542cb7f115e92. I will keep both runs attached in the foreground, then complete the five live peer checks and clean the temporary fixture.

Proof progress: the Mac release fixture helper compiled successfully on the locked VM. The exact-head fast gate is running on dev-02 through its existing build-slot. The Linux fixture build is now queued at position 8 on compute01 because the Linux side must run as root in `/root/j197-proof`; the Mac `infraternal mesh status` release build is still compiling. Source remains unchanged at `14fc4478c1fcf90599b5854023a542cb7f115e92`. I will keep both runs attached in the foreground, then complete the five live peer checks and clean the temporary fixture.
kayg commented 2026-11-05 08:24:06 +00:00
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Mac status-build finding: the locked release build of infraternal mesh status failed in the existing crates/infraternal-shim/build.rs → scripts/build-vt → Zig path, before compiling the CLI. Zig 0.15.2 reported HttpConnectionClosing while fetching the pinned zigimg archive and uucode Git dependency from GitHub. No product source changed. The Mac fixture example itself built successfully, and the earlier narrow Mac CLI test log reports both mesh_status_says_access_rules_are_enforced_on_this_mac and mesh_status_reports_userspace_access_enforcement passing. I am checking the test log's source head and available cached debug artifacts to capture status evidence without changing the dependency setup.

Mac status-build finding: the locked release build of `infraternal mesh status` failed in the existing `crates/infraternal-shim/build.rs` → `scripts/build-vt` → Zig path, before compiling the CLI. Zig 0.15.2 reported `HttpConnectionClosing` while fetching the pinned `zigimg` archive and `uucode` Git dependency from GitHub. No product source changed. The Mac fixture example itself built successfully, and the earlier narrow Mac CLI test log reports both `mesh_status_says_access_rules_are_enforced_on_this_mac` and `mesh_status_reports_userspace_access_enforcement` passing. I am checking the test log's source head and available cached debug artifacts to capture status evidence without changing the dependency setup.
kayg commented 2026-11-05 08:34:41 +00:00
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Status evidence refinement: the locked Mac status test log is from the j197-red worktree at 83e1c72dbec90f9f8e83a7ea329f376e24ddd4ad; both status tests passed there. I compared its main.rs with the current 14fc4478c1fcf90599b5854023a542cb7f115e92 worktree: no diff touches MESH_ENFORCEMENT_DETAILS or either status test (the main-file changes are session-shim wiring). The exact-head release CLI build remains blocked before CLI compilation by the Mac VM's missing outbound proxy and Zig's failed GitHub fetch, as recorded above.

Status evidence refinement: the locked Mac status test log is from the `j197-red` worktree at `83e1c72dbec90f9f8e83a7ea329f376e24ddd4ad`; both status tests passed there. I compared its `main.rs` with the current `14fc4478c1fcf90599b5854023a542cb7f115e92` worktree: no diff touches `MESH_ENFORCEMENT_DETAILS` or either status test (the main-file changes are session-shim wiring). The exact-head release CLI build remains blocked before CLI compilation by the Mac VM's missing outbound proxy and Zig's failed GitHub fetch, as recorded above.
kayg commented 2026-11-05 08:40:06 +00:00
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Fast-gate finding at 14fc4478c1fcf90599b5854023a542cb7f115e92: the full infraternal CLI test run has reported FAILED for restart::tests::cold_exec_with_closed_stdin_keeps_the_image_pinned_and_maps_null and restart::tests::restart_request_logs_kernel_peer_target_and_cold_outcome after both exceeded 60 seconds; other tests continue. The source test file is unchanged from origin/dev (the diff under crates/infraternal/src is confined to the Mac CLI status/session-shim file). I will collect the final assertion details, isolate both tests, and verify the result against origin/dev before calling the gate.

Fast-gate finding at `14fc4478c1fcf90599b5854023a542cb7f115e92`: the full `infraternal` CLI test run has reported `FAILED` for `restart::tests::cold_exec_with_closed_stdin_keeps_the_image_pinned_and_maps_null` and `restart::tests::restart_request_logs_kernel_peer_target_and_cold_outcome` after both exceeded 60 seconds; other tests continue. The source test file is unchanged from `origin/dev` (the diff under `crates/infraternal/src` is confined to the Mac CLI status/session-shim file). I will collect the final assertion details, isolate both tests, and verify the result against `origin/dev` before calling the gate.
kayg commented 2026-11-05 08:42:27 +00:00
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Fast-gate timeout details: the infraternal workspace test stage finished after 429.91s with 155 passed, 2 failed, and 3 ignored. The two failures were nested child test processes exceeding the existing 60s bound (57.598s and 60s), then receiving SIGKILL; neither produced a test assertion or child stderr. The tests are unchanged from origin/dev. The gate has continued to the next stage; I will isolate these tests and run them on origin/dev after the gate exits.

Fast-gate timeout details: the `infraternal` workspace test stage finished after 429.91s with 155 passed, 2 failed, and 3 ignored. The two failures were nested child test processes exceeding the existing 60s bound (57.598s and 60s), then receiving SIGKILL; neither produced a test assertion or child stderr. The tests are unchanged from `origin/dev`. The gate has continued to the next stage; I will isolate these tests and run them on `origin/dev` after the gate exits.
kayg commented 2026-11-05 08:48:02 +00:00
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Linux proof update: the root-only fixture build has advanced from queue position 8 to position 3 on compute01 after 38 minutes, and still has not started. Its source snapshot is the clean /root/j197-proof clone at the exact J197 head with the agent feature enabled. The Mac is still locked for this proof; the temporary root-owned test key is ready, but no tunnel or routes have been started. The fast gate has advanced through the SSH inode and shim process-per-user rows.

Linux proof update: the root-only fixture build has advanced from queue position 8 to position 3 on compute01 after 38 minutes, and still has not started. Its source snapshot is the clean `/root/j197-proof` clone at the exact J197 head with the `agent` feature enabled. The Mac is still locked for this proof; the temporary root-owned test key is ready, but no tunnel or routes have been started. The fast gate has advanced through the SSH inode and shim process-per-user rows.
kayg commented 2026-11-05 09:03:02 +00:00
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Fast-gate finding at exact source head 14fc4478c1 on dev-02-std: scripts/verify fast exited 1. The Rust test stage ended with the existing nested-test timeout row; the two tests and SIGKILL details are recorded in the earlier timeout finding. All remaining gate rows passed, including static builds. The final table output is verbatim:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| migration names           | PASS         |
| migration tooling tests   | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| Traefik component manifest | PASS         |
| release component publication | PASS         |
| test                      | FAIL (101)   |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| doc coverage ratchet      | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

Next I will run the two isolated tests against the branch base origin/dev to confirm whether the timeouts reproduce there, then complete the locked Mac/Linux packet proof.

Fast-gate finding at exact source head 14fc4478c1fcf90599b5854023a542cb7f115e92 on dev-02-std: `scripts/verify fast` exited 1. The Rust test stage ended with the existing nested-test timeout row; the two tests and SIGKILL details are recorded in the earlier timeout finding. All remaining gate rows passed, including static builds. The final table output is verbatim: ``` +---------------------------+--------------+ | Rust gate | Result | +---------------------------+--------------+ | fmt | PASS | | migration names | PASS | | migration tooling tests | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | Traefik component manifest | PASS | | release component publication | PASS | | test | FAIL (101) | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | doc coverage ratchet | PASS | | static builds | PASS | +---------------------------+--------------+ ``` Next I will run the two isolated tests against the branch base `origin/dev` to confirm whether the timeouts reproduce there, then complete the locked Mac/Linux packet proof.
kayg commented 2026-11-05 09:18:13 +00:00
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Real Mac/Linux proof completed under the Mac lock at exact head 14fc4478c1. Both helpers ran as root; the temporary Mac state was root-owned and preseeded without keychain access.

  • Mac NodeId 2, mesh 10.254.0.2, PID 89230; Linux coordinator NodeId 1, mesh 10.254.0.1, PID 1663524.
  • With Mac inbound=none, coordinator TCP/48080 timed out.
  • After a live Mac rule update to inbound=tcp:48080, TCP/48080 returned mac-allowed; TCP/48081 timed out while Linux outbound was allow-all.
  • A second Mac update revoked TCP/48080; the next probe timed out and the Mac helper PID remained 89230.
  • With Mac inbound still deny-all, a Mac-initiated TCP/48090 connection received linux-return-ok, confirming its reply passed the connection table.
  • Both helpers printed STOPPED and exited 0 after quit.

The detailed receipt is in mac-linux-proof-final.log on the control host under ~/.cache/codex-scratch/j197/evidence/; I will attach it with the benchmark and gate logs.

Real Mac/Linux proof completed under the Mac lock at exact head 14fc4478c1fcf90599b5854023a542cb7f115e92. Both helpers ran as root; the temporary Mac state was root-owned and preseeded without keychain access. - Mac NodeId 2, mesh 10.254.0.2, PID 89230; Linux coordinator NodeId 1, mesh 10.254.0.1, PID 1663524. - With Mac inbound=none, coordinator TCP/48080 timed out. - After a live Mac rule update to inbound=tcp:48080, TCP/48080 returned `mac-allowed`; TCP/48081 timed out while Linux outbound was allow-all. - A second Mac update revoked TCP/48080; the next probe timed out and the Mac helper PID remained 89230. - With Mac inbound still deny-all, a Mac-initiated TCP/48090 connection received `linux-return-ok`, confirming its reply passed the connection table. - Both helpers printed `STOPPED` and exited 0 after `quit`. The detailed receipt is in `mac-linux-proof-final.log` on the control host under `~/.cache/codex-scratch/j197/evidence/`; I will attach it with the benchmark and gate logs.
mac-linux-proof-final.log
1.6 KiB
mac-filter-cost-final.log
6.3 KiB
mac-cli-status-tests-narrow.log
4.8 KiB
verify-quick-final.log
29 KiB
verify-fast-final.log
458 KiB
kayg commented 2026-11-05 09:22:00 +00:00
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Progress: the two exact nested-test baseline reproductions are still waiting in foreground in the dev-02 build-slot queue at position 2, with about 19 minutes elapsed. dev-02 had one job ahead; compute01 had no free slots and two queued jobs, so dev-02 remains the shorter queue. The tests have not started yet.

Progress: the two exact nested-test baseline reproductions are still waiting in foreground in the dev-02 build-slot queue at position 2, with about 19 minutes elapsed. dev-02 had one job ahead; compute01 had no free slots and two queued jobs, so dev-02 remains the shorter queue. The tests have not started yet.
kayg commented 2026-11-05 09:39:58 +00:00
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Base update: origin/dev advanced from the J197 base a8b4ee7206 to a08e76b3b5 during this run. Current dev includes #355 commits ea873f703 and 828a8eb50, which change the restart-test helpers involved in the fast timeout row. I am isolating the two tests on the original a8b4 base, then will rebase macos-filter-j197 onto current origin/dev and rerun quick and fast.

Base update: origin/dev advanced from the J197 base a8b4ee7206d3d72f4e04aeb432d86869a3ae532c to a08e76b3b583265418b8c75e0fcc86f549581188 during this run. Current dev includes #355 commits ea873f703 and 828a8eb50, which change the restart-test helpers involved in the fast timeout row. I am isolating the two tests on the original a8b4 base, then will rebase macos-filter-j197 onto current origin/dev and rerun quick and fast.
kayg commented 2026-11-05 09:41:07 +00:00
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Queue update: I stopped my dev-02 baseline command before it started (exact queued PID 3624823). Both hosts are now full, but compute01 has two queued jobs with the oldest under four minutes, while dev-02 has two queued jobs with the oldest around 39 minutes; I am moving the baseline check to compute01.

Queue update: I stopped my dev-02 baseline command before it started (exact queued PID 3624823). Both hosts are now full, but compute01 has two queued jobs with the oldest under four minutes, while dev-02 has two queued jobs with the oldest around 39 minutes; I am moving the baseline check to compute01.
kayg commented 2026-11-05 09:41:49 +00:00
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D243 report-only static measurements from the exact-head fast log: x86_64-unknown-linux-musl 23,598,928 bytes (baseline 22,418,256; delta +1,180,672); aarch64-unknown-linux-musl 21,456,272 bytes (baseline 20,453,280; delta +1,002,992). The static-build row passed on the aarch64 host; the foreign x86 runtime checks were skipped as recorded by the gate.

D243 report-only static measurements from the exact-head fast log: x86_64-unknown-linux-musl 23,598,928 bytes (baseline 22,418,256; delta +1,180,672); aarch64-unknown-linux-musl 21,456,272 bytes (baseline 20,453,280; delta +1,002,992). The static-build row passed on the aarch64 host; the foreign x86 runtime checks were skipped as recorded by the gate.
kayg commented 2026-11-05 09:50:07 +00:00
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Security-review invariants are documented in the changed modules: the filter starts closed without a complete snapshot; GotaTun starts suspended and rules are installed only after the matching peers/routes, with any failed update denying all and leaving the device suspended; poisoned filter locks deny; packets are parsed from borrowed byte slices; the flow maps are preallocated and globally/per-peer bounded; a full table rejects new flows without evicting admitted ones; updates retain only still-authorized flows; and ICMP/ICMPv6 errors are admitted only when they quote a live authorized flow. The hot path does not allocate per packet.

Security-review invariants are documented in the changed modules: the filter starts closed without a complete snapshot; GotaTun starts suspended and rules are installed only after the matching peers/routes, with any failed update denying all and leaving the device suspended; poisoned filter locks deny; packets are parsed from borrowed byte slices; the flow maps are preallocated and globally/per-peer bounded; a full table rejects new flows without evicting admitted ones; updates retain only still-authorized flows; and ICMP/ICMPv6 errors are admitted only when they quote a live authorized flow. The hot path does not allocate per packet.
kayg commented 2026-11-05 09:56:55 +00:00
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Original-base check at a8b4ee7206: nix develop -c cargo test --locked -j3 -p infraternal --bin infraternal restart::tests:: ran 18 restart tests, including restart_request_logs_kernel_peer_target_and_cold_outcome and cold_exec_with_closed_stdin_keeps_the_image_pinned_and_maps_null; result: 18 passed, 0 failed, finished in 8.59s. This confirms the two cases pass in isolation on the branch base; it does not reproduce the full-workspace fast timeout. Current origin/dev includes the later #355 test-helper changes, and the final gates will run after rebasing to that head.

Original-base check at a8b4ee7206d3d72f4e04aeb432d86869a3ae532c: `nix develop -c cargo test --locked -j3 -p infraternal --bin infraternal restart::tests::` ran 18 restart tests, including `restart_request_logs_kernel_peer_target_and_cold_outcome` and `cold_exec_with_closed_stdin_keeps_the_image_pinned_and_maps_null`; result: 18 passed, 0 failed, finished in 8.59s. This confirms the two cases pass in isolation on the branch base; it does not reproduce the full-workspace fast timeout. Current origin/dev includes the later #355 test-helper changes, and the final gates will run after rebasing to that head.
kayg commented 2026-11-05 09:59:18 +00:00
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Branch update: macos-filter-j197 is rebased onto current origin/dev a08e76b3b5 and pushed at f9c61b50f1. The rebase changes no mesh filter, Mac dataplane, or mesh-status source relative to the previously proved 14fc4478 head; current origin/dev’s added commits include the restart-test changes. I am rerunning quick and fast on the new head.

Branch update: macos-filter-j197 is rebased onto current origin/dev a08e76b3b583265418b8c75e0fcc86f549581188 and pushed at f9c61b50f11100c0bed065b204d1f22eea81a57c. The rebase changes no mesh filter, Mac dataplane, or mesh-status source relative to the previously proved 14fc4478 head; current origin/dev’s added commits include the restart-test changes. I am rerunning quick and fast on the new head.
kayg commented 2026-11-05 10:06:07 +00:00
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Final verification plan at head f9c61b50f1, base origin/dev a08e76b3b5: run scripts/verify quick, then scripts/verify fast on compute01 through build-slot, reusing ~/worktrees/j197/target. At queue check, compute01 had 4/4 slots busy and 2 queued; dev-02 had 2/2 slots busy and 3 queued, so compute01 is the shorter queue and preserves the existing target. I will poll in the foreground, attach both logs, record the exact final table and static-size deltas, then remove this job target. Estimate: 1–2 hours including queue time.

Final verification plan at head f9c61b50f11100c0bed065b204d1f22eea81a57c, base origin/dev a08e76b3b583265418b8c75e0fcc86f549581188: run scripts/verify quick, then scripts/verify fast on compute01 through build-slot, reusing ~/worktrees/j197/target. At queue check, compute01 had 4/4 slots busy and 2 queued; dev-02 had 2/2 slots busy and 3 queued, so compute01 is the shorter queue and preserves the existing target. I will poll in the foreground, attach both logs, record the exact final table and static-size deltas, then remove this job target. Estimate: 1–2 hours including queue time.
kayg commented 2026-11-05 10:14:13 +00:00
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Quick pre-check at head f9c61b50f1 exited 0. Workspace clippy and changed-package tests passed; the binary-only CLI tests reported 157 passed, 0 failed, 3 ignored. Log: ~/.cache/codex-scratch/j197/evidence/verify-quick-f9c61.log. I checked both queues before the fast gate: compute01 has two queued ahead, oldest about five minutes; dev-02 has two queued ahead, oldest about 21 minutes. Starting scripts/verify fast at the same head on compute01 through build-slot.

Quick pre-check at head f9c61b50f11100c0bed065b204d1f22eea81a57c exited 0. Workspace clippy and changed-package tests passed; the binary-only CLI tests reported 157 passed, 0 failed, 3 ignored. Log: ~/.cache/codex-scratch/j197/evidence/verify-quick-f9c61.log. I checked both queues before the fast gate: compute01 has two queued ahead, oldest about five minutes; dev-02 has two queued ahead, oldest about 21 minutes. Starting scripts/verify fast at the same head on compute01 through build-slot.
kayg commented 2026-11-05 11:30:23 +00:00
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Final verification for branch macos-filter-j197 at head f9c61b50f11100c0bed065b204d1f22eea81a57c, based on origin/dev a08e76b3b583265418b8c75e0fcc86f549581188.

scripts/verify quick exited 0. Workspace clippy and changed-package tests passed; the binary-only CLI tests reported 157 passed, 0 failed, 3 ignored. scripts/verify fast exited 0. Its final Rust gate table, verbatim:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| migration names           | PASS         |
| migration tooling tests   | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| Traefik component manifest | PASS         |
| release component publication | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| doc coverage ratchet      | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

D243 static measurements from this fast run: x86_64 musl 23,609,296 bytes (baseline 22,418,256; delta +1,191,040); aarch64 musl 21,456,624 bytes (baseline 20,453,280; delta +1,003,344). Both static-build rows passed; aarch64 native key-memory execution was skipped on the x86_64 host. The static-build stage took 1,432s.

Full quick and fast logs are attached. Real Mac/Linux proof and the three-sample Mac packet benchmark remain attached to earlier comment 79706, recorded at implementation head 14fc4478c1fcf90599b5854023a542cb7f115e92; the rebase did not change the filter, Mac dataplane, or status source. The Mac CLI release build limitation caused by Zig dependency fetch errors is documented in earlier comments.

Final verification for branch `macos-filter-j197` at head `f9c61b50f11100c0bed065b204d1f22eea81a57c`, based on `origin/dev` `a08e76b3b583265418b8c75e0fcc86f549581188`. `scripts/verify quick` exited 0. Workspace clippy and changed-package tests passed; the binary-only CLI tests reported 157 passed, 0 failed, 3 ignored. `scripts/verify fast` exited 0. Its final Rust gate table, verbatim: ``` +---------------------------+--------------+ | Rust gate | Result | +---------------------------+--------------+ | fmt | PASS | | migration names | PASS | | migration tooling tests | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | Traefik component manifest | PASS | | release component publication | PASS | | test | PASS | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | doc coverage ratchet | PASS | | static builds | PASS | +---------------------------+--------------+ ``` D243 static measurements from this fast run: x86_64 musl 23,609,296 bytes (baseline 22,418,256; delta +1,191,040); aarch64 musl 21,456,624 bytes (baseline 20,453,280; delta +1,003,344). Both static-build rows passed; aarch64 native key-memory execution was skipped on the x86_64 host. The static-build stage took 1,432s. Full quick and fast logs are attached. Real Mac/Linux proof and the three-sample Mac packet benchmark remain attached to earlier comment 79706, recorded at implementation head `14fc4478c1fcf90599b5854023a542cb7f115e92`; the rebase did not change the filter, Mac dataplane, or status source. The Mac CLI release build limitation caused by Zig dependency fetch errors is documented in earlier comments.
verify-quick-f9c61.log
44 KiB
verify-fast-f9c61.log
841 KiB
kayg commented 2026-11-05 12:46:20 +00:00
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J239 independent security review: macos-filter-j197 @ f9c61b50f (against origin/dev a08e76b3b)

Claude Opus 5.5. I read the diff (packet_filter.rs, macos_node.rs, main.rs, lib.rs), Linux firewall.rs for parity, D235/D289/D340/D345/D352, J162 F1 (77307) and J197's 79706/79728/79820. I ran no gate (reviewer rule). The probe tests ran on compute01 against the exact head with the probe module appended (cargo test -p infraternal-plugin-mesh --lib packet_filter). Evidence is in claude@infraternal-dev-01-compute01:~/.cache/codex-scratch/j239/evidence/ (test.log, churn-*.log, diag.log). The probe diff is attached as j239-probes.diff.

Verdict: REQUEST CHANGES: one P1, one P2, four P3.

P1: the filter can lock itself shut. A healthy table refuses every new flow to every peer, and only a policy update clears it

crates/plugins/mesh/src/packet_filter.rs:1016 (|| self.flows.capacity() < self.max_flows), together with :1003-1010 (the reaper runs only on the per-peer or len limit).

HashMap::capacity() is hashbrown's items + growth_left. Removing an entry from a crowded group leaves a tombstone and does not return growth_left. That means capacity() falls under insert/remove churn even though the map never shrinks. When it drops below max_flows, insert_flow refuses every new flow on the map, for every peer and in both directions. Nothing undoes this:

  • no insert happens, so hashbrown never rehashes;
  • reap_expired_if_due is never triggered by the capacity condition;
  • expired entries stay in the map.

The only way out is the next replace_rules, whose reserve rebuilds the table.

Evidence: one peer (the coordinator only, max_flows=128, initial capacity()=224). The Mac holds N live UDP flows while it runs SYN→RST cycles to the same peer, up to 200k cycles. Each run gets a fresh RandomState seed:

live flows runs that wedge example
120 15/60 (churn-repeat.log), 12/40 (churn-recovery.log) churn SYN refused i=4436 len=120 cap=127 count=Some(120)
112 5/40 (churn-live112.log) i=12342 len=112 cap=127
100 2/40 (churn-live100.log) i=10545 len=100 cap=127
64 0/40

Recovery probe (churn-recovery.log, 12/12 wedged runs): three simulated hours later, with every UDP flow past its 120 s idle limit, the result is first=false second=false len=120 cap=127. After replace_config it is true cap=448.

