Sessions replace auto-started tmux/zellij with infraternal's session manager #170
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opened 2026-10-11 16:44:04 +00:00 by kayg
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kayg/infraternal#170
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Owner request (2026-10-11), from the #169 zellij case: when a host's shell startup files would auto-start tmux or zellij, infraternal sessions should detect it and use infraternal's own session manager instead (the shim already keeps sessions alive, reattachable and shared), rather than nesting a multiplexer inside our session.
Design notes to settle before building (orchestrator):
[ -z "$TMUX" ] && exec tmux…, zellij's generated auto-start checking$ZELLIJ).tmuxcommands). Needs real-engine tests with tmux and zellij auto-start configs.Refs #169, D236, D240.
Owner decision Q37 (2026-10-11): when an auto-started tmux/zellij is skipped, show one quiet line the first time on each host — "zellij start skipped: infraternal keeps this session for you · [Use zellij here]" — the button turns the switch off for that host; after that, nothing. Default: automatic skip on.
Starting #170 on branch
multiplexer-skip, based onorigin/devatb0a3799cf459425c3402e745f329f4ebc441c144. Worktree is clean. Read #170's owner Q37 notice and parent #169 history: the original add-host terminal canary was swallowed by zellij started from zsh startup files; #170 owns that behavior and no prior implementation is recorded here.Finding: the perf VM has tmux 3.5a, bash 5.2.37 and zsh 5.9; Zellij was absent, so v0.45.1 is isolated under
/root/infraternal-bench/multiplexer-skip/binfor the required real-tool checks. The build host has 26 GB free, below the 60 GB disk guard, so no Cargo target/build has been created yet. Receipt: initial-environment.txt.Additive D241 backend contract for this lane; proceeding on this shape so the later UI pass can wire against a stable API:
terminal.multiplexer.get,terminal.multiplexer.set, andterminal.multiplexer.take_noticeare authenticated WebSocket actions. Remotehost_idis optional for the embedded host and is always checked against the signed-in account.take_noticeclaims once per account/host and only while auto-skip is effective.terminal.openrequest. The PTY always exportsINFRATER_SESSION; when enabled, tmux/zellij's startup guards are present only through shell initialization and are cleared before the first prompt. User rc files are read as configured and never edited.Finding: Zellij 0.45.1's real
setup --generate-auto-startoutput for both bash and zsh skips only whenZELLIJis non-empty.ZELLIJ_AUTO_ATTACHselects attach-vs-new-session; it does not disable auto-start. This supports a temporaryZELLIJguard, cleared before the first prompt. Receipt: zellij-generated-autostart.txt.Perf VM functional finding: Zellij 0.45.1's generated Zsh auto-start snippet honors a nonempty ZELLIJ guard. On Zsh 5.9.2, the shell stayed
zsh; after the first-prompt hook cleared TMUX/ZELLIJ,zellij --session manual_zsh-zellij-generatedstarted and appeared inlist-sessions. Evidence: zsh-zellij-guard.txt.Real-tool startup finding: on the perf VM (Zellij 0.45.1, tmux 3.8, Zsh 5.9.2, Bash 5.3.15), the standard
ZELLIJguard skips generated Zellij startup in both shells; the standardTMUXguard skips the actual oh-my-zsh plugin and plain tmux snippets in both shells. All five shells remained their shell process, reportedINFRATER_SESSION=1with both guards unset at the prompt, and allowed a manual tool session afterward. Evidence: real-tool-startup-probe.txt.Completed schema slice, pushed
89f199fctomultiplexer-skip. Migration 0026 adds two settings tables and partial unique indexes for local and remote host scopes.multiplexer_settings_migrate_for_fresh_dev_and_production_histories: 1 passed; Clippy and fmt passed. Gate evidence: schema-migration-gates.txt.Finding: the broad
cargo test -p infraternal-server --librun had 4 failures after 21m33s; host load reached 75.99/56.33/53.42.auth::tests::socket_tests::session_gone::the_infraternal_agent_saying_gone_reaches_the_browser_as_the_final_closefailed because the server closed the WebSocket unexpectedly. The new authenticated-socket regression passed in the same run. Receipt: server-library-suite-findings.txt. I’m rerunning this case individually to distinguish load sensitivity from a regression.Finding: the broad
cargo test -p infraternal-server --librun had two existing runtime tests fail withPoolTimedOut:runtime::key_runtime_tests::configured_startup_generates_once_and_settings_shares_its_cold_lockandruntime::tests::production_router_exposes_bootstrap_owner_admission. Host load reached 75.99/56.33/53.42 during the 21m33s suite. Receipt: server-library-suite-findings.txt. I’m rerunning each individually.Finding:
release_payload::tests::restarted_resolution_reclaims_partial_downloads_after_process_stopfailed in the broadcargo test -p infraternal-server --librun because the partial download did not reach its retained-byte boundary. Host load reached 75.99/56.33/53.42 during the 21m33s suite. Receipt: server-library-suite-findings.txt. I’m rerunning this case individually.Update: the
session_gone::the_infraternal_agent_saying_gone_reaches_the_browser_as_the_final_closefailure reproduces when run alone: 0 passed, 1 failed in 2.76s, panicserver closed websocket unexpectedly: Noneatauth/tests.rs:1740. Receipt: session-gone-isolated-rerun.txt. I’m checking the same test on the cleanorigin/devbaseline now.Baseline comparison: the isolated
session_gone::the_infraternal_agent_saying_gone_reaches_the_browser_as_the_final_closetest passes on cleanorigin/devb0a3799c(1 passed in 1.97s). The branch had one isolated failure; I’m rerunning branch to check reproducibility. Receipt: session-gone-baseline-comparison.txt.Update: the isolated
session_gonefailure did not reproduce. The test passes on clean baseline in 1.97s and on the current branch in 2.10s, with no source changes between reruns. Receipt: session-gone-resolution.txt.Update: both runtime
PoolTimedOutcases from the broad suite pass individually on the branch:configured_startup_generates_once_and_settings_shares_its_cold_lock(1 passed, 4.19s) andproduction_router_exposes_bootstrap_owner_admission(1 passed, 0.89s). Receipt: server-failed-tests-isolated-reruns.txt.Update:
restarted_resolution_reclaims_partial_downloads_after_process_stoppasses individually on the branch (1 passed, 3.78s), withabrupt_stops=2,retained_before_bytes=2097152,retained_after_bytes=0. Receipt: server-failed-tests-isolated-reruns.txt.Finding: the new authenticated socket regression fails in the focused run: 12/13 filtered tests passed;
terminal_multiplexer_settings_use_the_authenticated_socket_routereceived an unexpected empty WebSocket close. The five direct settings unit tests passed. Receipt: terminal-settings-websocket-failure.txt. I’m narrowing down which socket action closes the connection.Finding resolved: local settings SQL was running inline under
while_authorized, whose 25 ms authority poll uses the same SQLite pool; the one-connection fixture could contend and close the socket. It now runs in the bounded pending-call queue, preserving itsokand JSON result. The exact test passes (1/1, 1.14s) and the 13-testterminal_group passes. Receipt: terminal-settings-websocket-fix.txt.Finding:
scripts/verify iteratestopped at its built-in latency-proxy self-test before the Rust or TypeScript gates. The synthetic 300 ms RTT check reported p50=322.32 ms, p99=361.16 ms and failed its 360 ms ceiling. This is harness timing, not terminal-open performance. Receipt: verify-iterate-backend.txt. I’ll retry when the shared host is quieter.Step complete: commit
bdca2a3f7de56ef57ac3717a34f6a793eb5ece85adds authenticated global/host settings, one-time notice persistence, catalog schemas, and bounded socket dispatch. Pushed tomultiplexer-skip. Current-source gates: 13terminal_tests pass; server Clippy passes; fmt andgit diff --checkpass.scripts/verify iteratestopped at the synthetic latency-proxy self-test (p99 361.16 ms vs 360 ms ceiling), before the full Rust/TypeScript gates. Receipt: terminal-settings-commit-gates.txt.Additive leg-B/shim contract proposal for the next implementation step:
TERMINAL_MULTIPLEXER_GUARDcapability bit to the infraternal agent Hello caps.skip_multiplexer_autostart: booltoterminal.open; default false. The server sends it only when the effective persisted setting is true and the peer advertised the capability. Older strict Open decoders receive no unknown field.INFRATERNAL_SESSION=1. When skipping is enabled, set the existingTMUX/ZELLIJstartup guards only during login-file evaluation; clear them before the first prompt and leave manual launches available. Do not edit user startup files.contracts/wire.mdandcontracts/shim.md.This preserves old peer decoding and adds no dependency. I’m proceeding with this additive shape under D241.
Startup guard step committed and pushed as
af307575.The shim now exports INFRATERNAL_SESSION, supports startup-only Bash/Zsh guards, and retains a private Zsh startup overlay for the PTY lifetime. The hidden shim action accepts the option; readiness shells bypass it.
Tests: 3 startup tests pass; the PTY environment-boundary test and hidden CLI parser test pass; Clippy and formatting pass. The first full shim run had 81 passing tests and one stale environment allowlist assertion because it did not allow the new marker; that assertion is updated and its focused rerun passes. Thirteen tests were ignored. Receipts: full shim output, startup tests, PTY boundary, CLI parser, Clippy.
Agent protocol step committed and pushed as
cfee34ed.Added Hello bit 6 for the optional startup-guard field, strict-parser compatibility tests, and the agent-to-shim option path. Readiness opens keep their prior request shape.
Tests pass: old/new terminal.open parser cases; daemon Hello capability over authenticated leg B; outgoing agent Hello over QUIC and TLS; startup-flag test (red before implementation, green after). Clippy with the remote feature and fmt pass. Receipts: parser, daemon Hello, outgoing Hello, red test, green test, Clippy.
Server forwarding completed and pushed:
d6641bb1(remotemultiplexer-skip). Focused results: 2 startup-field tests, 1 local capability-handshake test, 5 preference tests, 1 authenticated WebSocket open test, 1 remote TCP open test, and 1 remote QUIC open test passed. Remote-feature server Clippy and workspace formatting checks exited 0.Receipts:
Wire contract documentation completed and pushed:
2c918a43.contracts/wire.mdnow defines Hello bit 6, the capability-gated optionalterminal.openfield, unchanged legacy request shape, readiness exclusion, and the Bash/Zsh startup behavior.git diff --cached --checkpassed before commit.The contract change is additive under D241; no dependency or wire version change was introduced.
Perf VM tool discovery: bash 5.2.37, zsh 5.9 and tmux 3.5a are installed in
/usr/bin; Zellij 0.45.1 is present in this job's scratch directory but is not on the host PATH. The job scratch also has the Oh My Zsh checkout. I will expose these job-owned artifacts from bench's cache for the real production-startup probe.Tool discovery receipt
The perf VM has no user service bus for
bench, so the requiredsystemd-run --user --scopefails withFailed to connect to user scope bus via local transport: No such file or directory. A system transient scope with--uid=bench -p CPUWeight=10000succeeds. I’ll run the benchmark in that weighted bench-owned scope and record this constraint with the results.Scope check receipt
Real PTY probe committed and pushed:
1dd87fea. Local gates:cargo test -p infraternal-shim --libfinished with 82 passed, 0 failed, 14 ignored in 244.40s; the focused startup suite passed 3/3; Clippy andcargo fmt --all -- --checkexited 0.The ignored perf-VM probe covers real Bash/Zsh, plain TMUX and generated Zellij auto-start, and the Oh My Zsh tmux plugin; it also verifies later manual sessions and measures 31 guarded/unguarded PTY-to-first-prompt samples per shell. The VM run is queued behind the shared perf lock. Because
benchhas no user bus, it will use a system transient scope with UID=bench and CPUWeight=10000.Receipts:
Finding: the Bash startup guard unconditionally assigns PROMPT_COMMAND while arranging first-prompt cleanup (crates/infraternal-shim/src/shell_startup.rs). This replaces any inherited prompt hook; a user rc assignment can also replace the cleanup hook. I am validating the real-shell behavior before changing it.
Tool check on perf VM, Zellij 0.45.1: generated Bash/Zsh auto-start snippets skip only when ZELLIJ is set; ZELLIJ_AUTO_ATTACH=false still takes the
zellijbranch. That confirms a temporary ZELLIJ startup guard is needed, then must be cleared before the first user command. Receipt: generated snippet.Finding: scripts/verify iterate stopped before Rust/TypeScript gates at its synthetic latency-proxy self-test: p50=328.16 ms, p99=452.15 ms against a 360 ms ceiling. Artifact-size and release functional checks passed; deployment test logged
Build deferred: host capacity limit reached. This is a gate-host timing failure, not terminal-open evidence. I will retry the iterate gate when host load is lower. Full log: verify-iterate.log.Finding: the first weighted perf-VM invocation reached the real test but stopped before any shell case:
benchcould not create its scratch subdirectory because the job parent had been created root-owned. I created the missing test root asbench:benchmode 0700 outside the worktree; no production code changed. I am rerunning the test under the lock. Receipt: permission failure log.Finding: a fresh merge-base (
b0a3799cf459425c3402e745f329f4ebc441c144) static x86_64 release build using the shipping Cargo recipe is stripped/static-pie at 22,275,888 bytes. The committed D243 cap is 22,204,304 bytes, so origin/dev already exceeds it by 71,584 bytes before this branch change. The gate helper reproduces the same delta. I am measuring this branch against that base and will not raise the cap; the existing base drift needs an owner-approved size reduction/decision. Receipt: base size gate output.Static size finding: branch x86_64 is 22,330,640 bytes vs merge base 22,275,888 bytes, a measured +54,752 bytes (+0.246%). This is above the 16 KB review threshold and below 64 KB; the growth is justified by the D241 authenticated global/host settings path, persisted reads on open, and Bash/Zsh startup guards. Section deltas are mostly .text +38,236 B, .rodata +8,192 B and exception/frame metadata; no Cargo.toml/Cargo.lock additions. The merge-base binary already exceeds the committed cap by 71,584 B, so this branch is 126,336 B above it; I have not raised the cap. Full measurement receipt: static-size-comparison.txt.
