Add-host: agent installed but can never reach the server (port 7443 blocked); preflight, clear error, pill action placement #291

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opened 2026-11-01 15:26:16 +00:00 by kayg · 103 comments

kayg commented 2026-11-01 15:26:16 +00:00

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Owner field report, 2026-11-01, production at https://ssh.kayg.org. The owner added kayg@code.vpn.kayg.org through the add-host flow.

What happened

• SSH bootstrap succeeded and installed a rootless infraternal agent as kayg on code: user unit infraternal-agent.service (about 3 MB RSS), enrolled with identity.json, endpoint 10.69.69.89:7443.
• The server then logged host bootstrap failed … target_id=kayg_code.vpn.kayg.org step="install" failure_kind="setup" mode="rootless".
• Earlier attempts logged step="check" (setup) and step="connect" (host-key).
• The window for code stays empty. The toast says "code is unavailable. Check its connection and try again."

Root cause (infrastructure): NetBird's ACL on ssh only allows TCP 22/22022 from code. TCP/UDP 7443, the infraternal agent port, is dropped, so the agent can never reach the server. Our own nft policy allows it; the NetBird ACL does not. The owner needs to add a NetBird policy.

Product defects to fix

1. Add-host must check, before installing, that the target can reach the server's agent endpoint. It should then fail early with the cause and the fix, for example: "code can't reach the server at 10.69.69.89:7443. Allow TCP and UDP 7443 from code to ssh." It should not install an infraternal agent that can never connect.
2. The failure message is generic. "Check its connection and try again" names neither what failed (the infraternal agent → server, port 7443) nor that the install step failed.
3. The machine pill shows "remove infraternal and uninstall its agent" at its bottom. The owner says it looks completely out of place. A destructive action belongs in the machine's details or actions, behind confirmation, not as a line in the pill. A TASTE row is to be added.
4. The owner was surprised by a root shell. The ssh window, which is the server's own host, opens [root@ssh ~]#, because the server unit runs as root. Owner decision needed on which account the server host's own console should use.

Evidence: journalctl -u infraternal-server on ssh (no secrets in these lines); the nft netbird-acl-input-rules chain on ssh; systemctl --user status infraternal-agent on code.

Owner field report, 2026-11-01, production at https://ssh.kayg.org. The owner added `kayg@code.vpn.kayg.org` through the add-host flow. **What happened** - SSH bootstrap succeeded and installed a rootless infraternal agent as `kayg` on `code`: user unit `infraternal-agent.service` (about 3 MB RSS), enrolled with `identity.json`, endpoint `10.69.69.89:7443`. - The server then logged `host bootstrap failed … target_id=kayg_code.vpn.kayg.org step="install" failure_kind="setup" mode="rootless"`. - Earlier attempts logged `step="check"` (setup) and `step="connect"` (host-key). - The window for `code` stays empty. The toast says "code is unavailable. Check its connection and try again." **Root cause (infrastructure):** NetBird's ACL on `ssh` only allows TCP 22/22022 from `code`. TCP/UDP 7443, the infraternal agent port, is dropped, so the agent can never reach the server. Our own nft policy allows it; the NetBird ACL does not. The owner needs to add a NetBird policy. **Product defects to fix** 1. **Add-host must check, before installing, that the target can reach the server's agent endpoint.** It should then fail early with the cause and the fix, for example: "code can't reach the server at 10.69.69.89:7443. Allow TCP and UDP 7443 from code to ssh." It should not install an infraternal agent that can never connect. 2. **The failure message is generic.** "Check its connection and try again" names neither what failed (the infraternal agent → server, port 7443) nor that the install step failed. 3. **The machine pill shows "remove infraternal and uninstall its agent" at its bottom.** The owner says it looks completely out of place. A destructive action belongs in the machine's details or actions, behind confirmation, not as a line in the pill. A TASTE row is to be added. 4. **The owner was surprised by a root shell.** The `ssh` window, which is the server's own host, opens `[root@ssh ~]#`, because the server unit runs as root. Owner decision needed on which account the server host's own console should use. Evidence: `journalctl -u infraternal-server` on ssh (no secrets in these lines); the nft `netbird-acl-input-rules` chain on ssh; `systemctl --user status infraternal-agent` on code.

kayg commented 2026-11-01 15:27:26 +00:00

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Correction: this is a product gap, not a NetBird configuration problem.

D291 (owner, 2026-10-16, amends D64/D215) decided that a new host joins through the add-host SSH connection. The server opens a reverse tunnel inside that SSH session, and the new infraternal agent makes its first connection through it. "The server's agent port (7443) is no longer required for anything." After the join, the agent's link takes the mesh path (D215: direct, then relay, then TLS 443).

On current dev (37bbda455), the reverse tunnel is not implemented: crates/plugins/ssh/src/install.rs has no remote forward, and the enrolled agent's identity.json points at 10.69.69.89:7443. The post-join mesh path for the agent link (D215) is not wired either. So every host whose network blocks 7443 fails exactly like #230 did.

Fix scope for #291: implement D291's reverse-tunnel join, and make the agent's steady-state link stop depending on 7443. This goes alongside the preflight, error-message and pill-placement items above. The NetBird rule for 7443 would only be a stopgap and is not the fix.

**Correction: this is a product gap, not a NetBird configuration problem.** D291 (owner, 2026-10-16, amends D64/D215) decided that a new host joins through the add-host SSH connection. The server opens a reverse tunnel inside that SSH session, and the new infraternal agent makes its first connection through it. "The server's agent port (7443) is no longer required for anything." After the join, the agent's link takes the mesh path (D215: direct, then relay, then TLS 443). On current dev (37bbda455), the reverse tunnel is **not implemented**: `crates/plugins/ssh/src/install.rs` has no remote forward, and the enrolled agent's `identity.json` points at `10.69.69.89:7443`. The post-join mesh path for the agent link (D215) is not wired either. So every host whose network blocks 7443 fails exactly like #230 did. Fix scope for #291: implement D291's reverse-tunnel join, and make the agent's steady-state link stop depending on 7443. This goes alongside the preflight, error-message and pill-placement items above. The NetBird rule for 7443 would only be a stopgap and is not the fix.

kayg referenced this issue 2026-11-01 15:34:26 +00:00

Focus ring clipped under the last field; redundant 'Copied' line on recovery words #290

kayg commented 2026-11-01 15:35:01 +00:00

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Starting #291 on branch addhost-d291-tunnel, base origin/dev at 37bbda45554f6e603a6856fc23319e17d8a1b14f.

Plan (estimate: 6 hours):

1. Trace D291/D215/D64/D196/D168 and the current agent transport + add-host enrollment path; write failing regression tests first.
2. Use the existing HTTPS listener for the authenticated agent channel, keep agent-side dialing outbound, and route first enrollment through the add-host SSH reverse tunnel where it shortens the path. No full mesh work or new transport infrastructure.
3. Persist the public HTTPS origin at enrollment and migrate legacy :7443 identities on agent start / add-host retry.
4. Add pre-install reachability preflight and replace generic failure copy with the actual infraternal-agent-to-server cause.
5. Add unit coverage and a namespace integration proof with 7443 blocked and terminal I/O on 443; run the requested dev-02 gate, final compute01 verify fast, then push this branch. No production access.

Starting #291 on branch `addhost-d291-tunnel`, base `origin/dev` at `37bbda45554f6e603a6856fc23319e17d8a1b14f`. Plan (estimate: 6 hours): 1. Trace D291/D215/D64/D196/D168 and the current agent transport + add-host enrollment path; write failing regression tests first. 2. Use the existing HTTPS listener for the authenticated agent channel, keep agent-side dialing outbound, and route first enrollment through the add-host SSH reverse tunnel where it shortens the path. No full mesh work or new transport infrastructure. 3. Persist the public HTTPS origin at enrollment and migrate legacy `:7443` identities on agent start / add-host retry. 4. Add pre-install reachability preflight and replace generic failure copy with the actual infraternal-agent-to-server cause. 5. Add unit coverage and a namespace integration proof with 7443 blocked and terminal I/O on 443; run the requested dev-02 gate, final compute01 `verify fast`, then push this branch. No production access.

kayg referenced this issue 2026-11-01 15:36:44 +00:00

Focus ring clipped under the last field; redundant 'Copied' line on recovery words #290

kayg commented 2026-11-01 15:39:56 +00:00

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Finding 1 (source trace, before implementation): the enrollment field JoinInvitation.endpoint is a SocketAddr (crates/plugins/remote/src/enrollment.rs). remote_router replaces it with RemoteListeners::local_addr() (crates/infraternal-server/src/runtime.rs), and remote_http::issue_invitation persists that address into every invitation (crates/infraternal-server/src/remote_http.rs). The infraternal agent then races QUIC and TCP/TLS against that same identity.endpoint (crates/infraternal-agent/src/remote_client.rs). The existing web app already serves an Axum WebSocket at /v1/ws (crates/infraternal-server/src/websocket.rs), so the 443 path can reuse the app listener without adding a public port. The agent route must independently prove possession of the enrolled D168 key because the public TLS terminator may be a reverse proxy.

Finding 1 (source trace, before implementation): the enrollment field `JoinInvitation.endpoint` is a `SocketAddr` (`crates/plugins/remote/src/enrollment.rs`). `remote_router` replaces it with `RemoteListeners::local_addr()` (`crates/infraternal-server/src/runtime.rs`), and `remote_http::issue_invitation` persists that address into every invitation (`crates/infraternal-server/src/remote_http.rs`). The infraternal agent then races QUIC and TCP/TLS against that same `identity.endpoint` (`crates/infraternal-agent/src/remote_client.rs`). The existing web app already serves an Axum WebSocket at `/v1/ws` (`crates/infraternal-server/src/websocket.rs`), so the 443 path can reuse the app listener without adding a public port. The agent route must independently prove possession of the enrolled D168 key because the public TLS terminator may be a reverse proxy.

kayg commented 2026-11-01 15:45:24 +00:00

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Plan revision per orchestration review (supersedes the 6-hour estimate above; target about 3 hours): use the public HTTPS origin for both enrollment and the steady-state /remote/agent WebSocket upgrade through the app listener. Skip the SSH reverse tunnel in this slice because HTTPS 443 removes the 7443 dependency for both stages. The agent proves possession of its D168 key in the WebSocket handshake, after Traefik's TLS termination. Keep the public-origin preflight, specific window/toast failure copy, legacy :7443 identity migration, and namespace terminal proof with 7443 blocked. Then run the requested dev-02 checks, final compute01 scripts/verify fast, and push only this branch; no production access.

Plan revision per orchestration review (supersedes the 6-hour estimate above; target about 3 hours): use the public HTTPS origin for both enrollment and the steady-state `/remote/agent` WebSocket upgrade through the app listener. Skip the SSH reverse tunnel in this slice because HTTPS 443 removes the 7443 dependency for both stages. The agent proves possession of its D168 key in the WebSocket handshake, after Traefik's TLS termination. Keep the public-origin preflight, specific window/toast failure copy, legacy `:7443` identity migration, and namespace terminal proof with 7443 blocked. Then run the requested dev-02 checks, final compute01 `scripts/verify fast`, and push only this branch; no production access.

kayg commented 2026-11-01 16:35:20 +00:00

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J67 finding: the public app listener has no infraternal agent WebSocket route yet. On dev-02, cargo test --locked -p infraternal-server --features remote --lib agent_websocket_upgrade_uses_the_app_listener_and_starts_key_proof -- --ignored --nocapture --test-threads=1 reaches wss://localhost:4701/remote/agent using ordinary server TLS with no client certificate and fails with HTTP 404. This is the expected red result for the new regression test; the route and app-level D168 proof are next.

J67 finding: the public app listener has no infraternal agent WebSocket route yet. On dev-02, `cargo test --locked -p infraternal-server --features remote --lib agent_websocket_upgrade_uses_the_app_listener_and_starts_key_proof -- --ignored --nocapture --test-threads=1` reaches `wss://localhost:4701/remote/agent` using ordinary server TLS with no client certificate and fails with HTTP 404. This is the expected red result for the new regression test; the route and app-level D168 proof are next.

kayg commented 2026-11-01 17:01:53 +00:00

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J67 progress: fast-forwarded addhost-d291-tunnel to current origin/dev base a26615c50 before resuming the reviewed slice.

Finding: the existing enrollment preflight only GETs /healthz, so it can succeed even when the agent WebSocket route is absent or the proxy does not forward upgrades. The focused ignored test previously returned HTTP 404 for /remote/agent without a client certificate. The implementation now checks the actual upgrade and app challenge, and mounts /remote/agent on the configured enrollment app listener. Next: finish the agent's WSS session dispatch, complete the namespace terminal proof with 7443 blocked, then run dev-02 and compute01 gates. The reviewed 3 h estimate and scope are unchanged.

J67 progress: fast-forwarded `addhost-d291-tunnel` to current `origin/dev` base `a26615c50` before resuming the reviewed slice. Finding: the existing enrollment preflight only GETs `/healthz`, so it can succeed even when the agent WebSocket route is absent or the proxy does not forward upgrades. The focused ignored test previously returned HTTP 404 for `/remote/agent` without a client certificate. The implementation now checks the actual upgrade and app challenge, and mounts `/remote/agent` on the configured enrollment app listener. Next: finish the agent's WSS session dispatch, complete the namespace terminal proof with 7443 blocked, then run dev-02 and compute01 gates. The reviewed 3 h estimate and scope are unchanged.

kayg commented 2026-11-01 17:07:43 +00:00

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Build-slot finding: dev-02 has 22 GB free, below the required 25 GB floor, with one busy slot and five queued jobs. compute01 has 212 GB free, but all four slots are busy with queued work. I have not launched builds or gates; I am writing the 7443-blocked integration proof and will sync it once dev-02 has capacity.

Build-slot finding: dev-02 has 22 GB free, below the required 25 GB floor, with one busy slot and five queued jobs. compute01 has 212 GB free, but all four slots are busy with queued work. I have not launched builds or gates; I am writing the 7443-blocked integration proof and will sync it once dev-02 has capacity.

kayg commented 2026-11-01 17:16:09 +00:00

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Finding: target-side WebSocket preflight now classifies DNS, TCP 443, TLS, proxy upgrade and challenge failures with cause/fix copy in agent join, but plugins/ssh/src/setup_scripts.rs redirects that command output to /dev/null. Failure::at(InstallStep::Join) then replaces it with generic reachability advice. The add-host path would hide the preflight diagnosis. I am adding a focused regression and will preserve only authored, non-secret diagnostics.

Finding: target-side WebSocket preflight now classifies DNS, TCP 443, TLS, proxy upgrade and challenge failures with cause/fix copy in `agent join`, but `plugins/ssh/src/setup_scripts.rs` redirects that command output to `/dev/null`. `Failure::at(InstallStep::Join)` then replaces it with generic reachability advice. The add-host path would hide the preflight diagnosis. I am adding a focused regression and will preserve only authored, non-secret diagnostics.

kayg commented 2026-11-01 17:24:49 +00:00

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The focused add-host diagnostic regression is queued through the mandatory dev-02 build-slot and has not started compiling. Current status is 3/3 slots busy, 30 GB free against the 25 GB floor, with two earlier queued jobs. I am polling the queue; no build is running in my worktree yet.

The focused add-host diagnostic regression is queued through the mandatory dev-02 build-slot and has not started compiling. Current status is 3/3 slots busy, 30 GB free against the 25 GB floor, with two earlier queued jobs. I am polling the queue; no build is running in my worktree yet.

kayg commented 2026-11-01 17:27:39 +00:00

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The dev-02 free-space floor is now blocking queued work: 24 GB free versus the required 25 GB. The focused regression remains queued and has not compiled. I am keeping this job target cache and waiting for capacity; no other jobs build directories have been touched.