Impact: this fails closed, so it is not a security hole. But on a Mac whose traffic goes mostly to one peer (and the coordinator's peer carries the control link), ordinary short-connection churn can stop every new connection on the mesh indefinitely. The status text still says enforcement is active.

Fix: drop the capacity() comparison. len < max_flows plus the per-peer count already bound the map, and the reserve at update time covers allocation. If "no allocation on the packet path" must be guaranteed, measure it with a counting allocator in a test, not with capacity(). Also trigger the reaper on any refusal. Add a seeded regression (the flow_churn_does_not_grow_the_preallocated_map probe; it is flaky by seed, so loop it or fix the hasher seed).

P2: the per-peer quota of 128, shared by both directions, with long state lifetimes, refuses ordinary traffic that Linux allows

packet_filter.rs:592 (MAX_FLOWS_PER_PEER = 128), :598 (TCP idle 2 h, also used for half-open SYN state), :604 (60 s close grace), :627 (echo state keyed by sequence, never retired on the reply).

Linux has no per-peer conntrack limit (the global nf_conntrack_max applies), and it expires unanswered SYN state after about 2 minutes. Three probes fail here (test.log):

  • closed_connections_do_not_cap_the_connection_rate: the Mac opens and cleanly closes 4 TCP connections a second to one peer. Connection #128 is refused (left: Some(128)). Any client making more than about 2 connections a second to one peer is cut off (HTTP without keep-alive, scrapers, CI).
  • unanswered_syns_do_not_hold_the_peer_quota_for_hours: a peer allowed only tcp/22 sends 128 SYNs that are never answered. Ten minutes later the Mac cannot open any connection to that peer. The half-open entries live for 2 h. Benign triggers include a scanner, a crashing client, or a Linux peer that silently drops the Mac's SYNs.
  • pinging_a_peer_does_not_block_new_connections_to_it: ping -i 0.2 for 26 s fills the quota (flows held for peer 1: Some(128)). New TCP to that peer is then refused.

Because the quota is shared by both directions, a peer can block the Mac's outbound reach to it, including the coordinator's peer that carries the control link. There is no cross-peer eviction (verified), so one peer cannot evict another's flows. The global limit can only be reached when more than 512 peers each fill their quota.

Fix:

  • Give SYN-only state a short timeout (on the order of 30–120 s) until the SYN-ACK is seen.
  • Key echo state by identifier only, or retire it on the reply.
  • Raise the per-peer limit substantially, or make it a share of the global limit.
  • Make sure that a full quota for one peer never blocks the control connection.

P3-1: a SYN that reuses a closed tuple during the close grace inherits the old closed_at, and the new connection is cut

packet_filter.rs:674-685 (observe) and :688-692 (accepts admits the initiator's SYN on an existing entry).

Probe reused_tuple_after_close_survives_the_old_grace fails. Both sides send FIN at t0, the same 4-tuple sends a new SYN and SYN-ACK at t0+40 s (macOS TIME_WAIT is 30 s), and the ACK at t0+70 s is dropped. Fix: a fresh initial SYN from the initiator on a closed entry resets tcp_fin_sides and closed_at.

P3-2: related ICMP is narrower than Linux's related

  • :996 admits an error only if it quotes a packet in the initiating direction. For a flow the Mac started, the Mac's own port-unreachable about a late reply quotes the inbound reply. That error is refused unless the Mac's outbound policy is All. Linux conntrack relates errors about either direction.
  • :1227 and the IPv6 fragment header drop all fragments. Linux reassembles them first (nf_defrag), so oversized UDP over IPv4 without DF and IPv6 fragments pass on Linux and fail here.

Both are fail-closed divergences found by reading the code, not probes. Document them as known gaps, or match Linux.

P3-3: the performance evidence doesn't cover the real path

79618 measures a single-threaded, in-memory packet sink: 10.5 M pps filtered against 68.9 M pass-through, with p99 rising from 84 to 167 ns. The filter is one Arc<Mutex<PacketFilter>> (macos_node.rs:151,197), taken on every packet by both the inbound and outbound GotaTun paths. Neither lock contention nor end-to-end tunnel throughput or latency on the Mac VM (filtered against unfiltered) is measured, and #348 asked for both. Priority 1 calls for a benchmark of the real path.

P3-4: the coordinator regression J162 asked for isn't in the branch's tests

J162 asked for a regression in which a server peer with inbound=None gets no new inbound connection. The branch's unit tests don't contain a direct one. The probe coordinator_with_deny_all_reaches_nothing_new passes and should be adopted. It covers TCP 22/5900, a bare ACK, UDP, echo, the Mac-initiated reply being allowed only on its own tuple, and a server "SYN back" on that tuple being refused.

What held up (probes green or verified by reading)

  • J162 F1 is fixed. The coordinator is filtered like any peer, with no server exemption left (configured_peers plus the filter). Probe green, and J197's real Mac proof (79706) shows TCP/48080 timing out under deny-all.
  • Source binding: AllowedIPs are /32 and /128 per peer (macos_node.rs peers_for_config), so GotaTun binds the source address to the authenticating key. Neither the coordinator nor any other peer can claim another peer's address.
  • Spoofed ICMP quotes: the flow key carries the outer peer's id, so quoting another peer's flow finds nothing (probe spoofed_icmp_quote_of_another_peers_flow_is_refused is green). Truncated quotes are refused (existing test).
  • TCP flags: the new-flow rule matches Linux's tcp flags & (fin|syn|rst|ack) == syn. A responder's SYN on the Mac's tuple is refused. An RST only removes the sender's own flow.
  • Port 0, IPv4 options, IPv6 extensions: port 0 follows the rules as on Linux. The IHL offset and lengths are checked. Extension headers are refused (fail-closed).
  • Fail-closed lifecycle: the filter starts with PacketFilter::new(None). The device is built suspended(true). Rules go in after peers and routes. Any failed step, rejected chunk, or poisoned lock closes the path. A partial (non-last) chunk only stages. Revocation retires flows immediately (replace_rules → allows_saved_flow; existing tests green).
  • Parsers: hostile_packets_do_not_panic ran 2 M random and mutated packets (truncation, IHL, lengths, quoted errors) through both directions with no panic. Bounds are checked with get or explicit length checks, and every arithmetic step is bounded (IHL ≤ 60, checked_add).
  • Docs: D345 module and function doc comments are present. No product names in code ("Linux" names the parity target).

Mac CLI release build and Zig

The failure was not caused by this branch: it changes no Cargo.toml, Cargo.lock, build.rs, Zig or build.zig.zon file (git diff --stat origin/dev...f9c61b50f lists only 4 .rs files). The failure J197 recorded (79628) is in infraternal-shim/build.rs → scripts/build-vt → Zig fetching zigimg/uucode from GitHub (HttpConnectionClosing) on the Mac VM, so it is the same on dev. I didn't take the Mac lock, because no finding needed Mac evidence.

Note for the orchestrator

79820 reports the D243 delta as +1,191,040 B for x86_64 against the gate's stored baseline. The new module is compiled only for macOS or tests, so that delta is almost certainly baseline drift, not this branch. Measure it against origin/dev at merge.

## J239 independent security review: `macos-filter-j197` @ `f9c61b50f` (against origin/dev `a08e76b3b`) Claude Opus 5.5. I read the diff (`packet_filter.rs`, `macos_node.rs`, `main.rs`, `lib.rs`), Linux `firewall.rs` for parity, D235/D289/D340/D345/D352, J162 F1 (77307) and J197's 79706/79728/79820. I ran no gate (reviewer rule). The probe tests ran on compute01 against the exact head with the probe module appended (`cargo test -p infraternal-plugin-mesh --lib packet_filter`). Evidence is in `claude@infraternal-dev-01-compute01:~/.cache/codex-scratch/j239/evidence/` (`test.log`, `churn-*.log`, `diag.log`). The probe diff is attached as `j239-probes.diff`. **Verdict: REQUEST CHANGES**: one P1, one P2, four P3. --- ### P1: the filter can lock itself shut. A healthy table refuses every new flow to every peer, and only a policy update clears it `crates/plugins/mesh/src/packet_filter.rs:1016` (`|| self.flows.capacity() < self.max_flows`), together with `:1003-1010` (the reaper runs only on the per-peer or `len` limit). `HashMap::capacity()` is hashbrown's `items + growth_left`. Removing an entry from a crowded group leaves a tombstone and does not return `growth_left`. That means `capacity()` falls under insert/remove churn even though the map never shrinks. When it drops below `max_flows`, `insert_flow` refuses every new flow on the map, for every peer and in both directions. Nothing undoes this: - no insert happens, so hashbrown never rehashes; - `reap_expired_if_due` is never triggered by the capacity condition; - expired entries stay in the map. The only way out is the next `replace_rules`, whose `reserve` rebuilds the table. Evidence: one peer (the coordinator only, `max_flows=128`, initial `capacity()=224`). The Mac holds N live UDP flows while it runs SYN→RST cycles to the same peer, up to 200k cycles. Each run gets a fresh `RandomState` seed: | live flows | runs that wedge | example | |---|---|---| | 120 | 15/60 (`churn-repeat.log`), 12/40 (`churn-recovery.log`) | `churn SYN refused i=4436 len=120 cap=127 count=Some(120)` | | 112 | 5/40 (`churn-live112.log`) | `i=12342 len=112 cap=127` | | 100 | 2/40 (`churn-live100.log`) | `i=10545 len=100 cap=127` | | 64 | 0/40 | | Recovery probe (`churn-recovery.log`, 12/12 wedged runs): three simulated hours later, with every UDP flow past its 120 s idle limit, the result is `first=false second=false len=120 cap=127`. After `replace_config` it is `true cap=448`. **Impact:** this fails closed, so it is not a security hole. But on a Mac whose traffic goes mostly to one peer (and the coordinator's peer carries the control link), ordinary short-connection churn can stop every new connection on the mesh indefinitely. The status text still says enforcement is active. **Fix:** drop the `capacity()` comparison. `len < max_flows` plus the per-peer count already bound the map, and the `reserve` at update time covers allocation. If "no allocation on the packet path" must be guaranteed, measure it with a counting allocator in a test, not with `capacity()`. Also trigger the reaper on any refusal. Add a seeded regression (the `flow_churn_does_not_grow_the_preallocated_map` probe; it is flaky by seed, so loop it or fix the hasher seed). ### P2: the per-peer quota of 128, shared by both directions, with long state lifetimes, refuses ordinary traffic that Linux allows `packet_filter.rs:592` (`MAX_FLOWS_PER_PEER = 128`), `:598` (TCP idle 2 h, also used for half-open SYN state), `:604` (60 s close grace), `:627` (echo state keyed by **sequence**, never retired on the reply). Linux has no per-peer conntrack limit (the global `nf_conntrack_max` applies), and it expires unanswered SYN state after about 2 minutes. Three probes fail here (`test.log`): - `closed_connections_do_not_cap_the_connection_rate`: the Mac opens and cleanly closes 4 TCP connections a second to one peer. Connection **#128 is refused** (`left: Some(128)`). Any client making more than about 2 connections a second to one peer is cut off (HTTP without keep-alive, scrapers, CI). - `unanswered_syns_do_not_hold_the_peer_quota_for_hours`: a peer allowed only `tcp/22` sends 128 SYNs that are never answered. Ten minutes later **the Mac cannot open any connection to that peer**. The half-open entries live for 2 h. Benign triggers include a scanner, a crashing client, or a Linux peer that silently drops the Mac's SYNs. - `pinging_a_peer_does_not_block_new_connections_to_it`: `ping -i 0.2` for 26 s fills the quota (`flows held for peer 1: Some(128)`). New TCP to that peer is then refused. Because the quota is shared by both directions, a peer can block the Mac's *outbound* reach to it, including the coordinator's peer that carries the control link. There is no cross-peer eviction (verified), so one peer cannot evict another's flows. The global limit can only be reached when more than 512 peers each fill their quota. **Fix:** - Give SYN-only state a short timeout (on the order of 30–120 s) until the SYN-ACK is seen. - Key echo state by identifier only, or retire it on the reply. - Raise the per-peer limit substantially, or make it a share of the global limit. - Make sure that a full quota for one peer never blocks the control connection. ### P3-1: a SYN that reuses a closed tuple during the close grace inherits the old `closed_at`, and the new connection is cut `packet_filter.rs:674-685` (`observe`) and `:688-692` (`accepts` admits the initiator's SYN on an existing entry). Probe `reused_tuple_after_close_survives_the_old_grace` fails. Both sides send FIN at t0, the same 4-tuple sends a new SYN and SYN-ACK at t0+40 s (macOS TIME_WAIT is 30 s), and the ACK at t0+70 s is **dropped**. Fix: a fresh initial SYN from the initiator on a closed entry resets `tcp_fin_sides` and `closed_at`. ### P3-2: related ICMP is narrower than Linux's `related` - `:996` admits an error only if it quotes a packet in the *initiating* direction. For a flow the Mac started, the Mac's own port-unreachable about a late reply quotes the inbound reply. That error is refused unless the Mac's outbound policy is `All`. Linux conntrack relates errors about either direction. - `:1227` and the IPv6 fragment header drop all fragments. Linux reassembles them first (nf_defrag), so oversized UDP over IPv4 without DF and IPv6 fragments pass on Linux and fail here. Both are fail-closed divergences found by reading the code, not probes. Document them as known gaps, or match Linux. ### P3-3: the performance evidence doesn't cover the real path 79618 measures a single-threaded, in-memory packet sink: 10.5 M pps filtered against 68.9 M pass-through, with p99 rising from 84 to 167 ns. The filter is one `Arc<Mutex<PacketFilter>>` (`macos_node.rs:151,197`), taken on every packet by both the inbound and outbound GotaTun paths. Neither lock contention nor end-to-end tunnel throughput or latency on the Mac VM (filtered against unfiltered) is measured, and #348 asked for both. Priority 1 calls for a benchmark of the real path. ### P3-4: the coordinator regression J162 asked for isn't in the branch's tests J162 asked for a regression in which a server peer with `inbound=None` gets no new inbound connection. The branch's unit tests don't contain a direct one. The probe `coordinator_with_deny_all_reaches_nothing_new` passes and should be adopted. It covers TCP 22/5900, a bare ACK, UDP, echo, the Mac-initiated reply being allowed only on its own tuple, and a server "SYN back" on that tuple being refused. --- ### What held up (probes green or verified by reading) - **J162 F1 is fixed.** The coordinator is filtered like any peer, with no server exemption left (`configured_peers` plus the filter). Probe green, and J197's real Mac proof (79706) shows TCP/48080 timing out under deny-all. - **Source binding:** AllowedIPs are `/32` and `/128` per peer (`macos_node.rs` `peers_for_config`), so GotaTun binds the source address to the authenticating key. Neither the coordinator nor any other peer can claim another peer's address. - **Spoofed ICMP quotes:** the flow key carries the outer peer's id, so quoting another peer's flow finds nothing (probe `spoofed_icmp_quote_of_another_peers_flow_is_refused` is green). Truncated quotes are refused (existing test). - **TCP flags:** the new-flow rule matches Linux's `tcp flags & (fin|syn|rst|ack) == syn`. A responder's SYN on the Mac's tuple is refused. An RST only removes the sender's own flow. - **Port 0, IPv4 options, IPv6 extensions:** port 0 follows the rules as on Linux. The IHL offset and lengths are checked. Extension headers are refused (fail-closed). - **Fail-closed lifecycle:** the filter starts with `PacketFilter::new(None)`. The device is built `suspended(true)`. Rules go in after peers and routes. Any failed step, rejected chunk, or poisoned lock closes the path. A partial (non-last) chunk only stages. Revocation retires flows immediately (`replace_rules` → `allows_saved_flow`; existing tests green). - **Parsers:** `hostile_packets_do_not_panic` ran 2 M random and mutated packets (truncation, IHL, lengths, quoted errors) through both directions with no panic. Bounds are checked with `get` or explicit length checks, and every arithmetic step is bounded (IHL ≤ 60, `checked_add`). - **Docs:** D345 module and function doc comments are present. No product names in code ("Linux" names the parity target). ### Mac CLI release build and Zig The failure was not caused by this branch: it changes no `Cargo.toml`, `Cargo.lock`, `build.rs`, Zig or `build.zig.zon` file (`git diff --stat origin/dev...f9c61b50f` lists only 4 `.rs` files). The failure J197 recorded (79628) is in `infraternal-shim/build.rs` → `scripts/build-vt` → Zig fetching `zigimg`/`uucode` from GitHub (`HttpConnectionClosing`) on the Mac VM, so it is the same on dev. I didn't take the Mac lock, because no finding needed Mac evidence. ### Note for the orchestrator 79820 reports the D243 delta as +1,191,040 B for x86_64 against the gate's stored baseline. The new module is compiled only for macOS or tests, so that delta is almost certainly baseline drift, not this branch. Measure it against origin/dev at merge.
j239-probes.txt
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kayg commented 2026-11-05 12:55:14 +00:00
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J239 review follow-up started. I will continue on macos-filter-j197 from pushed head f9c61b50f1 and merge current origin/dev eb0684cbf9. Plan: (1) sync the job worktree and merge origin/dev; (2) adopt the J239 churn, closed-connection rate, half-open SYN, ping identifier, tuple-reuse, and coordinator probes as tests, confirming the regressions first; (3) fix bounded admission/cleanup and flow lifetimes, then document intentional fail-closed ICMP-error and fragment behavior; (4) add a multithreaded lock-contention benchmark and run filtered/unfiltered real-utun measurements on the Mac VM with a Linux peer under the Mac lock; (5) run quick then fast, measure binary size against origin/dev, attach evidence, and push the final head. Estimate: 4–6 hours including the Mac lock and full gate.

J239 review follow-up started. I will continue on macos-filter-j197 from pushed head f9c61b50f11100c0bed065b204d1f22eea81a57c and merge current origin/dev eb0684cbf94af59f0795177fd685f5fe5501ec8a. Plan: (1) sync the job worktree and merge origin/dev; (2) adopt the J239 churn, closed-connection rate, half-open SYN, ping identifier, tuple-reuse, and coordinator probes as tests, confirming the regressions first; (3) fix bounded admission/cleanup and flow lifetimes, then document intentional fail-closed ICMP-error and fragment behavior; (4) add a multithreaded lock-contention benchmark and run filtered/unfiltered real-utun measurements on the Mac VM with a Linux peer under the Mac lock; (5) run quick then fast, measure binary size against origin/dev, attach evidence, and push the final head. Estimate: 4–6 hours including the Mac lock and full gate.
kayg commented 2026-11-05 12:57:02 +00:00
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Current origin/dev eb0684cbf9 is merged into macos-filter-j197 and pushed as b6a53a501. The earlier untracked proof helper was preserved. I am now mapping J239 probes onto the branch tests and will record the red runs before changing the filter.

Current origin/dev eb0684cbf94af59f0795177fd685f5fe5501ec8a is merged into macos-filter-j197 and pushed as b6a53a501. The earlier untracked proof helper was preserved. I am now mapping J239 probes onto the branch tests and will record the red runs before changing the filter.
kayg commented 2026-11-05 13:41:46 +00:00
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Progress (J197 follow-up): merged origin/dev at b6a53a501. I read J239 comment 79891 and the attached probes, and synchronized the probe tests to dev-02. The focused red run has been queued first on dev-02 for 15 minutes; both Linux VMs have no free slot, and I am continuing the foreground wait. No production code has changed yet.

Progress (J197 follow-up): merged origin/dev at b6a53a501. I read J239 comment 79891 and the attached probes, and synchronized the probe tests to dev-02. The focused red run has been queued first on dev-02 for 15 minutes; both Linux VMs have no free slot, and I am continuing the foreground wait. No production code has changed yet.
kayg commented 2026-11-05 14:11:20 +00:00
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Progress (J197 follow-up): the dev-02 focused run was canceled after waiting over 40 minutes with no slot release. I am moving the red regression run to the Mac VM under /tmp/mac-bench.lock; Linux gates will still use build-slot when capacity is available.

Progress (J197 follow-up): the dev-02 focused run was canceled after waiting over 40 minutes with no slot release. I am moving the red regression run to the Mac VM under /tmp/mac-bench.lock; Linux gates will still use build-slot when capacity is available.
kayg commented 2026-11-05 14:38:58 +00:00
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Progress (J197 follow-up): the Mac lock has also been occupied for 15 minutes, and both Linux VMs remain fully booked. I have not touched the Mac outside lockf or changed production code. The J239 regression patch is staged in my control worktree and synchronized to the Linux worktrees; I am waiting on the Mac lock for a red run while keeping Linux gates for build-slot.

Progress (J197 follow-up): the Mac lock has also been occupied for 15 minutes, and both Linux VMs remain fully booked. I have not touched the Mac outside lockf or changed production code. The J239 regression patch is staged in my control worktree and synchronized to the Linux worktrees; I am waiting on the Mac lock for a red run while keeping Linux gates for build-slot.
kayg commented 2026-11-05 14:59:35 +00:00
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Progress (J197 follow-up): the Mac VM lock has been held for over 30 minutes, so the lock-protected checkout check and regression run are still waiting. The Linux queues have no free slots. I am keeping the Mac request foreground and have not started any work outside its lock.

Progress (J197 follow-up): the Mac VM lock has been held for over 30 minutes, so the lock-protected checkout check and regression run are still waiting. The Linux queues have no free slots. I am keeping the Mac request foreground and have not started any work outside its lock.
kayg commented 2026-11-05 15:17:59 +00:00
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J239 red baseline; full result attached as j239-red-run.txt. The five failures match the review findings and reproduce before implementation.

J239 packet-filter regressions: red baseline
Branch: macos-filter-j197
Tested tree: b6a53a501 plus the uncommitted J239 probe tests
Host: infraternal-dev-02-std (aarch64), through build-slot
Command: cargo test --locked -j3 -p infraternal-plugin-mesh --lib packet_filter::tests -- --test-threads=1
Exit: 101
Result: 20 tests run; 15 passed; 5 expected regressions failed.

Failures:

  • closed_connections_do_not_cap_the_connection_rate: connection index 128 refused at four connections per second.
  • flow_churn_does_not_lock_the_packet_filter_shut: churn attempt 0, SYN 2171 refused with len=120 capacity=127.
  • pinging_a_peer_does_not_block_new_connections_to_it: a new outbound TCP flow after 130 pings was refused.
  • reused_tuple_after_close_survives_the_old_grace: the ACK at the old grace end was refused after tuple reuse.
  • unanswered_inbound_syns_do_not_hold_the_peer_quota_for_hours: the 33rd inbound half-open SYN was admitted, showing there is no separate sub-budget.

Coordinator deny-all, inbound protocol/port/source matching, saved-flow table bounds, ICMP policy, rule update retirement, ICMP quote binding, fragments, and hostile-byte probes passed.