Finding: after the perf lock became available, the second harness invocation exited before any shell case because its
systemd-run --setenvkeys misspelled the requiredINFRATERNAL_TEST_*variable prefix. I corrected the launch names; no source changed. Receipt: env setup failure.Finding: the corrected perf-VM run entered the first Bash case but failed its manual tmux check. The real tmux 3.5a reported File name too long for sockets under the long test scratch/runtime path. Root cause is fixture path length, not the startup guard; I am shortening the test root and unique mux tag before rerunning. Receipt: tmux path failure.
Correction: the last VM invocation still used
INFRATERNA_TEST_*without its final L, so it failed before any shell case. I have verified the exactINFRATERNAL_TEST_MULTIPLEXER_BINandINFRATERNAL_TEST_OH_MY_ZSHnames in the test source and will use them in the next invocation. Receipt: second env setup failure.Finding resolved: PTY echo included the manual-success sentinel before tmux executed, so the harness checked its socket too early. The state sentinel had the same false-positive risk. I am moving both sentinels to child environment values and matching only the command output, then rerunning. Receipt: PTY echo race.
Real-engine rerun after PTY-echo sentinel fix:
bash-tmux-plainpasses both auto-start suppression and manual tmux start. The next Zellij case fails becausezellij --session i1170868is not visible inlist-sessionswithin 8 seconds; the captured log is attached. I am adding PTY and Zellij command diagnostics before changing behavior.zellij-manual-start-failure.log
Second perf-VM run confirms the Zellij manual-start failure is confined to the fixture PATH: PTY capture shows the login shell reports
zellij: command not found, while an independentcommand -vwith the fixture PATH resolves/home/bench/.cache/codex-scratch/multiplexer-skip/real-startup/bin/zellij. The machine's login profile removes the scratch-only directory. I will prepend that directory from the isolated test profile so the copied real executable remains discoverable after system login setup.zellij-path-failure.log
The real Zellij executable is now found from the isolated login shell. It rejects the test session because the scratch
XDG_RUNTIME_DIRmakes Zellij's Unix socket path exceedsun_path; its validator consequently reports that the allowed session name is zero characters. The failure log is attached. I am setting Zellij's supportedZELLIJ_SOCKET_DIRto the short per-job scratch root for both the shell and session-control commands.zellij-socket-path-failure.log
With
ZELLIJ_SOCKET_DIRpinned to the job scratch root, the real Zellij session is now visible tolist-sessionsand the manual-start check passes. The run then fails because the session cleanup command returns a non-success status; the current assertion omits that command's output. Receipt attached. I am adding status/stdout/stderr diagnostics and will verify cleanup behavior on the next run.zellij-stop-failure.log
Perf-VM real-tool run passes all five startup cases: Bash plain tmux, Bash generated Zellij, Zsh plain tmux, Zsh Oh My Zsh tmux plugin, and Zsh generated Zellij; each confirms no automatic session and manual start works. Bash prompt samples completed (31 each): skip off p50/p99 26.416/31.691 ms; skip on 27.114/43.840 ms. The Zsh timing baseline instead entered
zsh-newuser-installbecause the harness did not pass its fixture ZDOTDIR when skip was off. Receipt attached. I am correcting the fixture to preserve the user ZDOTDIR for both timing modes, then will rerun before drawing a latency conclusion.zsh-timing-setup-failure.log
Perf-VM real-engine test passed on infraternal-perf-test (4 cores, CPUWeight=10000; load 0.70 1.73 2.52). All five cases passed, including Bash/Zsh plain tmux, Oh My Zsh tmux plugin, and generated Zellij; every case confirms startup skips the multiplexer and manual start works.
First-prompt latency, n=31 per cell: Bash skip off/on p50 26.081/26.100 ms, p99 33.303/33.218 ms (delta +0.019/-0.085 ms); Zsh skip off/on p50 6.224/6.342 ms, p99 7.613/9.887 ms (delta +0.118/+2.274 ms). Raw log attached.
real-shell-startup-final.log
Bash hook review finding: the startup guard replaced an explicitly supplied
PROMPT_COMMAND. A new regression test failed before the fix because the inherited hook's receipt file was absent; it passes now (1/1). The guard saves the caller hook, clears TMUX/Zellij at the first prompt, then restores the hook.A Bash startup file that assigns
PROMPT_COMMANDafter the launcher sets it can still replace the cleanup. Bash has no separate post-RC hook or ZDOTDIR-style overlay for login shells; replacing the user's startup sequence to cover that case would change shell semantics. The required plain/generated tmux and Zellij snippets and Oh My Zsh plugin cases pass on the perf VM. This remaining edge will be reported explicitly.bash-prompt-hook-test.log
Step complete: commit
00bcbc7dpreserves an explicitly supplied BashPROMPT_COMMANDacross first-prompt guard cleanup; pushed tomultiplexer-skip. Gates:cargo fmt --all -- --checkpassed; shim clippy passed;cargo test --locked -p infraternal-shim --libpassed (82 passed, 14 ignored, 0 failed). Focused hook test receipt: bash-prompt-hook-test.log.Post-hook perf rerun: Bash/tmux startup passes. Zellij manual start was visible to the session-list check, but the immediate
kill-sessionreturnedNo session named ...; the test's cleanup then confirmedNo active zellij sessions found.The fixture's session can exit between those two checks. I will treat a nonzero stop as acceptable only after a follow-up list confirms that the named session is absent; a still-active session remains a failure.zellij-session-cleanup-race.log
Final optimized real-engine rerun passes all five cases on infraternal-perf-test (4 cores, CPUWeight=10000, 1-minute load 3.07). Each case verifies shell startup skips auto-start and manual start works.
First-prompt measurements (31 samples per cell): Bash skip off/on p50 19.406/20.146 ms, p99 29.340/30.217 ms (delta +0.740/+0.877 ms); Zsh p50 5.050/5.175 ms, p99 6.325/7.164 ms (delta +0.125/+0.839 ms). The Bash no-inherited-hook path omits the hook-copy environment variable. Raw run: real-shell-startup-optimized.log.
Step complete: commit
8b65719fis pushed. Shim format and clippy pass; the focused shell-startup tests pass (4 passed, 0 failed). The real perf-VM run on this fast path passed all five startup cases; paired first-prompt deltas were under 0.9 ms at p50 and p99 for both shells. Raw metrics are attached: real-shell-startup-optimized.log.Step complete: commit
619160b7is pushed. Format, shim clippy, and all four shell-startup tests passed; the ignored real-engine test passed on the perf VM (five configurations, 31 timing samples per shell/mode). Paired first-prompt deltas were under 0.9 ms p50/p99 for both Bash and Zsh. Raw receipt: real-shell-startup-optimized.log.scripts/verify iterate stopped in scripts/release/deploy-review.test.ts: two tests passed, but
alias restoration failure still requests the retained warm rollbacktimed out at 5,000 ms. The artifact-size gate passed; deploy staging tests passed; host capacity deferred a separate release build. Full log attached. I am tracing the timed test and will rerun the gate after it passes.verify-iterate.log
The previously timed alias-recovery test passes when run alone with a 30-second diagnostic timeout: 1 pass, 0 failures, reported 2.281 seconds. The default 5-second run timed out under the full gate and again in isolation, so this is not being accepted as an allowed host-load baseline exception. I will retry
scripts/verify iteratewhen the build host is quieter; no repository change was made for this unrelated gate.alias-recovery-targeted-30s.log
Second
scripts/verify iteraterun: artifact, release functional tests, and deploy review all pass (3/3). The local syntheticlatency_proxy.py self-test --samples 3then failed at configured RTT 300 ms with p50 504.36 ms and p99 537.14 ms. These host-side self-test timings are gate output, not product performance evidence; I will retry the required gate when the shared build host is quieter.verify-iterate-2.log
Weighted
scripts/verify iterateon619160b74867257bd3449dbab2c179ac05560829: fmt, plugin compile-out, and clippy passed; Rust tests reported 427 passed, 6 failed, 46 ignored. Six failures are server remote-runtime/control-queue integration tests; details and complete log: verify-iterate-weighted.log. The same gate also reportscargo-denyadvisory RUSTSEC-2026-0349 for locked rustls 0.23.45. I’m isolating the server failures and checking whether the advisory is inherited fromorigin/dev; no dependency change is planned in this lane.Diagnosis update for the five remote admission failures: the shared TLS peer helper in
crates/infraternal-server/src/remote_runtime_tests.rsunconditionally assertsskip_multiplexer_autostart == true, but the affected revocation tests callEmbeddedAgent::open(), whose intentional compatibility behavior is to send an ordinary unguarded open. The dedicated guarded-open TCP/QUIC tests useopen_with_startup_guard(..., true). I’ll make the fixture expectation explicit per caller. The separate saturated control-queue failure is being reproduced alone. The cargo-deny advisory is inherited from this branch’sb0a3799base lock (rustls 0.23.45); currentorigin/devhas the owner-selected 0.23.46 lock update.Committed and pushed
941816a3(test: match negotiated guard state in remote TLS fixtures). The fix makes ordinary opens assert the guard field is absent and keeps explicit TCP/QUIC guarded opens assertingtrue. Red run reproduced the prior fixture failure (0 passed, 1 failed); after the change: independent review 3 passed/1 ignored, revocation 6 passed/2 ignored, guarded actor cases 10 passed, and isolated control-queue 1 passed.cargo fmt --all --checkand remote-feature server clippy passed. Receipts: red, independent review, revocation, guarded TCP/QUIC, control queue, clippy.Committed and pushed
e2ac27df(deps: carry the dev-selected rustls 0.23.46 lock). This copies the two-line owner-selected patch already onorigin/dev; no crate or feature was added.cargo tree --locked --workspace -e features -i rustlsconfirms the feature graph is unchanged (ring,std, existing remote/Quinn paths).cargo deny check: advisories ok, bans ok, licenses ok, sources ok. Receipts: before, after, cargo-deny.e2ac27dfc786884a8ab741f00495e95424afb5ccpasses the fresh weightedscripts/verify iterate. Rust: fmt, VT native fmt, CLI compile-out, clippy, 1,054 tests (0 failed; 139 ignored), and cargo-deny all PASS. TypeScript protocol: 37 passed, 0 failed, 34,463 expectations. The complete gate log is attached: verify-iterate-final.log. Proceeding to the required finalscripts/verify faston this head.Final branch head:
e2ac27dfc786884a8ab741f00495e95424afb5cc(pushed tomultiplexer-skip).scripts/verify iteratepassed, but the required finalscripts/verify fastfailed only instatic builds; the full log is attached: verify-fast-final.log.Stripped static sizes from the same recipe: merge-base x86_64
22,275,888bytes; branch x86_6422,333,680bytes; delta+57,792bytes. The D243 growth is above 16 KiB and below 64 KiB; its D241 feature justification is recorded earlier on this issue. The fixed x86_64 cap is22,204,304bytes, so the merge-base artifact already exceeds it by71,584bytes and this branch exceeds it by129,376bytes. Branch aarch64 is19,752,288bytes against a19,638,744-byte cap (+113,544). I did not change the cap.Final
scripts/verify fastRust gate output:Continuation r2 started on
multiplexer-skipate2ac27dfc786884a8ab741f00495e95424afb5cc, based onorigin/devb0a3799cf459425c3402e745f329f4ebc441c144. Currentorigin/devis1b23ef311ce8f850ff01a60d06a420db33d26888. I’m attributing the measured +57,792 B static x86_64 growth and fixing the Bash prompt-hook reassignment edge with a real-shell regression.Finding:
configureinstalls Bash startup-guard cleanup inPROMPT_COMMAND(crates/infraternal-shim/src/shell_startup.rs:40-64), so a later.bashrcassignment replaces it. Real Bash 5.2 probe confirmed--login --rcfilestill sources the user's profile and ignores that rcfile;BASH_ENVis not read by an interactive shell. I’m adding a failing PTY test, then will move only guarded Bash profile loading into a one-shot pre-prompt initializer:--noprofile, manually source/etc/profileand the first standard user login profile, clear TMUX/ZELLIJ, and preserve/run the final userPROMPT_COMMANDbefore the first visible prompt.Finding: the added real-Bash regression fails before the fix (0 passed, 1 failed). A
.bashrcthat assignsPROMPT_COMMANDleavesTMUX=infraternal-sessionat the first prompt, confirming the recorded cleanup limitation incrates/infraternal-shim/src/shell_startup.rs. Receipt: bash-reassignment-red-focused.log.Bash startup fix is implemented in the worktree at
e2ac27dfc786884a8ab741f00495e95424afb5cc. Guarded Bash sessions defer standard login profile reads to a one-time pre-prompt initializer, then clear TMUX/ZELLIJ and run the final userPROMPT_COMMAND; scalar and array reassignment, inherited hooks, and manual tmux start pass. Focused shim tests: 5 passed, 0 failed. Receipt: bash-reassignment-green.log.Finding: a login rc can replace PROMPT_COMMAND and leave the multiplexer guard set. The hook now loads the normal Bash login files at the first prompt, clears TMUX/ZELLIJ, then preserves and runs the final scalar or array prompt hook. Array detection uses declare -p for older Bash compatibility. Focused real-shell tests: 5 passed, 0 failed. Receipt: bash-reassignment-green.log.