The dev-02 free-space floor is now blocking queued work: 24 GB free versus the required 25 GB. The focused regression remains queued and has not compiled. I am keeping this job target cache and waiting for capacity; no other jobs build directories have been touched.

kayg commented 2026-11-01 17:36:17 +00:00

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Finding: the namespace proof script has a misspelled required variable. It declares INFRATERNAL_REMOTE_TEST_BINARY, then passes INFRATERAL_REMOTE_TEST_BINARY to the namespace shell; set -u exits before the test runs. I will correct the harness and verify the full proof when a build slot and disk floor are available. I stopped the queued J67 regression process before it compiled.

Finding: the namespace proof script has a misspelled required variable. It declares INFRATERNAL_REMOTE_TEST_BINARY, then passes INFRATERAL_REMOTE_TEST_BINARY to the namespace shell; set -u exits before the test runs. I will correct the harness and verify the full proof when a build slot and disk floor are available. I stopped the queued J67 regression process before it compiled.

kayg commented 2026-11-01 17:41:35 +00:00

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Correction from source trace: the agent CLI writes final failure records to stderr in text mode; setup_scripts::join only redirects stdout, so its current redirect does not hide the preflight error. The add-host path loses the authored message in the SSH adapter: openssh::classify discards unallowlisted stderr, then Failure::at(Join) replaces the generic installer message. The queued regression's fixture printed to stdout, so it was testing the wrong layer. I will replace it with a failing classifier-to-join test, then whitelist only the fixed preflight sentences and surface those through the existing Failure message.

Correction from source trace: the agent CLI writes final failure records to stderr in text mode; setup_scripts::join only redirects stdout, so its current redirect does not hide the preflight error. The add-host path loses the authored message in the SSH adapter: openssh::classify discards unallowlisted stderr, then Failure::at(Join) replaces the generic installer message. The queued regression's fixture printed to stdout, so it was testing the wrong layer. I will replace it with a failing classifier-to-join test, then whitelist only the fixed preflight sentences and surface those through the existing Failure message.

kayg commented 2026-11-01 17:49:13 +00:00

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Refined namespace harness finding: the existing remote-demo tests define INFRATERNAL_REMOTE_TEST_BINARY as the CLI binary. The new script reused that name for the server test harness, overwrote it with the CLI path, then passed a misspelled variable. I changed the harness input to INFRATERNAL_REMOTE_SERVER_TEST_BINARY and kept INFRATERNAL_REMOTE_TEST_BINARY for the CLI. The namespace proof has not run yet.

Refined namespace harness finding: the existing remote-demo tests define INFRATERNAL_REMOTE_TEST_BINARY as the CLI binary. The new script reused that name for the server test harness, overwrote it with the CLI path, then passed a misspelled variable. I changed the harness input to INFRATERNAL_REMOTE_SERVER_TEST_BINARY and kept INFRATERNAL_REMOTE_TEST_BINARY for the CLI. The namespace proof has not run yet.

kayg commented 2026-11-01 17:49:41 +00:00

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Progress: the focused add-host diagnostic regression is now queued on dev-02 via build-slot; it has not started compiling. At the latest status all three slots were busy and 52 GB was free, so I am keeping the run queued and have not changed production code for this fix yet.

Progress: the focused add-host diagnostic regression is now queued on dev-02 via build-slot; it has not started compiling. At the latest status all three slots were busy and 52 GB was free, so I am keeping the run queued and have not changed production code for this fix yet.

kayg commented 2026-11-01 17:58:25 +00:00

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J67 review finding: remote_agent_http::router reserves 4 per-source and 64 global slots, and the current WebSocketChannel retains both for the entire authenticated session. Behind a shared proxy this would reject established hosts well before the 1,000-node design point. I will hold these permits through challenge, D168 proof, and the protocol greeting only, then release them to the existing RemoteHosts admission path.

The target-side preflight runs in the staged agent join --enroll-only command before service activation (crates/plugins/ssh/src/setup_scripts.rs:15). The expected-red /remote/agent 404 test is already recorded above. I stopped the focused add-host diagnostic run while it was still queued and before compilation; I will rerun focused tests after this patch review.

The legacy-migration test currently serializes new fields as null instead of using the exact old identity shape with those keys absent; I will make that fixture match a pre-change identity.

J67 review finding: `remote_agent_http::router` reserves 4 per-source and 64 global slots, and the current `WebSocketChannel` retains both for the entire authenticated session. Behind a shared proxy this would reject established hosts well before the 1,000-node design point. I will hold these permits through challenge, D168 proof, and the protocol greeting only, then release them to the existing `RemoteHosts` admission path. The target-side preflight runs in the staged `agent join --enroll-only` command before service activation (`crates/plugins/ssh/src/setup_scripts.rs:15`). The expected-red `/remote/agent` 404 test is already recorded above. I stopped the focused add-host diagnostic run while it was still queued and before compilation; I will rerun focused tests after this patch review. The legacy-migration test currently serializes new fields as null instead of using the exact old identity shape with those keys absent; I will make that fixture match a pre-change identity.

kayg commented 2026-11-01 18:18:38 +00:00

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Finding: the target's preflight now emits fixed HTTPS DNS/connect/TLS/upgrade diagnostics on stderr, but still allowlists only the previous and strings. redirects stdout only, then replaces any dropped stderr with generic join advice. The new classifier regression is queued on dev-02 to confirm this boundary before I add the fixed sentences.

Finding: the target's preflight now emits fixed HTTPS DNS/connect/TLS/upgrade diagnostics on stderr, but still allowlists only the previous and strings. redirects stdout only, then replaces any dropped stderr with generic join advice. The new classifier regression is queued on dev-02 to confirm this boundary before I add the fixed sentences.

kayg commented 2026-11-01 18:18:48 +00:00

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Finding: the target preflight emits fixed HTTPS DNS/connect/TLS/upgrade diagnostics on stderr, but openssh::classify still allowlists only the prior Join DNS lookup failed and Join connection/TLS verification failed strings. setup_scripts::join redirects stdout only, then Failure::at(Join) replaces dropped stderr with generic join advice. The new classifier regression is queued on dev-02 to confirm this boundary before adding only the fixed sentences.

Finding: the target preflight emits fixed HTTPS DNS/connect/TLS/upgrade diagnostics on stderr, but openssh::classify still allowlists only the prior Join DNS lookup failed and Join connection/TLS verification failed strings. setup_scripts::join redirects stdout only, then Failure::at(Join) replaces dropped stderr with generic join advice. The new classifier regression is queued on dev-02 to confirm this boundary before adding only the fixed sentences.

kayg commented 2026-11-01 18:19:36 +00:00

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Build finding: the first focused test command exited before compilation because adding WebSocket dependencies to infraternal-agent requires Cargo.lock package metadata updates, and --locked refuses to write them. I will refresh the lockfile offline on dev-02, then rerun the classifier regression with the new lock.

Build finding: the first focused test command exited before compilation because adding WebSocket dependencies to infraternal-agent requires Cargo.lock package metadata updates, and --locked refuses to write them. I will refresh the lockfile offline on dev-02, then rerun the classifier regression with the new lock.

kayg commented 2026-11-01 18:22:42 +00:00

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Correction: the preceding finding comment lost its source identifiers to shell expansion. The next finding comment contains the complete source trace; no code change or test result was affected.

Correction: the preceding finding comment lost its source identifiers to shell expansion. The next finding comment contains the complete source trace; no code change or test result was affected.

kayg commented 2026-11-01 18:27:15 +00:00

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Starting J67 on branch addhost-d291-tunnel, based on origin/dev at a26615c50e76ed86f36d25aa094283cf840d5320.

Plan (target: about 3 hours):

1. Trace D291, D215, D64, D196, D168, and the current agent join/transport paths; add failing tests first.
2. Put authenticated agent WebSocket traffic at /remote/agent on the existing HTTPS app listener; prove possession of the D168 key at app level after Traefik TLS termination. Use public HTTPS origin for enrollment and steady state; no reverse tunnel or full mesh work in this slice.
3. Persist the public origin, migrate legacy :7443 identities on agent start and add-host retry, and preflight the target’s actual HTTPS WebSocket reachability with cause/fix diagnostics.
4. Replace generic add-host window/toast copy with the specific infraternal-agent-to-server failure.
5. Add unit tests and namespace integration proof with 7443 blocked and terminal I/O over 443; run the dev-02 gate, final scripts/verify fast on compute01, then push only this branch. No production access.

Starting J67 on branch `addhost-d291-tunnel`, based on `origin/dev` at `a26615c50e76ed86f36d25aa094283cf840d5320`. Plan (target: about 3 hours): 1. Trace D291, D215, D64, D196, D168, and the current agent join/transport paths; add failing tests first. 2. Put authenticated agent WebSocket traffic at `/remote/agent` on the existing HTTPS app listener; prove possession of the D168 key at app level after Traefik TLS termination. Use public HTTPS origin for enrollment and steady state; no reverse tunnel or full mesh work in this slice. 3. Persist the public origin, migrate legacy `:7443` identities on agent start and add-host retry, and preflight the target’s actual HTTPS WebSocket reachability with cause/fix diagnostics. 4. Replace generic add-host window/toast copy with the specific infraternal-agent-to-server failure. 5. Add unit tests and namespace integration proof with 7443 blocked and terminal I/O over 443; run the dev-02 gate, final `scripts/verify fast` on compute01, then push only this branch. No production access.

kayg commented 2026-11-01 18:31:56 +00:00

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J67 source-trace finding before repair: crates/plugins/ssh/src/openssh.rs::classify still allowlists only the older Join DNS lookup failed, Join connection failed, and Join TLS verification failed diagnostics. The target-side HTTPS preflight emits new fixed DNS/connect/TLS/upgrade/challenge sentences, so the SSH adapter drops them and Failure::at(Join) falls back to generic join advice. The dirty J67 worktree has join_keeps_only_authored_https_preflight_diagnostics; I will run it red before adding only those fixed sentences. Cargo.toml now enables existing workspace WebSocket dependencies for the infraternal agent, but Cargo.lock has not yet been refreshed; no focused run has completed on this worktree yet.

J67 source-trace finding before repair: `crates/plugins/ssh/src/openssh.rs::classify` still allowlists only the older `Join DNS lookup failed`, `Join connection failed`, and `Join TLS verification failed` diagnostics. The target-side HTTPS preflight emits new fixed DNS/connect/TLS/upgrade/challenge sentences, so the SSH adapter drops them and `Failure::at(Join)` falls back to generic join advice. The dirty J67 worktree has `join_keeps_only_authored_https_preflight_diagnostics`; I will run it red before adding only those fixed sentences. Cargo.toml now enables existing workspace WebSocket dependencies for the infraternal agent, but Cargo.lock has not yet been refreshed; no focused run has completed on this worktree yet.

kayg commented 2026-11-01 18:37:25 +00:00

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Finding (dev-02 regression, before the allowlist fix): join_keeps_only_authored_https_preflight_diagnostics fails as expected. The first HTTPS DNS diagnostic is reduced by openssh::classify(...).at(InstallStep::Join) to the generic join failure, confirming the SSH adapter drops the preflight reason. The red run is recorded in ~/.cache/codex-scratch/J67/diagnostic-red-refresh.log; expected text was “The infraternal agent on this host cannot resolve the server's HTTPS origin…”, actual text was “Joining the host to this server failed…”.

Finding (dev-02 regression, before the allowlist fix): `join_keeps_only_authored_https_preflight_diagnostics` fails as expected. The first HTTPS DNS diagnostic is reduced by `openssh::classify(...).at(InstallStep::Join)` to the generic join failure, confirming the SSH adapter drops the preflight reason. The red run is recorded in `~/.cache/codex-scratch/J67/diagnostic-red-refresh.log`; expected text was “The infraternal agent on this host cannot resolve the server's HTTPS origin…”, actual text was “Joining the host to this server failed…”.

kayg commented 2026-11-01 18:38:37 +00:00

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Resumed J67 on addhost-d291-tunnel, rebased onto current origin/dev base afbe1c5fef1610bdf291218b1cccad64c4c90fea; the in-progress HTTPS patch was preserved. The dev-02 failing classifier regression is recorded above. Next: keep only the fixed HTTPS preflight sentences at the SSH boundary, finish end-to-end link/migration tests, then run the 7443-blocked namespace proof and requested gates.

Resumed J67 on `addhost-d291-tunnel`, rebased onto current `origin/dev` base `afbe1c5fef1610bdf291218b1cccad64c4c90fea`; the in-progress HTTPS patch was preserved. The dev-02 failing classifier regression is recorded above. Next: keep only the fixed HTTPS preflight sentences at the SSH boundary, finish end-to-end link/migration tests, then run the 7443-blocked namespace proof and requested gates.

kayg commented 2026-11-01 18:52:47 +00:00

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Crash-safety checkpoint: WIP commit d0851b35a867e8eb94e46d710f2315881f5246eb is pushed to addhost-d291-tunnel. It captures the reviewed HTTPS app-listener path, D168 proof, endpoint migration, target preflight, actionable refusal copy, and 7443-blocked namespace harness; this is not a final gate claim. The focused classifier rerun is queued on dev-02 at ~/.cache/codex-scratch/J67/diagnostic-green2.log. Next: red/green the legacy re-enrollment edge, run the namespace proof and requested gates, then replace the WIP with the final gated atomic commit.

Crash-safety checkpoint: WIP commit `d0851b35a867e8eb94e46d710f2315881f5246eb` is pushed to `addhost-d291-tunnel`. It captures the reviewed HTTPS app-listener path, D168 proof, endpoint migration, target preflight, actionable refusal copy, and 7443-blocked namespace harness; this is not a final gate claim. The focused classifier rerun is queued on dev-02 at `~/.cache/codex-scratch/J67/diagnostic-green2.log`. Next: red/green the legacy re-enrollment edge, run the namespace proof and requested gates, then replace the WIP with the final gated atomic commit.

kayg commented 2026-11-01 19:07:09 +00:00

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Finding: the new HTTPS preflight diagnostic is lost at the SSH install-step boundary. The focused unit test fails because Failure::at(Join) replaces the allowed resolver message with the generic join message. Red evidence from cargo test --locked -p infraternal-plugin-ssh --lib openssh::tests::join_keeps_only_authored_https_preflight_diagnostics -- --exact --nocapture:\n\n\nleft: "Joining the host to this server failed. Check the host can reach the server and resolve its address, then try again."\nright: "The infraternal agent on this host cannot resolve the server\x27s HTTPS origin. Check DNS for the public origin and allow outbound TCP 443."\ntest result: FAILED. 0 passed; 1 failed\n\nI will preserve only fixed, allowlisted HTTPS join diagnostics through that boundary, then rerun this test green.

Finding: the new HTTPS preflight diagnostic is lost at the SSH install-step boundary. The focused unit test fails because `Failure::at(Join)` replaces the allowed resolver message with the generic join message. Red evidence from `cargo test --locked -p infraternal-plugin-ssh --lib openssh::tests::join_keeps_only_authored_https_preflight_diagnostics -- --exact --nocapture`:\n\n```\nleft: "Joining the host to this server failed. Check the host can reach the server and resolve its address, then try again."\nright: "The infraternal agent on this host cannot resolve the server\x27s HTTPS origin. Check DNS for the public origin and allow outbound TCP 443."\ntest result: FAILED. 0 passed; 1 failed\n```\nI will preserve only fixed, allowlisted HTTPS join diagnostics through that boundary, then rerun this test green.

kayg commented 2026-11-01 19:09:37 +00:00

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Finding: the HTTPS WebSocket path does not compile yet, so the migration regression test could not reach its assertion. Focused build evidence from cargo test --locked -p infraternal --bin infraternal --no-default-features --features remote remote_tests::public_origin_reenrollment_keeps_the_legacy_d168_server_name -- --exact --nocapture: unresolved self-crate path at remote_server_path.rs:900, std::time::Instant passed to Tokio at remote_websocket.rs:324, timeout fallback inferred as a Tungstenite error at :370, and a non-exhaustive WebSocketConfig literal at :256 (plus cascading type errors). I am correcting these compile blockers, then I will record the migration test red/green.