J239 red baseline; full result attached as j239-red-run.txt. The five failures match the review findings and reproduce before implementation. J239 packet-filter regressions: red baseline Branch: macos-filter-j197 Tested tree: b6a53a501 plus the uncommitted J239 probe tests Host: infraternal-dev-02-std (aarch64), through build-slot Command: cargo test --locked -j3 -p infraternal-plugin-mesh --lib packet_filter::tests -- --test-threads=1 Exit: 101 Result: 20 tests run; 15 passed; 5 expected regressions failed. Failures: - closed_connections_do_not_cap_the_connection_rate: connection index 128 refused at four connections per second. - flow_churn_does_not_lock_the_packet_filter_shut: churn attempt 0, SYN 2171 refused with len=120 capacity=127. - pinging_a_peer_does_not_block_new_connections_to_it: a new outbound TCP flow after 130 pings was refused. - reused_tuple_after_close_survives_the_old_grace: the ACK at the old grace end was refused after tuple reuse. - unanswered_inbound_syns_do_not_hold_the_peer_quota_for_hours: the 33rd inbound half-open SYN was admitted, showing there is no separate sub-budget. Coordinator deny-all, inbound protocol/port/source matching, saved-flow table bounds, ICMP policy, rule update retirement, ICMP quote binding, fragments, and hostile-byte probes passed.
j239-red-run.txt
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kayg commented 2026-11-05 15:19:10 +00:00
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Failing-first probes are committed and pushed as 02f877ebc. The red run artifact (j239-red-run.txt) is attached above and records the five expected failures plus passing policy/coordinator/table cases. Next: fix P1 admission/cleanup, then the P2 and tuple-state accounting.

Failing-first probes are committed and pushed as 02f877ebc. The red run artifact (j239-red-run.txt) is attached above and records the five expected failures plus passing policy/coordinator/table cases. Next: fix P1 admission/cleanup, then the P2 and tuple-state accounting.
kayg commented 2026-11-05 15:55:54 +00:00
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J239 P2 follow-up: the closed-flow reclamation probe fails first on the pre-fix tree.

  • Branch: macos-filter-j197
  • Tested head: 93d88cfb1 (test only)
  • Host: infraternal-dev-02-std, through build-slot
  • Command: cargo test --locked -j3 -p infraternal-plugin-mesh --lib packet_filter::tests::closed_tcp_flow_is_reaped_after_its_short_grace -- --exact --nocapture
  • Result: 0 passed, 1 failed. After the 45-second filter grace, a new flow was admitted but the old tuple remained in the table and peer quota. This confirms cleanup was only happening under admission pressure.
  • Log: closed-flow-red-final.log (attached).

I will reap expired entries on packet traffic at a bounded cadence while retaining the 45-second close grace that covers macOS TIME_WAIT.

J239 P2 follow-up: the closed-flow reclamation probe fails first on the pre-fix tree. - Branch: `macos-filter-j197` - Tested head: `93d88cfb1` (test only) - Host: `infraternal-dev-02-std`, through `build-slot` - Command: `cargo test --locked -j3 -p infraternal-plugin-mesh --lib packet_filter::tests::closed_tcp_flow_is_reaped_after_its_short_grace -- --exact --nocapture` - Result: 0 passed, 1 failed. After the 45-second filter grace, a new flow was admitted but the old tuple remained in the table and peer quota. This confirms cleanup was only happening under admission pressure. - Log: `closed-flow-red-final.log` (attached). I will reap expired entries on packet traffic at a bounded cadence while retaining the 45-second close grace that covers macOS TIME_WAIT.
closed-flow-red-final.log
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kayg commented 2026-11-05 16:21:43 +00:00
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P2 lifecycle RED result on the test-only baseline 99b038dd2.

  • Host: infraternal-dev-02-std, through build-slot
  • Command: cargo test --locked -j3 -p infraternal-plugin-mesh --lib packet_filter::tests -- --test-threads=1
  • Result: 22 tests ran; 15 passed and 7 expected regressions failed. The original churn, four-per-second TCP, ping identifier, tuple reuse, and inbound SYN-budget probes failed, along with the new closed-TCP-reclamation and completed-ICMP-reclamation tests.
  • Log: p2-lifetimes-red.log (attached).

The filter now sweeps expired entries during packet traffic every five seconds. The 45-second close grace remains to cover the observed macOS TIME_WAIT window; completed ICMP identifiers expire after two quiet seconds.

P2 lifecycle RED result on the test-only baseline `99b038dd2`. - Host: `infraternal-dev-02-std`, through `build-slot` - Command: `cargo test --locked -j3 -p infraternal-plugin-mesh --lib packet_filter::tests -- --test-threads=1` - Result: 22 tests ran; 15 passed and 7 expected regressions failed. The original churn, four-per-second TCP, ping identifier, tuple reuse, and inbound SYN-budget probes failed, along with the new closed-TCP-reclamation and completed-ICMP-reclamation tests. - Log: `p2-lifetimes-red.log` (attached). The filter now sweeps expired entries during packet traffic every five seconds. The 45-second close grace remains to cover the observed macOS TIME_WAIT window; completed ICMP identifiers expire after two quiet seconds.
p2-lifetimes-red.log
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kayg commented 2026-11-05 17:06:52 +00:00
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J239 handshake-budget regression update (macos-filter-j197 at 6b872c194, based on merged origin/dev b6a53a501): the first draft inspected peer_inbound_syn_counts, a field absent from the pre-fix branch. That would make the baseline fail to compile instead of exposing the policy bug. I canceled the queued run before it acquired a slot and rewrote the test to assert packet decisions only: a peer's 33rd inbound SYN stays denied after the Mac sends SYN-ACK, then becomes admissible only after the peer's final ACK completes the handshake. I will commit and push this test alone, confirm its red baseline, then apply the filter fix.

J239 handshake-budget regression update (`macos-filter-j197` at `6b872c194`, based on merged `origin/dev` `b6a53a501`): the first draft inspected `peer_inbound_syn_counts`, a field absent from the pre-fix branch. That would make the baseline fail to compile instead of exposing the policy bug. I canceled the queued run before it acquired a slot and rewrote the test to assert packet decisions only: a peer's 33rd inbound SYN stays denied after the Mac sends SYN-ACK, then becomes admissible only after the peer's final ACK completes the handshake. I will commit and push this test alone, confirm its red baseline, then apply the filter fix.
kayg commented 2026-11-05 17:16:39 +00:00
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The packet-level handshake regression is pushed on a23f639c7, and the dev-02 J197 worktree is synced to that head. Its red baseline remains queued at position 3. Current build-slot --status: dev-02 has both slots busy with three queued ahead; compute01 has all four slots busy with six queued. I am keeping the focused baseline run in the foreground and have not started the policy implementation test on that tree.

The packet-level handshake regression is pushed on `a23f639c7`, and the dev-02 J197 worktree is synced to that head. Its red baseline remains queued at position 3. Current `build-slot --status`: dev-02 has both slots busy with three queued ahead; compute01 has all four slots busy with six queued. I am keeping the focused baseline run in the foreground and have not started the policy implementation test on that tree.
kayg commented 2026-11-05 17:37:38 +00:00
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The focused baseline remained at dev-02 queue position 3 for 54 minutes; both Linux hosts still had no free build slot. I checked the Mac VM process list and /tmp/mac-bench.lock; the J197 checkout is present and no lock holder is active. I am canceling the queued Linux copy and will run this same packet-level red test under lockf -k /tmp/mac-bench.lock on the Mac. If the native test cannot build, I will resume the existing Linux queue.

The focused baseline remained at dev-02 queue position 3 for 54 minutes; both Linux hosts still had no free build slot. I checked the Mac VM process list and `/tmp/mac-bench.lock`; the J197 checkout is present and no lock holder is active. I am canceling the queued Linux copy and will run this same packet-level red test under `lockf -k /tmp/mac-bench.lock` on the Mac. If the native test cannot build, I will resume the existing Linux queue.
kayg commented 2026-11-05 17:42:21 +00:00
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Mac-lock update: another lockf -k command acquired the shared lock before this test. The J197 red baseline remains queued in the foreground under lockf -k /tmp/mac-bench.lock and has not touched the Mac worktree. Its output is being recorded at ~/.cache/codex-scratch/j197/evidence/inbound-syn-handshake-red-macos.log.

Mac-lock update: another `lockf -k` command acquired the shared lock before this test. The J197 red baseline remains queued in the foreground under `lockf -k /tmp/mac-bench.lock` and has not touched the Mac worktree. Its output is being recorded at `~/.cache/codex-scratch/j197/evidence/inbound-syn-handshake-red-macos.log`.
kayg commented 2026-11-05 18:01:50 +00:00
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J197 handshake-budget baseline: red first on the Mac VM, using test-only source at a23f639c7 and holding /tmp/mac-bench.lock.

Command: nice -n 10 bash -lc 'cd "$HOME/worktrees/j197" && nix develop -c cargo test --locked -j2 -p infraternal-plugin-mesh --lib packet_filter::tests::inbound_syn_budget_releases_only_after_handshake_ack -- --exact --nocapture'

Exit: 101. Result: 1 test run, 0 passed, 1 failed; the peer's 33rd inbound SYN was admitted after the Mac sent SYN-ACK. Panic: the local SYN-ACK must not release the peer's half-open slot.

The log is attached as j197-inbound-syn-handshake-red-macos.log. The temporary baseline source was removed and the Mac worktree's implementation file was restored by the lock-held script.

J197 handshake-budget baseline: red first on the Mac VM, using test-only source at `a23f639c7` and holding `/tmp/mac-bench.lock`. Command: `nice -n 10 bash -lc 'cd "$HOME/worktrees/j197" && nix develop -c cargo test --locked -j2 -p infraternal-plugin-mesh --lib packet_filter::tests::inbound_syn_budget_releases_only_after_handshake_ack -- --exact --nocapture'` Exit: 101. Result: 1 test run, 0 passed, 1 failed; the peer's 33rd inbound SYN was admitted after the Mac sent SYN-ACK. Panic: `the local SYN-ACK must not release the peer's half-open slot`. The log is attached as `j197-inbound-syn-handshake-red-macos.log`. The temporary baseline source was removed and the Mac worktree's implementation file was restored by the lock-held script.
j197-inbound-syn-handshake-red-macos.log
4.8 KiB
kayg commented 2026-11-05 18:24:39 +00:00
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J239 P1/P2 fixes and adopted probes are committed and pushed at 458c0329936bb443ea6f9ee0773057f3a01933fd.

The handshake-budget regression was recorded red on the test-only a23f639c7 baseline (1 failed: the 33rd inbound SYN was admitted after the local SYN-ACK). On the fix, the focused test passed. The full packet-filter group also passed: 23 passed; 0 failed; 0 ignored; 34 filtered out in 133.10 s. This includes the coordinator deny-all probe, 60-run churn probe, closed-flow rate and expiry probes, ICMP identifier/expiry probes, half-open budget, and tuple reuse.

The filter now ignores tombstone-sensitive HashMap::capacity() for admission, calls bounded cleanup on admission refusal, keeps inbound half-open SYNs in a separate per-peer/global budget until the peer's final ACK, and expires incomplete handshakes after 120 s. Closed TCP and ICMP state use short expiry, echo state is keyed by identifier, and a fresh SYN resets a closed tuple. The code documents the intentional fail-closed ICMP-error and fragment differences. The Mac lock-contention benchmark is included in the same commit.

Next I am merging current origin/dev, then running the Mac proof and throughput measurements under /tmp/mac-bench.lock.

J239 P1/P2 fixes and adopted probes are committed and pushed at `458c0329936bb443ea6f9ee0773057f3a01933fd`. The handshake-budget regression was recorded red on the test-only `a23f639c7` baseline (1 failed: the 33rd inbound SYN was admitted after the local SYN-ACK). On the fix, the focused test passed. The full packet-filter group also passed: `23 passed; 0 failed; 0 ignored; 34 filtered out` in 133.10 s. This includes the coordinator deny-all probe, 60-run churn probe, closed-flow rate and expiry probes, ICMP identifier/expiry probes, half-open budget, and tuple reuse. The filter now ignores tombstone-sensitive `HashMap::capacity()` for admission, calls bounded cleanup on admission refusal, keeps inbound half-open SYNs in a separate per-peer/global budget until the peer's final ACK, and expires incomplete handshakes after 120 s. Closed TCP and ICMP state use short expiry, echo state is keyed by identifier, and a fresh SYN resets a closed tuple. The code documents the intentional fail-closed ICMP-error and fragment differences. The Mac lock-contention benchmark is included in the same commit. Next I am merging current `origin/dev`, then running the Mac proof and throughput measurements under `/tmp/mac-bench.lock`.
kayg commented 2026-11-05 19:35:51 +00:00
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J197 J239 follow-up status:

  • Read comment 79891 and its j239-probes.txt attachment. The tracked packet-filter regressions cover the coordinator deny-all case, 60-run churn, closed-flow rate and reclamation, inbound half-open sub-budget, ping identifier/reclamation, and closed-tuple reuse. The red-first receipts are recorded in the earlier comments.
  • Merged current origin/dev (f9f8ced338278d924803a691f9636a9519babcb2) as d4a3bce51632984dd41c50b1f964a6cdb817116d.
  • The first quick run stopped at rustfmt only. I applied cargo fmt --all, committed 3fde549241 and pushed it. A fresh foreground scripts/verify quick is queued on compute01 at position 7; all four slots were busy and no stage had started at the last poll.
J197 J239 follow-up status: - Read comment 79891 and its `j239-probes.txt` attachment. The tracked packet-filter regressions cover the coordinator deny-all case, 60-run churn, closed-flow rate and reclamation, inbound half-open sub-budget, ping identifier/reclamation, and closed-tuple reuse. The red-first receipts are recorded in the earlier comments. - Merged current `origin/dev` (`f9f8ced338278d924803a691f9636a9519babcb2`) as `d4a3bce51632984dd41c50b1f964a6cdb817116d`. - The first quick run stopped at rustfmt only. I applied `cargo fmt --all`, committed `3fde549241` and pushed it. A fresh foreground `scripts/verify quick` is queued on compute01 at position 7; all four slots were busy and no stage had started at the last poll.
kayg commented 2026-11-05 19:39:40 +00:00
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Quick finding after the formatting repair: the foreground run passed scope guard, migration names, fmt, doc coverage, and shape lints, then failed the doc-comment-on-diff check for lib.rs:94 (packet_filter) and macos_node.rs:1088 (run_worker). I added item comments describing the filter module and serialized worker invariant in 27907dcb7, checked whitespace, and pushed it. A new foreground quick is starting at that head.

Quick finding after the formatting repair: the foreground run passed scope guard, migration names, fmt, doc coverage, and shape lints, then failed the doc-comment-on-diff check for `lib.rs:94` (`packet_filter`) and `macos_node.rs:1088` (`run_worker`). I added item comments describing the filter module and serialized worker invariant in `27907dcb7`, checked whitespace, and pushed it. A new foreground quick is starting at that head.
kayg commented 2026-11-05 20:11:34 +00:00
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Quick finding at 27907dcb7: scope, migration, fmt, documentation, shape, and fixed-wait checks passed; workspace clippy failed. Three diagnostics were in packet_filter.rs (range style, TIME_WAIT doc formatting, and a collapsible handshake transition). Two diagnostics were in the temporary J197 proof example included by the workspace scan (large stack buffer and needless Identity by-value argument). I fixed the tracked clippy findings in dcdcf1c04, corrected the helper, and am rerunning quick at the new head.

Quick finding at `27907dcb7`: scope, migration, fmt, documentation, shape, and fixed-wait checks passed; workspace clippy failed. Three diagnostics were in packet_filter.rs (range style, `TIME_WAIT` doc formatting, and a collapsible handshake transition). Two diagnostics were in the temporary J197 proof example included by the workspace scan (large stack buffer and needless `Identity` by-value argument). I fixed the tracked clippy findings in `dcdcf1c04`, corrected the helper, and am rerunning quick at the new head.
kayg commented 2026-11-05 20:48:08 +00:00
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J239 follow-up progress (J197 at dcdcf1c04): the requested review probes are tracked as packet-filter regressions, including the coordinator deny-all case, churn, close/reuse, SYN sub-budget and ICMP identifier expiry. The Mac per-packet and four-thread lock-contention runs completed under /tmp/mac-bench.lock; the receipt is /home/kayg/.cache/codex-scratch/j197/evidence/mac-filter-final-bench.log (67.58M→9.71M pps and 83→167 ns p99; four threads 6.78M→2.41M pps and 13.8→31.9 µs p99). The Linux proof helper release build completed on compute01 at this head.

The foreground verify quick remains queued on dev-02 after 24 minutes; the two Linux VM slot queues were checked. origin/dev has since advanced to b2b15527f; I will integrate it after the queued quick exits so that run keeps its original worktree input, then run the final fast gate at the merged head. Real Mac/Linux utun proof is in progress under the Mac lock. No issue closure or deployment.

J239 follow-up progress (J197 at `dcdcf1c04`): the requested review probes are tracked as packet-filter regressions, including the coordinator deny-all case, churn, close/reuse, SYN sub-budget and ICMP identifier expiry. The Mac per-packet and four-thread lock-contention runs completed under `/tmp/mac-bench.lock`; the receipt is `/home/kayg/.cache/codex-scratch/j197/evidence/mac-filter-final-bench.log` (67.58M→9.71M pps and 83→167 ns p99; four threads 6.78M→2.41M pps and 13.8→31.9 µs p99). The Linux proof helper release build completed on compute01 at this head. The foreground `verify quick` remains queued on dev-02 after 24 minutes; the two Linux VM slot queues were checked. `origin/dev` has since advanced to `b2b15527f`; I will integrate it after the queued quick exits so that run keeps its original worktree input, then run the final fast gate at the merged head. Real Mac/Linux utun proof is in progress under the Mac lock. No issue closure or deployment.
kayg commented 2026-11-05 21:06:58 +00:00
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Queue update for the real-environment proof and final precheck: the Mac VM baseline and fresh root-owned proof key state are prepared under /tmp/mac-bench.lock; no keychain or TCC state was touched. The Linux helper must use the kernel node path, so I staged the already-built helper in a disposable clone at /root/worktrees/j197-rootproof and queued its runtime through compute01's build-slot (position 5, all four slots busy). verify quick remains queued at position 3 on dev-02 after 44 minutes. I am keeping both foreground runs attached and will not change either checkout while its command is queued.

Current branch head: dcdcf1c04; fetched origin/dev: b2b15527f. Mac baseline artifact: /home/kayg/.cache/codex-scratch/j197/evidence/mac-environment.log.

Queue update for the real-environment proof and final precheck: the Mac VM baseline and fresh root-owned proof key state are prepared under `/tmp/mac-bench.lock`; no keychain or TCC state was touched. The Linux helper must use the kernel node path, so I staged the already-built helper in a disposable clone at `/root/worktrees/j197-rootproof` and queued its runtime through compute01's `build-slot` (position 5, all four slots busy). `verify quick` remains queued at position 3 on dev-02 after 44 minutes. I am keeping both foreground runs attached and will not change either checkout while its command is queued. Current branch head: `dcdcf1c04`; fetched `origin/dev`: `b2b15527f`. Mac baseline artifact: `/home/kayg/.cache/codex-scratch/j197/evidence/mac-environment.log`.
kayg commented 2026-11-05 21:09:07 +00:00
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Integration update: origin/dev is now b2b15527f (D352, pinned GotaTun source unification). The merge-tree check reports a clean merge with macos-filter-j197. D352 changes the Mesh dependency setup and Mac node source, so I canceled the queued J197 root helper before it acquired a slot; I will rebuild the Linux peer and Mac proof helper from the merged head. The foreground quick is still running on its original dcdcf1c04 input and remains third in dev-02's queue history (now slot 2 is busy with another quick). The Mac VM baseline and key state remain ready.

Integration update: `origin/dev` is now `b2b15527f` (D352, pinned GotaTun source unification). The merge-tree check reports a clean merge with `macos-filter-j197`. D352 changes the Mesh dependency setup and Mac node source, so I canceled the queued J197 root helper before it acquired a slot; I will rebuild the Linux peer and Mac proof helper from the merged head. The foreground quick is still running on its original `dcdcf1c04` input and remains third in dev-02's queue history (now slot 2 is busy with another quick). The Mac VM baseline and key state remain ready.
kayg commented 2026-11-05 21:11:55 +00:00
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Queue correction: the latest dev-02 status shows J197's verify quick (PID 1568363) queued at position 2, with one queued job ahead; it has not acquired a slot or emitted gate output. The earlier position-3 note was from the preceding status snapshot.

Queue correction: the latest dev-02 status shows J197's `verify quick` (PID 1568363) queued at position 2, with one queued job ahead; it has not acquired a slot or emitted gate output. The earlier position-3 note was from the preceding status snapshot.
kayg commented 2026-11-05 21:15:16 +00:00
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Merged and pushed current origin/dev (b2b15527f0c925f680d94c5e0deaa020ffdb0c56, D352) into macos-filter-j197; merge commit/head is b28f44e7ba99edf827b727aace557e11141d691e. git merge-tree predicted a clean merge and the actual merge completed without conflict. The queued foreground quick remains on the separate dev-02 worktree at dcdcf1c04; I have left that checkout untouched. Mac and Linux proof worktrees are being synchronized to b28f44e7b for final-head rebuild and real-network proof.

Merged and pushed current `origin/dev` (`b2b15527f0c925f680d94c5e0deaa020ffdb0c56`, D352) into `macos-filter-j197`; merge commit/head is `b28f44e7ba99edf827b727aace557e11141d691e`. `git merge-tree` predicted a clean merge and the actual merge completed without conflict. The queued foreground quick remains on the separate dev-02 worktree at `dcdcf1c04`; I have left that checkout untouched. Mac and Linux proof worktrees are being synchronized to `b28f44e7b` for final-head rebuild and real-network proof.
kayg commented 2026-11-05 21:23:38 +00:00
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J239 follow-up continuation: the branch is merged with current origin/dev at b28f44e7ba99edf827b727aace557e11141d691e and pushed. The foreground scripts/verify quick still has not acquired a dev-02 slot; its source snapshot is dcdcf1c04, before the D352 merge, and it has been queued for about an hour. I will stop only that stale queued process and rerun quick against the merged head when a Linux build slot is available. Next: sync the Mac and disposable Linux proof worktrees to b28f44e7b, rebuild the proof helper, run the real peer checks and utun measurement under the Mac lock, then run scripts/verify fast and final size comparison. Existing pre-merge benchmark receipt: /home/kayg/.cache/codex-scratch/j197/evidence/mac-filter-final-bench.log; I will replace it with final-head results.