D241 exact first-time notice copy for the later UI pass: "zellij start skipped: infraternal keeps this session for you · [Use zellij here]". The action to use the host switch is [Use zellij here]; after the first notice, show nothing.
Finding: the first perf-VM launch could not execute the copied GNU test binary because its ELF interpreter points into the build host's Nix store, which is absent on the VM. The binary transfer checksum matched; I am rebuilding the same test target as static musl for the VM. No timing samples were collected. Receipt: failed launch.
Finding: the account-scoped settings index changes global plugin uniqueness. The release service previously read and upserted without a user-scope filter; updated its read/write path to
user_id IS NULLand added an account-row isolation regression. Seecrates/plugins/release/src/service.rs:92,97,129andcrates/plugins/release/src/service_tests.rs:89-109. Tests are pending.Finding: the perf VM (infraternal-perf-test, 4 cores, CPUWeight=10000, load 0.66/1.45/1.89) passed all 5 real tmux/Zellij startup and manual-start cases, but Bash guard overhead measured +1.011 ms p99 against the 1.000 ms limit (11 us over). Evidence: real-shell-perf-vm.log. I’m reducing the prompt-hook overhead before rerunning the full shell measurement.
Bash startup cleanup now runs after the startup profile is loaded, so an rc assignment cannot replace the guard. The real-shell unit cases cover scalar and array
PROMPT_COMMANDreplacement and manual tmux start.cargo test -p infraternal-shim --lib shell_startup::tests -- --test-threads=1: 5 passed, 0 failed. Worktree HEAD:e2ac27dfc7. Real tmux/Zellij startup and the paired 1 ms p99 benchmark remain pending on the perf VM.Finding: moving host overrides from the former
terminal_multiplexer_hosts.remote_host_id ON DELETE CASCADErow intoplugin_settings.settingswould retain stale JSON when a remote host is deleted. Migration 0026 now removes the UUID-keyed JSON object in anAFTER DELETE ON remote_hoststrigger; the migration compatibility test seeds an override and notice, deletes the host, and checks the path is gone. Validation is running.Finding: the pre-change merge-base static x86_64 binary measured 22,275,888 B, already 71,584 B above the committed 22,204,304 B ceiling. The attached same-recipe comparison records this baseline. I will meet the requested ≤16 KB branch delta and run the final
scripts/verify fastat the finished head; its exact static gate result will be reported.Finding: all five real startup/manual-launch cases passed on
infraternal-perf-test(4 cores, CPUWeight 10000, load 1.81/0.94/1.07), but the n=31 paired-delta estimator reported Bash p99 +6.277 ms while the observed independent Bash p99s were 26.863 ms baseline and 25.260 ms guarded. The paired tail is dominated by launch/scheduler noise and is not a stable estimate of open-time p99 overhead. Attached receipt. I’m increasing the sample to 101 launches per condition, alternating order, and gating on the guarded-minus-baseline p99 open-time distributions; the 1 ms limit remains unchanged.Backend validation: server library 252 passed, 22 ignored;
plugin_settings_review4 passed; release library 8 passed, 1 ignored; shim library 84 passed, 14 ignored. The migration-history test passed in both histories, including host JSON cleanup. Clippy found the PTY measurement test exceeded the 100-line pedantic limit (109 lines); I extracted the timing helper and am rerunning clippy on the touched crates. HEAD remainse2ac27dfc7.Backend storage step committed and pushed:
04e8ab116. It reuses account-scopedplugin_settingsJSON, keeps role switches global-only, preserves host deletion cleanup, and migrates both dev and production histories. Validation: server lib 252 passed;plugin_settings_review4 passed; release lib 8 passed; shim lib 84 passed; touched-crate clippy passed. Logs attached. Bash and PTY commits plus perf-VM measurements remain.Bash startup fix committed and pushed:
d77df089a. The one-shot guard runs after login profiles are loaded; scalar and Bash 5.1+ arrayPROMPT_COMMANDreplacements cannot retain TMUX/ZELLIJ markers, and a later manual tmux command still starts. Real Bash/Zsh unit cases: 5 passed. Test log attached. Real-engine VM timing is being rerun with 101 samples per shell.Finding: with 101 alternating launches on the perf VM (4 cores, CPUWeight 10000, load 1.79/1.21/1.10), all five real tmux/Zellij startup/manual-launch cases passed. Bash guarded-minus-baseline p99 was +0.892 ms; Zsh was +1.205 ms, 0.205 ms over budget. Attached receipt. I’m trimming Zsh overlay setup and first-prompt cleanup, then will rebuild and repeat the VM run.
Finding: the same-recipe stripped static x86_64 build at
d77df089ais 22,326,704 B versus the merge-base 22,275,888 B: +50,816 B, so another 34,432 B must be cut to meet the +16,384 B ceiling. The merge-base binary is itself 71,584 B above the committed D243 cap; meeting the requested delta would still leave the absolute size gate above cap. Attached build receipt; cargo-bloat attribution is running.Size attribution on
d77df089aversus merge baseb0a3799: stripped x86_64 is 22,326,704 B vs 22,275,888 B (+50,816 B).nmtotals named symbols +41,118 B; largest additions are the websocket frame future (+11,432 B) andpty::login_shell_command(+6,048 B). The launch future replaces its old body (+89 B net). ELF.textis +32,732 B and.rodata+8,192 B. No new dependency/feature;cargo bloatreports shim +5.8 KiB, serde_json +0.8 KiB and rustls +1.4 KiB (the dev lock moved rustls 0.23.45 to 0.23.46). Detailed attribution attached: size attribution. I’m reducing code size in the new action and startup paths, then I’ll repeat the same build measurement.D241 exact one-time notice copy for the later UI pass: “zellij start skipped: infraternal keeps this session for you · [Use zellij here]”. It appears once per host; the button turns the skip off for that host. The global switch remains available.
The merged settings/plugin task is 6,336 B smaller than the prior GNU-stripped diagnostic, but still 38,648 B over the merge-base size estimate (22,314,536 B vs 22,275,888 B; the strip recipes differ, so the final gate remains authoritative). Named-symbol delta is +31,685 B.
cargo bloatstill shows a 9.6 KiB socket action future; the helper boundary did not reduce it. Attached the current attribution and bloat receipt. I’m continuing the reduction before measuring the final static gate.size attribution · cargo bloat
R6 size finding: current static x86_64 branch artifact is 22,315,120 B vs 22,275,888 B at merge base (+39,232 B; target <=16,384 B). The comparable GNU strip --strip-all diagnostic is +41,728 B.
.textis +28,764 B and.rodata+8,192 B. Moving settings actions into the existing bounded control worker changed the GNU-stripped total by only +576 B from r5. The socket and persistence tests pass and touched-crate clippy passes, but the size target remains open.Size receipt
Bloat report
R7 diagnostic remains +38,464 B GNU-stripped vs merge base (r6 gate-recipe delta +39,232 B; recipes differ).
nmlocates an avoidable 8,279 B new launch future and +9,802 B in the existing plugin control future (7,549 → 17,351 B); attachment records the non-additive attribution. I merged the guard into the existing readiness launch path and am measuring it now. No dependencies/features added. Receipts: summary, base nm, branch nm.Progress: the r8 size refactor and startup latency harness are in the worktree. Focused Rust tests, clippy, and the static release build remain queued at build-slot (18 minutes so far; the current holder is another job's final gate). The real-shell perf run remains queued behind the perf VM lock (36 minutes so far; the holder is a 1,000-session soak). Both evidence logs are empty, so no new test, size, or latency result is claimed yet. I am continuing the queued runs and will retry the perf lock if its one-hour wait expires.
Perf runner finding: the perf VM has no active bench user manager (
/run/user/1001/busis absent anduser@1001.serviceis inactive), sosystemd-run --userfailed immediately after acquiring the lock. Verifiedsystemd-run --scope -p CPUWeight=10000 --uid=bench id -ureturns 1001; the real-shell run is requeued as bench in a CPU-weighted system scope under the same VM lock.Perf artifact finding: the staged
shim-test-r4is a GNU dynamic ELF whose interpreter is/nix/store/h4wfwic161kxrr74jlzla5lsm28hgary-glibc-2.44-25/lib/ld-linux-x86-64.so.2; that loader is absent on the perf VM (test -eexit 1), while/lib64/ld-linux-x86-64.so.2exists. Execution therefore failed withFailed to execute: No such file or directory. I am building the test harness for static musl before retrying.Finding: the r9 static x86_64 binary is 22,315,056 B versus 22,275,888 B at merge base
b0a3799cf459425c3402e745f329f4ebc441c144: +39,168 B. The allowed delta is 16,384 B, so another 22,784 B must be cut. The launch-path and boxed-control refactors shaved only 64 B from r7’s exact-recipe +39,232 B. The base itself is 71,584 B above the unchanged 22,204,304 B gate ceiling. Focused settings (5/5), authenticated socket (1/1), and startup flag (1/1) tests pass; clippy passes; static release build completed. The full build log is attached: https://git.kayg.org/attachments/d7ab31fa-3e3a-455d-9a31-d3cf05bb41aa. I am continuing symbol attribution and will keep the ceiling unchanged.Attribution: r7 symbol output still identifies
<SocketPlugins>::control's inner future at 17,351 B; merge base is 7,549 B, a +9,802 B increase. The r8/r9 boxed call did not lower the release artifact. I will route the settings actions through their declared plugin descriptor and the existing bounded plugin worker so the shared core control future does not carry their action branch. This also removes the separate action-ID allowlist from core dispatch. Raw base and branch nm receipts remain attached in the earlier r7 comment.r10 static x86_64 PIE is 22,316,080 B, +40,192 B over merge base
b0a3799c; the +16,384 B ceiling is exceeded by 23,808 B. Routing terminal preference actions through the generic plugin descriptor did not reduce the binary (+1,024 B versus r9). No dependencies or lockfile entries changed. Build/test/clippy receipt: size-iteration-r10.log. Attribution is still in progress.R10 size attribution: stripped static x86_64 is 22,316,080 B (+40,192 B vs merge base). Same-tool unstripped
nmtotals are 20,488,747 B -> 20,519,250 B (+30,503 B); ELF deltas are.text+26,460 B,.rodata+8,192 B,.gcc_except_table+2,032 B,.eh_frame+1,936 B, and other sections +3,405 B. Largest new named functions areWebSocketState::new_innerasync state (16,922 B), terminal preference plugin request future (11,707 B), andpty::login_shell_command(6,048 B);read_settingsis 1,935 B. The largest offset isruntime::build_router_core-19,017 B. No Cargo manifest, crate, or feature additions; Cargo.lock only changes rustls 0.23.45 to 0.23.46 (the prior crate report attributes about +1.4 KiB there). No regex or formatting machinery was introduced. Receipts: cargo bloat, symbol comparison, base sections, branch sections. I’m targeting the server request/setup futures and shell setup code, then I’ll measure the stripped artifact again.Correction to the R10 attribution comment: the remaining unstripped ELF section delta is +3,845 B (not +3,405 B). The listed major section deltas are unchanged.
Continuation r2 started on branch
multiplexer-skipatd77df089a, based on merge baseb0a3799cf459425c3402e745f329f4ebc441c144. The r10 static x86_64 artifact was +40,192 B over the merge base. I’m reducing the settings/action path, validating the Bash prompt-hook reassignment fix, and measuring shell startup p99 on the locked perf VM. No deployment is planned.r11 static x86_64 is 22,308,048 B, +32,160 B against merge base
b0a3799cf459425c3402e745f329f4ebc441c144; this is 8,032 B smaller than r10. The shared action worker and one-statement preference reads/writes removed duplicate request framing and transaction paths without adding dependencies. The +16,384 B target is still exceeded by 15,776 B, so size reduction remains open. Build receipt: size-iteration-r11.log.The focused plugin lifecycle suite caught one stale test assumption:
plugin_lifecycle.rsindexeddiscovery.plugins[0]asmesh, but the new terminal preference plugin now precedes it. The run was 4/5; the failing assertion reported leftterminal.multiplexer, rightmesh. The test now locates the mesh descriptor by ID. Receipt: plugin-control-tests-r11.log.Backend persistence/API slice committed and pushed as
e315ab021. Reused the existing settings table and shared plugin socket worker; no dependency additions. Focused checks: plugin lifecycle 6 passed, 0 failed; terminal preference settings 5 passed, 0 failed; server clippy finished successfully. Static size remains +32,160 B vs merge base pending the next reduction.Perf VM run r8 exposed a harness failure before timing samples: Bash plain tmux passed, but the manual Zellij case waited 8 s for the PTY prompt after killing its session and timed out with no output. The test had already confirmed the manual session was listed; it incorrectly assumed the attached client returns to the shell after
kill-session. No p99 numbers were produced. Log: real-shell-perf-vm-r8.log.Size attribution at r11: stripped x86_64 static size 22,308,048 B, +32,160 B vs merge base; the +16,384 B target is exceeded by 15,776 B.
cargo bloat --cratesshows no new crate; Cargo.lock has no dependency addition or feature enablement. Same-tool nm totals are 20,488,747 B at base and 20,511,455 B on branch (+22,708 B; +21,652 B excluding exception-table symbols). Largest new named symbols:WebSocketState::new_inner16,922 B, control action handler future 13,106 B, terminal preference handler future 11,835 B,login_shell_command6,048 B, settings read future 2,828 B, shared socket worker futures 3,386 B. Main avoidable duplication had been the terminal plugin's separate action loop; sharing it already cut 8,032 B. Current experiment keeps shared plugin assembly out of the WebSocket constructor; same-recipe stripped measurement pending.Evidence: crate attribution, top functions, base-vs-branch nm.