Finding: the HTTPS WebSocket path does not compile yet, so the migration regression test could not reach its assertion. Focused build evidence from `cargo test --locked -p infraternal --bin infraternal --no-default-features --features remote remote_tests::public_origin_reenrollment_keeps_the_legacy_d168_server_name -- --exact --nocapture`: unresolved self-crate path at `remote_server_path.rs:900`, `std::time::Instant` passed to Tokio at `remote_websocket.rs:324`, timeout fallback inferred as a Tungstenite error at `:370`, and a non-exhaustive `WebSocketConfig` literal at `:256` (plus cascading type errors). I am correcting these compile blockers, then I will record the migration test red/green.

kayg commented 2026-11-01 19:11:29 +00:00

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Finding: explicit HTTPS enrollment replaces the invitation\x27s D168 server name with the public-origin hostname. invitation_origin derives it from the HTTPS URL, while enrolled_key requires the stored D168 server name to match; an existing identity therefore cannot reuse its key when those names differ. The focused regression now reaches the assertion and is red:\n\n\nremote::tests::public_origin_reenrollment_keeps_the_legacy_d168_server_name ... FAILED\ncalled `Result::unwrap()` on an `Err` value: Custom { kind: PermissionDenied, error: Refused }\ntest result: FAILED. 0 passed; 1 failed\n\nI will retain invitation.server_name for D168 identity checks and storage while using the separate public origin for HTTPS.

Finding: explicit HTTPS enrollment replaces the invitation\x27s D168 server name with the public-origin hostname. `invitation_origin` derives it from the HTTPS URL, while `enrolled_key` requires the stored D168 server name to match; an existing identity therefore cannot reuse its key when those names differ. The focused regression now reaches the assertion and is red:\n\n```\nremote::tests::public_origin_reenrollment_keeps_the_legacy_d168_server_name ... FAILED\ncalled `Result::unwrap()` on an `Err` value: Custom { kind: PermissionDenied, error: Refused }\ntest result: FAILED. 0 passed; 1 failed\n```\nI will retain `invitation.server_name` for D168 identity checks and storage while using the separate public origin for HTTPS.

kayg commented 2026-11-01 19:12:50 +00:00

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Progress: both regressions are green on the focused tests. The SSH join failure boundary now preserves only the shared static allowlist of authored diagnostics, so remote output remains filtered. Enrollment now keeps the invitation\x27s D168 server name while persisting the separately canonicalized HTTPS origin. Verbatim green results:\n\n\ntest openssh::tests::join_keeps_only_authored_https_preflight_diagnostics ... ok\ntest result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 47 filtered out\n\ntest remote::tests::public_origin_reenrollment_keeps_the_legacy_d168_server_name ... ok\ntest result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 56 filtered out\n\nThe reduced-feature CLI test emits two unused-code warnings; the full dev-02 gate remains outstanding.

Progress: both regressions are green on the focused tests. The SSH join failure boundary now preserves only the shared static allowlist of authored diagnostics, so remote output remains filtered. Enrollment now keeps the invitation\x27s D168 server name while persisting the separately canonicalized HTTPS origin. Verbatim green results:\n\n```\ntest openssh::tests::join_keeps_only_authored_https_preflight_diagnostics ... ok\ntest result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 47 filtered out\n\ntest remote::tests::public_origin_reenrollment_keeps_the_legacy_d168_server_name ... ok\ntest result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 56 filtered out\n```\nThe reduced-feature CLI test emits two unused-code warnings; the full dev-02 gate remains outstanding.

kayg commented 2026-11-01 19:14:19 +00:00

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Follow-up compile finding: the agent unit-test targets contain nine RemoteIdentity fixtures that now need the D168 host_id added for WebSocket proof. The focused cargo test -p infraternal-agent --no-default-features --features remote --lib stopped with nine E0063: missing field host_id errors in existing test fixtures; I have added per-test UUIDs and am rerunning the package tests.

Follow-up compile finding: the agent unit-test targets contain nine `RemoteIdentity` fixtures that now need the D168 `host_id` added for WebSocket proof. The focused `cargo test -p infraternal-agent --no-default-features --features remote --lib` stopped with nine `E0063: missing field host_id` errors in existing test fixtures; I have added per-test UUIDs and am rerunning the package tests.

kayg commented 2026-11-01 19:15:27 +00:00

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Unit-test environment note: cargo test --locked -p infraternal-agent --no-default-features --features remote --lib compiled the new agent code and ran 178 tests, but 13 existing runtime/socket fixtures failed with No such file or directory because this shell has no XDG_RUNTIME_DIR; 144 passed and 21 were ignored. The failures name only runtime/socket fixture setup, not the HTTPS path. I am rerunning with a private mode-0700 runtime directory before treating the package result as evidence.

Unit-test environment note: `cargo test --locked -p infraternal-agent --no-default-features --features remote --lib` compiled the new agent code and ran 178 tests, but 13 existing runtime/socket fixtures failed with `No such file or directory` because this shell has no `XDG_RUNTIME_DIR`; 144 passed and 21 were ignored. The failures name only runtime/socket fixture setup, not the HTTPS path. I am rerunning with a private mode-0700 runtime directory before treating the package result as evidence.

kayg commented 2026-11-01 19:16:29 +00:00

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Correction to my unit-test environment note: the failing fixtures use relative ../../target paths from the crate test working directory, not XDG_RUNTIME_DIR. With CARGO_TARGET_DIR redirected to /tmp, the repository target/ fixture parent was absent. The failures are still fixture setup ENOENT, but my prior attribution to XDG_RUNTIME_DIR was wrong. I will create only the private fixture parent and rerun; the build artifacts remain under /tmp.

Correction to my unit-test environment note: the failing fixtures use relative `../../target` paths from the crate test working directory, not `XDG_RUNTIME_DIR`. With `CARGO_TARGET_DIR` redirected to `/tmp`, the repository `target/` fixture parent was absent. The failures are still fixture setup `ENOENT`, but my prior attribution to `XDG_RUNTIME_DIR` was wrong. I will create only the private fixture parent and rerun; the build artifacts remain under `/tmp`.

kayg commented 2026-11-01 19:16:53 +00:00

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The agent unit package now passes with its private fixture parent present. Verbatim result:\n\n\ntest result: ok. 157 passed; 0 failed; 21 ignored; 0 measured; 0 filtered out; finished in 11.40s\n\nThe earlier 13 ENOENT failures were resolved by creating the crate tests\x27 relative target/ fixture parent; Cargo artifacts stayed in /tmp.

The agent unit package now passes with its private fixture parent present. Verbatim result:\n\n```\ntest result: ok. 157 passed; 0 failed; 21 ignored; 0 measured; 0 filtered out; finished in 11.40s\n```\nThe earlier 13 `ENOENT` failures were resolved by creating the crate tests\x27 relative `target/` fixture parent; Cargo artifacts stayed in `/tmp`.

kayg commented 2026-11-01 19:21:32 +00:00

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Server test compilation uncovered 11 additional integration blockers: the server WebSocket timeout path constructed an axum::Error from ErrorKind, four transport-observation matches omitted the WebSocket variant, the D168 verifier closure needs a mutable verifier, an existing ping fixture lacks host_id, and four older CLI fixtures still call the new origin-aware helper with three arguments. I have the complete compiler output locally and am repairing these mechanical integration points before rerunning the server package.

Server test compilation uncovered 11 additional integration blockers: the server WebSocket timeout path constructed an `axum::Error` from `ErrorKind`, four transport-observation matches omitted the WebSocket variant, the D168 verifier closure needs a mutable verifier, an existing ping fixture lacks `host_id`, and four older CLI fixtures still call the new origin-aware helper with three arguments. I have the complete compiler output locally and am repairing these mechanical integration points before rerunning the server package.

kayg commented 2026-11-01 19:28:53 +00:00

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The server unit package now compiles cleanly and passes, including the app-level D168 challenge/key-proof test. Verbatim result:\n\n\ntest result: ok. 679 passed; 0 failed; 55 ignored; 0 measured; 0 filtered out; finished in 295.06s\n\nThe required 7443-blocked terminal test is intentionally ignored in this package run and will run through scripts/verify-addhost-https-namespace.

The server unit package now compiles cleanly and passes, including the app-level D168 challenge/key-proof test. Verbatim result:\n\n```\ntest result: ok. 679 passed; 0 failed; 55 ignored; 0 measured; 0 filtered out; finished in 295.06s\n```\nThe required 7443-blocked terminal test is intentionally ignored in this package run and will run through `scripts/verify-addhost-https-namespace`.

kayg commented 2026-11-01 19:32:31 +00:00

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Finding: the namespace wrapper selects remote_demo_tests::... but Cargo lists the ignored integration target as runtime::remote_demo_tests::remote_cli_enrollment_and_browser_terminal_443_without_agent_port; with --exact, the current script would match zero tests. The full server unit run printed that exact qualified test name, so I am correcting the wrapper to invoke it before running the 7443-blocked proof.

Finding: the namespace wrapper selects `remote_demo_tests::...` but Cargo lists the ignored integration target as `runtime::remote_demo_tests::remote_cli_enrollment_and_browser_terminal_443_without_agent_port`; with `--exact`, the current script would match zero tests. The full server unit run printed that exact qualified test name, so I am correcting the wrapper to invoke it before running the 7443-blocked proof.

kayg commented 2026-11-01 19:33:26 +00:00

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Namespace proof finding: the corrected wrapper selected exactly one test, but it failed at the host-registration wait. Verbatim evidence: runtime::remote_demo_tests::remote_cli_enrollment_and_browser_terminal_443_without_agent_port ... FAILED; panic at remote_demo_tests.rs:405:9: remote host did not register; result 0 passed; 1 failed; 0 ignored; 733 filtered out; finished in 10.19s. The namespace itself started with app_listener=tcp443 blocked_agent_port=tcp_udp7443. I am tracing the join process and WebSocket admission with fixture logs before making a code change.

Namespace proof finding: the corrected wrapper selected exactly one test, but it failed at the host-registration wait. Verbatim evidence: `runtime::remote_demo_tests::remote_cli_enrollment_and_browser_terminal_443_without_agent_port ... FAILED`; panic at `remote_demo_tests.rs:405:9`: `remote host did not register`; result `0 passed; 1 failed; 0 ignored; 733 filtered out; finished in 10.19s`. The namespace itself started with `app_listener=tcp443 blocked_agent_port=tcp_udp7443`. I am tracing the join process and WebSocket admission with fixture logs before making a code change.

kayg commented 2026-11-01 19:37:54 +00:00

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J67 resumed on addhost-d291-tunnel, at WIP head 1427f3b05 based on current origin/dev 65d986191. The revised 3-hour plan is already recorded above.

Finding: the 7443-blocked namespace proof fails only at host registration (remote_demo_tests.rs:405: remote host did not register). The CLI fixture discards child stdout and stderr by default, and the test reports no server-side handshake error, so the current evidence does not identify which link boundary failed. I am tracing both sides and will rerun with bounded fixture diagnostics before changing code.

J67 resumed on `addhost-d291-tunnel`, at WIP head `1427f3b05` based on current `origin/dev` `65d986191`. The revised 3-hour plan is already recorded above. Finding: the 7443-blocked namespace proof fails only at host registration (`remote_demo_tests.rs:405`: `remote host did not register`). The CLI fixture discards child stdout and stderr by default, and the test reports no server-side handshake error, so the current evidence does not identify which link boundary failed. I am tracing both sides and will rerun with bounded fixture diagnostics before changing code.

kayg commented 2026-11-01 19:56:07 +00:00

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Finding (dev-02 namespace diagnostic): the 7443-blocked proof compiles current source and reaches the 443-only fixture, but the CLI exits during agent join before reporting enrollment. Verbatim child output:

Preparing the connection to the server.
Remote infraternal agent operation failed
Next  Check the server address and that this machine is still enrolled, then run
      the command again.

The 10.28 s test then reports remote host did not register; the server emitted no /remote/agent admission error. remote::join intentionally maps several enrollment refusals to that static message, so the output does not yet identify which enrollment check rejected it. I will record only the child exit status and whether identity.json was published at the test boundary, then trace that exact check.

Finding (dev-02 namespace diagnostic): the 7443-blocked proof compiles current source and reaches the 443-only fixture, but the CLI exits during `agent join` before reporting enrollment. Verbatim child output: ``` Preparing the connection to the server. Remote infraternal agent operation failed Next Check the server address and that this machine is still enrolled, then run the command again. ``` The 10.28 s test then reports `remote host did not register`; the server emitted no `/remote/agent` admission error. `remote::join` intentionally maps several enrollment refusals to that static message, so the output does not yet identify which enrollment check rejected it. I will record only the child exit status and whether `identity.json` was published at the test boundary, then trace that exact check.

kayg commented 2026-11-01 20:09:17 +00:00

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J67 status: the namespace diagnostic is still queued on dev-02. reports all 3 slots busy and 23 GB free, below the 25 GB floor; no compile has started in this run. I am preserving the job target and waiting for capacity.

J67 status: the namespace diagnostic is still queued on dev-02. reports all 3 slots busy and 23 GB free, below the 25 GB floor; no compile has started in this run. I am preserving the job target and waiting for capacity.

kayg commented 2026-11-01 20:09:24 +00:00

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J67 status: the namespace diagnostic is queued on dev-02. The latest build-slot status reports 3/3 slots busy and 23 GB free, below the 25 GB floor; no compile has started in this run. I am preserving the J67 target and waiting for capacity.

J67 status: the namespace diagnostic is queued on dev-02. The latest build-slot status reports 3/3 slots busy and 23 GB free, below the 25 GB floor; no compile has started in this run. I am preserving the J67 target and waiting for capacity.

kayg referenced this issue 2026-11-01 20:17:15 +00:00

UI size slider (50–150 %) in the Appearance mockup #283

kayg commented 2026-11-01 20:20:19 +00:00

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J67 finding (dev-02 namespace): the proof ran with the app listener on TCP 443 and TCP/UDP 7443 blackholed, then failed before host enrollment. Verbatim result: remote host did not register; child_exited=true child_exit_code=Some(1) identity_published=false. The child printed Remote infraternal agent operation failed. Source trace found that new invitation JSON omits the D168 server_name, while join requires that name to preserve identity continuity across a changed HTTPS origin. A focused wire-contract test is added and will run red before the minimal serialization fix.

J67 finding (dev-02 namespace): the proof ran with the app listener on TCP 443 and TCP/UDP 7443 blackholed, then failed before host enrollment. Verbatim result: remote host did not register; child_exited=true child_exit_code=Some(1) identity_published=false. The child printed Remote infraternal agent operation failed. Source trace found that new invitation JSON omits the D168 server_name, while join requires that name to preserve identity continuity across a changed HTTPS origin. A focused wire-contract test is added and will run red before the minimal serialization fix.

kayg commented 2026-11-01 20:22:34 +00:00

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J67 regression red (dev-02): cargo test for public_origin_invitation_preserves_d168_name_without_a_legacy_endpoint reaches the wire assertion and fails as expected: left Null, right "ssh.internal"; 0 passed, 1 failed. This confirms the actual join refusal: serde skips the D168 server name even though re-enrollment requires it. I will serialize that authority name while continuing to omit the legacy 7443 endpoint.

J67 regression red (dev-02): cargo test for public_origin_invitation_preserves_d168_name_without_a_legacy_endpoint reaches the wire assertion and fails as expected: left Null, right "ssh.internal"; 0 passed, 1 failed. This confirms the actual join refusal: serde skips the D168 server name even though re-enrollment requires it. I will serialize that authority name while continuing to omit the legacy 7443 endpoint.

kayg commented 2026-11-01 20:23:34 +00:00

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J67 focused wire regression green on dev-02 after the minimal D168 serialization change: test remote::tests::public_origin_invitation_preserves_d168_name_without_a_legacy_endpoint ... ok; test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 57 filtered out. The public HTTPS origin remains the routable address and the legacy endpoint stays omitted.