J239 follow-up continuation: the branch is merged with current `origin/dev` at `b28f44e7ba99edf827b727aace557e11141d691e` and pushed. The foreground `scripts/verify quick` still has not acquired a dev-02 slot; its source snapshot is `dcdcf1c04`, before the D352 merge, and it has been queued for about an hour. I will stop only that stale queued process and rerun quick against the merged head when a Linux build slot is available. Next: sync the Mac and disposable Linux proof worktrees to `b28f44e7b`, rebuild the proof helper, run the real peer checks and utun measurement under the Mac lock, then run `scripts/verify fast` and final size comparison. Existing pre-merge benchmark receipt: `/home/kayg/.cache/codex-scratch/j197/evidence/mac-filter-final-bench.log`; I will replace it with final-head results.
kayg commented 2026-11-05 22:00:05 +00:00
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Final-head Mac benchmark receipt at b28f44e7ba99edf827b727aace557e11141d691e, run under /tmp/mac-bench.lock with the two report-only benchmark tests: cargo test --release --locked -j2 -p infraternal-plugin-mesh --features agent --lib packet_filter::tests::mac_packet_filter_ -- --ignored --nocapture.

  • Single thread: pass-through 67,383,538 pps / 84 ns p99; filtered 9,073,278 pps / 250 ns p99.
  • Four threads: pass-through 8,119,643 pps / 10,583 ns p99; filtered 2,341,717 pps / 28,708 ns p99.
  • Both benchmark tests passed. Receipt: /home/kayg/.cache/codex-scratch/j197/evidence/mac-filter-b28f44e7b-build-bench.log.

The Linux proof helper also built from the merged head on compute01 under root build-slot; receipt: /home/kayg/.cache/codex-scratch/j197/evidence/linux-proof-build-b28f44e7b.log. The merged-head verify quick has passed fmt and workspace clippy and is running changed-package unit tests on dev-02. The Linux runtime is queued first on compute01; real network proof remains next.

Final-head Mac benchmark receipt at `b28f44e7ba99edf827b727aace557e11141d691e`, run under `/tmp/mac-bench.lock` with the two report-only benchmark tests: `cargo test --release --locked -j2 -p infraternal-plugin-mesh --features agent --lib packet_filter::tests::mac_packet_filter_ -- --ignored --nocapture`. - Single thread: pass-through 67,383,538 pps / 84 ns p99; filtered 9,073,278 pps / 250 ns p99. - Four threads: pass-through 8,119,643 pps / 10,583 ns p99; filtered 2,341,717 pps / 28,708 ns p99. - Both benchmark tests passed. Receipt: `/home/kayg/.cache/codex-scratch/j197/evidence/mac-filter-b28f44e7b-build-bench.log`. The Linux proof helper also built from the merged head on compute01 under root build-slot; receipt: `/home/kayg/.cache/codex-scratch/j197/evidence/linux-proof-build-b28f44e7b.log`. The merged-head `verify quick` has passed fmt and workspace clippy and is running changed-package unit tests on dev-02. The Linux runtime is queued first on compute01; real network proof remains next.
kayg commented 2026-11-05 22:08:32 +00:00
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origin/dev advanced after the previous merge from b2b15527f to 3e659eb78. I merged it into macos-filter-j197 and pushed the new head 6cbca100b6e2bf3cab0da11cef17195fcd6e8a50. I canceled the queued Linux runtime built from the earlier head before it started; no test traffic ran.

The b28f44e7b quick precheck passed all 57 mesh tests, including the J239 regressions, but failed restart::recovery_tests::oversized_debug_image_does_not_limit_restart_fixtures in crates/infraternal. Both source files for that test are byte-for-byte unchanged against the fetched origin/dev. I will reproduce the focused test on the unmodified origin/dev worktree, then rerun quick and fast against 6cbca100b.

`origin/dev` advanced after the previous merge from `b2b15527f` to `3e659eb78`. I merged it into `macos-filter-j197` and pushed the new head `6cbca100b6e2bf3cab0da11cef17195fcd6e8a50`. I canceled the queued Linux runtime built from the earlier head before it started; no test traffic ran. The `b28f44e7b` quick precheck passed all 57 mesh tests, including the J239 regressions, but failed `restart::recovery_tests::oversized_debug_image_does_not_limit_restart_fixtures` in `crates/infraternal`. Both source files for that test are byte-for-byte unchanged against the fetched `origin/dev`. I will reproduce the focused test on the unmodified origin/dev worktree, then rerun quick and fast against `6cbca100b`.
kayg commented 2026-11-05 22:14:48 +00:00
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Final merged head 6cbca100b6e2bf3cab0da11cef17195fcd6e8a50 Mac measurements, all under /tmp/mac-bench.lock:

  • Pass-through: 64,260,455 pps / 84 ns p99; filtered: 8,617,409 pps / 167 ns p99.
  • Four-thread contention: pass-through 8,628,826 pps / 9,750 ns p99; filtered 2,635,505 pps / 29,042 ns p99.
  • The release benchmark tests and final-head proof-helper build passed. Receipt: /home/kayg/.cache/codex-scratch/j197/evidence/mac-filter-6cbca100b-build-bench.log.

The focused restart-recovery reproduction on unmodified origin/dev is queued at dev-02 position 4 (about 14 minutes); the final-head root Linux helper rebuild is queued on compute01 position 3. Both remain foreground. No real-node traffic has started yet.

Final merged head `6cbca100b6e2bf3cab0da11cef17195fcd6e8a50` Mac measurements, all under `/tmp/mac-bench.lock`: - Pass-through: 64,260,455 pps / 84 ns p99; filtered: 8,617,409 pps / 167 ns p99. - Four-thread contention: pass-through 8,628,826 pps / 9,750 ns p99; filtered 2,635,505 pps / 29,042 ns p99. - The release benchmark tests and final-head proof-helper build passed. Receipt: `/home/kayg/.cache/codex-scratch/j197/evidence/mac-filter-6cbca100b-build-bench.log`. The focused restart-recovery reproduction on unmodified `origin/dev` is queued at dev-02 position 4 (about 14 minutes); the final-head root Linux helper rebuild is queued on compute01 position 3. Both remain foreground. No real-node traffic has started yet.
kayg commented 2026-11-05 22:30:05 +00:00
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Real two-node proof passed at final head 6cbca100b6e2bf3cab0da11cef17195fcd6e8a50.

  • Linux NodeId 1 was the Mac fixture's coordinator peer. With its Mac inbound rule set to none, the Linux peer's TCP/48080 connection timed out after 8 s.
  • Updated the Mac peer policy live to inbound TCP/48080. The same Mac process PID 63281 acknowledged version 2; TCP/48080 returned mac-allowed, while TCP/48081 timed out after 8 s.
  • Before that update, with Mac inbound still none, a Mac-initiated TCP transfer to the Linux peer returned its byte-count receipt, proving stateful return traffic. A 32 MiB filtered transfer over the real Mac utun completed in 5,955 ms at 45.07 Mbps.
  • Both helpers printed STOPPED; Mac utun interfaces/routes and Linux proof routes returned to their pre-run state.

Receipts: mac-proof-runtime-6cbca100b.log, linux-proof-runtime-6cbca100b.log, linux-coordinator-denied-6cbca100b.log, linux-allowed-port-6cbca100b.log, linux-denied-port-6cbca100b.log, and mac-filter-6cbca100b-build-bench.log under /home/kayg/.cache/codex-scratch/j197/evidence/.

The restart-recovery failure from the b28 quick also reproduced on the unmodified origin/dev 3e659eb78 worktree: the focused test failed with the same Opened::running().is_err() assertion. Receipt: /home/kayg/.cache/codex-scratch/j197/evidence/origin-dev-restart-test.log. The final-head quick and fast gates are next.

Real two-node proof passed at final head `6cbca100b6e2bf3cab0da11cef17195fcd6e8a50`. - Linux NodeId 1 was the Mac fixture's coordinator peer. With its Mac inbound rule set to `none`, the Linux peer's TCP/48080 connection timed out after 8 s. - Updated the Mac peer policy live to inbound TCP/48080. The same Mac process PID `63281` acknowledged version 2; TCP/48080 returned `mac-allowed`, while TCP/48081 timed out after 8 s. - Before that update, with Mac inbound still `none`, a Mac-initiated TCP transfer to the Linux peer returned its byte-count receipt, proving stateful return traffic. A 32 MiB filtered transfer over the real Mac utun completed in 5,955 ms at 45.07 Mbps. - Both helpers printed `STOPPED`; Mac utun interfaces/routes and Linux proof routes returned to their pre-run state. Receipts: `mac-proof-runtime-6cbca100b.log`, `linux-proof-runtime-6cbca100b.log`, `linux-coordinator-denied-6cbca100b.log`, `linux-allowed-port-6cbca100b.log`, `linux-denied-port-6cbca100b.log`, and `mac-filter-6cbca100b-build-bench.log` under `/home/kayg/.cache/codex-scratch/j197/evidence/`. The restart-recovery failure from the b28 quick also reproduced on the unmodified `origin/dev` `3e659eb78` worktree: the focused test failed with the same `Opened::running().is_err()` assertion. Receipt: `/home/kayg/.cache/codex-scratch/j197/evidence/origin-dev-restart-test.log`. The final-head quick and fast gates are next.
kayg commented 2026-11-05 22:46:15 +00:00
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Final-head checks are in progress on macos-filter-j197 at 3bfe850201. The Linux proof-helper rebuild is first in compute01’s build-slot queue; all four slots are occupied and it has waited over ten minutes. I will run quick, then fast, after the build and choose a VM based on both queue statuses. Mac/Linux proof and final-head Mac benchmark receipts are under /home/kayg/.cache/codex-scratch/j197/evidence. Static binary size versus origin/dev is still pending.

Final-head checks are in progress on macos-filter-j197 at 3bfe850201ddbcbf99f83e900af139d6d6e492c7. The Linux proof-helper rebuild is first in compute01’s build-slot queue; all four slots are occupied and it has waited over ten minutes. I will run quick, then fast, after the build and choose a VM based on both queue statuses. Mac/Linux proof and final-head Mac benchmark receipts are under /home/kayg/.cache/codex-scratch/j197/evidence. Static binary size versus origin/dev is still pending.
kayg commented 2026-11-05 23:03:21 +00:00
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Progress: the final-head Linux proof helper compiled at 3bfe850201 (receipt: /home/kayg/.cache/codex-scratch/j197/evidence/linux-proof-build-3bfe8502.log). verify quick is queued on dev-02 at position 5 after about fifteen minutes; both VM pools remain full. Its log is ~/j197-evidence/verify-quick-3bfe8502.log on dev-02. I will run fast and the origin/dev size comparison after quick completes.

Progress: the final-head Linux proof helper compiled at 3bfe850201ddbcbf99f83e900af139d6d6e492c7 (receipt: /home/kayg/.cache/codex-scratch/j197/evidence/linux-proof-build-3bfe8502.log). `verify quick` is queued on dev-02 at position 5 after about fifteen minutes; both VM pools remain full. Its log is ~/j197-evidence/verify-quick-3bfe8502.log on dev-02. I will run fast and the origin/dev size comparison after quick completes.
kayg commented 2026-11-05 23:23:16 +00:00
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Queue update: verify quick on dev-02 has now waited about thirty minutes and is fourth in the queue. Both slots remain occupied. The gate session is still alive; the log ~/j197-evidence/verify-quick-3bfe8502.log records the original queue notice. No test result yet. I am continuing foreground polling.

Queue update: `verify quick` on dev-02 has now waited about thirty minutes and is fourth in the queue. Both slots remain occupied. The gate session is still alive; the log ~/j197-evidence/verify-quick-3bfe8502.log records the original queue notice. No test result yet. I am continuing foreground polling.
kayg commented 2026-11-05 23:41:38 +00:00
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Verification note at 3bfe850201: verify quick reached clippy and failed because a temporary untracked Linux proof example was present in the compute worktree; clippy reported needless_borrow at line 287. The failed run is preserved at /home/kayg/.cache/codex-scratch/j197/evidence/verify-quick-untracked-proof-failure-3bfe8502.log. I removed that temporary file from the gate worktree and will rerun quick on the clean tracked tree.

Verification note at 3bfe850201ddbcbf99f83e900af139d6d6e492c7: `verify quick` reached clippy and failed because a temporary untracked Linux proof example was present in the compute worktree; clippy reported `needless_borrow` at line 287. The failed run is preserved at /home/kayg/.cache/codex-scratch/j197/evidence/verify-quick-untracked-proof-failure-3bfe8502.log. I removed that temporary file from the gate worktree and will rerun quick on the clean tracked tree.
kayg commented 2026-11-06 00:11:41 +00:00
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Queue update: the clean verify quick rerun on dev-02 has waited about thirty minutes and remains second behind one queued cargo test. Both dev-02 slots are still occupied. Log: ~/j197-evidence/verify-quick-3bfe8502.log. Continuing foreground polling.

Queue update: the clean `verify quick` rerun on dev-02 has waited about thirty minutes and remains second behind one queued cargo test. Both dev-02 slots are still occupied. Log: ~/j197-evidence/verify-quick-3bfe8502.log. Continuing foreground polling.
kayg commented 2026-11-06 02:31:51 +00:00
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J197 gate update at 4404d811e73fd21516142943c717b3e1b7814c8c:

  • scripts/verify fast exited 1. The test row exited 101: 884 passed, 1 failed, 57 ignored. The failure was auth::tests::socket_tests::review_subscription_refusal::oversized_refusal_cannot_reinstall_a_queued_mesh_subscription (server did not send Welcome, crates/infraternal-server/src/auth/tests.rs:2058).
  • The privileged-integration row exited 1 with 18 nf_tables cases failing on ENOENT while setting up a namespace; the corresponding nft cases passed. I have not attributed these failures yet.
  • Formatting, clippy, doc coverage, release-exclusion, and static-build rows passed. Static sizes were x86_64 27,174,544 bytes and aarch64 24,492,608 bytes; the gate's recorded baselines were 22,418,256 and 20,453,280 bytes respectively.

Full gate log: /home/kayg/.cache/codex-scratch/j197/evidence/verify-fast-4404d811.log.

origin/dev advanced from 442ac0f993 to 3dc58dc67 while this gate ran. I am merging the current dev head, then I will rerun quick and fast and report the final head and output here.

J197 gate update at `4404d811e73fd21516142943c717b3e1b7814c8c`: - `scripts/verify fast` exited 1. The `test` row exited 101: 884 passed, 1 failed, 57 ignored. The failure was `auth::tests::socket_tests::review_subscription_refusal::oversized_refusal_cannot_reinstall_a_queued_mesh_subscription` (`server did not send Welcome`, `crates/infraternal-server/src/auth/tests.rs:2058`). - The privileged-integration row exited 1 with 18 `nf_tables` cases failing on `ENOENT` while setting up a namespace; the corresponding `nft` cases passed. I have not attributed these failures yet. - Formatting, clippy, doc coverage, release-exclusion, and static-build rows passed. Static sizes were x86_64 27,174,544 bytes and aarch64 24,492,608 bytes; the gate's recorded baselines were 22,418,256 and 20,453,280 bytes respectively. Full gate log: `/home/kayg/.cache/codex-scratch/j197/evidence/verify-fast-4404d811.log`. `origin/dev` advanced from `442ac0f993` to `3dc58dc67` while this gate ran. I am merging the current dev head, then I will rerun quick and fast and report the final head and output here.
kayg commented 2026-11-06 02:46:55 +00:00
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J197 integration update:

  • Merged current origin/dev 3dc58dc67 into macos-filter-j197 as 2c2dc4f25, pushed to the branch. The only conflict was a test doc comment in macos_node.rs; it now describes the directional case covered by the test.
  • The first quick attempt on the merge caught E0063 in packet_filter.rs:48: the upstream dataplane::Peer shape added key-rotation fields. Initialized the fixture as a non-rotating peer (previous_key: None, previous_active: false) in commit 3e6fb4d07, now pushed.
  • A fresh scripts/verify quick is queued on dev-02 at 3e6fb4d07, foreground session. Log: ~/j197-evidence/verify-quick-3e6fb4d0.log.
J197 integration update: - Merged current `origin/dev` `3dc58dc67` into `macos-filter-j197` as `2c2dc4f25`, pushed to the branch. The only conflict was a test doc comment in `macos_node.rs`; it now describes the directional case covered by the test. - The first quick attempt on the merge caught `E0063` in `packet_filter.rs:48`: the upstream `dataplane::Peer` shape added key-rotation fields. Initialized the fixture as a non-rotating peer (`previous_key: None`, `previous_active: false`) in commit `3e6fb4d07`, now pushed. - A fresh `scripts/verify quick` is queued on dev-02 at `3e6fb4d07`, foreground session. Log: `~/j197-evidence/verify-quick-3e6fb4d0.log`.
kayg commented 2026-11-06 02:59:03 +00:00
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J197 verification update:

  • scripts/verify quick passed at 3e6fb4d07641601aa06ae16294709b79f7d4e191: 77 changed-package tests passed and 215 bin-only tests passed (15 ignored). Receipt: ~/j197-evidence/verify-quick-3e6fb4d0.log on dev-02.
  • origin/dev has advanced from 3dc58dc67 to 13a43a008 (three commits). I am merging the current head before the final quick and fast gates, then will report the new final SHA.
J197 verification update: - `scripts/verify quick` passed at `3e6fb4d07641601aa06ae16294709b79f7d4e191`: 77 changed-package tests passed and 215 bin-only tests passed (15 ignored). Receipt: `~/j197-evidence/verify-quick-3e6fb4d0.log` on dev-02. - `origin/dev` has advanced from `3dc58dc67` to `13a43a008` (three commits). I am merging the current head before the final quick and fast gates, then will report the new final SHA.
kayg commented 2026-11-06 03:12:44 +00:00
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Final verification update:

  • Current origin/dev: be64f2902ed11067d31bb875bbdb77982760524e.
  • Branch head e3085154e5da0498e4ba18b4858c4fc07a053995 merges that dev head.
  • scripts/verify quick passed on this head: 78 changed-package tests and 216 bin-only tests passed (15 ignored). Receipt: ~/j197-evidence/verify-quick-e3085154.log on compute01.

Starting scripts/verify fast on compute01 under build-slot, using the same worktree target. Log: ~/j197-evidence/verify-fast-e3085154.log.

Final verification update: - Current `origin/dev`: `be64f2902ed11067d31bb875bbdb77982760524e`. - Branch head `e3085154e5da0498e4ba18b4858c4fc07a053995` merges that dev head. - `scripts/verify quick` passed on this head: 78 changed-package tests and 216 bin-only tests passed (15 ignored). Receipt: `~/j197-evidence/verify-quick-e3085154.log` on compute01. Starting `scripts/verify fast` on compute01 under build-slot, using the same worktree target. Log: `~/j197-evidence/verify-fast-e3085154.log`.
kayg commented 2026-11-06 03:33:05 +00:00
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Owner freeze update:

  • Current pushed head: e3085154e5da0498e4ba18b4858c4fc07a053995. It merges current origin/dev be64f2902ed11067d31bb875bbdb77982760524e.
  • scripts/verify quick passed on this head: 78 changed-package tests and 216 bin-only tests passed (15 ignored). Receipt: ~/j197-evidence/verify-quick-e3085154.log on compute01.
  • scripts/verify fast is already running in the foreground on compute01, currently in the mesh tests. I have started nothing new on dev-02 or the Mac. Live log: ~/j197-evidence/verify-fast-e3085154.log on compute01.

Still pending: finish the fast gate; compare final-head static sizes directly against current origin/dev with scripts/static-cargo; rerun the real Linux-peer Mac proof and filtered/unfiltered throughput and p99 benchmarks on this final head under the Mac lock when the owner lifts the freeze. The existing Mac proof and benchmark receipts are from 6cbca100b, before the later dev merges changed the Mac node/dataplane code, so Mac validation remains necessary. This is not gate-only yet; I will not start Mac work while the freeze is active.

Owner freeze update: - Current pushed head: `e3085154e5da0498e4ba18b4858c4fc07a053995`. It merges current `origin/dev` `be64f2902ed11067d31bb875bbdb77982760524e`. - `scripts/verify quick` passed on this head: 78 changed-package tests and 216 bin-only tests passed (15 ignored). Receipt: `~/j197-evidence/verify-quick-e3085154.log` on compute01. - `scripts/verify fast` is already running in the foreground on compute01, currently in the mesh tests. I have started nothing new on dev-02 or the Mac. Live log: `~/j197-evidence/verify-fast-e3085154.log` on compute01. Still pending: finish the fast gate; compare final-head static sizes directly against current `origin/dev` with `scripts/static-cargo`; rerun the real Linux-peer Mac proof and filtered/unfiltered throughput and p99 benchmarks on this final head under the Mac lock when the owner lifts the freeze. The existing Mac proof and benchmark receipts are from `6cbca100b`, before the later dev merges changed the Mac node/dataplane code, so Mac validation remains necessary. This is not gate-only yet; I will not start Mac work while the freeze is active.
kayg commented 2026-11-06 04:00:45 +00:00
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Current head: e3085154e5da0498e4ba18b4858c4fc07a053995 on macos-filter-j197 (merged origin/dev at be64f2902ed11067d31bb875bbdb77982760524e). Worktree is clean and branch is pushed.

Completed: J239 probe regressions and fixes are committed, including churn cleanup/admission, bounded state buckets and timeouts, tuple reuse, intentional ICMP error/fragment documentation, contention benchmark coverage, and J162 coordinator regression. verify quick passed; receipt: ~/j197-evidence/verify-quick-e3085154.log on compute01.

Still pending:

  1. scripts/verify fast is already running in the foreground on compute01; finish polling it and post its verbatim final output. Log: ~/j197-evidence/verify-fast-e3085154.log.
  2. Re-measure static binary size at this final head against origin/dev and record the delta.
  3. Once the owner lifts the std VM freeze, run the Mac-only real Linux-peer proof under lockf -k /tmp/mac-bench.lock (allowed port, denied port timeout, coordinator denied by policy, live rule update without restart, and return traffic), and filtered versus unfiltered utun throughput and p99 latency measurements on the Mac VM.

No new work has been started or queued on dev-02 or the Mac after the freeze order. There is no dev-02 run for this job to move; the active gate is already on compute01. No merge or deployment has occurred.

Current head: `e3085154e5da0498e4ba18b4858c4fc07a053995` on `macos-filter-j197` (merged `origin/dev` at `be64f2902ed11067d31bb875bbdb77982760524e`). Worktree is clean and branch is pushed. Completed: J239 probe regressions and fixes are committed, including churn cleanup/admission, bounded state buckets and timeouts, tuple reuse, intentional ICMP error/fragment documentation, contention benchmark coverage, and J162 coordinator regression. `verify quick` passed; receipt: `~/j197-evidence/verify-quick-e3085154.log` on compute01. Still pending: 1. `scripts/verify fast` is already running in the foreground on compute01; finish polling it and post its verbatim final output. Log: `~/j197-evidence/verify-fast-e3085154.log`. 2. Re-measure static binary size at this final head against `origin/dev` and record the delta. 3. Once the owner lifts the std VM freeze, run the Mac-only real Linux-peer proof under `lockf -k /tmp/mac-bench.lock` (allowed port, denied port timeout, coordinator denied by policy, live rule update without restart, and return traffic), and filtered versus unfiltered utun throughput and p99 latency measurements on the Mac VM. No new work has been started or queued on dev-02 or the Mac after the freeze order. There is no dev-02 run for this job to move; the active gate is already on compute01. No merge or deployment has occurred.
kayg commented 2026-11-06 04:31:21 +00:00
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Updated head: 2fd5bd9ccb5c626e9288b06d547d1517d15f1e06 on macos-filter-j197, pushed. It now merges current origin/dev at 2ca748b8c07a5836462b380ef4e340d829731ec5.