Two interrupted build/test invocations initially omitted
CARGO_TARGET_DIR; neither partial result is counted. The pre-existing worktreetarget/was already occupied by other builds, so it was left intact. All subsequent commands use the job scratch target.The no-inline-only candidate did not reduce size: the stripped static x86_64 binary measured 22,308,496 B (+32,608 B vs merge base), 448 B larger than r11. I removed that boundary. The measured
WebSocketState::new_innerfuture remains 16,922 B in the r14 nm receipt. I am testing a boxed shared operation future so the plugin assembly poll path is not embedded in the socket constructor.Evidence: build log, size receipt.
The boxed shared-operation future reduced the stripped static x86_64 artifact to 22,300,304 B (+24,416 B vs merge base), cutting 7,744 B from r11. This remains 8,032 B above the +16 KiB limit. A fresh function-level attribution is running against this candidate before selecting the next cut.
Evidence: build log, size receipt.
Size attribution at
d77df089a: static x86_64 is 22,300,304 B, +24,416 B versus the 22,275,888 B merge base; the +16,384 B limit is still exceeded by 8,032 B. Same-tool named symbols add 17,014 B, led by the terminal settings handler future (11,835 B), control handler future (13,106 B), and shared plugin assembly future (7,821 B). No new crates/features are involved. The symbol report suggests the async settings action graph is carried by its handler future; r18 boxes it through the existing Operation boundary for a measured size check. Evidence: cargo-bloat, attribution.The r18 focused server test has been queued through build-slot since 04:53 CEST. All four slots remain occupied by other lanes; no build/test is running outside the wrapper. The next size result and required shell/gate tests need a released build slot. Source and dependency manifests are unchanged while waiting.
Focused settings tests passed (5/5). The first r18 clippy run stopped before the static build: clippy::elidable_lifetime_names at crates/infraternal-server/src/plugins.rs:1018 on the shared assembly Operation helper. The explicit lifetime is now elided; fmt, clippy, focused tests and static size measurement are queued together through build-slot. Receipt: r18 clippy output.
R18 verified with fmt, server clippy clean, and terminal preference unit tests 5/5. Stripped static x86_64 measured 22,300,400 B (+24,512 B vs 22,275,888 B base), 8,128 B over the +16,384 B ceiling. Boxing execute_action without an optimizer boundary did not reduce the linked image (r16 was 22,300,304 B). I’m adding #[inline(never)] to the boxed action factory; the earlier shared plugin assembly helper reduced size only with this boundary in place. Receipts: build/tests/clippy, size.
R19 formatting, server clippy and terminal preference tests passed (5/5). Adding #[inline(never)] to the boxed execute_action factory increased the stripped static binary to 22,300,528 B (+24,640 B vs base), 8,256 B over the growth ceiling. This is 224 B larger than the unboxed async implementation and is rejected. I’m removing both r18/r19 boxing experiments and will reduce the action surface while retaining per-host ownership and atomic notice claiming. Evidence: r19 log, size.
To address the measured 8,256 B r19 overage without weakening ownership or persistence, I collapsed the new API from four action IDs to two:
terminal.multiplexer.preparereads effective settings and atomically claims/returns the first notice;terminal.multiplexer.setcovers global (host_id omitted), local (host_id=null), and remote (UUID) settings.prepareis declared Write because claiming the notice persists state. The remote host owner/revocation checks and one-time notice transaction remain in the same backend functions. I’m validating the revised action schema and linked size now.The r20 validation command (fmt, server clippy, 3 focused API/socket tests, static size build) has been queued through build-slot since 05:31 CEST. The four slots remain occupied by two
scripts/verify fastgates and two other build/test lanes. The real-shell test binary will also be rebuilt before the perf VM run because its existing artifact predates the latestpty.rssource. No unwrapped builds are running.Update 05:45 CEST: r20 is still queued since 05:31; the slot that released was taken by another final gate. The new action tests and size result remain pending a build-slot. I’ll continue as soon as the queue admits it.
R20:
cargo fmt --check, server clippy clean, 6 preference tests, the authenticated socket test, and plugin socket persistence test all pass. Static x86_64 is 22,298,992 B (+23,104 B vs base), 6,720 B above the allowed growth. Symbol comparison against the same-tool base shows the priorSocketPlugins::controlpoll was 7,549 B and the extractedControlActionHandler::callpoll is 13,106 B (+5,557 B); this extraction is the likely main remaining avoidable cost. I’m restoring the pre-existing controller worker path while retaining the generic action worker for terminal preferences, and simplifying the set response to an acknowledgement so it does not fetch/serialize settings twice. Evidence: R20 tests/build, size, current symbols, base symbols.R21 (fmt, server clippy, preference and plugin lifecycle tests, static size build) has been queued through build-slot since 06:02 CEST. As of 06:12 all four slots remain held by other lanes. No build/test is running outside the wrapper; the queued command is unchanged.
R21 formatting/clippy and focused tests passed: 6 terminal preference tests, 6 plugin lifecycle tests, and the authenticated socket test. The stripped static binary is 22,305,648 B (+29,760 B vs base), 13,376 B above the growth cap and 6,656 B larger than R20. The attempted inline plugin-controller restoration plus acknowledgement-only set response regressed size; this candidate is rejected. The earlier symbol-size comparison did not predict linked-size behavior, so I’m inspecting R21 linked symbols before the next size edit. Evidence: R21 build/tests, size.
R21 symbol attribution attached. The 22,305,648 B candidate is +29,760 B from base, 13,376 B over the +16,384 B limit. The largest new named polls are TerminalPreferencesPlugin::call (9,796 B), compiled_with_hosts (7,821 B; inlined in base), pty::login_shell_command (6,048 B; inlined in base), and read_settings (2,846 B). The core control closure is 7,461 B versus 7,549 B in base; symbol deltas do not explain the 6,656 B R20-to-R21 whole-binary regression because controller and response changes were combined. I restored the shared controller implementation from R20 before measuring the next candidate.
Receipt: R21 size attribution
R22 candidate measurement: 22,297,520 B stripped static, +21,632 B against merge base. Restoring shared controller dispatch and returning a fixed save acknowledgement reduced R21 by 8,128 B; this candidate is still 5,248 B above the +16,384 B limit. I’m keeping it uncommitted and splitting the two action futures to target the remaining generated poll code.
Receipt: R22 size metric
R23 split-future experiment is rejected on size: 22,298,000 B stripped static, +22,112 B against base, 5,728 B over the +16,384 B limit; it is 480 B larger than R22. Server clippy passed and the 17 focused
terminal_tests passed. I’m gathering a fresh symbol report to guide the next reduction.Receipt: R23 size metric and focused gates
R23 attribution attached. The +22,112 B stripped delta is spread across
.text(+10,396),.rodata(+8,192), exception/unwind sections (+2,292 combined), and.data.rel.ro(+1,088). The split action polls are 4,087 B (prepare), 2,637 B (set), and 2,846 B (settings read); the shared action worker poll is 2,527 B. Same-namenmtotals do not reconcile with stripped size because code moves across inlined functions and data sections. Full symbol report attached for the next cut.Receipts: R23 section and symbol summary, R23 nm output
R24 measured 22,296,112 B stripped static, +20,224 B from base and 3,840 B above the +16,384 B limit. Removing the inherited PROMPT_COMMAND environment scan and state saved 1,888 B against R23; Bash rc-defined scalar and array hooks remain covered by passing tests. I’m applying one more measured reduction to the action contract data and Bash array detection.
Receipt: R24 size metric
R25 is still 22,296,112 B (+20,224 B), 3,840 B over the relative cap. Named action schema references and Bash
declare -parray detection produced no stripped-size change from R24. The nested-Option parser experiment was reverted becauseclippy::option_optionrejects it; the explicit tri-state parser passes clippy. I’m continuing with an implementation-level reduction rather than retaining a lint exception.Receipt: R25 size metric
SQL consolidation and clippy/test evidence:
save_settingnow applies global and host overrides through one SQLite write path. The 17 focused server tests pass; clippy passes for infraternal-server and infraternal-shim. The stripped static x86_64 binary is 22,295,568 B versus 22,296,112 B in R25 and 22,275,888 B at merge base: this saves 544 B, leaving +19,680 B, 3,296 B above the +16,384 B limit. Build receipt: size-iteration-r26.log. Continuing size attribution and reduction.R26 cargo-bloat attribution (unstripped static x86_64 release): the
TerminalPreferencesPlugin::callasync poll is 9.2 KiB,read_settingspoll is 2.8 KiB,host_pathis 334 B, and Zshwrite_startup_fileis 830 B. The largest repeated cost is the plugin async call future; no dependencies or Cargo features were added. Full function report: cargo-bloat-r26.log. I’m targeting the duplicated async settings path and startup helper while preserving owner checks and the notice claim.D241 UI copy for the later UI pass: “zellij start skipped: infraternal keeps this session for you · [Use zellij here]”.
Use zellij hereturns startup skipping off for that host; the global switch remains available. This is the exact copy from D241, recorded here as requested.R27 current source passes focused server clippy/tests. The updated size build is queued at the build-slot wrapper. The real-shell harness is staged on
infraternal-perf-testand its SHA-256 matches the local artifact, butflock -w 3600 /var/lock/perf-bench.lockhas not admitted the measurement yet. No R27 timing result is available.R27 static stripped x86_64 size is 22,293,904 B versus 22,275,888 B at merge base: +18,016 B, 1,632 B above the +16,384 B continuation ceiling. Relative to R26 (22,295,568 B), the parser, borrowed UUID bytes and startup changes saved 1,664 B. Artifact receipt: size-iteration-r27.log. Continuing to reduce the remaining overage before committing.
R28 static stripped x86_64 size is 22,293,072 B versus 22,275,888 B at merge base: +17,184 B, 800 B above the +16,384 B ceiling. The test-only remote recheck removal saved 832 B from R27 (22,293,904 B) while focused clippy and tests remained green. Artifact receipt: size-iteration-r28.log. I’m trimming internal startup wrapper names and catalog wording to clear the remaining 800 B without changing behavior.
R29 focused checks are green: clippy passed, 17 server tests passed, and 5 shell-startup tests passed. The stripped static x86_64 size build has waited in build-slot since about 09:15 CET and has not started; free disk is 35 GB. Needed to continue: an available shared build slot. Current HEAD is
e315ab021; R29 changes are uncommitted.The R29 size build is still queued in build-slot; all four slots remain occupied. The existing 13 GB job target is intact and disk availability has recovered to 72 GB. Since the last issue update, I added the parser-fuzzing-only entry point/target; cargo tree confirms that feature is absent from the production server tree and introduces no dependencies. Current HEAD remains
e315ab021; the focused R29 checks are green, and the source changes remain uncommitted pending size/perf verification.R29 remains queued: all four shared build slots are occupied, and
size-iteration-r29.loghas not been created because the static build has not started. Disk availability is 71 GB and this job's existing target remains intact. Focused clippy and tests are green (17 server, 5 shim); current HEAD ise315ab021with R29 uncommitted. Needed to proceed: a shared build slot for the required stripped-size comparison.R29 static stripped x86_64 size is 22,292,816 B versus 22,275,888 B at the merge base: +16,928 B, still 544 B above the +16,384 B ceiling. This saves 256 B from R28's +17,184 B. The build reports a stripped static PIE. Receipt: size-iteration-r29.log. I’m reducing the remaining 544 B before committing.
R30 focused clippy and test gates remain queued in build-slot after ~35 minutes; the wrapper is alive in its 20-second wait loop and has produced no gate log yet. Scratch filesystem has 65 GB free; the existing target is intact. Current branch head:
e315ab021. Continuing with the queued request.R30 focused clippy/tests have been queued in build-slot for ~54 minutes. The request is alive in the wrapper wait loop with no gate log; all four ordinary slots remain occupied by other jobs. Two slots turned over and were acquired by other queued jobs. Scratch has 72 GB free; current branch head remains
e315ab021. Continuing to wait for the next slot.One hour after enqueue, R30 focused clippy/tests remain in the build-slot wait loop with no compiler log. All four ordinary slots remain occupied; the oldest current slot owner has been running since 13:08 CEST. Scratch has 71 GB free. Current head:
e315ab021. No gate result yet; continuing to wait.R30 focused gates remain queued after ~66 minutes, with no output. Scratch free space has fallen to 56 GB (from 71 GB at the prior update); this job's single target remains present. The four ordinary slots are still held by other jobs. Continuing with the existing queue request.
R30 focused gates passed against the working tree (branch head
e315ab021): clippy for infraternal-server, infraternal-shim and infraternal-agent; 17 server tests passed; 5 shell-startup tests passed. The R30 size reductions shorten shell guard identifiers and action-catalogue text. Logs: clippy, server tests, shim tests. Next: static binary size measurement.R30 static release build passed, but the binary remains 22,292,816 B (+16,928 B vs merge base 22,275,888 B), 544 B over the 16,384 B cap. It is a stripped x86_64 static PIE. Size is unchanged from R29 despite the additional identifier/catalogue string cuts, so those changes did not reduce the final file size. Build receipt: size-iteration-r30.log. Continuing to trim production code before commit.
The fresh R30 cargo-bloat/symbol comparison has waited one hour in build-slot and has produced no log. All four ordinary slots remain occupied by other jobs. Scratch has 70 GB free; this job's target is intact. The parser visitor reduction is formatted but still awaits compilation/clippy and size evidence. Continuing with the queued request.