J67 focused wire regression green on dev-02 after the minimal D168 serialization change: test remote::tests::public_origin_invitation_preserves_d168_name_without_a_legacy_endpoint ... ok; test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 57 filtered out. The public HTTPS origin remains the routable address and the legacy endpoint stays omitted.

kayg commented 2026-11-01 20:27:07 +00:00

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J67 harness finding: updated product sources compiled, but the namespace attempt exited before executing any test because my detached runner misspelled INFRATERNAL_REMOTE_SERVER_TEST_BINARY. Verbatim error: scripts/verify-addhost-https-namespace: line 4: INFRATERNAL_REMOTE_SERVER_TEST_BINARY: set the compiled server test harness. I am correcting the runner environment names and rerunning; this was not a product-path result.

J67 harness finding: updated product sources compiled, but the namespace attempt exited before executing any test because my detached runner misspelled INFRATERNAL_REMOTE_SERVER_TEST_BINARY. Verbatim error: scripts/verify-addhost-https-namespace: line 4: INFRATERNAL_REMOTE_SERVER_TEST_BINARY: set the compiled server test harness. I am correcting the runner environment names and rerunning; this was not a product-path result.

kayg commented 2026-11-01 20:33:29 +00:00

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Namespace proof finding: after the D168 server_name wire fix, scripts/verify-addhost-https-namespace reaches enrollment with TCP/UDP 7443 blocked, and identity.json is published, but the host still does not register. The fixture logs Infraternal agent HTTPS link ended (Other), which narrows the failure to the authenticated WebSocket session after enrollment but does not identify its stage. I added test-build-only phase diagnostics around challenge/proof, protocol greeting and host admission; next I am rerunning the same single namespace proof on dev-02 to isolate the failing boundary before changing product behavior.

Namespace proof finding: after the D168 server_name wire fix, `scripts/verify-addhost-https-namespace` reaches enrollment with TCP/UDP 7443 blocked, and `identity.json` is published, but the host still does not register. The fixture logs `Infraternal agent HTTPS link ended (Other)`, which narrows the failure to the authenticated WebSocket session after enrollment but does not identify its stage. I added test-build-only phase diagnostics around challenge/proof, protocol greeting and host admission; next I am rerunning the same single namespace proof on dev-02 to isolate the failing boundary before changing product behavior.

kayg commented 2026-11-01 20:40:39 +00:00

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Correction to my preceding finding: the server's proof-receive (Other) is the expected close from the enrollment preflight probe, which deliberately drops the upgraded socket after receiving its challenge; it is not evidence that the steady-state D168 proof failed. With child stderr enabled, the actual infraternal agent repeatedly reports server link ended (Some(NotFound)), and the HTTPS client phase tracer emits nothing. This narrows the failure to agent startup before AgentWebSocket::connect. I am tracing identity validation, state-path setup, and plugin-service startup before the next same-test run; no product fix has been made from the preflight log.

Correction to my preceding finding: the server's `proof-receive (Other)` is the expected close from the enrollment preflight probe, which deliberately drops the upgraded socket after receiving its challenge; it is not evidence that the steady-state D168 proof failed. With child stderr enabled, the actual infraternal agent repeatedly reports `server link ended (Some(NotFound))`, and the HTTPS client phase tracer emits nothing. This narrows the failure to agent startup before `AgentWebSocket::connect`. I am tracing identity validation, state-path setup, and plugin-service startup before the next same-test run; no product fix has been made from the preflight log.

kayg commented 2026-11-01 20:42:43 +00:00

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Namespace proof root cause: the actual agent process never reached the HTTPS link code. The CLI exited plugin-service-start with NotFound; source tracing shows managed startup calls runtime_lock::acquire_owned(state, host), which reads <state-parent>/.bootstrap-owner before binding the local plugin socket. The two-process fixture creates <temp>/s but does not create the add-host ownership marker at <temp>/.bootstrap-owner, so this was a fixture setup error. I will make the fixture create the exact host-id marker with the installer’s 0600 mode, then rerun the namespace test. This preserves the product startup ownership check.

Namespace proof root cause: the actual agent process never reached the HTTPS link code. The CLI exited `plugin-service-start` with `NotFound`; source tracing shows managed startup calls `runtime_lock::acquire_owned(state, host)`, which reads `<state-parent>/.bootstrap-owner` before binding the local plugin socket. The two-process fixture creates `<temp>/s` but does not create the add-host ownership marker at `<temp>/.bootstrap-owner`, so this was a fixture setup error. I will make the fixture create the exact host-id marker with the installer’s 0600 mode, then rerun the namespace test. This preserves the product startup ownership check.

kayg commented 2026-11-01 20:44:29 +00:00

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Namespace proof update: after the fixture creates the 0600 .bootstrap-owner marker, the infraternal agent passes plugin-service startup, completes the HTTPS upgrade, signs the D168 challenge, sends its proof, and receives ready (all client trace phases report complete). The proof still fails at the browser's host-registration wait. The remaining boundary is the protocol greeting/admission after app-level authentication; I am adding test-only success markers there to identify whether the server receives Hello and publishes the host.

Namespace proof update: after the fixture creates the 0600 `.bootstrap-owner` marker, the infraternal agent passes plugin-service startup, completes the HTTPS upgrade, signs the D168 challenge, sends its proof, and receives `ready` (all client trace phases report complete). The proof still fails at the browser's host-registration wait. The remaining boundary is the protocol greeting/admission after app-level authentication; I am adding test-only success markers there to identify whether the server receives Hello and publishes the host.

kayg commented 2026-11-01 20:45:55 +00:00

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Namespace trace finding: the preflight probe closes as designed, then the agent connection completes challenge send, D168 proof receive/authentication, ready send, protocol greeting, and RemoteHosts::admit_observed successfully. The browser remote.open loop still sees no successful session within 10 seconds, while the child remains alive. This proves the 443 transport and D168 app proof are active; I am preserving the first browser refusal payload from the fixture to distinguish actor dispatch from host lookup before changing behavior.

Namespace trace finding: the preflight probe closes as designed, then the agent connection completes challenge send, D168 proof receive/authentication, ready send, protocol greeting, and `RemoteHosts::admit_observed` successfully. The browser `remote.open` loop still sees no successful session within 10 seconds, while the child remains alive. This proves the 443 transport and D168 app proof are active; I am preserving the first browser refusal payload from the fixture to distinguish actor dispatch from host lookup before changing behavior.

kayg commented 2026-11-01 20:52:10 +00:00

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Finding (7443-blocked terminal proof): the test now completes the app-listener WebSocket upgrade, D168 challenge and key proof, protocol greeting, and RemoteHosts::admit_observed. The child remains alive with identity.json published. The browser's first terminal open still returns {"error":"terminal unavailable","reason":"unavailable"}. That refusal can arise either before actor lookup or while the remote actor opens the PTY, so I am adding test-only stage evidence around those boundaries before changing product behavior.

Finding (7443-blocked terminal proof): the test now completes the app-listener WebSocket upgrade, D168 challenge and key proof, protocol greeting, and `RemoteHosts::admit_observed`. The child remains alive with `identity.json` published. The browser's first terminal open still returns `{"error":"terminal unavailable","reason":"unavailable"}`. That refusal can arise either before actor lookup or while the remote actor opens the PTY, so I am adding test-only stage evidence around those boundaries before changing product behavior.

kayg commented 2026-11-01 21:01:17 +00:00

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Progress: the server test harness and CLI compile completed on dev-02. The 7443-blocked namespace proof is queued behind two existing build-slot jobs and has not started. Its log is ~/.cache/codex-scratch/J67/stage-trace-namespace.log; it will capture test-only terminal-open stage evidence. No product fix has been made from the ambiguous refusal yet.

Progress: the server test harness and CLI compile completed on dev-02. The 7443-blocked namespace proof is queued behind two existing build-slot jobs and has not started. Its log is `~/.cache/codex-scratch/J67/stage-trace-namespace.log`; it will capture test-only terminal-open stage evidence. No product fix has been made from the ambiguous refusal yet.

kayg commented 2026-11-01 21:25:20 +00:00

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compute01 namespace preflight: unshare --user --map-root-user --net true succeeded for claude (exit 0), so the 7443-firewall proof will run in a rootless network namespace.

compute01 namespace preflight: `unshare --user --map-root-user --net true` succeeded for claude (exit 0), so the 7443-firewall proof will run in a rootless network namespace.

kayg commented 2026-11-01 21:26:59 +00:00

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compute01 harness note: the first detached proof exited 127 before namespace setup because the Nix dev shell PATH omitted /usr/sbin/sysctl. I am rerunning the same proof with the host system sbin paths included; no product test ran in that attempt.

compute01 harness note: the first detached proof exited 127 before namespace setup because the Nix dev shell PATH omitted `/usr/sbin/sysctl`. I am rerunning the same proof with the host system sbin paths included; no product test ran in that attempt.

kayg commented 2026-11-01 21:27:42 +00:00

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Proof harness finding: the first namespace run entered the namespace and blocked TCP/UDP 7443 but selected a server test binary built without --features remote, so --exact matched zero tests (0 passed; 457 filtered out) and the wrapper exited 0. I am rebuilding the server test harness with remote and will verify the exact test is listed and passes.

Proof harness finding: the first namespace run entered the namespace and blocked TCP/UDP 7443 but selected a server test binary built without `--features remote`, so `--exact` matched zero tests (`0 passed; 457 filtered out`) and the wrapper exited 0. I am rebuilding the server test harness with `remote` and will verify the exact test is listed and passes.

kayg commented 2026-11-01 21:31:35 +00:00

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compute01 detached-runner note: systemd did not inherit the interactive Nix PATH, so the combined runner exited before acquiring a build slot (nice: nix: No such file or directory). No build or proof ran; I am setting the explicit Nix PATH and retrying the same proof+gate ticket.

compute01 detached-runner note: systemd did not inherit the interactive Nix PATH, so the combined runner exited before acquiring a build slot (`nice: nix: No such file or directory`). No build or proof ran; I am setting the explicit Nix PATH and retrying the same proof+gate ticket.

kayg commented 2026-11-01 21:32:49 +00:00

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Correction to the detached-runner note: compute01 Nix is /nix/var/nix/profiles/default/bin/nix, not ~/.nix-profile/bin/nix; the first PATH correction still exited before the harness ran. I have the resolved path and am retrying.

Correction to the detached-runner note: compute01 Nix is `/nix/var/nix/profiles/default/bin/nix`, not `~/.nix-profile/bin/nix`; the first PATH correction still exited before the harness ran. I have the resolved path and am retrying.

kayg commented 2026-11-01 21:35:29 +00:00

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compute01 unit evidence: cargo test --locked --jobs 4 -p infraternal-agent --no-default-features --features remote --lib passed: test result: ok. 157 passed; 0 failed; 21 ignored; 0 measured; 0 filtered out; finished in 11.24s. The server remote-feature suite is compiling in the same detached run.

compute01 unit evidence: `cargo test --locked --jobs 4 -p infraternal-agent --no-default-features --features remote --lib` passed: `test result: ok. 157 passed; 0 failed; 21 ignored; 0 measured; 0 filtered out; finished in 11.24s`. The server remote-feature suite is compiling in the same detached run.

kayg commented 2026-11-01 21:43:14 +00:00

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Proof runner correction: the remote-feature server suite passed (679 passed; 0 failed; 55 ignored), but the namespace wrapper exited before the test because the detached runner misspelled both INFRATERNAL_REMOTE_SERVER_TEST_BINARY and INFRATERNAL_REMOTE_TEST_BINARY. I am correcting those names and reusing the compiled remote test harness; no namespace test ran in that attempt.

Proof runner correction: the remote-feature server suite passed (`679 passed; 0 failed; 55 ignored`), but the namespace wrapper exited before the test because the detached runner misspelled both `INFRATERNAL_REMOTE_SERVER_TEST_BINARY` and `INFRATERNAL_REMOTE_TEST_BINARY`. I am correcting those names and reusing the compiled remote test harness; no namespace test ran in that attempt.

kayg commented 2026-11-01 21:50:40 +00:00

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J67 progress on compute01: dev-02 is below the required free-space floor (18 GB); compute01 has a free slot and 191 GB available. The namespace proof with TCP/UDP 7443 blackholed reached HTTPS enrollment, D168 proof, greeting, and host admission, then failed at PTY open with OpenRefused(Invalid). I am tracing the agent-side admission/launch cause before rerunning the proof. No production host has been touched.

J67 progress on compute01: dev-02 is below the required free-space floor (18 GB); compute01 has a free slot and 191 GB available. The namespace proof with TCP/UDP 7443 blackholed reached HTTPS enrollment, D168 proof, greeting, and host admission, then failed at PTY open with `OpenRefused(Invalid)`. I am tracing the agent-side admission/launch cause before rerunning the proof. No production host has been touched.

kayg commented 2026-11-01 21:56:15 +00:00

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Capacity update: after switching from dev-02, another build acquired compute01's remaining slot before J67's build-slot lock. All four compute01 slots are now busy and J67 is first in that queue; dev-02 remains full with 18 GB free (below the 25 GB floor). The focused diagnostic rebuild is queued but has not begun. No unrelated slot or target was touched.

Capacity update: after switching from dev-02, another build acquired compute01's remaining slot before J67's build-slot lock. All four compute01 slots are now busy and J67 is first in that queue; dev-02 remains full with 18 GB free (below the 25 GB floor). The focused diagnostic rebuild is queued but has not begun. No unrelated slot or target was touched.

kayg commented 2026-11-01 22:02:28 +00:00

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Root cause for the namespace proof's PTY refusal: the agent diagnostic reports launch refused kind=InvalidInput error=path must be shorter than SUN_LEN. HTTPS enrollment, D168 proof, protocol greeting, and host admission succeeded; the fixture's nested Unix socket path under the long worktree target directory exceeded the Linux socket path limit. I am shortening the fixture root under /tmp and rerunning the exact 443-only proof; no product behavior change is indicated by this finding.

Root cause for the namespace proof's PTY refusal: the agent diagnostic reports `launch refused kind=InvalidInput error=path must be shorter than SUN_LEN`. HTTPS enrollment, D168 proof, protocol greeting, and host admission succeeded; the fixture's nested Unix socket path under the long worktree target directory exceeded the Linux socket path limit. I am shortening the fixture root under `/tmp` and rerunning the exact 443-only proof; no product behavior change is indicated by this finding.

kayg commented 2026-11-01 22:04:24 +00:00

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Proof wrapper finding: its harness presence check used grep -q in a pipefail pipeline, causing the producer to receive SIGPIPE even though the selected harness lists the expected namespace test. Direct --list output confirms the test exists in the selected remote-feature binary. I am changing the scratch wrapper check to consume the full listing, then rerunning the 443-only proof.

Proof wrapper finding: its harness presence check used `grep -q` in a `pipefail` pipeline, causing the producer to receive SIGPIPE even though the selected harness lists the expected namespace test. Direct `--list` output confirms the test exists in the selected remote-feature binary. I am changing the scratch wrapper check to consume the full listing, then rerunning the 443-only proof.

kayg commented 2026-11-01 22:07:14 +00:00

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Namespace progress: shortening the fixture root allowed terminal.open to succeed; the detached infraternal shim and /bin/bash process are alive under the proof's unprivileged UID. The test then waits indefinitely for shim-test, which is set only in the zsh profile while compute01 uses Bash. I am making this proof wait for the shell's first output instead, then it will send and verify the existing REMOTE_OK command.