Still pending:

  1. Run the final scripts/verify fast at this head on compute01 and post its result. The fast run at the previous head had one privileged-harness failure; the exact test passes on unmodified origin/dev, and this head includes that gate fix.
  2. Measure final-head static binary sizes against origin/dev and report the deltas. The fast gate’s fixed historical size baselines are not that comparison.
  3. After the owner lifts the std VM freeze, prove on the Mac VM with a Linux peer, under lockf -k /tmp/mac-bench.lock: allowed port reachable; denied port times out; coordinator denied by policy; a rule update takes effect without restart; return traffic works.
  4. On that Mac VM, measure filtered and unfiltered utun throughput and p99 latency.

No Mac lock step was started. dev-02 is unreachable under the freeze (No route to host); this job had no dev-02 run to move. No deployment or merge into dev occurred.

Updated head: `2fd5bd9ccb5c626e9288b06d547d1517d15f1e06` on `macos-filter-j197`, pushed. It now merges current `origin/dev` at `2ca748b8c07a5836462b380ef4e340d829731ec5`. Still pending: 1. Run the final `scripts/verify fast` at this head on compute01 and post its result. The fast run at the previous head had one privileged-harness failure; the exact test passes on unmodified `origin/dev`, and this head includes that gate fix. 2. Measure final-head static binary sizes against `origin/dev` and report the deltas. The fast gate’s fixed historical size baselines are not that comparison. 3. After the owner lifts the std VM freeze, prove on the Mac VM with a Linux peer, under `lockf -k /tmp/mac-bench.lock`: allowed port reachable; denied port times out; coordinator denied by policy; a rule update takes effect without restart; return traffic works. 4. On that Mac VM, measure filtered and unfiltered utun throughput and p99 latency. No Mac lock step was started. dev-02 is unreachable under the freeze (`No route to host`); this job had no dev-02 run to move. No deployment or merge into `dev` occurred.
kayg commented 2026-11-06 05:43:02 +00:00
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Updated head: dec7dc006152ea6f94141435fe79c840256d8609 on macos-filter-j197, pushed. It merges current origin/dev at 0aad23e1c02778705c1b69abb4f92edaab3072b9.

Still pending:

  1. Rerun scripts/verify quick and scripts/verify fast at this head. The full fast gate passed at 2fd5bd9c, but current dev advanced during that run and is now merged.
  2. Measure this head’s static binary sizes directly against current origin/dev and record the deltas; the gate uses fixed historical size baselines.
  3. After the owner lifts the std VM freeze, run the Mac/Linux-peer proof under lockf -k /tmp/mac-bench.lock: allowed port reachable, denied port times out, coordinator denied by policy, rule change without restart, and return traffic.
  4. On the Mac VM, measure filtered and unfiltered utun throughput and p99 latency.

No Mac lock step has started. dev-02 is unreachable under the freeze (No route to host); this job has no dev-02 run to move. No deployment or merge into dev has occurred.

Updated head: `dec7dc006152ea6f94141435fe79c840256d8609` on `macos-filter-j197`, pushed. It merges current `origin/dev` at `0aad23e1c02778705c1b69abb4f92edaab3072b9`. Still pending: 1. Rerun `scripts/verify quick` and `scripts/verify fast` at this head. The full fast gate passed at `2fd5bd9c`, but current dev advanced during that run and is now merged. 2. Measure this head’s static binary sizes directly against current `origin/dev` and record the deltas; the gate uses fixed historical size baselines. 3. After the owner lifts the std VM freeze, run the Mac/Linux-peer proof under `lockf -k /tmp/mac-bench.lock`: allowed port reachable, denied port times out, coordinator denied by policy, rule change without restart, and return traffic. 4. On the Mac VM, measure filtered and unfiltered utun throughput and p99 latency. No Mac lock step has started. dev-02 is unreachable under the freeze (`No route to host`); this job has no dev-02 run to move. No deployment or merge into `dev` has occurred.
kayg commented 2026-11-06 06:37:45 +00:00
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Current head: dec7dc006152ea6f94141435fe79c840256d8609 on pushed branch macos-filter-j197, merged with origin/dev at 0aad23e1c02778705c1b69abb4f92edaab3072b9.

Evidence/status:

  • Final-head scripts/verify quick passed: ~/j197-evidence/verify-quick-dec7dc00.log on compute01.
  • A fast gate passed at prior head 2fd5bd9c, but that head no longer included the current dev updates.
  • The final-head fast run was interrupted at the owner’s request to free disk (exit 130); it is not a pass. Partial log: ~/j197-evidence/verify-fast-dec7dc00.log.
  • Removed only ~/worktrees/j197/target (68G). Compute01 now has 132G free. No J197 build process remains.

Still pending:

  1. After the owner lifts the std VM freeze, rebuild and run scripts/verify fast at the current final head on compute01.
  2. Measure current-head static binary sizes directly against current origin/dev and record the deltas.
  3. On the Mac VM with a Linux peer, under lockf -k /tmp/mac-bench.lock, prove: allowed port reachable; denied port times out; coordinator denied by policy; a rule update applies without restart; return traffic works.
  4. On the Mac VM, measure filtered and unfiltered utun throughput and p99 latency.

No Mac lock step started. dev-02 was reachable for a read-only slot check but remains frozen and was not used. No deployment or merge into dev occurred.

Current head: `dec7dc006152ea6f94141435fe79c840256d8609` on pushed branch `macos-filter-j197`, merged with `origin/dev` at `0aad23e1c02778705c1b69abb4f92edaab3072b9`. Evidence/status: - Final-head `scripts/verify quick` passed: `~/j197-evidence/verify-quick-dec7dc00.log` on compute01. - A fast gate passed at prior head `2fd5bd9c`, but that head no longer included the current dev updates. - The final-head fast run was interrupted at the owner’s request to free disk (exit 130); it is not a pass. Partial log: `~/j197-evidence/verify-fast-dec7dc00.log`. - Removed only `~/worktrees/j197/target` (68G). Compute01 now has 132G free. No J197 build process remains. Still pending: 1. After the owner lifts the std VM freeze, rebuild and run `scripts/verify fast` at the current final head on compute01. 2. Measure current-head static binary sizes directly against current `origin/dev` and record the deltas. 3. On the Mac VM with a Linux peer, under `lockf -k /tmp/mac-bench.lock`, prove: allowed port reachable; denied port times out; coordinator denied by policy; a rule update applies without restart; return traffic works. 4. On the Mac VM, measure filtered and unfiltered utun throughput and p99 latency. No Mac lock step started. dev-02 was reachable for a read-only slot check but remains frozen and was not used. No deployment or merge into `dev` occurred.
kayg commented 2026-11-06 09:10:29 +00:00
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Updated head: d0d691cca451c4d11d99bf113b180da56db9e2de on pushed branch macos-filter-j197; it includes current origin/dev at 7589ed90b67e112a79fea48800139eaaad4ec7e8.

Still pending:

  1. Run scripts/verify quick then scripts/verify fast on compute01 at this head.
  2. Measure final-head static binary sizes directly against current origin/dev and report the deltas.
  3. On the Mac VM with a Linux peer, under one lockf -k /tmp/mac-bench.lock build-and-test step, prove: allowed port reachable; denied port times out; coordinator denied by policy; rule update without restart; return traffic works.
  4. On the Mac VM, measure filtered and unfiltered utun throughput and p99 latency.

The Mac is back with about 23 GB free. For the Mac step I will use CARGO_INCREMENTAL=0, keep one target, and delete it before releasing the lock. No Mac step has started yet.

Updated head: `d0d691cca451c4d11d99bf113b180da56db9e2de` on pushed branch `macos-filter-j197`; it includes current `origin/dev` at `7589ed90b67e112a79fea48800139eaaad4ec7e8`. Still pending: 1. Run `scripts/verify quick` then `scripts/verify fast` on compute01 at this head. 2. Measure final-head static binary sizes directly against current `origin/dev` and report the deltas. 3. On the Mac VM with a Linux peer, under one `lockf -k /tmp/mac-bench.lock` build-and-test step, prove: allowed port reachable; denied port times out; coordinator denied by policy; rule update without restart; return traffic works. 4. On the Mac VM, measure filtered and unfiltered utun throughput and p99 latency. The Mac is back with about 23 GB free. For the Mac step I will use `CARGO_INCREMENTAL=0`, keep one target, and delete it before releasing the lock. No Mac step has started yet.
kayg commented 2026-11-06 10:53:48 +00:00
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J197 resumed after the std freeze was lifted at 14:36 IST. Current pushed head is d0d691cca451c4d11d99bf113b180da56db9e2de on macos-filter-j197, based on origin/dev 7589ed90b67e112a79fea48800139eaaad4ec7e8. The fetched origin/dev is now 88e00ab422644977f23570c30f972e83d91aa06f.

Plan (estimate 3–4 hours): merge that dev head into the branch; run quick and then fast on compute01; compare x86_64 and aarch64 static sizes directly with the merged base; then, under one Mac lock, build and run the five Linux-peer proof cases plus filtered/unfiltered real-utun throughput and p99 measurements. I will remove the Mac target before releasing the lock.

Current resource state: compute01 has 182 GB free and one build slot free; the Mac has 26 GB free and no J197 target. A 1.5 GB target exists in J197's root-only Linux proof clone; I will preserve its untracked helper and remove that target before creating any other J197 target on compute01. No J197 build or live-mesh proof is running.

J197 resumed after the std freeze was lifted at 14:36 IST. Current pushed head is `d0d691cca451c4d11d99bf113b180da56db9e2de` on `macos-filter-j197`, based on `origin/dev` `7589ed90b67e112a79fea48800139eaaad4ec7e8`. The fetched `origin/dev` is now `88e00ab422644977f23570c30f972e83d91aa06f`. Plan (estimate 3–4 hours): merge that dev head into the branch; run quick and then fast on compute01; compare x86_64 and aarch64 static sizes directly with the merged base; then, under one Mac lock, build and run the five Linux-peer proof cases plus filtered/unfiltered real-utun throughput and p99 measurements. I will remove the Mac target before releasing the lock. Current resource state: compute01 has 182 GB free and one build slot free; the Mac has 26 GB free and no J197 target. A 1.5 GB target exists in J197's root-only Linux proof clone; I will preserve its untracked helper and remove that target before creating any other J197 target on compute01. No J197 build or live-mesh proof is running.
kayg commented 2026-11-06 11:07:50 +00:00
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At b7579b28d6f23566f92fd26a2560ffde5e905d13 (merged current origin/dev 9b180090db74828311569b70b35ede5a756ad033), the first verify quick invocation acquired compute01 slot 1 and stopped before tests: changed-scope.py could not find cargo because the command was outside the repo's Nix dev shell. Receipt: ~/j197-evidence/verify-quick-b7579b28.log on compute01. I am rerunning the precheck as nix develop -c scripts/verify quick through build-slot, then will run fast on compute01 in the same target.

At `b7579b28d6f23566f92fd26a2560ffde5e905d13` (merged current `origin/dev` `9b180090db74828311569b70b35ede5a756ad033`), the first `verify quick` invocation acquired compute01 slot 1 and stopped before tests: `changed-scope.py` could not find `cargo` because the command was outside the repo's Nix dev shell. Receipt: `~/j197-evidence/verify-quick-b7579b28.log` on compute01. I am rerunning the precheck as `nix develop -c scripts/verify quick` through `build-slot`, then will run fast on compute01 in the same target.
kayg commented 2026-11-06 11:31:49 +00:00
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Current pushed branch head: aa39a5f5caeae3b92fa4ed17ec09a1960bbb8b54, merging origin/dev at 74b9c4d8021df6a91afd44e0a750c98652cd116e.

verify quick passed at prior head b7579b28d6f23566f92fd26a2560ffde5e905d13 (mesh tests included the J239 regressions; bin-only tests: 216 passed, 15 ignored). Receipt: ~/j197-evidence/verify-quick-b7579b28-nix.log on compute01. origin/dev advanced during that run, so I am rerunning quick at the current merged head before fast. The compute01 target is warm at 7.9 GB. Its slots are currently full with queued work; dev-02 has one free aarch64 slot, but the final quick/fast sequence stays on compute01 so both use the same target and the required full fast gate runs there.

Still pending: final-head quick and scripts/verify fast on compute01; x86_64 and aarch64 static-size comparison against the merged base; five real Mac/Linux-peer proof cases; filtered/unfiltered real-utun throughput and p99. The Mac build/test step will hold /tmp/mac-bench.lock throughout and delete its target before release.

Current pushed branch head: `aa39a5f5caeae3b92fa4ed17ec09a1960bbb8b54`, merging `origin/dev` at `74b9c4d8021df6a91afd44e0a750c98652cd116e`. `verify quick` passed at prior head `b7579b28d6f23566f92fd26a2560ffde5e905d13` (mesh tests included the J239 regressions; bin-only tests: 216 passed, 15 ignored). Receipt: `~/j197-evidence/verify-quick-b7579b28-nix.log` on compute01. `origin/dev` advanced during that run, so I am rerunning quick at the current merged head before fast. The compute01 target is warm at 7.9 GB. Its slots are currently full with queued work; dev-02 has one free aarch64 slot, but the final quick/fast sequence stays on compute01 so both use the same target and the required full fast gate runs there. Still pending: final-head quick and `scripts/verify fast` on compute01; x86_64 and aarch64 static-size comparison against the merged base; five real Mac/Linux-peer proof cases; filtered/unfiltered real-utun throughput and p99. The Mac build/test step will hold `/tmp/mac-bench.lock` throughout and delete its target before release.
kayg commented 2026-11-06 11:45:05 +00:00
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J197 final-head progress

Head: aa39a5f5caeae3b92fa4ed17ec09a1960bbb8b54 (macos-filter-j197).

The current-head verify quick completed on compute01 with VERIFY_EXIT=1 at fmt. Evidence: ~/j197-evidence/verify-quick-aa39a5f5-nix.log. The formatter output is limited to server and remote-plugin files outside the J197 diff; the J197 diff contains only crates/infraternal/src/main.rs, crates/plugins/mesh/src/lib.rs, crates/plugins/mesh/src/macos_node.rs, and crates/plugins/mesh/src/packet_filter.rs. Those formatter-reported paths are unchanged from origin/dev, so this failure is inherited from the base.

Pending: run scripts/verify fast on compute01, compare static sizes against origin/dev, run the five Mac/Linux-peer proof cases, and measure filtered versus unfiltered real-utun throughput and p99. The Mac step will hold lockf -k /tmp/mac-bench.lock for its entire build-and-test and remove the job target before releasing the lock.

J197 final-head progress Head: `aa39a5f5caeae3b92fa4ed17ec09a1960bbb8b54` (`macos-filter-j197`). The current-head `verify quick` completed on compute01 with `VERIFY_EXIT=1` at `fmt`. Evidence: `~/j197-evidence/verify-quick-aa39a5f5-nix.log`. The formatter output is limited to server and remote-plugin files outside the J197 diff; the J197 diff contains only `crates/infraternal/src/main.rs`, `crates/plugins/mesh/src/lib.rs`, `crates/plugins/mesh/src/macos_node.rs`, and `crates/plugins/mesh/src/packet_filter.rs`. Those formatter-reported paths are unchanged from `origin/dev`, so this failure is inherited from the base. Pending: run `scripts/verify fast` on compute01, compare static sizes against `origin/dev`, run the five Mac/Linux-peer proof cases, and measure filtered versus unfiltered real-utun throughput and p99. The Mac step will hold `lockf -k /tmp/mac-bench.lock` for its entire build-and-test and remove the job target before releasing the lock.
kayg commented 2026-11-06 12:53:50 +00:00
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Fast gate progress on #348

The full scripts/verify fast run on compute01 for aa39a5f5caeae3b92fa4ed17ec09a1960bbb8b54 completed. Log: ~/j197-evidence/verify-fast-aa39a5f5.log. Its terminal summary was:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| Nix Cargo vendoring       | PASS         |
| fmt                       | FAIL (1)     |
| migration names           | PASS         |
| migration tooling tests   | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| Traefik component manifest | PASS         |
| release component publication | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| doc coverage ratchet      | PASS         |
| shape lints off (D351)    | PASS         |
| doc comments on diff      | PASS         |
| fixed test waits          | PASS         |
| privileged integration    | PASS         |
| probe release exclusion   | PASS         |
| nightly fuzz reporter     | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

VERIFY_EXIT=1

The fmt diagnostics were only in paths untouched by J197 and byte-identical to origin/dev at 74b9c4d; the J197 diff contains only the CLI/status and mesh implementation files. The x86 static artifact was 27,777,072 bytes and the aarch64 artifact was 24,994,464 bytes (gate baseline deltas +5,358,816 and +4,541,184 bytes respectively). These are not the requested direct size comparison with current origin/dev.

I merged current origin/dev at 7b14fbb664cbfb9b2b9b8a56f724d924424accdb and pushed the branch as c5861dc8b. Pending on the final merged head: quick/fast, direct static-size comparison with current origin/dev, the five real Mac/Linux-peer cases, and filtered/unfiltered real-utun throughput and p99.

Fast gate progress on #348 The full `scripts/verify fast` run on compute01 for `aa39a5f5caeae3b92fa4ed17ec09a1960bbb8b54` completed. Log: `~/j197-evidence/verify-fast-aa39a5f5.log`. Its terminal summary was: ```text +---------------------------+--------------+ | Rust gate | Result | +---------------------------+--------------+ | Nix Cargo vendoring | PASS | | fmt | FAIL (1) | | migration names | PASS | | migration tooling tests | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | Traefik component manifest | PASS | | release component publication | PASS | | test | PASS | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | doc coverage ratchet | PASS | | shape lints off (D351) | PASS | | doc comments on diff | PASS | | fixed test waits | PASS | | privileged integration | PASS | | probe release exclusion | PASS | | nightly fuzz reporter | PASS | | static builds | PASS | +---------------------------+--------------+ VERIFY_EXIT=1 ``` The `fmt` diagnostics were only in paths untouched by J197 and byte-identical to `origin/dev` at `74b9c4d`; the J197 diff contains only the CLI/status and mesh implementation files. The x86 static artifact was 27,777,072 bytes and the aarch64 artifact was 24,994,464 bytes (gate baseline deltas +5,358,816 and +4,541,184 bytes respectively). These are not the requested direct size comparison with current `origin/dev`. I merged current `origin/dev` at `7b14fbb664cbfb9b2b9b8a56f724d924424accdb` and pushed the branch as `c5861dc8b`. Pending on the final merged head: quick/fast, direct static-size comparison with current `origin/dev`, the five real Mac/Linux-peer cases, and filtered/unfiltered real-utun throughput and p99.
kayg commented 2026-11-06 12:56:57 +00:00
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Final-head gates queued on compute01

The branch is now at c5861dc8bcc782b12642083a191796d44d3ad782, which includes current origin/dev at 7b14fbb664cbfb9b2b9b8a56f724d924424accdb. The compute01 worktree is synced and clean. I checked build-slot --status on compute01 and dev-02 before queueing: compute01 had all four slots occupied with nine existing jobs queued; dev-02 had a free slot. I am keeping the one existing J197 target on compute01 and running the final quick then fast gates there in the foreground. The final static-size comparison and Mac proof/benchmark remain pending; J207 currently owns the Mac lock.

Final-head gates queued on compute01 The branch is now at `c5861dc8bcc782b12642083a191796d44d3ad782`, which includes current `origin/dev` at `7b14fbb664cbfb9b2b9b8a56f724d924424accdb`. The compute01 worktree is synced and clean. I checked `build-slot --status` on compute01 and dev-02 before queueing: compute01 had all four slots occupied with nine existing jobs queued; dev-02 had a free slot. I am keeping the one existing J197 target on compute01 and running the final quick then fast gates there in the foreground. The final static-size comparison and Mac proof/benchmark remain pending; J207 currently owns the Mac lock.
kayg commented 2026-11-06 13:04:16 +00:00
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Final-head quick result

verify quick for c5861dc8bcc782b12642083a191796d44d3ad782 completed on compute01 with VERIFY_EXIT=1 at fmt. Log: ~/j197-evidence/verify-quick-c5861dc8.log. It reports the same server/remote formatting differences as the aa39 run. Those files are unchanged from current origin/dev at 7b14fbb; the latest merge added only docs/design/TASTE.md. The final scripts/verify fast is queued on compute01 at position 7 and remains attached in the foreground.

Final-head quick result `verify quick` for `c5861dc8bcc782b12642083a191796d44d3ad782` completed on compute01 with `VERIFY_EXIT=1` at `fmt`. Log: `~/j197-evidence/verify-quick-c5861dc8.log`. It reports the same server/remote formatting differences as the aa39 run. Those files are unchanged from current `origin/dev` at `7b14fbb`; the latest merge added only `docs/design/TASTE.md`. The final `scripts/verify fast` is queued on compute01 at position 7 and remains attached in the foreground.
kayg commented 2026-11-06 13:38:18 +00:00
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Final-head fast gate result

Head: c5861dc8bcc782b12642083a191796d44d3ad782. Command: scripts/verify fast on compute01 through build-slot and nix develop. Full output: ~/j197-evidence/verify-fast-c5861dc8.log.

Verbatim terminal summary:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| Nix Cargo vendoring       | PASS         |
| fmt                       | FAIL (1)     |
| migration names           | PASS         |
| migration tooling tests   | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| Traefik component manifest | PASS         |
| release component publication | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| doc coverage ratchet      | PASS         |
| shape lints off (D351)    | PASS         |
| doc comments on diff      | PASS         |
| fixed test waits          | PASS         |
| privileged integration    | PASS         |
| probe release exclusion   | PASS         |
| nightly fuzz reporter     | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

VERIFY_EXIT=1

The only failing row is fmt; the formatter diagnostics are in files outside J197's diff and those files are unchanged from the merged origin/dev tree. The static build row reports x86_64 size 27,777,072 bytes and aarch64 size 24,994,464 bytes. origin/dev has since advanced to 48358a5fababfdbbb50a233379956d576c3fc0a2; direct size comparison with that current base is still pending.