R30 size attribution against merge base
b0a3799cf4: no production dependency or feature was added; the parser-fuzzing feature is enabled only by fuzz/Cargo.toml. The freshnm --size-sortcomparison reports +8,524 B of named symbols (+7,268 B excluding exception-table labels). Largest task-path symbols are the terminal preference action poll (7,840 B),read_settingspoll (2,579 B),login_shell_command(5,737 B), and shared socket action worker (2,527 B). The branch-vs-base unstripped section delta is.text+7,132 B,.rodata+8,192 B,.gcc_except_table+800 B,.eh_frame+456 B, and.data.rel.ro+960 B. This explains the feature growth without serde derive machinery or new crates; the hand-written JSON visitor is being replaced with a derived strict struct and small null-preserving field decoder. Receipts: bloat functions, bloat crates, nm delta, base sections, branch sections. The parser change is now ready for focused clippy/tests and a new stripped size measurement.Correction to the attribution above: the R30 bloat artifact includes the new serde-derived
ActionInputstruct. Its null-preserving field decoder is small in the symbol report; there are no added dependencies or production features. The parser refactor is intended to reduce the hand-written visitor, and its effect still needs the post-change stripped size measurement.The parser reduction passes focused gates against working-tree head
e315ab021: clippy on infraternal-server, infraternal-shim and infraternal-agent; 17 server tests passed; 5 shell-startup tests passed. The input remains strict and preserves missing versus null through a small field deserializer, with duplicate and unknown keys rejected by the derived struct. Logs: clippy, server tests, shim tests. Next: stripped static size measurement.R31 size finding: the serde-derived input parser produced a stripped static binary of 22,293,328 B (+17,440 B vs merge base), 1,056 B over cap and 512 B larger than R30. That parser change is reverted. Receipt: R31 size build.
R32 focused gates pass at working-tree head
e315ab021: clippy on server/shim/agent; 17 server tests; 5 shim startup tests. R32 replaces UUID formatting inhost_pathwith lowercase hex appends and changes the atomic notice claim to use SQLiterows_affected()instead ofRETURNING 1; ownership and notice tests pass. Logs: clippy, server tests, shim tests. Next: stripped static size measurement.R32 static size is 22,292,880 B (+16,992 B vs merge base), 608 B over the 16,384 B cap. This is 448 B smaller than R31 but 64 B larger than R30, so the path-format and SQLite row-count edits do not yet clear the cap. Receipt: size-iteration-r32.log. I’m removing specialized serializer glue for the fixed settings response while keeping its four booleans and nullable override.
R33 focused gates pass against working-tree head
e315ab021: clippy on server/shim/agent; 17 server tests; 5 shim startup tests. The settings response encoder now writes a fixed key sequence and scalar JSON tokens without a derived serializer; action tests parse its bytes and verify all four fields. Logs: clippy, server tests, shim tests. Next: stripped static size measurement.R33 stripped static binary is 22,293,136 B (+17,248 B vs merge base), 864 B over cap and 256 B larger than R32. The fixed manual JSON encoder is reverted; serde serialization is retained. Receipt: R33 size build. I’m testing a direct boxed action future to remove the extra wrapper at the socket boundary.
R34 focused gates pass at working-tree head
e315ab021: clippy on server/shim/agent; 17 server tests; 5 shim startup tests.TerminalPreferencesPlugin::callnow returns a boxedexecute_actionfuture directly;execute_actionproduces the handler'sResultso no wrapper future is needed. Logs: clippy, server tests, shim tests. Next: stripped size measurement.R34 static size result: stripped x86_64 musl binary is 22,292,720 B, +16,832 B over merge base
b0a3799cf4and 448 B above the 16,384 B cap. The direct boxed action future saves 160 B against R32, so it remains in place. Build log: https://git.kayg.org/attachments/58b7ef2d-5767-42a7-9dee-132864a67a91R35 measured codegen trim: removed the
inline(never)boundary on the action wrapper. Focused gates passed (17 settings/server tests, 5 shell startup tests, clippy clean). The stripped static binary is 22,292,528 B, +16,640 B against merge base and still 256 B above cap; this saves 192 B versus R34. Build and exact size receipt: https://git.kayg.org/attachments/26c92d49-d680-42d7-a66e-e9af410cba02R36 removed the
run_actioninline boundary after R35 had removed the wrapper boundary. The static binary measured 22,292,720 B (+16,832 B), 192 B larger than R35 and back at the R34 size; focused gates remained green. I am reverting this codegen variant and keeping R35, which is 256 B over the cap. Receipt: https://git.kayg.org/attachments/bf052a39-1eba-478f-a5d0-40ff02ef92b0R37 added
inline(never)toread_settingsafter the R35 wrapper result. Focused gates passed, but the stripped binary measured 22,292,592 B (+16,704 B), 64 B larger than R35. Reverting the outline hint. Receipt: https://git.kayg.org/attachments/13743a47-95f0-400b-ab23-532c357b14e0R38 outlined
prepare_settings; the stripped binary is 22,292,464 B, +16,576 B over merge base and 192 B above cap. This saves 64 B vs R35, with focused gates green. Receipt: https://git.kayg.org/attachments/0c8f4c90-bbc4-4658-add1-16be79356e15R39 outlined
claim_notice; the stripped binary measured 22,292,592 B (+16,704 B), 128 B larger than R38 and 64 B larger than R35. The variant is being reverted. Focused tests remained green. Receipt: https://git.kayg.org/attachments/9f9face6-cf16-4249-97c2-9ed74d12b0acR40 outlined
save_setting; focused gates passed, but the stripped static binary is 22,292,528 B (+16,640 B), 64 B larger than R38. Reverting this hint. Receipt: https://git.kayg.org/attachments/6f51c6ed-3375-4d7a-9c16-d7703f23dcc7R41 Bash startup update: remove the inherited guard from PROMPT_COMMAND before reading login files, then clear TMUX/ZELLIJ and run the user's replacement once. This survives
.bashrcreplacing the command as a string or array and leaves manual multiplexer launch available. Focused gates passed: clippy clean, 17 server tests, 5 shim startup tests. Receipts: https://git.kayg.org/attachments/119bc12b-aab8-4730-a444-c41a6f880f99 https://git.kayg.org/attachments/f1418089-625d-48b9-8274-6798c2ad37f2 https://git.kayg.org/attachments/023d4dbb-ec48-41fe-9f54-600e8e0e0fe2The R41 stripped-size build is still queued in build-slot after 24 minutes; the wrapper has not started Cargo. Focused gates passed and their receipts are in the previous comment. I am waiting for an admitted slot. Queue snapshot: https://git.kayg.org/attachments/ca12248e-d688-4861-943c-b06928c78cb5
R41 stripped static size is 22,292,464 B, +16,576 B against merge base, still 192 B above the 16,384 B ceiling. It exactly matches R38 despite the Bash hook source shrinking by 1,293 B; I am checking the linked artifact/codegen before selecting the next trim. Focused gates remain green (clippy, 17 server tests, 5 shell tests). Size receipt: https://git.kayg.org/attachments/615750b2-dc41-43b1-8b7a-1620871c0af3
R42 outlined
action_response; focused gates passed, but the stripped static binary grew to 22,292,528 B (+16,640 B), 64 B larger than R41 and 256 B above the ceiling. Reverting the outline hint. Receipt: https://git.kayg.org/attachments/53a516fd-df38-444d-b090-8be2e928acefR43 contract note: use concise schema reference labels
TerminalPrepare,TerminalSettings,TerminalSet, andTerminalSavedin the action catalog and settings contract. Action IDs, JSON fields, and wire behavior remain unchanged; the owner-facing API definitions remain explicit incontracts/terminal-multiplexer-settings.md. This keeps catalog strings small under D243 while preserving the settings contract.R43 focused gate remains queued in build-slot (PID 810948, about 24 minutes elapsed); no gate logs exist yet. All four ordinary slots are still occupied: slot 1 fuzz PID 687004, slots 2–3 verify fast PIDs 762211 and 645511, slot 4 addhost gate PID 789580. The R43 source is unchanged while waiting.
R43 focused gate has now waited about 43 minutes in build-slot and still has no gate output. Three slots are held by full verification jobs (PIDs 587080, 645511, 762211), one by a transport-profile check (PID 857573), and the reserved slot by a fuzz campaign (PID 687004). The queued R43 command remains unchanged.
R43 has remained queued since 18:56. At the 19:45 check all four ordinary build slots and the reserved slot were occupied: three full verification jobs (PIDs 587080, 645511, 762211), transport-profile check 857573, and a newly admitted reserved verification job 1085437. No R43 logs exist yet.
R43 focused gate has been queued since 18:56 (+02:00), now about 59 minutes, with no output logs. Current slot owners are three full verify runs (PIDs 587080, 645511, 762211), a workspace cargo test (1107387), and the reserved verify run (1085437). The queue entry is still active.
R43 has remained queued since 18:56 (+02:00), about 75 minutes, with no output logs. The four ordinary slots are still held by fuzz PID 687004, verify-fast PIDs 762211 and 645511, and SQLite prototype check PID 992648. The reserved slot is now held by verify-fast PID 1232051.
R43 focused gate is still queued about 89 minutes after submission, with no output logs. The four ordinary slots remain held by fuzz PID 687004, verify-fast PIDs 762211 and 645511, and SQLite prototype check PID 992648; reserved slot remains verify-fast PID 1232051.
R43 focused gate has been queued about 110 minutes since 18:56 (+02:00), still with no output. Two ordinary slots have turned over to the designer version-pill serve loop (PID 977739) and transport dependency gate (PID 1359013); the other ordinary slots remain fuzz PID 687004 and verify-fast PID 762211. Reserved slot remains verify-fast PID 1364389.
R43 focused gate has been queued since 18:56 (+02:00), now 2 hours, with no output logs. The four ordinary slots remain held by fuzz PID 687004, verify-fast PID 762211, designer serve loop PID 977739, and transport dependency gate PID 1359013; reserved slot remains verify-fast PID 1364389.
R43 focused gate remains queued 2 hours 15 minutes after submission, with no output logs. All ordinary slots and the reserved slot are still occupied: fuzz PID 687004, add-host browser resume PID 1163947, designer serve loop PID 977739, release test compilation PID 1550349, and verify-fast PID 1364389.
R43 focused gate remains queued 2 hours 41 minutes after submission, with no output logs. Ordinary slots are held by remote plugin release test PIDs 1768840, app-windows build 1209834, add-host resume 1699027, and binary size build 1708114. Reserved slot remains an agent-reconnect baseline build (PID 1773410).
R43 focused gates passed.
cargo clippy --locked -p infraternal-server -p infraternal-shim -p infraternal-agent --lib -- -D warningscompleted (3.30s); 17 server terminal tests passed (6.19s); 5 shim shell-startup tests passed (0.07s), including Bash scalar/array PROMPT_COMMAND replacement and real Bash/Zsh manual-start cases. Outputs: clippy, server tests, shim tests.R43 focused clippy/tests passed and their logs are attached. The follow-up static x86_64 size build has waited 11 minutes in build-slot with no output/log file yet. Four ordinary slots remain occupied by designer preview, add-host resume, app-windows gate, and size-ratchet build; the reserved slot is running an agent test.
The R43 static x86_64 size build has now waited about 22 minutes in build-slot, with no output file. The four ordinary slots are still held by the designer preview, add-host resume, app-windows gate, and another size-ratchet build. Focused clippy and tests passed earlier; no size claim is made yet.
R43 static x86_64 size build has waited about 33 minutes in build-slot, with no log file. Four ordinary slots remain occupied by the designer preview loop, another size-ratchet branch build, app-windows gate, and VNC design baseline. The build has not started.
The R43 static size build has waited about 40 minutes in build-slot without producing a log. All four ordinary slots remain occupied by designer preview, size-ratchet branch build, app-windows gate, and VNC baseline; the reserved slot is running a mesh order test.
R43 static x86_64 size build has waited about 50 minutes in build-slot without output. Ordinary slots remain held by verify-fast, size-ratchet, app-windows, and VNC baseline jobs; the reserved slot has rotated to a core test/clippy job. Focused server/shim gates passed earlier, but the required binary size check remains pending.
R43 static x86_64 size build has waited 1 hour in build-slot, with no output or log file. All four ordinary slots remain occupied by verify-fast, size-ratchet, app-windows, and VNC design jobs; the reserved slot is running an agent-reconnect static build. The size comparison remains pending.
The R43 static x86_64 size build has waited about 70 minutes in build-slot, with no output log. The same four ordinary slots remain held by verify-fast, size-ratchet, app-windows, and VNC baseline jobs; the reserved slot remains on agent-reconnect static build. The size limit is still unverified.
R43 static x86_64 size build has waited about 80 minutes in build-slot without output. Ordinary slots remain occupied by verify-fast, size-ratchet branch size, app-windows gate, and add-host fix; reserved slot is running agent-reconnect baseline. The required size comparison remains pending.
R43 static x86_64 musl build completed in 4m52s. Stripped PIE size: 22,292,432 B; merge-base
b0a3799cf4: 22,275,888 B; delta +16,544 B. This is 160 B above the 16,384 B cap. The build is static PIE and stripped. Receipt: R43 size log. I am continuing to trim compiled code/data before the next measurement.The R45 combined clippy/test/static-size gate has waited about 30 minutes in build-slot with no output. All four ordinary slots are occupied by two verify-iterate runs, an app-windows final check, and an add-host fix run. The reserved slot is free but reserved for agent-reconnect jobs, so R45 is not eligible.
R45 combined validation has waited about 40 minutes in build-slot without output. All four ordinary slots are occupied by size-ratchet verify-iterate, edge-autoupdate resume, app-windows final check, and add-host fix work; the reserved slot runs agent-reconnect final runtime. No R45 tests or static size build have started.
R45 combined clippy/test/static-size gate has waited about 50 minutes in build-slot with no output. The four ordinary slots are occupied by size-ratchet verify-iterate, mesh scoped gates, app-windows final check, and add-host fix work. The reserved slot is free but unavailable to this non-agent-reconnect job.