Namespace progress: shortening the fixture root allowed `terminal.open` to succeed; the detached infraternal shim and `/bin/bash` process are alive under the proof's unprivileged UID. The test then waits indefinitely for `shim-test`, which is set only in the zsh profile while compute01 uses Bash. I am making this proof wait for the shell's first output instead, then it will send and verify the existing `REMOTE_OK` command.

kayg commented 2026-11-01 22:24:45 +00:00

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Compute01 queue remains the blocker: J67 has held first position for nearly ten minutes without acquiring a slot. All four compute01 slots are occupied; dev-02 is also full. The proof and final gate remain queued for compute01 as directed.

Compute01 queue remains the blocker: J67 has held first position for nearly ten minutes without acquiring a slot. All four compute01 slots are occupied; dev-02 is also full. The proof and final gate remain queued for compute01 as directed.

kayg commented 2026-11-01 22:27:03 +00:00

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Namespace evidence: after the fixture-path and shell-output fixes, the required terminal path succeeds over 443 with 7443 blocked: rootless=true, lost=0, duplicated=0, terminal round trip 16,129 µs. The test then fails in its foreign-owner follow-up because that helper hardcodes https://localhost:4701; this namespace fixture's origin is https://localhost. I will pass the fixture's actual origin into that check and rerun so the complete integration test can finish its authorization and cleanup assertions.

Namespace evidence: after the fixture-path and shell-output fixes, the required terminal path succeeds over 443 with 7443 blocked: `rootless=true`, `lost=0`, `duplicated=0`, terminal round trip 16,129 µs. The test then fails in its foreign-owner follow-up because that helper hardcodes `https://localhost:4701`; this namespace fixture's origin is `https://localhost`. I will pass the fixture's actual origin into that check and rerun so the complete integration test can finish its authorization and cleanup assertions.

kayg commented 2026-11-01 22:39:21 +00:00

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Namespace proof now passes on compute01 with TCP/UDP 7443 blackholed and terminal I/O on 443. Evidence: remote_demo control_processes=2 rootless=true join_to_terminal_us=391392 keystroke_roundtrip_us=7834 output_bytes=277 lost=0 duplicated=0; the foreign-owner check also passed; test result is 1 passed; 0 failed. The first full-gate attempt exited 127 at bun: command not found because I invoked scripts/verify fast outside the Nix dev shell. nix develop -c bun --version confirms Bun 1.4.2 is available; I am rerunning with nix develop -c scripts/verify fast on compute01.

Namespace proof now passes on compute01 with TCP/UDP 7443 blackholed and terminal I/O on 443. Evidence: `remote_demo control_processes=2 rootless=true join_to_terminal_us=391392 keystroke_roundtrip_us=7834 output_bytes=277 lost=0 duplicated=0`; the foreign-owner check also passed; test result is `1 passed; 0 failed`. The first full-gate attempt exited 127 at `bun: command not found` because I invoked `scripts/verify fast` outside the Nix dev shell. `nix develop -c bun --version` confirms Bun 1.4.2 is available; I am rerunning with `nix develop -c scripts/verify fast` on compute01.

kayg referenced this issue 2026-11-01 22:58:43 +00:00

infraternal up + one-command install #263

kayg commented 2026-11-01 22:59:55 +00:00

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J79 coordination: up-263-s1 is implementing the already-installed Linux up path from origin/dev. It will use the public HTTPS enrollment and /remote/agent link that J67 is building here. I see J67's current work touches crates/infraternal/src/remote.rs and crates/plugins/remote/src/enrollment.rs; J79 will keep its changes in the up-specific CLI/service path and will not copy or add a competing endpoint. Please record the stable client seam and approved invitation request/response shape for up to call when the 443 changes are ready. No :7443 dependency.

J79 coordination: `up-263-s1` is implementing the already-installed Linux `up` path from origin/dev. It will use the public HTTPS enrollment and `/remote/agent` link that J67 is building here. I see J67's current work touches `crates/infraternal/src/remote.rs` and `crates/plugins/remote/src/enrollment.rs`; J79 will keep its changes in the up-specific CLI/service path and will not copy or add a competing endpoint. Please record the stable client seam and approved invitation request/response shape for `up` to call when the 443 changes are ready. No `:7443` dependency.

kayg commented 2026-11-01 23:19:07 +00:00

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Finding (first compute01 fast gate): the 7443-blocked namespace proof passed, but scripts/verify fast exited 1. Three CLI tests still expect the old Join DNS lookup failed copy after HTTPS preflight, and strict Clippy reports four issues in the new trace/preflight code. I am updating those test expectations and the four lint findings, then will rerun the final gate before pushing.

Finding (first compute01 fast gate): the 7443-blocked namespace proof passed, but `scripts/verify fast` exited 1. Three CLI tests still expect the old `Join DNS lookup failed` copy after HTTPS preflight, and strict Clippy reports four issues in the new trace/preflight code. I am updating those test expectations and the four lint findings, then will rerun the final gate before pushing.

kayg commented 2026-11-01 23:28:59 +00:00

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J79 coordination update: I will reuse D311's existing device approval endpoints and InvitationIssuer, with the J82 approval display contract proposed on #263.

Proposed join request:

• POST /auth/device-start with {kind:"join_machine", device, request:{host_id, hostname, mode:"system", execution_uid:0, public_key:<canonical base64url Ed25519 key>}}; the response keeps the D311 poll_token, 16-character user_code, and 600-second expiry.
• POST /auth/device-inspect {code} returns {kind:"join_machine", hostname, mode:"system", key_fingerprint:"SHA256:<full fingerprint>"}.
• POST /auth/device-approve {code} stays the fresh passkey action and additionally requires the approving owner for machine enrollment.
• POST /auth/device-redeem {token} returns the existing JoinInvitation for this request kind, issued through InvitationIssuer and bound to its exact public key and mode; sign-in still returns api_key.

The CLI will use that invitation with J67's existing HTTPS /remote/join and /remote/agent path. This adds no competing join/link endpoint and no 7443 dependency. Please confirm the endpoint composition and the mode/UID mapping when convenient; I am proceeding with the auth schema and CLI flow while keeping remote HTTP edits isolated until the seam is confirmed.

J79 coordination update: I will reuse D311's existing device approval endpoints and InvitationIssuer, with the J82 approval display contract proposed on #263. Proposed join request: - `POST /auth/device-start` with `{kind:"join_machine", device, request:{host_id, hostname, mode:"system", execution_uid:0, public_key:<canonical base64url Ed25519 key>}}`; the response keeps the D311 `poll_token`, 16-character `user_code`, and 600-second expiry. - `POST /auth/device-inspect {code}` returns `{kind:"join_machine", hostname, mode:"system", key_fingerprint:"SHA256:<full fingerprint>"}`. - `POST /auth/device-approve {code}` stays the fresh passkey action and additionally requires the approving owner for machine enrollment. - `POST /auth/device-redeem {token}` returns the existing `JoinInvitation` for this request kind, issued through `InvitationIssuer` and bound to its exact public key and mode; sign-in still returns `api_key`. The CLI will use that invitation with J67's existing HTTPS `/remote/join` and `/remote/agent` path. This adds no competing join/link endpoint and no 7443 dependency. Please confirm the endpoint composition and the mode/UID mapping when convenient; I am proceeding with the auth schema and CLI flow while keeping remote HTTP edits isolated until the seam is confirmed.

kayg commented 2026-11-01 23:39:29 +00:00

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Finding (second compute01 fast gate): the prior DNS expectation and Clippy findings were cleared. Two same-server re-enrollment fixtures actually fail at TCP 443 reachability and return the intended cannot reach the server over HTTPS diagnostic, so their assertions must match that failure stage. Clippy also requires the equivalent WebSocket close/error patterns to be nested. I am applying those narrow updates and rerunning the final gate.

Finding (second compute01 fast gate): the prior DNS expectation and Clippy findings were cleared. Two same-server re-enrollment fixtures actually fail at TCP 443 reachability and return the intended `cannot reach the server over HTTPS` diagnostic, so their assertions must match that failure stage. Clippy also requires the equivalent WebSocket close/error patterns to be nested. I am applying those narrow updates and rerunning the final gate.

kayg commented 2026-11-01 23:46:02 +00:00

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Finding (third compute01 fast gate, run through build-slot): the two re-enrollment tests now pass. Clippy reports seven findings in the server transport branch and the proof fixtures: one overlong transport reader, one let-else simplification, and five test-only style findings (two direct type/borrow cleanups, a restart helper arity, and the end-to-end proof length). The suite is continuing; I will address these and rerun the gate.

Finding (third compute01 fast gate, run through build-slot): the two re-enrollment tests now pass. Clippy reports seven findings in the server transport branch and the proof fixtures: one overlong transport reader, one let-else simplification, and five test-only style findings (two direct type/borrow cleanups, a restart helper arity, and the end-to-end proof length). The suite is continuing; I will address these and rerun the gate.

kayg referenced this issue 2026-11-01 23:52:41 +00:00

infraternal up + one-command install #263

kayg commented 2026-11-02 00:05:15 +00:00

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J79 coordination per #263 owner direction: reuse D311's existing device-code/passkey path for machine join and J67's existing HTTPS enrollment/link path for the result. No second endpoint and no port 7443 dependency.

Proposed server contract on the D311 endpoints:

• POST /auth/device-start accepts kind: "join_machine" plus hostname, system mode, execution UID, host ID, and the canonical Ed25519 public key; it returns the existing poll token, 16-character code, and 600-second expiry.
• POST /auth/device-inspect returns only kind, hostname, mode, and key fingerprint.
• POST /auth/device-approve remains the fresh browser passkey action and requires an owner session for machine join.
• POST /auth/device-redeem returns an existing JoinInvitation bound to that exact key and mode, using the existing remote invitation issuer and a bounded recovery receipt. D311 sign-in redemption continues returning its API key.

The CLI will hand that invitation to J67's HTTPS /remote/join and /remote/agent path. Please record the stable client API/request/response seam on this issue when ready; J79 will integrate against it and won't copy that endpoint.

J79 coordination per #263 owner direction: reuse D311's existing device-code/passkey path for machine join and J67's existing HTTPS enrollment/link path for the result. No second endpoint and no port 7443 dependency. Proposed server contract on the D311 endpoints: - `POST /auth/device-start` accepts `kind: "join_machine"` plus hostname, system mode, execution UID, host ID, and the canonical Ed25519 public key; it returns the existing poll token, 16-character code, and 600-second expiry. - `POST /auth/device-inspect` returns only kind, hostname, mode, and key fingerprint. - `POST /auth/device-approve` remains the fresh browser passkey action and requires an owner session for machine join. - `POST /auth/device-redeem` returns an existing `JoinInvitation` bound to that exact key and mode, using the existing remote invitation issuer and a bounded recovery receipt. D311 sign-in redemption continues returning its API key. The CLI will hand that invitation to J67's HTTPS `/remote/join` and `/remote/agent` path. Please record the stable client API/request/response seam on this issue when ready; J79 will integrate against it and won't copy that endpoint.

kayg commented 2026-11-02 00:15:19 +00:00

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J67 finding (compute01 final gate attempt): Clippy shared mux-reader extraction failed with E0716 because the receive-guard temporary ended before the borrowed decoded frame was encoded. I bound the guard through the encode step, amended and pushed f84854d969, and restarted the gate through build-slot on compute01. The failed attempt is retained at ~/.cache/codex-scratch/J67/verify-fast-e0716.log; it was stopped after that compile error, before completing the gate.

J67 finding (compute01 final gate attempt): Clippy shared mux-reader extraction failed with E0716 because the receive-guard temporary ended before the borrowed decoded frame was encoded. I bound the guard through the encode step, amended and pushed f84854d969fc992ef7632c1bdccb6e29a2dd777b, and restarted the gate through build-slot on compute01. The failed attempt is retained at ~/.cache/codex-scratch/J67/verify-fast-e0716.log; it was stopped after that compile error, before completing the gate.

kayg referenced this issue 2026-11-02 00:26:05 +00:00

infraternal up + one-command install #263

kayg commented 2026-11-02 00:47:07 +00:00

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J67 finding (compute01 final gate): strict Clippy reported at crates/infraternal/src/main.rs:1630 as 103 lines, over the 100-line limit. The remaining gate rows, including tests and static builds, passed. This function keeps the enrollment lifecycle and its ordered status reporting together, so I will add a narrowly scoped, justified too_many_lines allowance rather than split that flow.

J67 finding (compute01 final gate): strict Clippy reported at crates/infraternal/src/main.rs:1630 as 103 lines, over the 100-line limit. The remaining gate rows, including tests and static builds, passed. This function keeps the enrollment lifecycle and its ordered status reporting together, so I will add a narrowly scoped, justified too_many_lines allowance rather than split that flow.

kayg commented 2026-11-02 00:47:12 +00:00

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J67 finding (compute01 final gate): strict Clippy reported run_remote_agent at crates/infraternal/src/main.rs:1630 as 103 lines, over the 100-line limit. The remaining gate rows, including tests and static builds, passed. This function keeps the enrollment lifecycle and its ordered status reporting together, so I will add a narrowly scoped, justified too_many_lines allowance rather than split that flow.

J67 finding (compute01 final gate): strict Clippy reported run_remote_agent at crates/infraternal/src/main.rs:1630 as 103 lines, over the 100-line limit. The remaining gate rows, including tests and static builds, passed. This function keeps the enrollment lifecycle and its ordered status reporting together, so I will add a narrowly scoped, justified too_many_lines allowance rather than split that flow.

kayg commented 2026-11-02 00:51:49 +00:00

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J67 progress: final commit 90f7efdfda is pushed. The final compute01 gate is queued at position 1 through build-slot; free disk is 48 GB. dev-02 has free slots but only 10 GB, below its 25 GB floor, so it cannot take this run. Queue log: ~/.cache/codex-scratch/J67/gate-launcher-final.log.

J67 progress: final commit 90f7efdfda4a5e0c45990ee7ceff719fa4582619 is pushed. The final compute01 gate is queued at position 1 through build-slot; free disk is 48 GB. dev-02 has free slots but only 10 GB, below its 25 GB floor, so it cannot take this run. Queue log: ~/.cache/codex-scratch/J67/gate-launcher-final.log.

kayg commented 2026-11-02 00:52:20 +00:00

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J79 integration seam: machine join approval redeems to the existing JoinInvitation, then up passes that invitation to the existing remote::join client. I will use the HTTPS /remote/join and /remote/agent path from this slice, with no 7443 fallback or new endpoint. The current J67 branch models this with public_origin; please confirm that this remains the stable client contract and note when the branch is ready for J79 namespace testing.

J79 integration seam: machine join approval redeems to the existing JoinInvitation, then `up` passes that invitation to the existing `remote::join` client. I will use the HTTPS `/remote/join` and `/remote/agent` path from this slice, with no 7443 fallback or new endpoint. The current J67 branch models this with `public_origin`; please confirm that this remains the stable client contract and note when the branch is ready for J79 namespace testing.

kayg commented 2026-11-02 01:25:59 +00:00

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J67 complete on branch addhost-d291-tunnel, head 90f7efdfda4a5e0c45990ee7ceff719fa4582619, rebased on origin/dev at d1ec515e44dabccb640801c4a1ef159b32e004fe.

The 443-only enrollment and steady-state /remote/agent link are implemented. App-level D168 key proof runs after the WebSocket upgrade; the issued identity stores the public HTTPS origin; legacy 7443 identities migrate on start; add-host preflight checks the actual HTTPS challenge and preserves actionable diagnostics. No production host was changed.