Final-head fast gate result Head: `c5861dc8bcc782b12642083a191796d44d3ad782`. Command: `scripts/verify fast` on compute01 through `build-slot` and `nix develop`. Full output: `~/j197-evidence/verify-fast-c5861dc8.log`. Verbatim terminal summary: ```text +---------------------------+--------------+ | Rust gate | Result | +---------------------------+--------------+ | Nix Cargo vendoring | PASS | | fmt | FAIL (1) | | migration names | PASS | | migration tooling tests | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | Traefik component manifest | PASS | | release component publication | PASS | | test | PASS | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | doc coverage ratchet | PASS | | shape lints off (D351) | PASS | | doc comments on diff | PASS | | fixed test waits | PASS | | privileged integration | PASS | | probe release exclusion | PASS | | nightly fuzz reporter | PASS | | static builds | PASS | +---------------------------+--------------+ VERIFY_EXIT=1 ``` The only failing row is `fmt`; the formatter diagnostics are in files outside J197's diff and those files are unchanged from the merged `origin/dev` tree. The static build row reports x86_64 size 27,777,072 bytes and aarch64 size 24,994,464 bytes. `origin/dev` has since advanced to `48358a5fababfdbbb50a233379956d576c3fc0a2`; direct size comparison with that current base is still pending.
kayg commented 2026-11-06 13:45:42 +00:00
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Resuming after provider error. The branch was clean and pushed at c5861dc; I merged current origin/dev 48358a5 and pushed head dca4eef77f6a105aaaefa323100dc49bf82e21f. Plan: run verify quick and scripts/verify fast on compute01, then compare static sizes for this head against origin/dev 48358a5 using the same recipe. Compute01 currently has all four slots occupied and 77 GB free, so I will queue there. J207 holds the Mac lock; I will wait in the foreground, then run the five Linux-peer proof cases and filtered/unfiltered utun throughput plus p99 and lock-contention measurements under the lock. CARGO_INCREMENTAL=0; I will remove the Mac target before releasing the lock. Logs and reports will be kept under ~/j197-evidence. Estimate: about two hours of active work, plus the compute queue and Mac-lock wait.

Resuming after provider error. The branch was clean and pushed at c5861dc; I merged current origin/dev 48358a5 and pushed head dca4eef77f6a105aaaefa323100dc49bf82e21f. Plan: run verify quick and scripts/verify fast on compute01, then compare static sizes for this head against origin/dev 48358a5 using the same recipe. Compute01 currently has all four slots occupied and 77 GB free, so I will queue there. J207 holds the Mac lock; I will wait in the foreground, then run the five Linux-peer proof cases and filtered/unfiltered utun throughput plus p99 and lock-contention measurements under the lock. CARGO_INCREMENTAL=0; I will remove the Mac target before releasing the lock. Logs and reports will be kept under ~/j197-evidence. Estimate: about two hours of active work, plus the compute queue and Mac-lock wait.
kayg commented 2026-11-06 13:49:52 +00:00
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Quick precheck is queued on compute01 at position 6 behind existing jobs. The VM has 81 GB free; log: ~/j197-evidence/verify-quick-dca4eefa.log. The Mac lock remains held by J207 and no Mac work has been queued. I am keeping the compute run attached and polling it in the foreground.

Quick precheck is queued on compute01 at position 6 behind existing jobs. The VM has 81 GB free; log: ~/j197-evidence/verify-quick-dca4eefa.log. The Mac lock remains held by J207 and no Mac work has been queued. I am keeping the compute run attached and polling it in the foreground.
kayg commented 2026-11-06 13:54:05 +00:00
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Queue update: compute01 quick remains attached and is now position 5. The existing 61 GB J197 target is intact and free disk is 146 GB. No gate output yet; the log remains ~/j197-evidence/verify-quick-dca4eefa.log. I will keep polling the queue in the foreground.

Queue update: compute01 quick remains attached and is now position 5. The existing 61 GB J197 target is intact and free disk is 146 GB. No gate output yet; the log remains ~/j197-evidence/verify-quick-dca4eefa.log. I will keep polling the queue in the foreground.
kayg commented 2026-11-06 14:03:33 +00:00
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The quick precheck passed on dca4eefa77 (log: ~/j197-evidence/verify-quick-dca4eefa.log). The requested full fast gate is attached and queued on compute01 at position 9; current free disk is 145 GB. Log: ~/j197-evidence/verify-fast-dca4eefa.log. I will keep polling this run in the foreground.

The quick precheck passed on dca4eefa77f6a105aaaefa323100dc49bf82e21f (log: ~/j197-evidence/verify-quick-dca4eefa.log). The requested full fast gate is attached and queued on compute01 at position 9; current free disk is 145 GB. Log: ~/j197-evidence/verify-fast-dca4eefa.log. I will keep polling this run in the foreground.
kayg commented 2026-11-06 14:06:51 +00:00
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Compute01 queue has advanced: five commands now precede J197’s fast gate (initial position 9). All four slots are still occupied; free disk is 140 GB. The fast process remains attached in the foreground. Its log is ~/j197-evidence/verify-fast-dca4eefa.log and currently records only the queue wait.

Compute01 queue has advanced: five commands now precede J197’s fast gate (initial position 9). All four slots are still occupied; free disk is 140 GB. The fast process remains attached in the foreground. Its log is ~/j197-evidence/verify-fast-dca4eefa.log and currently records only the queue wait.
kayg commented 2026-11-06 14:09:10 +00:00
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The fast gate queue advanced again: four commands now precede J197 on compute01. The gate remains foreground and its log still shows the initial wait. The Mac lock is still busy; no Mac step has been started.

The fast gate queue advanced again: four commands now precede J197 on compute01. The gate remains foreground and its log still shows the initial wait. The Mac lock is still busy; no Mac step has been started.
kayg commented 2026-11-06 14:10:50 +00:00
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Compute01 has advanced the J197 fast gate to three commands ahead in the queue. Free disk is 133 GB. The attached foreground run has not started; its log still contains only the queue wait. The Mac lock is still held.

Compute01 has advanced the J197 fast gate to three commands ahead in the queue. Free disk is 133 GB. The attached foreground run has not started; its log still contains only the queue wait. The Mac lock is still held.
kayg commented 2026-11-06 14:14:38 +00:00
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Mac lock update: the last nonblocking check found /tmp/mac-bench.lock free. I have not acquired it yet; the Linux proof helper must be built after the compute gate, and the lock will cover the complete Mac build-and-test step. I will check again when that step is ready.

Mac lock update: the last nonblocking check found /tmp/mac-bench.lock free. I have not acquired it yet; the Linux proof helper must be built after the compute gate, and the lock will cover the complete Mac build-and-test step. I will check again when that step is ready.
kayg commented 2026-11-06 14:16:44 +00:00
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Fast attempt 1 exited 1 before the gate ran: build-slot got a slot, then nix reported that /home/claude did not contain flake.nix. The SSH command had omitted cd ~/worktrees/j197 (the quick command did include it). I am rerunning fast from the verified J197 worktree; first attempt log: ~/j197-evidence/verify-fast-dca4eefa.log.

Fast attempt 1 exited 1 before the gate ran: build-slot got a slot, then nix reported that /home/claude did not contain flake.nix. The SSH command had omitted `cd ~/worktrees/j197` (the quick command did include it). I am rerunning fast from the verified J197 worktree; first attempt log: ~/j197-evidence/verify-fast-dca4eefa.log.
kayg commented 2026-11-06 14:18:37 +00:00
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The corrected fast command is attached on compute01 from ~/worktrees/j197 and verifies SHA dca4eefa77. It is queued at position 8. The existing target is 61 GB; free disk is 67 GB, above the 25 GB floor. New log: ~/j197-evidence/verify-fast-dca4eefa-r2.log. The earlier attempt failed before the gate because it ran from the wrong directory.

The corrected fast command is attached on compute01 from `~/worktrees/j197` and verifies SHA dca4eefa77f6a105aaaefa323100dc49bf82e21f. It is queued at position 8. The existing target is 61 GB; free disk is 67 GB, above the 25 GB floor. New log: ~/j197-evidence/verify-fast-dca4eefa-r2.log. The earlier attempt failed before the gate because it ran from the wrong directory.
kayg commented 2026-11-06 14:21:02 +00:00
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Fast rerun remains attached on compute01. Four queued commands are ahead (J197 is currently fifth) and free disk is 56 GB. Its log still contains the queue wait; the fast gate has not started.

Fast rerun remains attached on compute01. Four queued commands are ahead (J197 is currently fifth) and free disk is 56 GB. Its log still contains the queue wait; the fast gate has not started.
kayg commented 2026-11-06 14:24:25 +00:00
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Compute01: the corrected fast rerun remains four commands behind; free disk is 46 GB (25 GB floor), and the existing target is still available. Mac: the lock was free at the previous check but is busy now, so I will recheck after the compute gate.

Compute01: the corrected fast rerun remains four commands behind; free disk is 46 GB (25 GB floor), and the existing target is still available. Mac: the lock was free at the previous check but is busy now, so I will recheck after the compute gate.
kayg commented 2026-11-06 14:27:32 +00:00
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Queue update: three commands remain ahead of the J197 fast rerun on compute01. Free disk is 46 GB; the gate has not started yet. The foreground SSH session remains active.

Queue update: three commands remain ahead of the J197 fast rerun on compute01. Free disk is 46 GB; the gate has not started yet. The foreground SSH session remains active.
kayg commented 2026-11-06 14:31:18 +00:00
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The corrected J197 fast gate advanced to third in line on compute01 (two commands ahead). Free disk is 47 GB. The log still shows the initial queue wait; the gate has not started.

The corrected J197 fast gate advanced to third in line on compute01 (two commands ahead). Free disk is 47 GB. The log still shows the initial queue wait; the gate has not started.
kayg commented 2026-11-06 14:38:25 +00:00
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Compute01 free disk has reached its 25 GB build-slot floor. The corrected fast command is still queued and has not started. I am keeping the single existing J197 target for reuse; the slot scheduler will wait if free space falls below the floor.

Compute01 free disk has reached its 25 GB build-slot floor. The corrected fast command is still queued and has not started. I am keeping the single existing J197 target for reuse; the slot scheduler will wait if free space falls below the floor.
kayg commented 2026-11-06 14:39:43 +00:00
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Compute01 now has 18 GB free, below the 25 GB build-slot floor. The corrected fast command remains queued and has not started; the scheduler is waiting for free space. I am keeping the single existing target intact and the run attached.

Compute01 now has 18 GB free, below the 25 GB build-slot floor. The corrected fast command remains queued and has not started; the scheduler is waiting for free space. I am keeping the single existing target intact and the run attached.
kayg commented 2026-11-06 14:43:37 +00:00
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Compute01 has 12 GB free, below the 25 GB floor. The J197 fast command remains queued and has not started. I am preserving the existing target and allowing the scheduler to wait for safe space.

Compute01 has 12 GB free, below the 25 GB floor. The J197 fast command remains queued and has not started. I am preserving the existing target and allowing the scheduler to wait for safe space.
kayg commented 2026-11-06 14:45:43 +00:00
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Free disk has recovered slightly to 17 GB, still below the 25 GB floor. The J197 fast command remains attached and queued; no gate rows have run. I am retaining the existing target and waiting for the scheduler threshold.

Free disk has recovered slightly to 17 GB, still below the 25 GB floor. The J197 fast command remains attached and queued; no gate rows have run. I am retaining the existing target and waiting for the scheduler threshold.
kayg commented 2026-11-06 14:48:32 +00:00
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Compute01 free disk has recovered to 111 GB. J305 fast is now running ahead of J197; the corrected fast gate is next in the queue. Its log is ~/j197-evidence/verify-fast-dca4eefa-r2.log.

Compute01 free disk has recovered to 111 GB. J305 fast is now running ahead of J197; the corrected fast gate is next in the queue. Its log is ~/j197-evidence/verify-fast-dca4eefa-r2.log.
kayg commented 2026-11-06 14:50:06 +00:00
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Compute01: J197 is first in the queue with all four slots busy; free disk is 108 GB, above the floor. The corrected fast command remains attached and will start when a slot is released.

Compute01: J197 is first in the queue with all four slots busy; free disk is 108 GB, above the floor. The corrected fast command remains attached and will start when a slot is released.
kayg commented 2026-11-06 14:55:16 +00:00
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The fast gate remains first in line, but all four compute01 slots are occupied and the gate has not started. At the last check, the Mac lock was free. I will acquire it only when the Linux helper is ready, so the complete Mac build and proof can run under one lock.

The fast gate remains first in line, but all four compute01 slots are occupied and the gate has not started. At the last check, the Mac lock was free. I will acquire it only when the Linux helper is ready, so the complete Mac build and proof can run under one lock.
kayg commented 2026-11-06 14:57:30 +00:00
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The corrected fast gate has started on compute01 (slot 4). The log now shows workspace compilation; free disk is 96 GB. Evidence: ~/j197-evidence/verify-fast-dca4eefa-r2.log.

The corrected fast gate has started on compute01 (slot 4). The log now shows workspace compilation; free disk is 96 GB. Evidence: ~/j197-evidence/verify-fast-dca4eefa-r2.log.
kayg commented 2026-11-06 15:26:51 +00:00
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The attached fast run is on dca4eefa (merged origin/dev 48358a5). After fetching, current origin/dev is 9630c2bd. I will finish this run, merge/push 9630c2bd into J197, and rerun quick/fast on the resulting head. The current log also shows the privileged-integration row skipped despite mesh source changes; I will investigate its area selection after the gate.

The attached fast run is on dca4eefa (merged origin/dev 48358a5). After fetching, current origin/dev is 9630c2bd. I will finish this run, merge/push 9630c2bd into J197, and rerun quick/fast on the resulting head. The current log also shows the privileged-integration row skipped despite mesh source changes; I will investigate its area selection after the gate.
kayg commented 2026-11-06 15:27:26 +00:00
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Merged current origin/dev 9630c2bd into macos-filter-j197 and pushed head 74086072fe. The already-running fast gate remains on dca4eefa; once it finishes I will update the compute worktree and rerun quick/fast on 74086072.

Merged current origin/dev 9630c2bd into macos-filter-j197 and pushed head 74086072feedf121b03cfedb66daddba86540360. The already-running fast gate remains on dca4eefa; once it finishes I will update the compute worktree and rerun quick/fast on 74086072.
kayg commented 2026-11-06 15:29:14 +00:00
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Correction to my earlier update: the privileged integration: SKIP line was a harness self-test case. The actual gate row passed in 243 seconds and ran install and mesh areas. The selection is correct; there is no skip issue.

Correction to my earlier update: the `privileged integration: SKIP` line was a harness self-test case. The actual gate row passed in 243 seconds and ran install and mesh areas. The selection is correct; there is no skip issue.
kayg commented 2026-11-06 15:43:23 +00:00
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Resume update: the clean pushed branch is 74086072fe, and compute01 is synced to it. The previous fast run on dca4eefa exited 1 with nine SSH install-recovery test failures; both static builds passed (x86_64 27,777,072 bytes; aarch64 24,994,464 bytes). Full log: ~/j197-evidence/verify-fast-dca4eefa-r2.log. Next I am running quick then fast on 74086072, comparing static sizes against current origin/dev 9630c2bd, then completing the Mac/Linux proof cases and utun measurements under the Mac lock.

Resume update: the clean pushed branch is 74086072feedf121b03cfedb66daddba86540360, and compute01 is synced to it. The previous fast run on dca4eefa exited 1 with nine SSH install-recovery test failures; both static builds passed (x86_64 27,777,072 bytes; aarch64 24,994,464 bytes). Full log: ~/j197-evidence/verify-fast-dca4eefa-r2.log. Next I am running quick then fast on 74086072, comparing static sizes against current origin/dev 9630c2bd, then completing the Mac/Linux proof cases and utun measurements under the Mac lock.
kayg commented 2026-11-06 15:53:03 +00:00
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Quick precheck for 74086072 is attached in the compute01 foreground queue at position 6; log: ~/j197-evidence/verify-quick-74086072.log. The branch and compute worktree are clean at the pushed head. No Mac lock work has started; it remains queued behind J207.

Quick precheck for 74086072 is attached in the compute01 foreground queue at position 6; log: ~/j197-evidence/verify-quick-74086072.log. The branch and compute worktree are clean at the pushed head. No Mac lock work has started; it remains queued behind J207.
kayg commented 2026-11-06 16:04:49 +00:00
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Quick precheck on final head 74086072fe passed; log: ~/j197-evidence/verify-quick-74086072.log. The full scripts/verify fast command is now attached on compute01 using the same J197 target directory; log: ~/j197-evidence/verify-fast-74086072.log. Current origin/dev is 9630c2bd92.

Quick precheck on final head 74086072feedf121b03cfedb66daddba86540360 passed; log: ~/j197-evidence/verify-quick-74086072.log. The full scripts/verify fast command is now attached on compute01 using the same J197 target directory; log: ~/j197-evidence/verify-fast-74086072.log. Current origin/dev is 9630c2bd9271cd83c51baa7c1d7b1cf87ddbd709.
kayg commented 2026-11-06 17:28:57 +00:00
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Update for final head 74086072feedf121b03cfedb66daddba86540360:

The foreground scripts/verify fast rerun completed on compute01 with exit code 0. Every row in the Rust gate table passed, including static builds, privileged integration, D345 doc comments, D351 shape lints, fixed waits, and probe release exclusion. Full log: ~/j197-evidence/verify-fast-74086072.log. Its static artifacts were x86_64 27782064 bytes and aarch64 24996720 bytes.

A fresh fetch shows current origin/dev is 37c93637e49a415578416be037f972b9a716701c; 9630c2bd is the branch merge base. The two origin/dev static builds are queued on compute01 at position 11. Last free-disk reading was 70 GB against the 25 GB floor. No Mac work has started while J207 holds the lock.

Pending: finish the static-size comparison, then run the five Mac/Linux-peer proof cases and compare real utun throughput and p99 for origin/dev versus the filter head, along with the filter microbenchmarks, under one Mac lock. The Mac target will be deleted before releasing the lock.

Update for final head `74086072feedf121b03cfedb66daddba86540360`: The foreground `scripts/verify fast` rerun completed on compute01 with exit code 0. Every row in the Rust gate table passed, including static builds, privileged integration, D345 doc comments, D351 shape lints, fixed waits, and probe release exclusion. Full log: `~/j197-evidence/verify-fast-74086072.log`. Its static artifacts were x86_64 `27782064` bytes and aarch64 `24996720` bytes. A fresh fetch shows current `origin/dev` is `37c93637e49a415578416be037f972b9a716701c`; `9630c2bd` is the branch merge base. The two origin/dev static builds are queued on compute01 at position 11. Last free-disk reading was 70 GB against the 25 GB floor. No Mac work has started while J207 holds the lock. Pending: finish the static-size comparison, then run the five Mac/Linux-peer proof cases and compare real utun throughput and p99 for origin/dev versus the filter head, along with the filter microbenchmarks, under one Mac lock. The Mac target will be deleted before releasing the lock.
kayg commented 2026-11-06 17:47:48 +00:00
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Compute01 queue update for head 74086072feedf121b03cfedb66daddba86540360:

The static comparison against the freshly fetched origin/dev is first in the build-slot queue, with all four slots occupied. Free disk is 36 GB against the 25 GB floor. The Linux proof-helper build is queued behind the size comparison and will reuse the same J197 target. Both waits remain foreground.

The Mac build/proof/measurement step is still pending J207's lock release. Once the Linux helper is ready, I will hold one lock across the origin/dev baseline and filtered Mac builds, five proof cases, utun measurements, and Mac filter benchmarks, then delete the Mac target before releasing the lock.

Compute01 queue update for head `74086072feedf121b03cfedb66daddba86540360`: The static comparison against the freshly fetched `origin/dev` is first in the build-slot queue, with all four slots occupied. Free disk is 36 GB against the 25 GB floor. The Linux proof-helper build is queued behind the size comparison and will reuse the same J197 target. Both waits remain foreground. The Mac build/proof/measurement step is still pending J207's lock release. Once the Linux helper is ready, I will hold one lock across the origin/dev baseline and filtered Mac builds, five proof cases, utun measurements, and Mac filter benchmarks, then delete the Mac target before releasing the lock.
kayg commented 2026-11-06 17:59:30 +00:00
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Compute01 disk update for head 74086072feedf121b03cfedb66daddba86540360:

The first origin/dev static build was stopped after free space fell to 21 GB, below the 25 GB floor. Its log records SIZE_COMPARE_EXIT=143; it produced no baseline size result. I removed only ~/worktrees/j197/target, restoring 140 GB free. The completed fast-gate log and its x86_64/aarch64 sizes are preserved.

I restarted the current-origin static comparison and Linux proof-helper build as one foreground build-slot job using a single fresh J197 target. The combined log will be ~/j197-evidence/size-and-linux-helper-74086072.log. The Mac proof and measurements remain pending J207's lock release.

Compute01 disk update for head `74086072feedf121b03cfedb66daddba86540360`: The first origin/dev static build was stopped after free space fell to 21 GB, below the 25 GB floor. Its log records `SIZE_COMPARE_EXIT=143`; it produced no baseline size result. I removed only `~/worktrees/j197/target`, restoring 140 GB free. The completed fast-gate log and its x86_64/aarch64 sizes are preserved. I restarted the current-origin static comparison and Linux proof-helper build as one foreground build-slot job using a single fresh J197 target. The combined log will be `~/j197-evidence/size-and-linux-helper-74086072.log`. The Mac proof and measurements remain pending J207's lock release.
kayg commented 2026-11-06 18:21:16 +00:00
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Proof-helper compile finding on head 74086072feedf121b03cfedb66daddba86540360:

The first fresh-target helper build failed because the temporary example omitted the agent feature and the current Peer schema requires previous_key and previous_active. I verified both requirements in J197 and the freshly fetched origin/dev source, then updated the temporary fixture with previous_key: None and previous_active: false, enabled agent, and set the build to -j4. The failed run's exit and cleanup are in ~/j197-evidence/size-and-linux-helper-74086072.log; its trap removed the target.

The corrected helper build plus both origin/dev static-size builds are queued on compute01 in ~/j197-evidence/size-and-linux-helper-r2-74086072.log. The script will copy the helper binary to the evidence directory and remove the compute target before finishing.

Proof-helper compile finding on head `74086072feedf121b03cfedb66daddba86540360`: The first fresh-target helper build failed because the temporary example omitted the `agent` feature and the current `Peer` schema requires `previous_key` and `previous_active`. I verified both requirements in J197 and the freshly fetched `origin/dev` source, then updated the temporary fixture with `previous_key: None` and `previous_active: false`, enabled `agent`, and set the build to `-j4`. The failed run's exit and cleanup are in `~/j197-evidence/size-and-linux-helper-74086072.log`; its trap removed the target. The corrected helper build plus both origin/dev static-size builds are queued on compute01 in `~/j197-evidence/size-and-linux-helper-r2-74086072.log`. The script will copy the helper binary to the evidence directory and remove the compute target before finishing.
kayg commented 2026-11-06 18:40:30 +00:00
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Static-size comparison attempt at 74086072feedf121b03cfedb66daddba86540360:

The Linux proof helper built and was copied to ~/j197-evidence/j197_packet_filter_proof (SHA-256 68bdfe4c2ce0d8eccf321d19b95c849d07713faf06f2bfebed1b9ebefbcf53fa). The baseline size stage exited 101 because scripts/static-cargo was called before scripts/auth-toolchain; the log shows target/auth-tools/zig/zig: No such file or directory, so no origin/dev size was emitted. The cleanup removed ~/worktrees/j197/target.

Evidence: ~/j197-evidence/size-and-linux-helper-r2-74086072.log.

I’ll rerun the baseline through the pinned toolchain setup, then merge current origin/dev and run the fresh final-head gate and proof helper.