R45 focused gates passed: clippy for server/shim/agent; 17 server tests (6.31s); 5 shim startup tests (0.08s). Static x86_64 musl binary is 22,292,304 B, +16,416 B versus merge base
b0a3799cf4(22,275,888 B), 32 B above the 16,384 B cap. Logs: clippy, server tests, shim tests, size. I am reducing compiled metadata by another small amount and will remeasure.R46 combined clippy/test/static-size gate has waited about 30 minutes in build-slot with no output. Four ordinary slots are held by process-per-user verify, mesh integration gates, app-windows final check, and add-host fix work; the reserved slot is on agent-reconnect delta review. The candidate has not changed since submission.
Starting continuation r2 on
multiplexer-skip, worktree.worktrees/multiplexer-skip, ate315ab021553f4b8553789f74b7a455838c1c083; merge baseb0a3799cf459425c3402e745f329f4ebc441c144. Scope: reduce stripped static x86_64 binary growth to at most 16,384 bytes and preserve the Bash prompt-hook cleanup with real-shell coverage.R46 candidate based on
e315ab021553f4b8553789f74b7a455838c1c083: clippy passed forinfraternal-server,infraternal-shim, andinfraternal-agent(cargo clippy --locked ... -- -D warnings, exit 0). Focused server and shell-startup tests are compiling; static size remains pending. clippy logR46 candidate based on
e315ab021553f4b8553789f74b7a455838c1c083: 17 server tests passed in 8.26 s and 5 shell-startup tests passed in 0.06 s. Coverage includes persisted settings, remote-host ownership, one-time per-host notice claims, authenticated socket actions, and Bash PROMPT_COMMAND scalar/array replacement. Clippy passed; static size is compiling.server test log
shell test log
R46 focused gates passed (clippy; 17 server tests; 5 shell-startup tests). Static stripped x86_64 musl binary is 22,292,304 B versus merge-base 22,275,888 B: +16,416 B, still 32 B above the 16,384 B cap. The R46 source-label reductions did not change the measured binary size; I’m attributing the growth before another code trim. size log
R46 size attribution check:
cargo tree --locked -e features -p infraternal --target x86_64-unknown-linux-muslis 2,793 lines at both merge base and candidate. After normalizing worktree paths, the only difference is the pre-existing lockfile updaterustls0.23.45 → 0.23.46 from commite2ac27dfc; no dependency or production feature was added by this lane. Theparser-fuzzingfeature is not in the production tree. normalized feature diffThe first merge-base
cargo-bloatbuild stopped inopenssl-sys: its new comparison target had noauth-tools/zig/zigat the path selected by.cargo/musl-cc.sh(status 127). I initialized the comparison target with the repository’s checksum-pinnedscripts/auth-toolchain(exit 0, 4.59 s); the analysis is being retried through build-slot. failed attempt logCorrection: my first cargo-bloat retry used the candidate worktree with the comparison target. I stopped only that wrapper’s process group after catching the workdir error; no code changed and no baseline result was taken from it. The corrected run is submitted from the detached merge-base worktree
b0a3799.Current candidate
cargo-bloat --cratescompleted:.texttotals 16.4 MiB; the largest named product crates areinfraternal-server2.8 MiB,infraternal-agent457.9 KiB andinfraternal-shim154.8 KiB. The tool attributes another 3.3 MiB to “Unknown” (mostly LTO monomorphizations). This establishes contributors but is not yet a base delta; the merge-base report is pending. current bloat logR46 attribution against
b0a3799is complete. Stripped static size remains 22,292,304 B vs 22,275,888 B (+16,416 B, 32 B over cap).cargo-bloatrounds total.textto 16.4 MiB for both; the server crate rounds to 2.8 MiB in both. Agent is +0.6 KiB, shim +4.5 KiB, rustls +1.4 KiB (the pre-existing 0.23.45→0.23.46 lock update); serde is unchanged, serde_json +0.8 KiB, and no regex feature or new dependency was introduced.nmreports +6,347 B net named text symbols. The largest new groups are the reused plugin action path (ControlActionHandler::call+13,106 B,compiled_with_hosts+7,821 B,terminal_preferences::execute_action+6,898 B) and shell wrapper (login_shell_command+5,737 B), offset by previous socket-control and router paths shrinking/removing.size -Ashows.text+6,172 B,.rodata+8,192 B,.gcc_except_table+804 B,.eh_frame+456 B, plus smaller relocation/data deltas. The.rodataincrease is anonymous static data in these comparison artifacts;cargo-bloat/nmdo not map all of it to named source symbols. No new format or regex machinery or dependency accounts for it.candidate bloat
merge-base bloat
nm symbol delta
candidate sections
base sections
Finding:
terminal.multiplexerdeclares no topics (topics: &[]) and is excluded from subscription providers atcrates/infraternal-server/src/plugins.rs:823-825; the fallback event payload is used only by subscription dispatch. Its descriptor still embeds a 37-byte unavailable-event JSON string. Replacing that unused payload with&[]follows the existing action-only remote descriptor precedent and should save the remaining 32 bytes without changing the action API. I’ll verify with the static size recipe and focused gates.D241 exact UI copy for the later UI pass: “zellij start skipped: infraternal keeps this session for you · [Use zellij here]”. The button turns the skip off for that host. After that, nothing. A global switch exists as well.
Finding: the committed x86_64 size ceiling is 22,204,304 bytes, but the recorded same-recipe merge-base artifact is 22,275,888 bytes (+71,584 over the ceiling). R46 was 22,292,304 bytes (+16,416 versus base, 32 bytes over the requested relative limit). I’m checking whether the R47 unused-event removal brings the relative delta under 16,384 bytes; the final fast gate will also show whether the inherited absolute ceiling fails independently. Evidence
verify iteratereached the full workspace tests with fmt, VT fmt, CLI plugin compile-out, clippy, and cargo-deny passing. One unrelated server test failed:plugin_switches_survive_database_reopenatcrates/infraternal-server/tests/plugin_settings_review.rs:99readBool(true)after restart where it expectedfalse(disabled plugin reverted to default). The multiplexer persistence and authenticated-socket tests passed. This is not one of the listed host-load exceptions; I’m isolating it before proceeding. Full gate logFinding: the full gate failure is caused by plugin catalog order, not a lost SQLite switch.
compiled_with_hostsprependedterminal.multiplexer, whileplugin_switches_survive_database_reopenintentionally readsplugins[0]for the existing mesh plugin; it therefore observed the new plugin's defaulttrue. The old plugin/action order is externally visible in the shared catalog, so I’ll append the new plugin after existing entries and rerun the failure before continuing.Queue wait: the corrected plugin-order test and full
verify iterateare submitted through the required build-slot wrapper but have not started because all regular build slots and the reserved slot are occupied. Needed: a shared build slot to be released. I have not run builds outside the wrapper.Full verify iterate after catalog-order fix: 434 infraternal-server library tests passed, 46 ignored, and
auth::tests::socket_tests::review_input_credit::review_full_input_writer_preserves_browser_control_progresstimed out atcrates/infraternal-server/src/auth/socket_tests/review_input_credit.rs:191(Elapsed(())). All other completed Rust gates passed; cargo-deny passed. I’m rerunning this test on a detachedorigin/devbaseline in the same build/load window per the host-load gate rule.Catalog order fix gate: the order-specific
plugin_switches_survive_database_reopenregression now passes (4/4plugin_settings_review). Fullscripts/verify iterate: artifact, deployment fixtures, fmt, VT fmt, CLI compile-out, Clippy and cargo-deny pass; server library tests were 434 passed, 1 timeout, 46 ignored. The timed out case isreview_full_input_writer_preserves_browser_control_progressat line 191 (Elapsed(())); the new authenticated settings route test passed. I’m comparing the isolated failure with detached baseb0a3799in the same shared-load window. Receipts: full iterator log, focused order-fix gate.Baseline comparison (detached merge base
b0a3799cf4): the isolated exact test passed,1 passed; 0 failed; 0 ignored; 0 measured; 263 filtered out; finished in 1.05s. The branch full server suite had434 passed; 1 failed; 46 ignoredafter 320.68s, with onlyreview_full_input_writer_preserves_browser_control_progresstiming out at line 191. Since the isolated baseline passed, this does not qualify for the documented host-load exception; I’m investigating branch isolation and suite-concurrency behavior before proceeding. Baseline test receipt; branch iterator receipt.Isolated timeout comparison: the exact socket test passes on both detached base
b0a3799and the feature branch (baseline 1.05s; branch 0.79s). The full workspace run failed it only while 435 server tests were active; the full branch server library suite had 434 passes and one timeout. I’m running the baseline server library suite under the same host window to check whether suite concurrency reproduces it. Baseline receipt; branch isolated receipt.Break-it finding: the size-cut Bash wrapper dropped an exported parent
PROMPT_COMMANDwhen the login files did not replace it. Added real-shell red case failed atshell_startup.rs:385because$HOME/prompt-hookswas never created (0 passed; 1 failed). I’m restoring the inherited hook fallback while keeping a profile-defined scalar or array authoritative, and will remeasure binary size. Red receipt.Feature-matched baseline result (detached
b0a3799,remoteenabled; the baseline predates the fuzz-only feature):test result: ok. 423 passed; 0 failed; 46 ignored; 0 measured; 0 filtered out; finished in 251.19s. The full baseline runner passedreview_full_input_writer_preserves_browser_control_progress. Current branch workspace run had 434 passed, that one timeout, 46 ignored in the server library suite. The isolated branch test also passes (0.79s), so this remains a full-suite-only branch failure and is not waived as a baseline host-load failure. I’m rerunning the branch server suite withremote,parser-fuzzingto see if it reproduces independently of the rest of the workspace. Baseline suite receipt; branch iterator receipt; branch isolated test.The new D202 metadata assertion initially failed to compile because its nested test module had not imported
ACTIONS(E0425, terminal_preferences.rs:705/708). Added the import; no runtime code changed. Rerunning the feature-matched server suite. Compile receipt.Inherited Bash hook fix: the real-shell regression now passes (1 passed, 98 filtered, 0.02s). A startup-only
__IR_PCvalue preserves an exported parent hook; a profile-defined scalar or array still wins, and__IR_PCis removed after the first prompt. Green receipt.Feature-matched server rerun: branch
cargo test --locked -p infraternal-server --lib --features remote,parser-fuzzingpassed435 passed; 0 failed; 46 ignored; 0 measured; 0 filtered out; finished in 207.21s. It passedreview_full_input_writer_preserves_browser_control_progress, the new terminal settings socket route, migration compatibility, settings action/schema assertions, and notice persistence. Detached baseline withremotepassed423 passed; 0 failed; 46 ignoredin 251.19s, including the same socket test. The earlier full workspace timeout is not reproducible in either matched server suite; I will rerun the complete iterator after finishing the shell/fuzz checks. Branch suite; baseline suite; initial branch iterator.The focused shell startup suite is queued through build-slot since 03:55 local time; all four normal slots remain occupied by other jobs. The test process has not acquired a slot or started compiling. I am waiting for the shared slot to free before continuing the remaining gates.
The focused shell suite remains queued through build-slot after more than 30 minutes; it still has not started compiling because all four normal slots are occupied. I also removed this job's idle 8.6 GB debug incremental cache after free disk space fell below 60 GB; free space is now 62 GB.
Historical perf VM result:
real-shell-perf-vm-r3.logrecorded Bash guard overhead +0.892 ms p99 and Zsh +1.205 ms p99 (budget 1.000 ms), on 4 cores withCPUWeight=10000, load average 1.79/1.21/1.10. The current optimized startup code is queued for a fresh run; this result is the comparison target. Evidence: real-shell-perf-vm-r3.logFocused Bash/Zsh startup tests passed on the branch, including the inherited hook and rc replacement cases:
Evidence: shell-startup-focused-r47.log
The production settings decoder fuzz target completed successfully with no crash or sanitizer finding across 5,824,311 inputs (coverage counters: 1,018; features: 2,527). Evidence: terminal-multiplexer-fuzz-r47.log
The first current perf VM attempt failed before timing:
HOME=/home/bench/.cache/codex-scratch/multiplexer-skip/real-startup/home-r47made the test's nested scratch path too long for tmux's socket filename. No timing samples were collected. I am rerunning withHOME=/home/benchandTMPDIR=/home/bench/.cache/codex-scratch/multiplexer-skip, matching the short bench scratch layout used by the prior real-engine runs. Evidence: real-shell-perf-vm-r47.logThe corrected real-engine run is waiting on
/var/lock/perf-bench.lockon the perf VM for 11 minutes; the remoteflock -w 3600process is alive and no weighted scope/test has started. I am continuing to wait within the allowed timeout.The corrected real-engine perf VM run passed all five Bash/Zsh × tmux/Zellij/Oh My Zsh startup cases, and manual start remained available. On infraternal-perf-test (4 cores,
CPUWeight=10000, load average 1.21/1.05/0.84), 101 real PTY samples per cell measured:Both guard deltas are within the 1.000 ms budget. Test result:
1 passed; 0 failed; 0 ignored; 0 measured; 98 filtered out. Evidence: real-shell-perf-vm-r47.logCompleted the r2 implementation iteration.
scripts/verify iteratepassed one315ab0215, including workspace Rust tests, clippy, formatter, and TypeScript protocol tests (37 passed, 0 failed). Full transcript: verify-iterate-r47-current.log. Next: static binary size comparison and final fast gate.R50 static-size fix: stripped x86_64 musl binary is 22,289,392 B vs merge base 22,275,888 B, delta +13,504 B (2,880 B below the +16,384 B limit). Same locked release recipe and target. branch size log; base size log.
cargo-bloatmerge-base/current comparison shows no added production crates or features; the only lockfile difference remains rustls 0.23.45→0.23.46 frome2ac27dfc. Rounded.textcrate sizes: infraternal-shim 150.3→155.1 KiB, infraternal-agent 457.3→457.9 KiB, rustls 352.6→354.0 KiB; infraternal-server remains 2.8 MiB at this report's precision. base bloat; branch bloat. Reusing the existing derived ActionInput visitor increased the size by 576 B compared with the manual strict visitor; the manual visitor was restored and keeps duplicate/unknown-field rejection.Focused settings tests passed 6/6 and shell startup tests passed 6/6, including Bash string and array PROMPT_COMMAND replacement. focused test log. The real-engine perf VM rerun is waiting for the shared measurement lock.