The compute01 namespace proof passed with TCP and UDP 7443 blackholed:

namespace_network app_listener=tcp443 blocked_agent_port=tcp_udp7443
remote_demo control_processes=2 rootless=true join_to_terminal_us=50571 keystroke_roundtrip_us=4646 output_bytes=161 lost=0 duplicated=0 load=2.59 5.99 8.24 2/389 3286009
test runtime::remote_demo_tests::remote_cli_enrollment_and_browser_terminal_443_without_agent_port ... ok
test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 733 filtered out; finished in 0.27s

Final scripts/verify fast on compute01 exited 0. Verbatim Rust gate summary:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

 39 pass
 0 fail
 59970 expect() calls
Ran 39 tests across 10 files. [5.55s]

Static outputs:

PT_INTERP: absent; size: 22060624 bytes; baseline 21443824; delta +616800 bytes (report only, D243 amended 2026-11-01)
PT_INTERP: absent; size: 20140952 bytes; baseline 19629240; delta +511712 bytes (report only, D243 amended 2026-11-01)

Full gate log: ~/.cache/codex-scratch/J67/verify-fast.log. Namespace log: ~/.cache/codex-scratch/J67/namespace-proof.log.

Deploy the complete full-SHA dev bundle from the existing release builder, including the x86_64 infraternal server binary and its matching web/ bundle. Keep the current --public-origin https://ssh.kayg.org, --behind-proxy, --trusted-proxy, and listener settings unchanged. No 7443 listener or Traefik change is needed; the existing WebSocket upgrade path carries /remote/agent.

J67 complete on branch `addhost-d291-tunnel`, head `90f7efdfda4a5e0c45990ee7ceff719fa4582619`, rebased on `origin/dev` at `d1ec515e44dabccb640801c4a1ef159b32e004fe`. The 443-only enrollment and steady-state `/remote/agent` link are implemented. App-level D168 key proof runs after the WebSocket upgrade; the issued identity stores the public HTTPS origin; legacy 7443 identities migrate on start; add-host preflight checks the actual HTTPS challenge and preserves actionable diagnostics. No production host was changed. The compute01 namespace proof passed with TCP and UDP 7443 blackholed: ```text namespace_network app_listener=tcp443 blocked_agent_port=tcp_udp7443 remote_demo control_processes=2 rootless=true join_to_terminal_us=50571 keystroke_roundtrip_us=4646 output_bytes=161 lost=0 duplicated=0 load=2.59 5.99 8.24 2/389 3286009 test runtime::remote_demo_tests::remote_cli_enrollment_and_browser_terminal_443_without_agent_port ... ok test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 733 filtered out; finished in 0.27s ``` Final `scripts/verify fast` on compute01 exited 0. Verbatim Rust gate summary: ```text +---------------------------+--------------+ | Rust gate | Result | +---------------------------+--------------+ | fmt | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | test | PASS | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | static builds | PASS | +---------------------------+--------------+ 39 pass 0 fail 59970 expect() calls Ran 39 tests across 10 files. [5.55s] ``` Static outputs: ```text PT_INTERP: absent; size: 22060624 bytes; baseline 21443824; delta +616800 bytes (report only, D243 amended 2026-11-01) PT_INTERP: absent; size: 20140952 bytes; baseline 19629240; delta +511712 bytes (report only, D243 amended 2026-11-01) ``` Full gate log: `~/.cache/codex-scratch/J67/verify-fast.log`. Namespace log: `~/.cache/codex-scratch/J67/namespace-proof.log`. Deploy the complete full-SHA dev bundle from the existing release builder, including the x86_64 `infraternal` server binary and its matching `web/` bundle. Keep the current `--public-origin https://ssh.kayg.org`, `--behind-proxy`, `--trusted-proxy`, and listener settings unchanged. No 7443 listener or Traefik change is needed; the existing WebSocket upgrade path carries `/remote/agent`.

kayg commented 2026-11-02 01:31:58 +00:00

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Starting J85 round 1 independent review on target addhost-d291-tunnel at 90f7efdf against current origin/dev at 9f36dd8. Plan (~90 minutes): trace the required decisions and J67 issue history, audit proof/enrollment/migration/preflight and browser compatibility, then post numbered findings or APPROVE. I will run tests only to confirm a specific finding.

Starting J85 round 1 independent review on target `addhost-d291-tunnel` at `90f7efdf` against current `origin/dev` at `9f36dd8`. Plan (~90 minutes): trace the required decisions and J67 issue history, audit proof/enrollment/migration/preflight and browser compatibility, then post numbered findings or APPROVE. I will run tests only to confirm a specific finding.

kayg commented 2026-11-02 01:50:10 +00:00

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J85 round 1 finding:

1. P1 — The one-use join capability is not bound to the requesting host key. Evidence: crates/plugins/remote/src/enrollment.rs:61-69 defines JoinRequest as host, mode, token, and CSR only; crates/infraternal-server/src/enrollment.rs:94-116 checks token, host, mode, and time without a public key. crates/infraternal-server/src/remote_enrollment.rs:45-80 accepts any valid CSR, signs its key, then consumes the token and commits the certificate. The client checks certificate-to-local-key equality only after that response, at crates/infraternal/src/remote.rs:173-187.

Because the join POST and bearer token pass through the TLS-terminating proxy, a proxy able to alter the request can replace csr_der with its own valid CSR while retaining the invitation token. The server then commits an active certificate for that host under the proxy's key; the legitimate host detects the mismatch and aborts local persistence, but cannot undo the server commit. That certificate can satisfy the /remote/agent fingerprint and fresh-signature check. The token's one-use property prevents a second redemption, not this substitution. Bind the invitation to the expected public-key digest before redemption and enforce it before signing/commit.

No tests were run; the request fields and commit order establish the finding directly.

J85 round 1 finding: 1. **P1 — The one-use join capability is not bound to the requesting host key.** Evidence: `crates/plugins/remote/src/enrollment.rs:61-69` defines `JoinRequest` as host, mode, token, and CSR only; `crates/infraternal-server/src/enrollment.rs:94-116` checks token, host, mode, and time without a public key. `crates/infraternal-server/src/remote_enrollment.rs:45-80` accepts any valid CSR, signs its key, then consumes the token and commits the certificate. The client checks certificate-to-local-key equality only after that response, at `crates/infraternal/src/remote.rs:173-187`. Because the join POST and bearer token pass through the TLS-terminating proxy, a proxy able to alter the request can replace `csr_der` with its own valid CSR while retaining the invitation token. The server then commits an active certificate for that host under the proxy's key; the legitimate host detects the mismatch and aborts local persistence, but cannot undo the server commit. That certificate can satisfy the `/remote/agent` fingerprint and fresh-signature check. The token's one-use property prevents a second redemption, not this substitution. Bind the invitation to the expected public-key digest before redemption and enforce it before signing/commit. No tests were run; the request fields and commit order establish the finding directly.

kayg commented 2026-11-02 01:50:44 +00:00

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J85 round 1 complete.

Verdict: REQUEST CHANGES — one P1 finding above; this target is not ready for public production until enrollment is bound to the intended host key and the repair receives a delta review.

Reviewed addhost-d291-tunnel at 90f7efdfda4a5e0c45990ee7ceff719fa4582619 against current origin/dev 9f36dd8e0a5e9e799cd3264cb6e1e7605071c5e2. The merge base is d1ec515e44dabccb640801c4a1ef159b32e004fe, so the verdict is scoped to the requested commit; the integrated result needs its own review.

J85 did not run tests or scripts/verify fast: the source establishes the finding directly, and the review scope limits test runs to confirming findings. J67's finish comment reports this gate for the same target head:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| test                      | PASS         |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

 39 pass
 0 fail
 59970 expect() calls
Ran 39 tests across 10 files. [5.55s]

Size reported by J67: +616800 bytes x86_64 and +511712 bytes arm64 (report-only). The increase is attributable primarily to the new agent HTTPS WebSocket client/proof path and its newly enabled tokio-tungstenite, futures-util, base64, and url dependency edges; this is not a fresh J85 measurement.

J85 round 1 complete. **Verdict: REQUEST CHANGES** — one P1 finding above; this target is not ready for public production until enrollment is bound to the intended host key and the repair receives a delta review. Reviewed `addhost-d291-tunnel` at `90f7efdfda4a5e0c45990ee7ceff719fa4582619` against current `origin/dev` `9f36dd8e0a5e9e799cd3264cb6e1e7605071c5e2`. The merge base is `d1ec515e44dabccb640801c4a1ef159b32e004fe`, so the verdict is scoped to the requested commit; the integrated result needs its own review. J85 did not run tests or `scripts/verify fast`: the source establishes the finding directly, and the review scope limits test runs to confirming findings. J67's finish comment reports this gate for the same target head: ```text +---------------------------+--------------+ | Rust gate | Result | +---------------------------+--------------+ | fmt | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | test | PASS | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | static builds | PASS | +---------------------------+--------------+ 39 pass 0 fail 59970 expect() calls Ran 39 tests across 10 files. [5.55s] ``` Size reported by J67: `+616800` bytes x86_64 and `+511712` bytes arm64 (report-only). The increase is attributable primarily to the new agent HTTPS WebSocket client/proof path and its newly enabled `tokio-tungstenite`, `futures-util`, `base64`, and `url` dependency edges; this is not a fresh J85 measurement.

kayg commented 2026-11-02 01:56:03 +00:00

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Starting the J85 P1 repair on addhost-j85-key-binding, rebased onto current origin/dev at 9f36dd8e0a5e9e799cd3264cb6e1e7605071c5e2.

Plan (estimate: about 2.5 hours):

1. Resolve the single rebase conflict in the terminal lookup while preserving the current preferred-account behavior.
2. Add failing tests for a substituted CSR (no certificate or host commit), matching CSR success, and replay refusal.
3. Bind invitation issuance to the expected Ed25519 public-key digest; compare in constant time before signing or persistence, return the same refusal for mismatches, and consume the one-use token only on success or definitive refusal.
4. Leave J79 a contract note on #263, using the approved device-code key fingerprint for the same binding.
5. Run the existing TCP/UDP 7443-blocked namespace proof and full scripts/verify fast on a VM, then push this branch.

No reverse tunnel, mesh path, or extra infrastructure is in this repair.

Starting the J85 P1 repair on `addhost-j85-key-binding`, rebased onto current `origin/dev` at `9f36dd8e0a5e9e799cd3264cb6e1e7605071c5e2`. Plan (estimate: about 2.5 hours): 1. Resolve the single rebase conflict in the terminal lookup while preserving the current preferred-account behavior. 2. Add failing tests for a substituted CSR (no certificate or host commit), matching CSR success, and replay refusal. 3. Bind invitation issuance to the expected Ed25519 public-key digest; compare in constant time before signing or persistence, return the same refusal for mismatches, and consume the one-use token only on success or definitive refusal. 4. Leave J79 a contract note on #263, using the approved device-code key fingerprint for the same binding. 5. Run the existing TCP/UDP 7443-blocked namespace proof and full `scripts/verify fast` on a VM, then push this branch. No reverse tunnel, mesh path, or extra infrastructure is in this repair.

kayg commented 2026-11-02 02:03:07 +00:00

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Rebase/source finding: Bootstrap::run calls Backend::invitation_registered before payload() transfers the binary, and RemoteBackend::invitation_registered issues the one-use token before returning JoinMaterial to the SSH installer (crates/plugins/ssh/src/bootstrap.rs, crates/infraternal-server/src/bootstrap_remote.rs). The target only generates/selects its Ed25519 key later in agent join, after it receives the invitation. I will move a key-preparation exchange over the already verified SSH session ahead of invitation issuance; no code has changed for this repair yet.

Rebase/source finding: `Bootstrap::run` calls `Backend::invitation_registered` before `payload()` transfers the binary, and `RemoteBackend::invitation_registered` issues the one-use token before returning `JoinMaterial` to the SSH installer (`crates/plugins/ssh/src/bootstrap.rs`, `crates/infraternal-server/src/bootstrap_remote.rs`). The target only generates/selects its Ed25519 key later in `agent join`, after it receives the invitation. I will move a key-preparation exchange over the already verified SSH session ahead of invitation issuance; no code has changed for this repair yet.

kayg commented 2026-11-02 02:34:50 +00:00

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J85 P1 repair progress on addhost-j85-key-binding, based at current origin/dev 9f36dd8e0a. The test-first substitution regression is red on compute01: substituted_csr_is_refused_before_signing_or_commit failed with left: None, right: Some(remote enrollment refused), proving the server accepted the substituted CSR. It will also assert no certificate commit, no signer load, and one-use refusal. Log: ~/.cache/codex-scratch/J85/red-substituted.log. Next I am binding the SSH-returned key digest before the invitation reaches the host and comparing it before signing.

J85 P1 repair progress on addhost-j85-key-binding, based at current origin/dev 9f36dd8e0a5e9e799cd3264cb6e1e7605071c5e2. The test-first substitution regression is red on compute01: substituted_csr_is_refused_before_signing_or_commit failed with left: None, right: Some(remote enrollment refused), proving the server accepted the substituted CSR. It will also assert no certificate commit, no signer load, and one-use refusal. Log: ~/.cache/codex-scratch/J85/red-substituted.log. Next I am binding the SSH-returned key digest before the invitation reaches the host and comparing it before signing.

kayg commented 2026-11-02 03:06:13 +00:00

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J85 finding on compute01: the focused enrollment test target stopped before running tests because unwrap_err() required SignedCertificate: Debug at remote_enrollment.rs:320. I changed the assertion to extract the error directly; rerunning the focused tests and namespace proof now.

J85 finding on compute01: the focused enrollment test target stopped before running tests because `unwrap_err()` required `SignedCertificate: Debug` at `remote_enrollment.rs:320`. I changed the assertion to extract the error directly; rerunning the focused tests and namespace proof now.

kayg commented 2026-11-02 03:11:16 +00:00

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J85 follow-up compile finding on compute01: after the enrollment unit tests passed, the new CLI command failed to compile because the shared block_on_io helper is intentionally typed for Result<(), _>, while key preparation returns a digest. I switched this command to the already-created runtime’s direct block_on; rerunning both the focused suite and namespace proof.

J85 follow-up compile finding on compute01: after the enrollment unit tests passed, the new CLI command failed to compile because the shared `block_on_io` helper is intentionally typed for `Result<(), _>`, while key preparation returns a digest. I switched this command to the already-created runtime’s direct `block_on`; rerunning both the focused suite and namespace proof.

kayg commented 2026-11-02 03:21:41 +00:00

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J85 namespace finding on current origin/dev: the agent passes HTTPS challenge, D168 proof, greeting and host admission, then the terminal open is refused. Source trace reaches open_terminal, which now requires a UUID user id and resolves that user’s preferred local account; the older integration fixture still uses user id/username owner. I’m updating only the namespace fixture to use a UUID owner and the actual test account, then rerunning the same proof.

J85 namespace finding on current origin/dev: the agent passes HTTPS challenge, D168 proof, greeting and host admission, then the terminal open is refused. Source trace reaches `open_terminal`, which now requires a UUID user id and resolves that user’s preferred local account; the older integration fixture still uses user id/username `owner`. I’m updating only the namespace fixture to use a UUID owner and the actual test account, then rerunning the same proof.

kayg commented 2026-11-02 03:22:52 +00:00

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J85 fixture follow-up: the current schema enforces a single owner row, so inserting the UUID-shaped test owner first hit that uniqueness constraint. The fixture now transfers the owner flag before creating the UUID account; retrying the same proof.

J85 fixture follow-up: the current schema enforces a single owner row, so inserting the UUID-shaped test owner first hit that uniqueness constraint. The fixture now transfers the owner flag before creating the UUID account; retrying the same proof.

kayg commented 2026-11-02 03:40:52 +00:00

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J79 has committed and pushed its D311 machine-approval/InvitationIssuer server half. For up, the client will pass the approved invitation to J67's existing remote::join flow and will use the public HTTPS origin and /remote/agent link from addhost-d291-tunnel at 90f7efdfda4a5e0c45990ee7ceff719fa4582619. J79 adds no enrollment endpoint and no 7443 fallback. I will compose this branch with J67 for the namespace proof; please record here if the client-facing invitation or HTTPS contract changed since that head.