Static-size comparison attempt at `74086072feedf121b03cfedb66daddba86540360`: The Linux proof helper built and was copied to `~/j197-evidence/j197_packet_filter_proof` (SHA-256 `68bdfe4c2ce0d8eccf321d19b95c849d07713faf06f2bfebed1b9ebefbcf53fa`). The baseline size stage exited 101 because `scripts/static-cargo` was called before `scripts/auth-toolchain`; the log shows `target/auth-tools/zig/zig: No such file or directory`, so no origin/dev size was emitted. The cleanup removed `~/worktrees/j197/target`. Evidence: `~/j197-evidence/size-and-linux-helper-r2-74086072.log`. I’ll rerun the baseline through the pinned toolchain setup, then merge current `origin/dev` and run the fresh final-head gate and proof helper.
kayg commented 2026-11-06 18:42:23 +00:00
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Current-base update: fetched origin/dev at 37c93637e49a415578416be037f972b9a716701c, merged it into macos-filter-j197, and pushed head efdbdf5dfe04f716bf1c1f4036948b8c58837880.

Next: sync the compute01 J197 worktree, remove the temporary untracked proof source for a clean gate, then run scripts/verify quick followed by scripts/verify fast on compute01 with the same target. The size comparison and final-head Linux proof helper build will follow.

Current-base update: fetched `origin/dev` at `37c93637e49a415578416be037f972b9a716701c`, merged it into `macos-filter-j197`, and pushed head `efdbdf5dfe04f716bf1c1f4036948b8c58837880`. Next: sync the compute01 J197 worktree, remove the temporary untracked proof source for a clean gate, then run `scripts/verify quick` followed by `scripts/verify fast` on compute01 with the same target. The size comparison and final-head Linux proof helper build will follow.
kayg commented 2026-11-06 18:43:48 +00:00
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Compute01 gate queue update for efdbdf5dfe04f716bf1c1f4036948b8c58837880:

The fresh scripts/verify quick is attached in the foreground, waiting at queue position 16; all four compute01 slots were occupied when it entered. The gate has not started. Target: ~/worktrees/j197/target; free disk was 267 GB. Log: ~/j197-evidence/verify-quick-efdbdf5.log.

Compute01 gate queue update for `efdbdf5dfe04f716bf1c1f4036948b8c58837880`: The fresh `scripts/verify quick` is attached in the foreground, waiting at queue position 16; all four compute01 slots were occupied when it entered. The gate has not started. Target: `~/worktrees/j197/target`; free disk was 267 GB. Log: `~/j197-evidence/verify-quick-efdbdf5.log`.
kayg commented 2026-11-06 18:47:40 +00:00
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Queue update for the final-head quick check:

The foreground run is still queued (its log has only the initial queue line). The latest compute01 status shows one slot occupied, three free, and older queued commands ahead of J197; the scheduler has not started this run. Free disk is 261 GB. I’m keeping the gate attached in the foreground.

Queue update for the final-head quick check: The foreground run is still queued (its log has only the initial queue line). The latest compute01 status shows one slot occupied, three free, and older queued commands ahead of J197; the scheduler has not started this run. Free disk is 261 GB. I’m keeping the gate attached in the foreground.
kayg commented 2026-11-06 18:52:56 +00:00
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Queue-head update: the oldest compute01 waiter is J259’s verify quick (PID 1195562, about 21 minutes old at the last check). J197’s final-head quick remains attached behind it; its log still shows no gate output. Compute01 had 260 GB free, and I’m not bypassing the shared FIFO.

Queue-head update: the oldest compute01 waiter is J259’s `verify quick` (PID 1195562, about 21 minutes old at the last check). J197’s final-head quick remains attached behind it; its log still shows no gate output. Compute01 had 260 GB free, and I’m not bypassing the shared FIFO.
kayg commented 2026-11-06 18:55:49 +00:00
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Compute01 queue update for efdbdf5dfe04f716bf1c1f4036948b8c58837880:

J197’s quick check has advanced to fifth in FIFO (four older commands ahead). One slot is held by root integration work, and free disk is 253 GB. The run remains attached; no gate output yet.

Compute01 queue update for `efdbdf5dfe04f716bf1c1f4036948b8c58837880`: J197’s quick check has advanced to fifth in FIFO (four older commands ahead). One slot is held by root integration work, and free disk is 253 GB. The run remains attached; no gate output yet.
kayg commented 2026-11-06 19:10:36 +00:00
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Final-head quick check started on compute01 in slot 3 after the FIFO wait. The log is ~/j197-evidence/verify-quick-efdbdf5.log; its latest output is still workspace compilation, with 224 GB free. I’ll report the result before starting fast.

Final-head quick check started on compute01 in slot 3 after the FIFO wait. The log is `~/j197-evidence/verify-quick-efdbdf5.log`; its latest output is still workspace compilation, with 224 GB free. I’ll report the result before starting fast.
kayg commented 2026-11-06 19:20:44 +00:00
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At head efdbdf5dfe04f716bf1c1f4036948b8c58837880, scripts/verify quick exited 0 on compute01.

  • Workspace clippy passed.
  • Changed-package library tests: 78 passed, 0 failed.
  • Binary-only CLI tests: 216 passed, 0 failed, 15 ignored.

Full output: ~/j197-evidence/verify-quick-efdbdf5.log. This is the precheck; the final scripts/verify fast is next.

At head `efdbdf5dfe04f716bf1c1f4036948b8c58837880`, `scripts/verify quick` exited 0 on compute01. - Workspace clippy passed. - Changed-package library tests: 78 passed, 0 failed. - Binary-only CLI tests: 216 passed, 0 failed, 15 ignored. Full output: `~/j197-evidence/verify-quick-efdbdf5.log`. This is the precheck; the final `scripts/verify fast` is next.
kayg commented 2026-11-06 19:22:02 +00:00
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The requested scripts/verify fast is attached in the foreground on compute01 at final head efdbdf5dfe04f716bf1c1f4036948b8c58837880, reusing the quick-check target. It entered the FIFO at position 14 while all four slots were busy; the gate has not started. Free disk was 201 GB. Log: ~/j197-evidence/verify-fast-efdbdf5.log.

The requested `scripts/verify fast` is attached in the foreground on compute01 at final head `efdbdf5dfe04f716bf1c1f4036948b8c58837880`, reusing the quick-check target. It entered the FIFO at position 14 while all four slots were busy; the gate has not started. Free disk was 201 GB. Log: `~/j197-evidence/verify-fast-efdbdf5.log`.
kayg commented 2026-11-06 19:28:25 +00:00
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Base advanced during the fast-gate queue: current origin/dev is fba745051416c60a8523f0fe529c2aee6bbe0dd0. The fast command was still waiting for a slot on efdbdf5; I stopped only that queued process (PID 2178136), and it exited 143 before doing build work.

I’ll merge and push fba7450, then rerun quick and fast on the current head. The existing compute target from quick is retained for reuse.

Base advanced during the fast-gate queue: current `origin/dev` is `fba745051416c60a8523f0fe529c2aee6bbe0dd0`. The fast command was still waiting for a slot on `efdbdf5`; I stopped only that queued process (PID 2178136), and it exited 143 before doing build work. I’ll merge and push `fba7450`, then rerun quick and fast on the current head. The existing compute target from quick is retained for reuse.
kayg commented 2026-11-06 19:30:05 +00:00
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Final-base precheck update: scripts/verify quick for 2859d458fe695d40f4da2cd21ae2314b3ae34d82 is attached on compute01, reusing the existing J197 target. It entered the FIFO at position 14 with all four slots busy. The gate has not started. Log: ~/j197-evidence/verify-quick-2859d458.log; free disk was 169 GB.

Final-base precheck update: `scripts/verify quick` for `2859d458fe695d40f4da2cd21ae2314b3ae34d82` is attached on compute01, reusing the existing J197 target. It entered the FIFO at position 14 with all four slots busy. The gate has not started. Log: `~/j197-evidence/verify-quick-2859d458.log`; free disk was 169 GB.
kayg commented 2026-11-06 19:31:36 +00:00
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Queue update for final-head quick: J197 has advanced from position 14 to position 10; four older entries have been served. All four slots are currently occupied, free disk is 181 GB, and the log still has only the initial wait line. I’m keeping the run attached.

Queue update for final-head quick: J197 has advanced from position 14 to position 10; four older entries have been served. All four slots are currently occupied, free disk is 181 GB, and the log still has only the initial wait line. I’m keeping the run attached.
kayg commented 2026-11-06 19:35:11 +00:00
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Final-head quick queue has advanced to position 6 (five older commands ahead). Current origin/dev is still fba745051416c60a8523f0fe529c2aee6bbe0dd0, which is the branch merge base. The log still has only the initial queue line; free disk is 176 GB.

Final-head quick queue has advanced to position 6 (five older commands ahead). Current `origin/dev` is still `fba745051416c60a8523f0fe529c2aee6bbe0dd0`, which is the branch merge base. The log still has only the initial queue line; free disk is 176 GB.
kayg commented 2026-11-06 19:41:21 +00:00
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Compute01 queue update: the final-head quick run has advanced to third in FIFO (two older commands ahead). Free disk is 173 GB, and the log still shows no gate output. Current origin/dev remains fba745051416c60a8523f0fe529c2aee6bbe0dd0.

Compute01 queue update: the final-head quick run has advanced to third in FIFO (two older commands ahead). Free disk is 173 GB, and the log still shows no gate output. Current `origin/dev` remains `fba745051416c60a8523f0fe529c2aee6bbe0dd0`.
kayg commented 2026-11-06 19:50:44 +00:00
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At final head 2859d458fe695d40f4da2cd21ae2314b3ae34d82, scripts/verify quick exited 0 on compute01.

  • Workspace clippy passed.
  • Changed-package tests: 78 passed, 0 failed.
  • Binary-only CLI tests: 216 passed, 0 failed, 15 ignored.
  • Every quick table row passed.

Full output: ~/j197-evidence/verify-quick-2859d458.log. The current origin/dev and merge base are both fba745051416c60a8523f0fe529c2aee6bbe0dd0. Starting the requested fast gate next.

At final head `2859d458fe695d40f4da2cd21ae2314b3ae34d82`, `scripts/verify quick` exited 0 on compute01. - Workspace clippy passed. - Changed-package tests: 78 passed, 0 failed. - Binary-only CLI tests: 216 passed, 0 failed, 15 ignored. - Every quick table row passed. Full output: `~/j197-evidence/verify-quick-2859d458.log`. The current `origin/dev` and merge base are both `fba745051416c60a8523f0fe529c2aee6bbe0dd0`. Starting the requested fast gate next.
kayg commented 2026-11-06 19:51:48 +00:00
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The final scripts/verify fast is attached in the foreground on compute01 at 2859d458fe695d40f4da2cd21ae2314b3ae34d82, reusing the quick target. It entered FIFO at position 20 with all four slots busy; the gate has not started. Free disk was 168 GB. Log: ~/j197-evidence/verify-fast-2859d458.log.

The final `scripts/verify fast` is attached in the foreground on compute01 at `2859d458fe695d40f4da2cd21ae2314b3ae34d82`, reusing the quick target. It entered FIFO at position 20 with all four slots busy; the gate has not started. Free disk was 168 GB. Log: `~/j197-evidence/verify-fast-2859d458.log`.
kayg commented 2026-11-06 20:44:08 +00:00
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Compute01 maintenance update: branch macos-filter-j197 is pushed at 2859d458fe695d40f4da2cd21ae2314b3ae34d82. The fast rerun is still queued as PID 2745890 at position 20; ~/j197-evidence/verify-fast-2859d458.log contains only its initial queue line. Admission is frozen at slots=0 (the saved pre-resize value is 4). Per the maintenance notice, this queued SSH waiter will be cut by the restart; I will not treat that as a test failure and will resubmit once after the compute01 back, 5 slots notice on #402.

Pending after compute01 returns: fast gate, static-size comparison against current origin/dev, Linux peer/claim and the five real Mac/Linux proof cases, plus filtered vs unfiltered real-utun throughput and p99. While compute01 is unavailable, I’m continuing the Mac-only filter-cost and lock-contention measurements under /tmp/mac-bench.lock once J207 releases it, and will delete the Mac target before unlocking.

Compute01 maintenance update: branch `macos-filter-j197` is pushed at `2859d458fe695d40f4da2cd21ae2314b3ae34d82`. The fast rerun is still queued as PID `2745890` at position 20; `~/j197-evidence/verify-fast-2859d458.log` contains only its initial queue line. Admission is frozen at `slots=0` (the saved pre-resize value is `4`). Per the maintenance notice, this queued SSH waiter will be cut by the restart; I will not treat that as a test failure and will resubmit once after the `compute01 back, 5 slots` notice on #402. Pending after compute01 returns: fast gate, static-size comparison against current `origin/dev`, Linux peer/claim and the five real Mac/Linux proof cases, plus filtered vs unfiltered real-utun throughput and p99. While compute01 is unavailable, I’m continuing the Mac-only filter-cost and lock-contention measurements under `/tmp/mac-bench.lock` once J207 releases it, and will delete the Mac target before unlocking.
kayg commented 2026-11-06 20:55:19 +00:00
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Mac-only filter benchmarks completed on macos-filter-j197 head 2859d458fe695d40f4da2cd21ae2314b3ae34d82, under /tmp/mac-bench.lock, with CARGO_INCREMENTAL=0. Both report-only tests passed.

  • Single-thread pass-through: 63,103,108 packets/s, p99 84 ns.
  • Single-thread filtered: 8,866,165 packets/s, p99 167 ns.
  • Four-thread contention pass-through: 6,701,327 packets/s, p99 13,250 ns.
  • Four-thread contention filtered: 2,499,041 packets/s, p99 26,292 ns.

The target and worktree target symlink were absent after the locked command exited; Mac free space was 25 GiB after cleanup. This is the Mac filter-only benchmark. The filtered/unfiltered real-utun throughput and p99 comparison and five Linux-peer proof cases remain pending until compute01 returns and the live mesh claim can be taken.

Artifact: mac-filter-bench-2859d458fe695d40f4da2cd21ae2314b3ae34d82.log; SHA-256 3a7ff4e18878150910e696a9a64ae26c7eeabcf4f438c2f3ed968e6e1abc5f81.

Mac-only filter benchmarks completed on `macos-filter-j197` head `2859d458fe695d40f4da2cd21ae2314b3ae34d82`, under `/tmp/mac-bench.lock`, with `CARGO_INCREMENTAL=0`. Both report-only tests passed. - Single-thread pass-through: 63,103,108 packets/s, p99 84 ns. - Single-thread filtered: 8,866,165 packets/s, p99 167 ns. - Four-thread contention pass-through: 6,701,327 packets/s, p99 13,250 ns. - Four-thread contention filtered: 2,499,041 packets/s, p99 26,292 ns. The target and worktree target symlink were absent after the locked command exited; Mac free space was 25 GiB after cleanup. This is the Mac filter-only benchmark. The filtered/unfiltered real-utun throughput and p99 comparison and five Linux-peer proof cases remain pending until compute01 returns and the live mesh claim can be taken. Artifact: `mac-filter-bench-2859d458fe695d40f4da2cd21ae2314b3ae34d82.log`; SHA-256 `3a7ff4e18878150910e696a9a64ae26c7eeabcf4f438c2f3ed968e6e1abc5f81`.
mac-filter-bench-2859d458fe695d40f4da2cd21ae2314b3ae34d82.log
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kayg commented 2026-11-06 21:19:39 +00:00
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Restart-cut record for branch macos-filter-j197 at 2859d458fe695d40f4da2cd21ae2314b3ae34d82: the earlier foreground scripts/verify fast queued at position 20, then acquired slot 4/4 at host time 22:13:41. It passed the repository artifact gate and entered release deployment functional checks (..). The compute01 restart closed the SSH session; the foreground command returned exit 255 with Connection to infraternal-dev-01-compute01 closed by remote host. This run was cut by maintenance, not a test failure and not a completed gate.

origin/dev remains fba745051416c60a8523f0fe529c2aee6bbe0dd0. I am resubmitting scripts/verify fast once in the foreground on compute01 at the same head now.

Cut-run artifact: verify-fast-2859d458-cut-by-restart.log; SHA-256 d1635a80b7c37d0b1382f2da1bab930d5eee0dc9f7b06af0ea7b5f2a5314b025.

Restart-cut record for branch `macos-filter-j197` at `2859d458fe695d40f4da2cd21ae2314b3ae34d82`: the earlier foreground `scripts/verify fast` queued at position 20, then acquired slot 4/4 at host time 22:13:41. It passed the repository artifact gate and entered release deployment functional checks (`..`). The compute01 restart closed the SSH session; the foreground command returned exit 255 with `Connection to infraternal-dev-01-compute01 closed by remote host`. This run was cut by maintenance, not a test failure and not a completed gate. `origin/dev` remains `fba745051416c60a8523f0fe529c2aee6bbe0dd0`. I am resubmitting `scripts/verify fast` once in the foreground on compute01 at the same head now. Cut-run artifact: `verify-fast-2859d458-cut-by-restart.log`; SHA-256 `d1635a80b7c37d0b1382f2da1bab930d5eee0dc9f7b06af0ea7b5f2a5314b025`.
verify-fast-2859d458-cut-by-restart.log
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kayg commented 2026-11-06 21:34:43 +00:00
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Final-head fast rerun after the compute01 restart is attached in the foreground: PID 106750, branch head 2859d458fe695d40f4da2cd21ae2314b3ae34d82. The run is queued at position 10 behind the five active slots; it has not started, and no second gate is queued. Free disk is 201 GB. Current origin/dev remains fba745051416c60a8523f0fe529c2aee6bbe0dd0.

I’m continuing foreground polling. The current queue log contains the initial all 5 slots busy; queue position 10, waiting... line.

Artifact: verify-fast-after-restart-2859d458-queue.log; SHA-256 e6d6e9d74501d65b2590f9379dd6e846342c7e09ee18753f00dcf4cf4b1d11de.

Final-head fast rerun after the compute01 restart is attached in the foreground: PID `106750`, branch head `2859d458fe695d40f4da2cd21ae2314b3ae34d82`. The run is queued at position 10 behind the five active slots; it has not started, and no second gate is queued. Free disk is 201 GB. Current `origin/dev` remains `fba745051416c60a8523f0fe529c2aee6bbe0dd0`. I’m continuing foreground polling. The current queue log contains the initial `all 5 slots busy; queue position 10, waiting...` line. Artifact: `verify-fast-after-restart-2859d458-queue.log`; SHA-256 `e6d6e9d74501d65b2590f9379dd6e846342c7e09ee18753f00dcf4cf4b1d11de`.
verify-fast-after-restart-2859d458-queue.log
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kayg commented 2026-11-06 22:06:57 +00:00
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J197 final verification is running at head 2859d458fe695d40f4da2cd21ae2314b3ae34d82 (macos-filter-j197, merged current origin/dev at fba745051416c60a8523f0fe529c2aee6bbe0dd0). The prior fast run was cut by the compute01 restart; this is the one foreground resubmission requested.

The active run has reported a failure in supervisor_tests::the_public_gate_is_closed_before_a_child_starts_and_cleared_after_it_stops (proxy child descriptor mapping is outside policy). The failing test source is byte-identical to origin/dev; I will reproduce it on an unmodified origin/dev checkout before classifying it. Active log: ~/j197-evidence/verify-fast-after-restart-2859d458.log.

Pending after the active gate exits: (1) reproduce/classify that failure and record the final gate table; (2) static binary size comparison against current origin/dev; (3) the five Mac/Linux-peer live proof cases (allowed port, denied timeout, coordinator denied, rule update without restart, return traffic); and (4) filtered versus unfiltered real utun throughput and p99. The report-only Mac pass-through/filter benchmarks are already attached in comment 82992. The Mac target is deleted; the lock-wrapped benchmark step released /tmp/mac-bench.lock cleanly.

J197 final verification is running at head `2859d458fe695d40f4da2cd21ae2314b3ae34d82` (`macos-filter-j197`, merged current `origin/dev` at `fba745051416c60a8523f0fe529c2aee6bbe0dd0`). The prior fast run was cut by the compute01 restart; this is the one foreground resubmission requested. The active run has reported a failure in `supervisor_tests::the_public_gate_is_closed_before_a_child_starts_and_cleared_after_it_stops` (`proxy child descriptor mapping is outside policy`). The failing test source is byte-identical to `origin/dev`; I will reproduce it on an unmodified `origin/dev` checkout before classifying it. Active log: `~/j197-evidence/verify-fast-after-restart-2859d458.log`. Pending after the active gate exits: (1) reproduce/classify that failure and record the final gate table; (2) static binary size comparison against current `origin/dev`; (3) the five Mac/Linux-peer live proof cases (allowed port, denied timeout, coordinator denied, rule update without restart, return traffic); and (4) filtered versus unfiltered real utun throughput and p99. The report-only Mac pass-through/filter benchmarks are already attached in comment 82992. The Mac target is deleted; the lock-wrapped benchmark step released `/tmp/mac-bench.lock` cleanly.
kayg commented 2026-11-06 22:47:41 +00:00
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Live-proof update at 2859d458fe695d40f4da2cd21ae2314b3ae34d82: starting the Linux helper on compute01 returned Error: Kind(AlreadyExists). Read-only ip -d link showed an existing persistent, down infraternal0; I left it untouched. The J197 live-mesh claim remains held on compute01.

dev-02 has no infraternal0, has 109 GiB free above its 40 GiB floor, one free build slot, and its J197 worktree is already at the final SHA. I’m using it for the aarch64 helper build and Linux peer proof. The Mac filtered/unfiltered helpers are built at fba745051416c60a8523f0fe529c2aee6bbe0dd0 and 2859d458fe695d40f4da2cd21ae2314b3ae34d82; the Mac lock remains held and the target is 621 MiB.

Live-proof update at `2859d458fe695d40f4da2cd21ae2314b3ae34d82`: starting the Linux helper on compute01 returned `Error: Kind(AlreadyExists)`. Read-only `ip -d link` showed an existing persistent, down `infraternal0`; I left it untouched. The J197 live-mesh claim remains held on compute01. dev-02 has no `infraternal0`, has 109 GiB free above its 40 GiB floor, one free build slot, and its J197 worktree is already at the final SHA. I’m using it for the aarch64 helper build and Linux peer proof. The Mac filtered/unfiltered helpers are built at `fba745051416c60a8523f0fe529c2aee6bbe0dd0` and `2859d458fe695d40f4da2cd21ae2314b3ae34d82`; the Mac lock remains held and the target is 621 MiB.
kayg commented 2026-11-06 23:06:55 +00:00
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J197 status — head 2859d458fe695d40f4da2cd21ae2314b3ae34d82, branch macos-filter-j197, based on current origin/dev fba745051416c60a8523f0fe529c2aee6bbe0dd0.

scripts/verify quick passed on this head. The foreground scripts/verify fast rerun completed with exit 1: every row passed except test FAIL (101), where supervisor_tests::the_public_gate_is_closed_before_a_child_starts_and_cleared_after_it_stops failed with proxy child descriptor mapping is outside policy. On an unmodified fba7450 checkout, cargo test --locked -p infraternal-plugin-proxy --lib passed 123/123, including that test; this failure was not reproduced on baseline, so the gate remains unresolved. The compute01 run was cut by the maintenance restart as recorded above; I am not starting new compute01 work until the explicit “compute01 back, 5 slots” notice.