D241 exact notice copy for the later UI pass: “zellij start skipped: infraternal keeps this session for you · [Use zellij here]”. The button turns skipping off for that host.
Committed and pushed backend settings slice as 32401a6d5c0e83c1dfd700ed3c39e29ed393f2e4. Server settings tests: 6 passed, 0 failed; workspace
scripts/verify iteratepassed on the same server source, including clippy and integration coverage. focused tests; iterator transcript. The static branch measurement is +13,504 B from merge base and remains below the +16,384 B allowance.Committed and pushed the parser fuzz target as ee57baa7b4800f4a4efbd85c1afbb56910ea5d4b. The production
ActionInputdecoder completed 5,824,311 fuzz inputs in 61 seconds with no crash or sanitizer finding. fuzz log. The target uses parser-fuzzing, which is excluded from production builds.Size reduction attribution: the first r48 branch image was +17,600 B, 1,216 B over the allowed growth. Reusing the strict ActionInput visitor instead of Serde's derived form saved 576 B, and removing the Bash version-probing path while preserving scalar/array prompt commands reduced the final image to +13,504 B. Current section deltas vs merge base: .text +6,940 B, .rodata +4,096 B, .gcc_except_table +844 B, .eh_frame +584 B, .data.rel.ro +928 B; file-size delta +13,504 B. initial image; settings symbol sizes; section comparison. Strict shim clippy passed. clippy log.
Committed and pushed the shell startup guard as 041c915d2feac0b5cbe49d2978787f9b9d00c78d. Focused shell tests passed 6/6; strict shim clippy passed. Coverage includes Bash string and array PROMPT_COMMAND replacement, inherited hooks, cleanup before prompt, and manual start. tests; clippy. The real-engine perf VM run remains queued on the shared lock.
Reviewer checklist finding fixed in docs commit
c39ce7505: the Set contract now distinguishes accountskip_autostart(boolean only) from host overrides (boolean or null to inherit). The existing server test asserts global null is refused and host null clears the override; no wire behavior changed. settings tests. Commit pushed to multiplexer-skip.R50 perf VM finding: five real-shell cases passed (Bash plain tmux and generated Zellij; Zsh plain tmux, Oh My Zsh tmux, and generated Zellij); manual starts worked in all cases. On infraternal-perf-test (4 cores, CPUWeight=10000, load 0.11/0.30/0.45), Bash p99 overhead was -2.907 ms; Zsh was +1.851 ms against the 1 ms budget (baseline p99 7.058 ms, guarded p99 8.909 ms). The ignored real-engine/timing test failed only at the Zsh latency assertion. I am investigating the overlay path and will rerun under the VM lock after changes. run log.
Real-engine startup measurement passed on infraternal-perf-test (4 cores, CPUWeight=10000), 1,001 samples per condition; load ranged 1.22 to 1.03. Bash p99 baseline/guarded 31.915/30.920 ms (delta -0.995 ms); Zsh 7.944/8.407 ms (delta +0.463 ms), both within the 1 ms budget. All five Bash/Zsh startup cases passed and manual tmux/Zellij start remained available. Harness: 68.75 s. Receipt: real-shell-perf-vm-r51.log. This supports committing the real-engine p99 test calibration.
Committed and pushed PTY real-engine p99 harness calibration:
2b0a5dd11cfe85c93a41b9e982cb221741c50d2b. The five real Bash/Zsh startup cases and manual tmux/Zellij launch checks passed. On infraternal-perf-test (4 cores, CPUWeight=10000, load 1.22 to 1.03), 1,001 samples gave Bash p99 delta -0.995 ms and Zsh +0.463 ms, within the 1 ms budget; run took 68.75 s. Crate library tests: 85 passed, 14 ignored; Clippy passed. Receipts: real-shell-perf-vm-r51.log, pty-test-clippy-r51.log.Finished #170 on branch
multiplexer-skip, pushed head2b0a5dd11cfe85c93a41b9e982cb221741c50d2b(worktree clean).Real-engine startup checks passed for five Bash/Zsh cases; manual tmux/Zellij startup remains available. Perf VM results (4 cores, CPUWeight=10000, 1,001 samples): Bash p99 baseline/guarded 31.915/30.920 ms, delta -0.995 ms; Zsh 7.944/8.407 ms, delta +0.463 ms. Both meet the 1 ms budget. Static stripped x86_64 binary is 22,289,392 B, +13,504 B from merge base (within the +16,384 B limit). The inherited absolute cap is 22,204,304 B; the merge base was already 71,584 B over it. Aarch64 binary is 19,720,800 B against a 19,638,744 B cap.
Final
scripts/verify fastsummary (verbatim):The only failed gate is static builds: both architecture outputs exceed the absolute size caps, and the x86_64 size-boundary fixture consequently rejects the oversized binary. Full transcript: verify-fast-final-r51.log. Startup measurements: real-shell-perf-vm-r51.log. The PTY crate gate passed 85 tests (14 ignored) and Clippy: pty-test-clippy-r51.log.
Post-gate author review found a D198 packaging mismatch:
TerminalPreferencesPluginand its action implementation currently live incrates/infraternal-server/src/terminal_preferences.rsand are always added fromcrates/infraternal-server/src/plugins.rs, rather than being a separately removable plugin crate behind a Cargo feature. I’m extracting the provider into its own server plugin crate and keeping the existing persisted schema and wire behavior.D198 extraction test finding: all six new plugin unit tests fail in the extracted minimal fixture because its
remote_hoststable omits the existingmodecolumn used by the fixture insert (crates/plugins/terminal-preferences/src/lib.rs:575; SQLite:table remote_hosts has no column named mode). Production code is not reached. I’m correcting the fixture schema and rerunning the targeted gates.Second extraction fixture finding: after adding the missing remote-host columns, five of six plugin tests pass; the ownership test still fails before exercising production code because its setup inserts an unused second user into a
userstable absent from the isolated fixture (crates/plugins/terminal-preferences/src/lib.rs:656; SQLite:no such table: users). I’m removing that unnecessary user-row insert; the ownership check only needs a distinct owner id.The extraction Clippy run found that promoting the shared action decoder to the public plugin API requires a documented error type (
socket_actions.rs:10:missing_errors_docandresult_unit_err). I’m adding a small typed input error while preserving callers’ current accept/refuse behavior.The rerun now passes all 20 plugin API and 6 preference tests, but Clippy found three public API documentation/error-shape issues (
read_settingsandexecute_action, lines 152/455) plus 43 test-only expect/unwrap lints because the new crate lacks the established test lint allowance. I’m documenting the storage/ownership error and simplifying the action response API to avoid a public unit-error Result.The plugin/API tests and Clippy now pass. The server integration compile found one caller that pattern-matched the old private decoder's unit error (
crates/infraternal-server/src/plugins.rs:411, expectedControlInputError, found()). I’m updating that refusal branch to accept the new typed error without changing its wire response.Completed and pushed the D198 packaging correction:
e4a7b21cceba638f6fa0c6c2e4fb1207d330cdfd.terminal.multiplexernow lives in optionalinfraternal-plugin-terminal-preferences, enabled through the removableterminal-preferencesserver feature; the server no-default-features build passes. Shared action decoding/dispatch moved to plugin API and is reused by core controls and the feature plugin. Cargo feature review shows no new external dependency.Gates: plugin API 20/20 tests, preferences plugin 6/6 tests, authenticated server socket action 1/1, Clippy for API/plugin/server, server
--no-default-featurescheck, and the moved fuzz target compile all passed. Receipts: d198-plugin-api-final-r58.log, d198-plugin-extract-r58.log, d198-fuzz-check-r58.log.Post-D198
scripts/verify iteratepassed on heade4a7b21cceba638f6fa0c6c2e4fb1207d330cdfd. Rust, CLI, auth, terminal, plugin, and TypeScript suites passed; the terminal preferences socket action and the removable plugin feature were included. Output ended:ITERATE gate passed. This is not the final gate: run scripts/verify fast before reporting done.Full receipt: verify-iterate-final-r58.log.Final static x86_64 size: 22,275,408 B vs 22,204,304 B cap (71,104 B over). Compared with merge base
b0a3799cf4at 22,275,888 B, this branch is 480 B smaller. The extracted plugin removes the earlier +57,792 B branch growth; the absolute-size gate remains over because the base also exceeds its cap. aarch64 static build is still running.Finished implementation on
multiplexer-skip, HEADe4a7b21cceba638f6fa0c6c2e4fb1207d330cdfd(baseb0a3799cf459425c3402e745f329f4ebc441c144). The worktree is clean and the branch ref matches HEAD.Final
scripts/verify fastRust summary (verbatim):The only failing row is the static binary size budget. Stripped x86_64 is 22,275,408 B vs 22,204,304 B cap; this is 480 B below merge base (22,275,888 B), within the +16 KiB growth rule. Stripped aarch64 is 19,710,464 B vs 19,638,744 B cap (+71,720 B). The full gate transcript is attached: verify-fast-final-r58.log.
Real-engine perf VM run: 5 Bash/Zsh cases passed with manual tmux/Zellij startup still available. At 4 vCPU, load average 1.22 → 1.03, Bash first-prompt p99 was 31.915 ms baseline / 30.920 ms guarded (−0.995 ms); Zsh was 7.944 / 8.407 ms (+0.463 ms). Receipt: real-shell-perf-vm-r51.log.
scripts/verify iteratepassed after the plugin extraction: verify-iterate-final-r58.log.D241 UI copy for the later UI pass: “zellij start skipped: infraternal keeps this session for you · [Use zellij here]”. This is shown once per host; the button disables the skip for that host.
Author break-it checklist: reviewed the plugin feature boundary and compile-out, authenticated settings ownership and persistence, shell startup guard cleanup and manual starts, and current size delta. No additional issue found. Stopping here for the independent break-it review.
Starting continuation r3 on
multiplexer-skipate4a7b21cceba638f6fa0c6c2e4fb1207d330cdfd, based on current fetchedorigin/dev190bf088dfb9375633551d09331f561a6b9bf5a5. Worktree is clean. Scope: rebase the existing atomic commits, resolve current-dev conflicts, rerun touched-crate gates, meet D243 static size deltas on both architectures, runscripts/verify fast, then push only this branch and hand off for independent review.Rebase complete:
multiplexer-skipis now 20 atomic commits onorigin/dev190bf088dfb9375633551d09331f561a6b9bf5a5, head6e56be2f58ab369886fa072f11696e4878123abe. No conflicts. Git skipped the rustls lockfile commit because its patch is already in currentorigin/dev; all feature commits were replayed. Worktree is clean and the old base is no longer an ancestor. Running post-rebase touched-crate validation next.Post-rebase validation:
scripts/verify iterateis queued throughbuild-slotagainst head6e56be2f58ab369886fa072f11696e4878123abe; the wrapper has not acquired a slot and its log is still empty. No test result is claimed yet. Free disk: 70 GB.Post-rebase
scripts/verify iteratepassed at6e56be2f58ab369886fa072f11696e4878123abe(base190bf088dfb9375633551d09331f561a6b9bf5a5). Rust: fmt, VT native fmt, CLI plugin compile-out, clippy, tests, and cargo-deny all PASS; 1,121 passed, 0 failed, 143 ignored across 111 test-result rows. TypeScript protocol: 37 passed, 0 failed, 34,463 expectations; stream differential: 134 streams, 11,439 schedules, zero divergences. Final line:ITERATE gate passed. This is not the final gate: run scripts/verify fast before reporting done.Measured current origin/dev (
190bf088df) with the verifier's static release recipe and shared target: x86_64 21,422,096 bytes (cap 21,422,096; delta +0), AArch64 19,594,856 bytes (cap 19,594,856; delta +0). Production trust passed for both; native key-memory check passed on x86_64. Receipt: origin-dev-static.log.Post-rebase iterate passed. The current origin/dev static baseline measured x86_64 21,422,096 bytes and AArch64 19,594,856 bytes, both at their exact caps; receipt is in the prior comment. The branch static measurement is waiting in the host build-slot queue; no branch compilation has started yet.
Rebased branch x86_64 static artifact measured 21,420,912 bytes versus origin/dev 21,422,096 bytes: -1,184 bytes. Production trust and native key-memory checks passed. This requires ratcheting the x86_64 D243 cap to the exact branch size; AArch64 measurement is still running. Receipt: branch-static.log.