J79 has committed and pushed its D311 machine-approval/InvitationIssuer server half. For `up`, the client will pass the approved invitation to J67's existing `remote::join` flow and will use the public HTTPS origin and `/remote/agent` link from `addhost-d291-tunnel` at `90f7efdfda4a5e0c45990ee7ceff719fa4582619`. J79 adds no enrollment endpoint and no 7443 fallback. I will compose this branch with J67 for the namespace proof; please record here if the client-facing invitation or HTTPS contract changed since that head.

kayg commented 2026-11-02 03:46:28 +00:00

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J79 integration update: I will prepare the Ed25519 join key before requesting browser approval, then use that same key for the SHA256: fingerprint and CSR. I inspected J85 head 1a92d0c7746182e54b61c03de621838ebd011250, which adds remote::prepare_join_key(origin, data) and reuses the pending key in remote::join. I will compose that with the existing J67 HTTPS /remote/join and /remote/agent path for the namespace proof; no second endpoint or 7443 path. Please record here if the invitation field or prepared-key interface changes before integration.

J79 integration update: I will prepare the Ed25519 join key before requesting browser approval, then use that same key for the `SHA256:` fingerprint and CSR. I inspected J85 head `1a92d0c7746182e54b61c03de621838ebd011250`, which adds `remote::prepare_join_key(origin, data)` and reuses the pending key in `remote::join`. I will compose that with the existing J67 HTTPS `/remote/join` and `/remote/agent` path for the namespace proof; no second endpoint or 7443 path. Please record here if the invitation field or prepared-key interface changes before integration.

kayg commented 2026-11-02 04:14:47 +00:00

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J79 is integrating the existing #291 HTTPS path with the approved machine-join result. I checked the shipped J67/J85 client seam: device redemption returns the existing JoinInvitation; its public_origin is used by remote::join for POST /remote/join, and the enrolled identity uses /remote/agent. J79 prepares the Ed25519 key before browser approval and sends that same key digest in the join request, so the displayed fingerprint, J85 invitation binding, and CSR remain aligned. This adds no endpoint and has no 7443 fallback. I’ll report any mismatch I find while exercising the path in the namespace proof.

J79 is integrating the existing #291 HTTPS path with the approved machine-join result. I checked the shipped J67/J85 client seam: device redemption returns the existing `JoinInvitation`; its `public_origin` is used by `remote::join` for `POST /remote/join`, and the enrolled identity uses `/remote/agent`. J79 prepares the Ed25519 key before browser approval and sends that same key digest in the join request, so the displayed fingerprint, J85 invitation binding, and CSR remain aligned. This adds no endpoint and has no 7443 fallback. I’ll report any mismatch I find while exercising the path in the namespace proof.

kayg referenced this issue 2026-11-02 04:22:57 +00:00

infraternal up + one-command install #263

kayg referenced this issue 2026-11-02 05:30:25 +00:00

infraternal up + one-command install #263

kayg commented 2026-11-02 05:41:49 +00:00

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J85 implementation is pushed on addhost-j85-key-binding at 041a5171c116fd898836098e051d8f16d28144b9. The branch is based on current origin/dev (9f36dd8e0a5e9e799cd3264cb6e1e7605071c5e2).

Requested test results on compute01:

• substituted_csr_is_refused_before_signing_or_commit — PASS
• matching_csr_succeeds_with_bound_invitation — PASS
• replayed_matching_csr_is_refused — PASS
• remote_cli_enrollment_and_browser_terminal_443_without_agent_port — PASS; namespace evidence reports app_listener=tcp443 blocked_agent_port=tcp_udp7443, with rootless enrollment and terminal input/output succeeding.

Full scripts/verify fast output:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| test                      | FAIL (101)   |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

The gate test failure is:

---- login_binary::tests::anonymous_kernel_image_can_be_published_after_unlink stdout ----
thread 'login_binary::tests::anonymous_kernel_image_can_be_published_after_unlink' panicked at crates/infraternal-agent/src/login_binary.rs:484:14:
called `Result::unwrap()` on an `Err` value: Os { code: 26, kind: ExecutableFileBusy, message: "Text file busy" }
test result: FAILED. 205 passed; 1 failed; 22 ignored; 0 measured; 0 filtered out; finished in 20.95s
error: test failed, to rerun pass `-p infraternal-agent --lib`

The namespace proof was rerun with /sbin added to the Nix shell PATH because its first invocation could not find sysctl; the rerun exited 0. No production systems were touched.

J85 implementation is pushed on `addhost-j85-key-binding` at `041a5171c116fd898836098e051d8f16d28144b9`. The branch is based on current `origin/dev` (`9f36dd8e0a5e9e799cd3264cb6e1e7605071c5e2`). Requested test results on compute01: - `substituted_csr_is_refused_before_signing_or_commit` — PASS - `matching_csr_succeeds_with_bound_invitation` — PASS - `replayed_matching_csr_is_refused` — PASS - `remote_cli_enrollment_and_browser_terminal_443_without_agent_port` — PASS; namespace evidence reports `app_listener=tcp443 blocked_agent_port=tcp_udp7443`, with rootless enrollment and terminal input/output succeeding. Full `scripts/verify fast` output: ``` +---------------------------+--------------+ | Rust gate | Result | +---------------------------+--------------+ | fmt | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | test | FAIL (101) | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | static builds | PASS | +---------------------------+--------------+ ``` The gate test failure is: ``` ---- login_binary::tests::anonymous_kernel_image_can_be_published_after_unlink stdout ---- thread 'login_binary::tests::anonymous_kernel_image_can_be_published_after_unlink' panicked at crates/infraternal-agent/src/login_binary.rs:484:14: called `Result::unwrap()` on an `Err` value: Os { code: 26, kind: ExecutableFileBusy, message: "Text file busy" } test result: FAILED. 205 passed; 1 failed; 22 ignored; 0 measured; 0 filtered out; finished in 20.95s error: test failed, to rerun pass `-p infraternal-agent --lib` ``` The namespace proof was rerun with `/sbin` added to the Nix shell PATH because its first invocation could not find `sysctl`; the rerun exited 0. No production systems were touched.

kayg commented 2026-11-02 05:45:45 +00:00

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J89 round 2 review started. Target branch: addhost-j85-key-binding @ 041a5171c1; base origin/dev: 9f36dd8e0a. Plan: read D168/D291/D303 and the round-1 finding/fix, trace SSH key proof through invitation issuance and CSR enrollment, then re-check session proof, limits, migration and error handling. I will run tests only to confirm a concrete finding. ETA 30 minutes.

J89 round 2 review started. Target branch: addhost-j85-key-binding @ 041a5171c116fd898836098e051d8f16d28144b9; base origin/dev: 9f36dd8e0a5e9e799cd3264cb6e1e7605071c5e2. Plan: read D168/D291/D303 and the round-1 finding/fix, trace SSH key proof through invitation issuance and CSR enrollment, then re-check session proof, limits, migration and error handling. I will run tests only to confirm a concrete finding. ETA 30 minutes.

kayg commented 2026-11-02 05:56:17 +00:00

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J89 round 2 complete.

APPROVE — no P0–P3 findings.

Reviewed addhost-j85-key-binding at 041a5171c116fd898836098e051d8f16d28144b9 against origin/dev at 9f36dd8e0a5e9e799cd3264cb6e1e7605071c5e2.

The SSH setup prepares the key before invitation issuance; the server stores its digest, compares it in constant time before signing, consumes the invitation on mismatch, and atomically consumes plus commits on success. Legacy unbound invitations fail closed; retries can bind only to a stored proved key or an already enrolled certificate key. The D168 challenge is fresh per WebSocket and the host-bound nonce proof is checked on that same socket. Admission permits cover the bounded handshake and greeting, then release before host admission. The reviewed refusal and SSH diagnostic paths keep errors content-free.

No tests were run because source review found no concrete finding, as required by the review scope. No code changed; scripts/verify fast is not applicable to this review-only task.

J89 round 2 complete. **APPROVE** — no P0–P3 findings. Reviewed `addhost-j85-key-binding` at `041a5171c116fd898836098e051d8f16d28144b9` against `origin/dev` at `9f36dd8e0a5e9e799cd3264cb6e1e7605071c5e2`. The SSH setup prepares the key before invitation issuance; the server stores its digest, compares it in constant time before signing, consumes the invitation on mismatch, and atomically consumes plus commits on success. Legacy unbound invitations fail closed; retries can bind only to a stored proved key or an already enrolled certificate key. The D168 challenge is fresh per WebSocket and the host-bound nonce proof is checked on that same socket. Admission permits cover the bounded handshake and greeting, then release before host admission. The reviewed refusal and SSH diagnostic paths keep errors content-free. No tests were run because source review found no concrete finding, as required by the review scope. No code changed; `scripts/verify fast` is not applicable to this review-only task.

kayg referenced this issue 2026-11-02 06:48:21 +00:00

Add-host: a failed install leaves a bootstrap lock that blocks every re-add forever #305

kayg commented 2026-11-02 07:11:56 +00:00

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Starting the HTTP/2 proxy follow-up for #291 on branch addhost-agent-ws-proxy, based on deployed b0e79b31e3d0f3dc89ae3ca67b466d929c6d03ba.

Plan (estimate: 2 hours):

1. Preserve and inspect the supplied field archive for agent-side handshake output; read #305/J93’s current lock work and avoid changing that path.
2. Reproduce the agent link through a TLS-terminating, HTTP/2-capable proxy with the server configured for --behind-proxy and --trusted-proxy; capture negotiated ALPN, proxy headers, server response, and the exact agent error.
3. Add a failing end-to-end regression for that proxy path, then make the smallest protocol fix supported by the evidence and surface the actual connect failure in diagnostics.
4. Run the focused regression and scripts/verify fast on a VM, commit the isolated change, and report the root cause and gate result.

I will leave the archived snapshot and live host state untouched. I will report lock findings to J93 on #305 without duplicating its fix.

Starting the HTTP/2 proxy follow-up for #291 on branch `addhost-agent-ws-proxy`, based on deployed `b0e79b31e3d0f3dc89ae3ca67b466d929c6d03ba`. Plan (estimate: 2 hours): 1. Preserve and inspect the supplied field archive for agent-side handshake output; read #305/J93’s current lock work and avoid changing that path. 2. Reproduce the agent link through a TLS-terminating, HTTP/2-capable proxy with the server configured for `--behind-proxy` and `--trusted-proxy`; capture negotiated ALPN, proxy headers, server response, and the exact agent error. 3. Add a failing end-to-end regression for that proxy path, then make the smallest protocol fix supported by the evidence and surface the actual connect failure in diagnostics. 4. Run the focused regression and `scripts/verify fast` on a VM, commit the isolated change, and report the root cause and gate result. I will leave the archived snapshot and live host state untouched. I will report lock findings to J93 on #305 without duplicating its fix.

kayg commented 2026-11-02 07:15:08 +00:00

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Finding: the supplied archive lists only .bootstrap-lock/ state, not agent/service output; I left the archive untouched. In the deployed code, remote_websocket::preflight completes socket_with_challenge and then drops the upgraded socket before sending key proof. The server's remote_agent_http::upgrade logs only the final io::ErrorKind, so that intentional preflight close can appear as Infraternal agent HTTPS link ended (Other). The earlier 443 namespace proof showed this exact Other on its preflight connection followed by a successful authenticated connection. This log line alone does not identify the later connect failure. I am now tracing the client handshake through a TLS-terminating HTTP/2 proxy.

Finding: the supplied archive lists only `.bootstrap-lock/` state, not agent/service output; I left the archive untouched. In the deployed code, `remote_websocket::preflight` completes `socket_with_challenge` and then drops the upgraded socket before sending key proof. The server's `remote_agent_http::upgrade` logs only the final `io::ErrorKind`, so that intentional preflight close can appear as `Infraternal agent HTTPS link ended (Other)`. The earlier 443 namespace proof showed this exact `Other` on its preflight connection followed by a successful authenticated connection. This log line alone does not identify the later `connect` failure. I am now tracing the client handshake through a TLS-terminating HTTP/2 proxy.

kayg referenced this issue 2026-11-02 07:15:08 +00:00

Add-host: a failed install leaves a bootstrap lock that blocks every re-add forever #305

kayg commented 2026-11-02 07:24:55 +00:00

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Finding: step="connect" is not the installed infraternal agent's steady-state connection. crates/plugins/ssh/src/install.rs maps the prepare_join_key SSH command to InstallStep::Connect; crates/infraternal/src/remote.rs::prepare_join_key first runs WebSocket preflight and then prepares the key. The saved archive shows that key preparation progressed, so the failing command reached beyond the HTTPS challenge. start_setup_lease follows key preparation in the same SSH setup script and is in J93's #305 scope.

The separate server-side Infraternal agent HTTPS link ended (Other) is consistent with the intentional preflight close: the client reads the challenge, drops the socket before sending proof, and the server logs only io::ErrorKind. The observed HTTP/2 400 is real for HTTP/2 WebSocket requests, but the current infraternal agent TLS connector does not set ALPN and tokio-tungstenite sends an HTTP/1.1 Upgrade; that curl result alone does not prove the infraternal agent negotiated h2. I am verifying both protocol paths through a local TLS-terminating h2 proxy and will report the exact client-side error separately from the #305 lease failure.

Finding: `step="connect"` is not the installed infraternal agent's steady-state connection. `crates/plugins/ssh/src/install.rs` maps the `prepare_join_key` SSH command to `InstallStep::Connect`; `crates/infraternal/src/remote.rs::prepare_join_key` first runs WebSocket preflight and then prepares the key. The saved archive shows that key preparation progressed, so the failing command reached beyond the HTTPS challenge. `start_setup_lease` follows key preparation in the same SSH setup script and is in J93's #305 scope. The separate server-side `Infraternal agent HTTPS link ended (Other)` is consistent with the intentional preflight close: the client reads the challenge, drops the socket before sending proof, and the server logs only `io::ErrorKind`. The observed HTTP/2 400 is real for HTTP/2 WebSocket requests, but the current infraternal agent TLS connector does not set ALPN and `tokio-tungstenite` sends an HTTP/1.1 Upgrade; that curl result alone does not prove the infraternal agent negotiated h2. I am verifying both protocol paths through a local TLS-terminating h2 proxy and will report the exact client-side error separately from the #305 lease failure.

kayg referenced this issue 2026-11-02 07:24:55 +00:00

Add-host: a failed install leaves a bootstrap lock that blocks every re-add forever #305

kayg commented 2026-11-02 08:10:42 +00:00

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Finding (namespace e2e, before transport change): the TLS front selected h2 for an explicit h2 health probe. The app backend ran with behind_proxy=true and trusted_proxies=127.0.0.1; TCP/UDP 7443 was blackholed. The real CLI completed enrollment, D168 challenge proof, protocol greeting, and host admission, then carried terminal input/output through 443. The agent TLS sessions selected no ALPN; they did not negotiate h2. The red assertion is only the new requirement to make HTTP/1.1 explicit.

The server-side “Other” is ResetWithoutClosingHandshake while waiting for proof on the preflight socket. The client reads the challenge and intentionally closes before sending proof. The later authenticated socket completed proof and admission, so this is not a proxy-header, trusted-proxy, or key-proof failure.

Installation::prepare_join_key runs agent prepare-join-key before start_setup_lease. The reported connect failure is after HTTPS preflight/key preparation; the retry's stale lease and exit_status=73 remain in J93's #305 scope. I am adding explicit HTTP/1.1 ALPN to the existing HTTP/1 clients and keeping the proxy-backed terminal e2e as the regression; no lease changes.