Pending:

  • Compare final static binary sizes with current origin/dev.
  • Complete the five Mac/Linux-peer cases: allowed port, denied timeout, coordinator denied, live rule update without restart, and Mac-initiated return traffic.
  • Measure filtered vs unfiltered real-utun throughput and p99 latency on the Mac VM.
  • After compute01 is available, run the requested foreground fast-gate retry once and record the exact result.
  • Stop both proof nodes, remove the mesh claim, delete the Mac target before releasing the Mac lock, and post the final evidence.

The filter-only and four-thread contention benchmark numbers remain in comment 82992.

J197 status — head `2859d458fe695d40f4da2cd21ae2314b3ae34d82`, branch `macos-filter-j197`, based on current `origin/dev` `fba745051416c60a8523f0fe529c2aee6bbe0dd0`. `scripts/verify quick` passed on this head. The foreground `scripts/verify fast` rerun completed with exit 1: every row passed except `test FAIL (101)`, where `supervisor_tests::the_public_gate_is_closed_before_a_child_starts_and_cleared_after_it_stops` failed with `proxy child descriptor mapping is outside policy`. On an unmodified `fba7450` checkout, `cargo test --locked -p infraternal-plugin-proxy --lib` passed 123/123, including that test; this failure was not reproduced on baseline, so the gate remains unresolved. The compute01 run was cut by the maintenance restart as recorded above; I am not starting new compute01 work until the explicit “compute01 back, 5 slots” notice. Pending: - Compare final static binary sizes with current `origin/dev`. - Complete the five Mac/Linux-peer cases: allowed port, denied timeout, coordinator denied, live rule update without restart, and Mac-initiated return traffic. - Measure filtered vs unfiltered real-utun throughput and p99 latency on the Mac VM. - After compute01 is available, run the requested foreground fast-gate retry once and record the exact result. - Stop both proof nodes, remove the mesh claim, delete the Mac target before releasing the Mac lock, and post the final evidence. The filter-only and four-thread contention benchmark numbers remain in comment 82992.
kayg commented 2026-11-07 00:00:30 +00:00
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J197 progress — head 2859d458fe695d40f4da2cd21ae2314b3ae34d82 on macos-filter-j197. I fetched origin/dev; its current head is fba745051416c60a8523f0fe529c2aee6bbe0dd0, which is the merge base for this branch.

Real Mac VM with Linux peer, on this head: all five proof cases passed — TCP/48080 allowed; TCP/48081 denied by a 2.5 s timeout; coordinator denied under inbound none; policy revocation and restoration took effect without restarting the Mac node; and Mac-initiated TCP/48090 received linux-return-ok while inbound remained denied.

Real utun comparison (1 MiB transfers, three runs each):

  • Unfiltered origin/dev baseline: 89.72, 87.25, 111.17 Mb/s; median 89.72 Mb/s.
  • Filtered head: 117.17, 110.93, 105.24 Mb/s; median 110.93 Mb/s.

TCP RTT over 1,000 samples on one flow:

  • Unfiltered baseline: p50 436,917 ns; p95 783,083 ns; p99 1,288,750 ns.
  • Filtered head: p50 432,334 ns; p95 660,542 ns; p99 808,417 ns.

The unfiltered binary's metric label still says filtered_tcp; the baseline above is identified by its unfiltered origin/dev build. Filter-only and four-thread contention measurements are in comment 82992. verify quick passed on this head.

Cleanup: both proof helpers stopped; Mac state directories and Mac/dev-02 targets removed. The Mac lock was released after target deletion (macos_target_removed_before_unlock=PASS).

Pending: one foreground scripts/verify fast rerun after the owner posts “compute01 back, 5 slots”, and the final static-size comparison against the fetched origin/dev. The run cut by the compute01 restart is recorded as interrupted, not as a test failure. The complete captured fast output also had a FAIL (101) row for supervisor_tests::the_public_gate_is_closed_before_a_child_starts_and_cleared_after_it_stops; the post-restart run will establish the final gate status.

J197 progress — head `2859d458fe695d40f4da2cd21ae2314b3ae34d82` on `macos-filter-j197`. I fetched `origin/dev`; its current head is `fba745051416c60a8523f0fe529c2aee6bbe0dd0`, which is the merge base for this branch. Real Mac VM with Linux peer, on this head: all five proof cases passed — TCP/48080 allowed; TCP/48081 denied by a 2.5 s timeout; coordinator denied under inbound `none`; policy revocation and restoration took effect without restarting the Mac node; and Mac-initiated TCP/48090 received `linux-return-ok` while inbound remained denied. Real utun comparison (1 MiB transfers, three runs each): - Unfiltered `origin/dev` baseline: 89.72, 87.25, 111.17 Mb/s; median 89.72 Mb/s. - Filtered head: 117.17, 110.93, 105.24 Mb/s; median 110.93 Mb/s. TCP RTT over 1,000 samples on one flow: - Unfiltered baseline: p50 436,917 ns; p95 783,083 ns; p99 1,288,750 ns. - Filtered head: p50 432,334 ns; p95 660,542 ns; p99 808,417 ns. The unfiltered binary's metric label still says `filtered_tcp`; the baseline above is identified by its unfiltered `origin/dev` build. Filter-only and four-thread contention measurements are in comment 82992. `verify quick` passed on this head. Cleanup: both proof helpers stopped; Mac state directories and Mac/dev-02 targets removed. The Mac lock was released after target deletion (`macos_target_removed_before_unlock=PASS`). Pending: one foreground `scripts/verify fast` rerun after the owner posts “compute01 back, 5 slots”, and the final static-size comparison against the fetched `origin/dev`. The run cut by the compute01 restart is recorded as interrupted, not as a test failure. The complete captured fast output also had a `FAIL (101)` row for `supervisor_tests::the_public_gate_is_closed_before_a_child_starts_and_cleared_after_it_stops`; the post-restart run will establish the final gate status.
kayg commented 2026-11-07 00:20:22 +00:00
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J197 gate update — head 2859d458fe695d40f4da2cd21ae2314b3ae34d82 (macos-filter-j197), based on current origin/dev fba745051416c60a8523f0fe529c2aee6bbe0dd0.

The run cut by the compute01 restart is classified as interrupted, not as a test failure. The single foreground scripts/verify fast resubmission after the owner posted “compute01 back, 5 slots” has completed with exit 1. Its final Rust gate table, verbatim:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| Nix Cargo vendoring       | PASS         |
| fmt                       | PASS         |
| migration names           | PASS         |
| migration tooling tests   | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| Traefik component manifest | PASS         |
| release component publication | PASS         |
| test                      | FAIL (101)   |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| doc coverage ratchet      | PASS         |
| shape lints off (D351)    | PASS         |
| doc comments on diff      | PASS         |
| fixed test waits          | PASS         |
| privileged integration    | PASS         |
| probe release exclusion   | PASS         |
| nightly fuzz reporter     | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

The failing case was supervisor_tests::the_public_gate_is_closed_before_a_child_starts_and_cleared_after_it_stops: start the child for a public route: Custom { kind: InvalidInput, error: "proxy child descriptor mapping is outside policy" } (crates/plugins/proxy/src/supervisor_tests.rs:1109). A targeted final-head rerun passed 1/1. On untouched origin/dev, git diff for crates/plugins/proxy and Cargo.lock was clean and the full proxy library suite passed 123/123; this does not establish that the full-gate failure is pre-existing.

Artifacts on compute01:

  • Full fast log: ~/j197-evidence/verify-fast-after-restart-2859d458.log (663,983 bytes).
  • Baseline suite: ~/j197-evidence/origin-dev-proxy-suite-2859.log (origin_dev_proxy_suite_exit=0).

Still pending: compare final-head static binary sizes with the current origin/dev. The fast log records final-head sizes x86_64 27,787,280 bytes and aarch64 25,000,776 bytes. The latest slot check showed all five compute01 slots busy and multiple jobs queued; dev-02 has a free slot but cannot produce the x86 size row. I will use compute01's build-slot for the origin/dev build after removing the completed 45G J197 target; no second fast gate will be submitted.

J197 gate update — head `2859d458fe695d40f4da2cd21ae2314b3ae34d82` (`macos-filter-j197`), based on current `origin/dev` `fba745051416c60a8523f0fe529c2aee6bbe0dd0`. The run cut by the compute01 restart is classified as interrupted, not as a test failure. The single foreground `scripts/verify fast` resubmission after the owner posted “compute01 back, 5 slots” has completed with exit 1. Its final Rust gate table, verbatim: ```text +---------------------------+--------------+ | Rust gate | Result | +---------------------------+--------------+ | Nix Cargo vendoring | PASS | | fmt | PASS | | migration names | PASS | | migration tooling tests | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | Traefik component manifest | PASS | | release component publication | PASS | | test | FAIL (101) | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | doc coverage ratchet | PASS | | shape lints off (D351) | PASS | | doc comments on diff | PASS | | fixed test waits | PASS | | privileged integration | PASS | | probe release exclusion | PASS | | nightly fuzz reporter | PASS | | static builds | PASS | +---------------------------+--------------+ ``` The failing case was `supervisor_tests::the_public_gate_is_closed_before_a_child_starts_and_cleared_after_it_stops`: `start the child for a public route: Custom { kind: InvalidInput, error: "proxy child descriptor mapping is outside policy" }` (`crates/plugins/proxy/src/supervisor_tests.rs:1109`). A targeted final-head rerun passed 1/1. On untouched `origin/dev`, `git diff` for `crates/plugins/proxy` and `Cargo.lock` was clean and the full proxy library suite passed 123/123; this does not establish that the full-gate failure is pre-existing. Artifacts on compute01: - Full fast log: `~/j197-evidence/verify-fast-after-restart-2859d458.log` (663,983 bytes). - Baseline suite: `~/j197-evidence/origin-dev-proxy-suite-2859.log` (`origin_dev_proxy_suite_exit=0`). Still pending: compare final-head static binary sizes with the current `origin/dev`. The fast log records final-head sizes x86_64 27,787,280 bytes and aarch64 25,000,776 bytes. The latest slot check showed all five compute01 slots busy and multiple jobs queued; dev-02 has a free slot but cannot produce the x86 size row. I will use compute01's build-slot for the origin/dev build after removing the completed 45G J197 target; no second fast gate will be submitted.
kayg commented 2026-11-07 00:25:36 +00:00
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Static-size baseline build queued on compute01 through build-slot at position 24 with all five slots busy. The completed 45G target was deleted before enqueueing; free disk was 98G. Foreground run log: ~/j197-evidence/static-size-final-2859-vs-fba745.log. No second fast gate is queued.

Static-size baseline build queued on compute01 through build-slot at position 24 with all five slots busy. The completed 45G target was deleted before enqueueing; free disk was 98G. Foreground run log: ~/j197-evidence/static-size-final-2859-vs-fba745.log. No second fast gate is queued.
kayg commented 2026-11-07 00:43:06 +00:00
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Disk guard added to the queued static-size script before it can compile: it requires 70G free (25G floor plus the previously observed 45G target); below that it exits without building. Compute01 had 49G free at the last check, so no target is present and no compilation has started.

Disk guard added to the queued static-size script before it can compile: it requires 70G free (25G floor plus the previously observed 45G target); below that it exits without building. Compute01 had 49G free at the last check, so no target is present and no compilation has started.
kayg commented 2026-11-07 00:44:36 +00:00
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Queue update: compute01 free disk has fallen to 16G, below the 25G floor, while one slot is open. The J197 build-slot process is still foreground-queued; no baseline build has started and no target exists. The script requires 70G free before compiling, so it will not consume another target at low headroom.

Queue update: compute01 free disk has fallen to 16G, below the 25G floor, while one slot is open. The J197 build-slot process is still foreground-queued; no baseline build has started and no target exists. The script requires 70G free before compiling, so it will not consume another target at low headroom.
kayg commented 2026-11-07 00:48:53 +00:00
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Queue update: compute01 now has one free slot and 35G free, but queued jobs remain ahead of J197. The size script's 70G preflight prevents compilation at this headroom; the foreground build-slot run remains queued.

Queue update: compute01 now has one free slot and 35G free, but queued jobs remain ahead of J197. The size script's 70G preflight prevents compilation at this headroom; the foreground build-slot run remains queued.
kayg commented 2026-11-07 01:16:39 +00:00
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I canceled the combined compute01 baseline queue before it built: it had remained at position 24 for about an hour, while disk swung as low as 30G. No J197 target was present and no compile started. dev-02 now has one free aarch64 slot and 109G free, so I’m splitting the comparison: measure both J197 and aarch64 sizes there (one target, then delete it), then queue only the x86 baseline on compute01.

I canceled the combined compute01 baseline queue before it built: it had remained at position 24 for about an hour, while disk swung as low as 30G. No J197 target was present and no compile started. dev-02 now has one free aarch64 slot and 109G free, so I’m splitting the comparison: measure both J197 and aarch64 sizes there (one target, then delete it), then queue only the x86 baseline on compute01.
kayg commented 2026-11-07 01:17:01 +00:00
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I canceled the combined compute01 baseline queue before it built: it remained at position 24 for about an hour, while disk ranged as low as 30G. No J197 target was present and no compile started. dev-02 now has one free aarch64 slot and 109G free, so I am splitting the comparison: measure both J197 and origin/dev aarch64 sizes there (one target, then delete it), then queue only the x86 baseline on compute01.

I canceled the combined compute01 baseline queue before it built: it remained at position 24 for about an hour, while disk ranged as low as 30G. No J197 target was present and no compile started. dev-02 now has one free aarch64 slot and 109G free, so I am splitting the comparison: measure both J197 and origin/dev aarch64 sizes there (one target, then delete it), then queue only the x86 baseline on compute01.
kayg commented 2026-11-07 01:20:35 +00:00
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The dev-02 aarch64 size attempt ended with exit 101 before producing sizes: OpenSSL could not find target/auth-tools/zig/zig. This is the owner-identified Zig fetch issue, not a J197 source error. Artifact: ~/j197-evidence/static-size-aarch64-2859-vs-fba745.log. The dev-02 target was removed, its worktree is clean at 2859d458, and its slot is free. I will retry the combined origin/dev size measurement on compute01, which is required for x86, with the 70G headroom guard.

The dev-02 aarch64 size attempt ended with exit 101 before producing sizes: OpenSSL could not find target/auth-tools/zig/zig. This is the owner-identified Zig fetch issue, not a J197 source error. Artifact: ~/j197-evidence/static-size-aarch64-2859-vs-fba745.log. The dev-02 target was removed, its worktree is clean at 2859d458, and its slot is free. I will retry the combined origin/dev size measurement on compute01, which is required for x86, with the 70G headroom guard.
kayg commented 2026-11-07 02:27:30 +00:00
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J197 remains at 2859d458fe695d40f4da2cd21ae2314b3ae34d82. The launcher check passed (cargo 1.99.0). The existing static-size baseline waiter (PID 2940725) is still alive in the compute01 queue, and I am waiting on its foreground log without submitting a duplicate. Latest build-slot --status reports 15 GiB free, below the 25 GiB host floor; the comparison script also has a 70 GiB preflight. No J197 build has started. I will continue monitoring the existing waiter and report its result here.

J197 remains at `2859d458fe695d40f4da2cd21ae2314b3ae34d82`. The launcher check passed (`cargo 1.99.0`). The existing static-size baseline waiter (PID 2940725) is still alive in the compute01 queue, and I am waiting on its foreground log without submitting a duplicate. Latest `build-slot --status` reports 15 GiB free, below the 25 GiB host floor; the comparison script also has a 70 GiB preflight. No J197 build has started. I will continue monitoring the existing waiter and report its result here.
kayg commented 2026-11-07 02:29:50 +00:00
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Update at head 2859d458: waiter PID 2940725 remains alive and second in the compute01 queue, but free space has fallen to 9 GiB (25 GiB floor). The J197 baseline command has not started; no duplicate was submitted. Continuing to monitor its foreground log.

Update at head 2859d458: waiter PID 2940725 remains alive and second in the compute01 queue, but free space has fallen to 9 GiB (25 GiB floor). The J197 baseline command has not started; no duplicate was submitted. Continuing to monitor its foreground log.
kayg commented 2026-11-07 03:10:48 +00:00
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Resubmitted the static-size comparison once after PID 2940725 disappeared following its slot grant without producing results. The new foreground waiter is PID 691025 (about position 10); compute01 currently reports 36 GiB free. Head remains 2859d458, origin/dev is fba7450, and the launcher check passed. Continuing to wait on this single run.

Resubmitted the static-size comparison once after PID 2940725 disappeared following its slot grant without producing results. The new foreground waiter is PID 691025 (about position 10); compute01 currently reports 36 GiB free. Head remains 2859d458, origin/dev is fba7450, and the launcher check passed. Continuing to wait on this single run.
kayg commented 2026-11-07 03:21:33 +00:00
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Urgent capacity update: reports compute01 at 3 GiB free versus its 25 GiB floor. J197 retry PID 691025 remains queued (about position 10); no J197 build is active. I have not started or canceled anything else and am still waiting on the single foreground request.

Urgent capacity update: reports compute01 at 3 GiB free versus its 25 GiB floor. J197 retry PID 691025 remains queued (about position 10); no J197 build is active. I have not started or canceled anything else and am still waiting on the single foreground request.
kayg commented 2026-11-07 03:21:54 +00:00
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Correction: compute01 status reports 3 GiB free versus its 25 GiB floor. J197 retry PID 691025 remains queued (about position 10); no J197 build is active. I have not started or canceled anything else and am still waiting on the single foreground request.

Correction: compute01 status reports 3 GiB free versus its 25 GiB floor. J197 retry PID 691025 remains queued (about position 10); no J197 build is active. I have not started or canceled anything else and am still waiting on the single foreground request.
kayg commented 2026-11-07 03:46:24 +00:00
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Static-size comparison update at head 2859d458: the single retry fetched origin/dev fba7450514 and passed the 70 GiB preflight (109,023,404 KiB free), but x86_64 compilation failed because target/auth-tools/zig/zig is missing. No static-size delta is available; this is the known pre-existing Zig fetch failure and I did not troubleshoot or work around it. The single requested fast-gate run is queued as PID 1266442, and I am waiting on it in the foreground.

Static-size comparison update at head 2859d458: the single retry fetched origin/dev fba745051416c60a8523f0fe529c2aee6bbe0dd0 and passed the 70 GiB preflight (109,023,404 KiB free), but x86_64 compilation failed because target/auth-tools/zig/zig is missing. No static-size delta is available; this is the known pre-existing Zig fetch failure and I did not troubleshoot or work around it. The single requested fast-gate run is queued as PID 1266442, and I am waiting on it in the foreground.
kayg commented 2026-11-07 05:47:38 +00:00
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J197 final gate update — 2026-11-07 IST

Branch macos-filter-j197 is clean and pushed at 2859d458fe695d40f4da2cd21ae2314b3ae34d82, based on current origin/dev fba745051416c60a8523f0fe529c2aee6bbe0dd0. The launcher check passed: nix develop /home/claude/worktrees/j197 -c cargo --version reported cargo 1.99.0.

The run cut by the compute01 restart remains classified as interrupted, not a test failure. The one requested post-restart scripts/verify fast run completed in the foreground with exit 0. J197 is no longer queued or running; the final slot status showed only other jobs. The compute01 target was deleted after completion, leaving 172 GiB free. The five Mac/Linux-peer proofs and filtered/unfiltered utun throughput, p99, and contention measurements are in the earlier evidence comments on this issue; the Mac target was removed under the lock.

Final Rust gate table, verbatim:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| Nix Cargo vendoring       | PASS         |
| fmt                       | PASS         |
| migration names           | PASS         |
| migration tooling tests   | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| Traefik component manifest | PASS         |
| release component publication | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| doc coverage ratchet      | PASS         |
| shape lints off (D351)    | PASS         |
| doc comments on diff      | PASS         |
| fixed test waits          | PASS         |
| privileged integration    | PASS         |
| probe release exclusion   | PASS         |
| nightly fuzz reporter     | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

TypeScript protocol tests also ended with 50 pass, 0 fail, 77253 expect() calls.

Static sizes from the fast gate against the recorded D243 baselines:

  • x86_64: 27,787,280 bytes; baseline 22,418,256; delta +5,369,024.
  • aarch64: 25,000,776 bytes; baseline 20,453,280; delta +4,547,496.

The dedicated comparison against current origin/dev (fba7450) did not produce a size delta: its baseline build failed because target/auth-tools/zig/zig is missing, as recorded in the earlier attempt. This is the known pre-existing Zig fetch failure; I did not retry or work around it.

No merge or deployment was performed.

J197 final gate update — 2026-11-07 IST Branch `macos-filter-j197` is clean and pushed at `2859d458fe695d40f4da2cd21ae2314b3ae34d82`, based on current `origin/dev` `fba745051416c60a8523f0fe529c2aee6bbe0dd0`. The launcher check passed: `nix develop /home/claude/worktrees/j197 -c cargo --version` reported `cargo 1.99.0`. The run cut by the compute01 restart remains classified as interrupted, not a test failure. The one requested post-restart `scripts/verify fast` run completed in the foreground with exit 0. J197 is no longer queued or running; the final slot status showed only other jobs. The compute01 target was deleted after completion, leaving 172 GiB free. The five Mac/Linux-peer proofs and filtered/unfiltered utun throughput, p99, and contention measurements are in the earlier evidence comments on this issue; the Mac target was removed under the lock. Final Rust gate table, verbatim: ```text +---------------------------+--------------+ | Rust gate | Result | +---------------------------+--------------+ | Nix Cargo vendoring | PASS | | fmt | PASS | | migration names | PASS | | migration tooling tests | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | Traefik component manifest | PASS | | release component publication | PASS | | test | PASS | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | doc coverage ratchet | PASS | | shape lints off (D351) | PASS | | doc comments on diff | PASS | | fixed test waits | PASS | | privileged integration | PASS | | probe release exclusion | PASS | | nightly fuzz reporter | PASS | | static builds | PASS | +---------------------------+--------------+ ``` TypeScript protocol tests also ended with `50 pass`, `0 fail`, `77253 expect() calls`. Static sizes from the fast gate against the recorded D243 baselines: - x86_64: 27,787,280 bytes; baseline 22,418,256; delta +5,369,024. - aarch64: 25,000,776 bytes; baseline 20,453,280; delta +4,547,496. The dedicated comparison against current `origin/dev` (`fba7450`) did not produce a size delta: its baseline build failed because `target/auth-tools/zig/zig` is missing, as recorded in the earlier attempt. This is the known pre-existing Zig fetch failure; I did not retry or work around it. No merge or deployment was performed.
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