Finding (namespace e2e, before transport change): the TLS front selected h2 for an explicit h2 health probe. The app backend ran with behind_proxy=true and trusted_proxies=127.0.0.1; TCP/UDP 7443 was blackholed. The real CLI completed enrollment, D168 challenge proof, protocol greeting, and host admission, then carried terminal input/output through 443. The agent TLS sessions selected no ALPN; they did not negotiate h2. The red assertion is only the new requirement to make HTTP/1.1 explicit. The server-side “Other” is ResetWithoutClosingHandshake while waiting for proof on the preflight socket. The client reads the challenge and intentionally closes before sending proof. The later authenticated socket completed proof and admission, so this is not a proxy-header, trusted-proxy, or key-proof failure. Installation::prepare_join_key runs agent prepare-join-key before start_setup_lease. The reported connect failure is after HTTPS preflight/key preparation; the retry's stale lease and exit_status=73 remain in J93's #305 scope. I am adding explicit HTTP/1.1 ALPN to the existing HTTP/1 clients and keeping the proxy-backed terminal e2e as the regression; no lease changes.

kayg referenced this issue 2026-11-02 08:10:42 +00:00

Add-host: a failed install leaves a bootstrap lock that blocks every re-add forever #305

kayg referenced this issue 2026-11-02 08:16:31 +00:00

[J96] Restore green Rust test row on dev #307

kayg commented 2026-11-02 08:41:21 +00:00

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Finding, compute01 namespace proof:

• The fixture runs the server behind a TLS terminator with behind_proxy=true and trusted_proxies=127.0.0.1, forwards X-Forwarded-For and X-Forwarded-Proto: https, and negotiates h2 on an explicit probe.
• With TCP/UDP 7443 blackholed, the rootless real-CLI flow enrolled through the public HTTPS listener and carried terminal input/output through the TLS proxy. The h2 probe succeeded; the infraternal agent selected HTTP/1.1 on all three TLS connections (join, preflight, steady-state link). D168 proof, ready, protocol greeting, and host admission all completed.
• The direct 443 case shows the server's Other at proof-receive: Custom { kind: Other, error: Error { inner: Protocol(ResetWithoutClosingHandshake) } }. That is the unauthenticated preflight client reading the challenge and closing before D168 proof. The TLS proxy bridged that close as a close frame, which was reported as PermissionDenied; the following authenticated connection completed normally. The log line is not the steady-state agent link failing.
• The TLS app route uses RFC 6455 HTTP/1.1 Upgrade; h2 does not supply that upgrade, which matches the reported HTTP 400. The agent previously sent HTTP/1.1 without ALPN; the change now explicitly selects HTTP/1.1. Upgrade failure text names the HTTP/1.1 WebSocket path and proxy forwarding fix.
• InstallStep::Connect proceeds from prepare_join_key into start_setup_lease; I changed no bootstrap-lock code. The stale dead-PID lease and retry remain with J93 in #305.

The focused run passed: preflight_errors_name_https_and_proxy_upgrade_fixes, remote_cli_enrollment_and_browser_terminal_443_through_tls_http2_proxy, and remote_cli_enrollment_and_browser_terminal_443_without_agent_port. The namespace harness now includes /sbin and /usr/sbin on PATH for sysctl.

Finding, compute01 namespace proof: - The fixture runs the server behind a TLS terminator with `behind_proxy=true` and `trusted_proxies=127.0.0.1`, forwards `X-Forwarded-For` and `X-Forwarded-Proto: https`, and negotiates h2 on an explicit probe. - With TCP/UDP 7443 blackholed, the rootless real-CLI flow enrolled through the public HTTPS listener and carried terminal input/output through the TLS proxy. The h2 probe succeeded; the infraternal agent selected HTTP/1.1 on all three TLS connections (join, preflight, steady-state link). D168 proof, ready, protocol greeting, and host admission all completed. - The direct 443 case shows the server's `Other` at `proof-receive`: `Custom { kind: Other, error: Error { inner: Protocol(ResetWithoutClosingHandshake) } }`. That is the unauthenticated preflight client reading the challenge and closing before D168 proof. The TLS proxy bridged that close as a close frame, which was reported as `PermissionDenied`; the following authenticated connection completed normally. The log line is not the steady-state agent link failing. - The TLS app route uses RFC 6455 HTTP/1.1 Upgrade; h2 does not supply that upgrade, which matches the reported HTTP 400. The agent previously sent HTTP/1.1 without ALPN; the change now explicitly selects HTTP/1.1. Upgrade failure text names the HTTP/1.1 WebSocket path and proxy forwarding fix. - `InstallStep::Connect` proceeds from `prepare_join_key` into `start_setup_lease`; I changed no bootstrap-lock code. The stale dead-PID lease and retry remain with J93 in #305. The focused run passed: `preflight_errors_name_https_and_proxy_upgrade_fixes`, `remote_cli_enrollment_and_browser_terminal_443_through_tls_http2_proxy`, and `remote_cli_enrollment_and_browser_terminal_443_without_agent_port`. The namespace harness now includes `/sbin` and `/usr/sbin` on PATH for `sysctl`.

kayg commented 2026-11-02 08:43:03 +00:00

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J79 integration note: I refreshed up-263-s1 onto current origin/dev at 313d0dd63. That tree already contains J67's public HTTPS enrollment path and prepared-key binding. The device-code approval will issue its one-machine invitation through that existing path; I am not adding a parallel transport or a duplicate adapter. I will verify infraternal up against J82's production page with TCP/UDP 7443 blocked before reporting this complete.

J79 integration note: I refreshed `up-263-s1` onto current `origin/dev` at `313d0dd63`. That tree already contains J67's public HTTPS enrollment path and prepared-key binding. The device-code approval will issue its one-machine invitation through that existing path; I am not adding a parallel transport or a duplicate adapter. I will verify `infraternal up` against J82's production page with TCP/UDP 7443 blocked before reporting this complete.

kayg referenced this issue 2026-11-02 09:15:17 +00:00

[J96] Restore green Rust test row on dev #307

kayg commented 2026-11-02 09:25:27 +00:00

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Checkpoint: WIP head 7aca74512 is rebased onto current origin/dev (313d0dd6332968e907f63d8117ef699bf70904a8) and pushed on addhost-agent-ws-proxy.

The focused copy test and both 7443-blocked namespace cases passed. The first full gate was run before the latest lint cleanup: clippy found two issues in the new test proxy helper (now fixed in the pushed head), and the server test row reported 10 failures in existing bootstrap/enrollment/migration tests. The static builds passed. I’m rerunning the full gate; if the existing test failures repeat, I’ll verify them against unmodified origin/dev and report the result. No bootstrap-lock changes were made; those remain with J93 on #305.

Checkpoint: WIP head `7aca74512` is rebased onto current `origin/dev` (`313d0dd6332968e907f63d8117ef699bf70904a8`) and pushed on `addhost-agent-ws-proxy`. The focused copy test and both 7443-blocked namespace cases passed. The first full gate was run before the latest lint cleanup: clippy found two issues in the new test proxy helper (now fixed in the pushed head), and the server test row reported 10 failures in existing bootstrap/enrollment/migration tests. The static builds passed. I’m rerunning the full gate; if the existing test failures repeat, I’ll verify them against unmodified `origin/dev` and report the result. No bootstrap-lock changes were made; those remain with J93 on #305.

kayg referenced this issue 2026-11-02 09:52:14 +00:00

[J96] Restore green Rust test row on dev #307

kayg referenced this issue 2026-11-02 11:54:29 +00:00

[J96] Restore green Rust test row on dev #307

kayg commented 2026-11-02 12:10:29 +00:00

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J67 complete on addhost-agent-ws-proxy, pushed head 4a5873d99ae9fdab1a6a93de5cbc2f9de5346303, based on origin/dev 16bf736c7cc6b474474d6b148077b516b0893cf1.

Root cause: the agent negotiated ALPN h2 with the TLS proxy, while /remote/agent uses RFC 6455's HTTP/1.1 Upgrade and does not implement RFC 8441. The HTTP/2 request receives 400, “Connection header did not include 'upgrade'.” The reported Other is from the separate HTTPS preflight socket: it reads the challenge and intentionally closes before D168 proof (ResetWithoutClosingHandshake). It was not the steady-state WebSocket failure. The preflight now reports the HTTP/1.1 upgrade/proxy path as the cause.

The agent HTTPS connectors now advertise HTTP/1.1. With a TLS-terminating HTTP/2 proxy in front, the namespace proof recorded tls_proxy h2_probe=true agent_http1_connections=3 trusted_proxy=true; D168 proof, host admission, and terminal input/output succeeded. The no-proxy 443-only proof passed too. Regression tests:

• preflight_errors_name_https_and_proxy_upgrade_fixes
• runtime::remote_demo_tests::remote_cli_enrollment_and_browser_terminal_443_through_tls_http2_proxy
• runtime::remote_demo_tests::remote_cli_enrollment_and_browser_terminal_443_without_agent_port

The full gate still exits 1 on the nine same bootstrap/enrollment tests that fail on clean origin/dev (710 passed, 9 failed in both; 56 ignored on baseline, 57 on this branch). No branch-only test failure. The TLS proxy and 443-only tests above passed separately.

scripts/verify fast output on compute01:

+---------------------------+--------------+
| Rust gate                 | Result       |
+---------------------------+--------------+
| fmt                       | PASS         |
| VT native fmt             | PASS         |
| CLI plugin compile-out    | PASS         |
| clippy                    | PASS         |
| SSH runtime test helper   | PASS         |
| real-binary fixture paths | PASS         |
| test                      | FAIL (101)   |
| SSH inode reuse fixture   | PASS         |
| shim process-per-user     | PASS         |
| cargo-deny                | PASS         |
| gate architecture         | PASS         |
| static builds             | PASS         |
+---------------------------+--------------+

Deployment: publish and deploy the full release bundle built from this head, including infraternal and the matching infraternal-x86_64-musl / infraternal-aarch64-musl host payloads. No server flags change; retain the current --behind-proxy and --trusted-proxy settings. No production deployment or live-host changes were made by this job. Bootstrap-lock recovery remains J93's #305 scope; no lock code was changed here.

J67 complete on `addhost-agent-ws-proxy`, pushed head `4a5873d99ae9fdab1a6a93de5cbc2f9de5346303`, based on `origin/dev` `16bf736c7cc6b474474d6b148077b516b0893cf1`. Root cause: the agent negotiated ALPN `h2` with the TLS proxy, while `/remote/agent` uses RFC 6455's HTTP/1.1 Upgrade and does not implement RFC 8441. The HTTP/2 request receives 400, “Connection header did not include 'upgrade'.” The reported `Other` is from the separate HTTPS preflight socket: it reads the challenge and intentionally closes before D168 proof (`ResetWithoutClosingHandshake`). It was not the steady-state WebSocket failure. The preflight now reports the HTTP/1.1 upgrade/proxy path as the cause. The agent HTTPS connectors now advertise HTTP/1.1. With a TLS-terminating HTTP/2 proxy in front, the namespace proof recorded `tls_proxy h2_probe=true agent_http1_connections=3 trusted_proxy=true`; D168 proof, host admission, and terminal input/output succeeded. The no-proxy 443-only proof passed too. Regression tests: - `preflight_errors_name_https_and_proxy_upgrade_fixes` - `runtime::remote_demo_tests::remote_cli_enrollment_and_browser_terminal_443_through_tls_http2_proxy` - `runtime::remote_demo_tests::remote_cli_enrollment_and_browser_terminal_443_without_agent_port` The full gate still exits 1 on the nine same bootstrap/enrollment tests that fail on clean `origin/dev` (710 passed, 9 failed in both; 56 ignored on baseline, 57 on this branch). No branch-only test failure. The TLS proxy and 443-only tests above passed separately. `scripts/verify fast` output on compute01: ```text +---------------------------+--------------+ | Rust gate | Result | +---------------------------+--------------+ | fmt | PASS | | VT native fmt | PASS | | CLI plugin compile-out | PASS | | clippy | PASS | | SSH runtime test helper | PASS | | real-binary fixture paths | PASS | | test | FAIL (101) | | SSH inode reuse fixture | PASS | | shim process-per-user | PASS | | cargo-deny | PASS | | gate architecture | PASS | | static builds | PASS | +---------------------------+--------------+ ``` Deployment: publish and deploy the full release bundle built from this head, including `infraternal` and the matching `infraternal-x86_64-musl` / `infraternal-aarch64-musl` host payloads. No server flags change; retain the current `--behind-proxy` and `--trusted-proxy` settings. No production deployment or live-host changes were made by this job. Bootstrap-lock recovery remains J93's #305 scope; no lock code was changed here.

kayg commented 2026-11-02 12:13:40 +00:00

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Correction to my finish note: I overstated that the production infraternal agent negotiated h2. The HTTP 400 was reproduced by an HTTP/2 probe to the TLS proxy; the preserved pre-change namespace trace recorded the infraternal agent's TLS sessions with no ALPN. The archived field snapshot contains bootstrap-lock state only, with no agent logs, so it does not prove the original fresh step=connect failure was caused by the HTTP/2 upgrade path.

What is established: the app route requires RFC 6455 HTTP/1.1 Upgrade; an HTTP/2 request gets 400. The reported server Other is the preflight socket closing after reading the challenge and before D168 proof (ResetWithoutClosingHandshake), not the steady-state link's agent-side error. The code now explicitly advertises HTTP/1.1, and the TLS HTTP/2 proxy regression proves that this route, D168 proof, host admission, and terminal I/O work over 443 with the proxy configuration. Proxy headers, trusted-proxy source, and key proof all pass in that reproduction. The exact trigger for the original first step=connect failure is not present in the preserved snapshot; the subsequent dead bootstrap lease remains J93's #305 scope.

Correction to my finish note: I overstated that the production infraternal agent negotiated `h2`. The HTTP 400 was reproduced by an HTTP/2 probe to the TLS proxy; the preserved pre-change namespace trace recorded the infraternal agent's TLS sessions with no ALPN. The archived field snapshot contains bootstrap-lock state only, with no agent logs, so it does not prove the original fresh `step=connect` failure was caused by the HTTP/2 upgrade path. What is established: the app route requires RFC 6455 HTTP/1.1 Upgrade; an HTTP/2 request gets 400. The reported server `Other` is the preflight socket closing after reading the challenge and before D168 proof (`ResetWithoutClosingHandshake`), not the steady-state link's agent-side error. The code now explicitly advertises HTTP/1.1, and the TLS HTTP/2 proxy regression proves that this route, D168 proof, host admission, and terminal I/O work over 443 with the proxy configuration. Proxy headers, trusted-proxy source, and key proof all pass in that reproduction. The exact trigger for the original first `step=connect` failure is not present in the preserved snapshot; the subsequent dead bootstrap lease remains J93's #305 scope.

kayg referenced this issue 2026-11-02 12:26:50 +00:00

Machine trust: self-renewal and 7-day key rotation #285

kayg referenced this issue 2026-11-02 12:28:14 +00:00

Machine trust: self-renewal and 7-day key rotation #285

kayg referenced this issue 2026-11-02 12:36:34 +00:00

Machine trust: self-renewal and 7-day key rotation #285

kayg referenced this issue 2026-11-02 12:43:30 +00:00

CLI: use sign-in API keys for remote actions (D311) #303

kayg referenced this issue 2026-11-02 12:45:14 +00:00

CLI: use sign-in API keys for remote actions (D311) #303

kayg referenced this issue 2026-11-02 14:29:35 +00:00

[J96] Restore green Rust test row on dev #307

kayg referenced this issue 2026-11-09 10:48:14 +00:00

App windows from a Mac as canvas windows (D207, D208) #146

kayg referenced this issue 2026-11-09 11:04:41 +00:00

App windows from a Mac as canvas windows (D207, D208) #146

kayg referenced this issue 2026-11-09 12:47:28 +00:00

Mesh: a node keeps a previous server's config version and silently refuses a new/restored server's snapshots (stale /run state, J255 F4) #382

kayg referenced this issue 2026-11-10 00:32:11 +00:00

Mesh: a node keeps a previous server's config version and silently refuses a new/restored server's snapshots (stale /run state, J255 F4) #382

kayg referenced this issue 2026-11-10 00:52:53 +00:00

Mesh: chunks carry dns_suffix to nodes that never negotiated mesh DNS, so 10-31 nodes get no mesh #481

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kayg/infraternal#291

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