Static size comparison against exact origin/dev
190bf088df: x86_64 branch 21,420,912 bytes (-1,184); AArch64 branch 19,602,368 bytes (+7,512). Both static production-trust checks passed; x86_64 native key-memory passed. AArch64 growth is below D243's 16 KiB limit. The first static check correctly rejected the stale caps (x86_64 shrink requires ratchet; AArch64 is +7,512 above old cap). I will set the exact caps to these measured artifacts and rerun the full gate. Receipt: branch-static.log.Committed size-baseline ratchet as 9e52a1651.
scripts/verify.d/rust.shanddocs/PROCESS.mdnow carry exact caps of 21,420,912 bytes (x86_64) and 19,602,368 bytes (AArch64);git diff --checkpassed.rust_static_build_checkpassed: both exact caps accepted, the next byte rejected, smaller-artifact ratchets detected, production trust passed, and x86_64 key-memory initialization passed. Receipt: branch-static-ratcheted.log. Next: runscripts/verify faston the branch head.Pre-push fetch found
origin/devadvanced from190bf088dfto41a3a81abc. Rebased successfully to heada9c77cad45; the upstream delta was onlyDECISIONS.md, with no conflicts, and all 21 branch commits remain. The earlier fast gate was on the prior head, so I am rerunning it here before push.The final
scripts/verify fastrun on rebased heada9c77cad45is waiting in the host build-slot queue; all four regular slots are occupied and its log is still empty. At 13:42 CEST the build filesystem had 57 GB free. The job unit remains active and protects this job's target. I am waiting for a regular slot before pushing.Finished and pushed
multiplexer-skipwith--force-with-leaseto heada9c77cad45cbbc83179781958bdf24eb0d6375da, based on currentorigin/dev41a3a81abceaa4ea7457d84ee05297ca2244efcc. Worktree is clean; no deploy. The upstream change after the earlier baseline wasDECISIONS.mdonly, so static code inputs are unchanged: x86_64 21,420,912 bytes (-1,184 vs origin/dev); AArch64 19,602,368 bytes (+7,512 vs origin/dev), within D243's 16 KiB limit.scripts/verify fastexited 0. Verbatim gate summary:Full transcript: verify-fast-final-rebased.log.
Stopped for the independent break-it review.
Starting independent verification on branch
review-multiplexer-skip, anchored to review heada9c77cad45cbbc83179781958bdf24eb0d6375da(diff baseorigin/dev41a3a81abceaa4ea7457d84ee05297ca2244efcc). I’m reading the D241 contract and probing the startup guards, settings route, real shells, size artifacts, and claimed startup measurements.MS-1 (P2): interactive POSIX sh startup is not skipped. Added failing regression test
shell_startup::tests::posix_sh_startup_guard_skips_automatic_multiplexer_start; it exited 101 because the ENV startup command rantmux automatic. Evidence log:$HOME/.cache/codex-scratch/multiplexer-skip-review/posix-sh-test.log. Test-only commit:a6c95ee782.MS-2 (P2): Bash startup
tmux attach || tmux newstill starts automatically. Addedshell_startup::tests::bash_guard_skips_unconditional_attach_fallback_but_allows_manual_start; it fails with recorded callsattach,new,manualinstead of onlymanual. Evidence log:$HOME/.cache/codex-scratch/multiplexer-skip-review/unconditional-attach-test.log. Test-only commit:1690b03abf.MS-3 (P1): disabling runtime plugin
terminal.multiplexerdoes not disable its shell-startup behavior. With the account default still enabled,ssh.session.opensendsskip_multiplexer_autostart: trueto the host. Regression testauth::tests::terminal_refusal_tests::disabled_terminal_preferences_plugin_does_not_apply_skip_to_open_sessionfails with observedSome(true)vs expectedSome(false). Evidence log:$HOME/.cache/codex-scratch/multiplexer-skip-review/disabled-plugin-test.log. Test-only commit:89d84d30ac.MS-4 (P1): the first-session notice and host reversal control are missing from the real canvas. The production-build Playwright test
. Test log: ui-notice-test.log.
the first shell shows the multiplexer skip notice and host controlfails because the D241 notice is absent; app source has noterminal.multiplexer.prepareor.setcalls. Test-only commit:6e3ff05b5f. Production screenshot:Perf VM step complete for job head
a9c77cad4. The ignored real startup suite passed all five Bash/Zsh × tmux/Zellij/Oh My Zsh cases and manual starts under CPUWeight=10000. At n=1001, measured p99 deltas were Bash -1.025 ms and Zsh +0.844 ms (budget <=1 ms); load at measurement was 1.45/0.70/0.41 and 1.38/0.71/0.42 oninfraternal-perf-test(4 cores). This reproduces the budget but not the report's exact Zsh +0.463 ms. Full log: startup-perf.log. Review harness support commit:f66e60b8b0.MS-5 (P2): configuring a Fish shell path installs no D241 skip guard (neither startup overlay nor TMUX/ZELLIJ sentinels). The regression test
shell_startup::tests::fish_startup_configuration_installs_a_multiplexer_guardfails with “Fish startup configuration installed no multiplexer guard.” No Fish binary is present on the build host or perf VM, so this is a helper configuration-path assertion. Evidence log:$HOME/.cache/codex-scratch/multiplexer-skip-review/fish-startup-test.log. Test-only commit:120e75e278.Size step complete. Built from the exact origin/dev base and reviewed job head with the same pinned toolchain and
cargo build --locked --release -p infraternaltargets. Baseline sizes: x86_64 21,421,840 B; AArch64 19,594,856 B. Job-head sizes from the exact-head fast gate: x86_64 21,420,912 B; AArch64 19,602,368 B; both exactly match their committed caps. Measured deltas are x86_64 -928 B and AArch64 +7,512 B. The AArch64 claim reproduces; the report's x86_64 -1,184 B delta is 256 B different from this build. Receipts: size-verification.txt, baseline-x86-build.log, baseline-arm-build.log, head-x86-build.log.MS-4 supplemental evidence: a second production-canvas test,
. Log: ui-global-switch-test.log. Test-only commit:
the global multiplexer auto-start switch is available, fails because there is no accessible global multiplexer/auto-start switch. Screenshot:591e4b5964. This joins the missing notice and host control already recorded above.Independent review finished.
Verdict: do not merge — 0 P0, 2 P1, 3 P2, 0 P3.
Reviewed job head:
a9c77cad45. Review evidence branchreview-multiplexer-skipHEAD:591e4b5964. The job branch/worktree was not changed; review commits contain failing tests and test-only harness support.P1 findings: disabling
terminal.multiplexerstill sendsskip_multiplexer_autostart: true; the real canvas has no first-session notice, host reversal, or global switch. P2 findings: POSIX sh and Fish are not configured for the guard; Bashtmux attach || tmux newstill auto-starts.Perf VM (
infraternal-perf-test, 4 cores, CPUWeight=10000), n=1001: Bash p99 delta -1.025 ms (load 1.45/0.70/0.41); Zsh +0.844 ms (load 1.38/0.71/0.42). All five real Bash/Zsh tmux/Zellij/Oh My Zsh startup cases and manual starts passed; both deltas meet the 1 ms budget. The report's Zsh +0.463 ms was not reproduced.Static sizes: the head artifacts exactly match their caps (x86_64 21,420,912 B; AArch64 19,602,368 B). Against independently built origin/dev artifacts (x86_64 21,421,840 B; AArch64 19,594,856 B), measured deltas are -928 B and +7,512 B. The ARM claim reproduces; the reported x86 delta -1,184 B differs by 256 B. Receipts are attached above.
scripts/verify faston the job head exited 0. Verbatim summary:Starting continuation r4 on
multiplexer-skipata9c77cad45cbbc83179781958bdf24eb0d6375da, based onorigin/dev41a3a81abceaa4ea7457d84ee05297ca2244efcc. Read D241 and the existing #170 findings. Scope: cherry-pick and confirm the five independent regressions, fix MS-1 through MS-5 in atomic commits, run the reviewer checklist and required UI captures/perf checks, measure static sizes, runscripts/verify fast, push only this branch, and stop for delta review. Existing perf and binary receipts are recorded above; no deploy.Finding: before the review-fix continuation, local
origin/devhad advanced from the prior base41a3a81abceaa4ea7457d84ee05297ca2244efccto650472b987dbd1fe7192248dd1367d0766c5fb79(174 commits; current tip merges mesh autoswitch #201). The reviewed feature heada9c77cad45cbbc83179781958bdf24eb0d6375dais now 21 commits ahead and 174 behind. I’m rebasing the feature commits onto the current base before fixes; no source changes or tests have been made in this continuation yet.Rebase finding: current
origin/devalready assigns Hello capability bits 6 and 7 toREMOTE_PATH_BACKUPandREMOTE_PATH_PROOF(crates/infraternal-plugin-api/src/channel.rs). The unmerged #170 branch used bit 6 forTERMINAL_MULTIPLEXER_GUARD. I will resolve the collision additively by assigning the guard bit 8 and advertising it through the current sharedhello_capabilitieshelper; existing capability meanings remain unchanged.Rebase finding: the final #170 size-ratchet commit was measured on
origin/dev190bf088; currentorigin/devalready has #201's measured ceilings (x86_64 21,320,400 B; AArch64 19,513,440 B) and its updated PROCESS rationale. I’m dropping the stale ratchet commit during rebase. I’ll build current base and branch with the shipping recipe, enforce the ≤16 KiB D243 delta, then commit new exact ceilings from those measurements.Step complete: rebased the 20 D241/D198 feature commits onto current
origin/dev650472b987dbd1fe7192248dd1367d0766c5fb79; new head863fc9ef6a2721bdc3c8050c94359c1c6e10ef32(20 commits ahead, clean tree). Resolved current-path conflicts by retaining remote-path capability bits 6/7 and assigning the unmerged terminal guard bit 8, using the shared Hello helper, and preserving both plugin-api storage and socket-action modules. Dropped the old-base size ratchet; no implementation fixes or green tests are claimed yet. The POSIX sh red regression is compiling in the build-slot queue.Correction to the rebase completion comment: the exact new head is
863fc9ef643379b6279548dc782a4a1be8570d96. The worktree has the staged, test-only MS-1 POSIX sh regression from the review branch; the feature rebase itself was clean before that test was applied.MS-1 reproduced on the rebased head with the cherry-picked regression: real interactive
/bin/shsourced the configuredENVfile and ran its automatictmuxcommand. Focused result: 0 passed, 1 failed, 99 filtered; assertion recordedautomatic. Receipt: red-ms1.log. I’m implementing a temporaryENVwrapper that evaluates the user's configured file with both standard guards set, then removes those guards before the first prompt.MS-2 confirmed red: the real Bash regression test fails because
.bashrcruns bothtmux attachandtmux newduring startup (attach\nnew\n); the test then proves the manualtmux manualinvocation still runs (manual\n). Focused test output: red-ms2.log.MS-3 confirmed red: with
terminal.multiplexerdisabled, opening an authenticated terminal still sendsskip_multiplexer_autostart=true; the new socket regression test fails with expectedSome(false), gotSome(true). red-ms3.log.MS-5 confirmed red:
configure()returns no Fish startup guard and sets neither multiplexer sentinel; the focused assertion fails withFish startup configuration installed no multiplexer guard. The VM has no Fish executable, so I will validate Fish startup arguments and hook configuration in the unit test and report the engine-test limit. red-ms5.log.Step complete:
9a6fb9e3csorts the guardedsocket_actions/storagedeclarations so rustfmt passes after the D198 merge; pushed tomultiplexer-skip.cargo fmt --all -- --checkpassed. Plugin API Clippy passed;cargo test --locked -p infraternal-plugin-api --lib: 21 passed, 0 failed. plugin-api-format-gate.log.MS-4 confirmed red on the real canvas: after the fresh production server opens its first shell, the D241 notice and
Use zellij hereaction are absent; the accessibility assertion fails after 5 s. The attached desktop capture shows the live shell and no notice. red-ms4-notice.log desktop capture.MS-1 follow-up: found a misspelled
INFRATERNAL_SESSIONreference in the new POSIX sh state assertion (shell_startup.rs), which would have made the test readunset. Corrected it and added a real dashENVautostart/manual-start case plus sh prompt-overhead samples to the perf harness. Finding receipt. The Rust gates are queued through the build-slot wrapper.MS-1 follow-up: the temporary POSIX
ENVwrapper also needed to restore the originalENVpath before the first command; otherwise later interactive shells could inherit a removed wrapper file. The wrapper now restores it before sourcing, and the unit test asserts it. Finding receipt. Rust gates remain queued in the build-slot wrapper.Focused Rust gate found one lint in the new test scratch-path helper:
clippy::map_unwrap_oratcrates/infraternal-shim/src/pty.rs:600. Replaced it withmap_or_else; the attached output records the failure, and I am rerunning the gates after the correction. Gate receipt.MS-4 red recheck on preserved production dist: after opening Settings → Hosts, the existing Details switch is present but
Skip automatic tmux and zellij startis absent; the corrected Playwright check fails only at that switch.TRACER_TEST_PORT=4220. The first pass stopped at a case-mismatched pane selector, which was corrected before this run. Log · accessible snapshot.MS-3 test refinement: the focused server test correctly observed no skip field after the plugin was disabled;
embedded.rsomitsskip_multiplexer_autostartwhen false. The assertion had requiredSome(false), so I changed it to reject onlySome(true), matching the wire contract. Gate output.MS-5 evidence: Zellij 0.45.1's generated Fish startup checks
if not set -q ZELLIJ; Fish 4.0.2 was extracted under the perf VM bench scratch directory for real-shell coverage. The harness now covers plain tmux and generated Zellij Fish startup, manual start, and Fish first-prompt overhead. Generator output: zellij-fish-autostart.txt. Measurements are pending the queued build-slot run.MS-3 fix passes: the authenticated terminal open now consults persisted preferences only while
terminal.multiplexeris enabled. Server clippy passed anddisabled_terminal_preferences_plugin_does_not_apply_skip_to_open_sessionpassed (1/1; log includesEXIT=0). The wire omits false fields, so the regression rejects onlyskip=true. server-ms3-rerun.logThe expanded Fish real-engine harness first hit two shim clippy errors:
real_startup_casecrossed 100 lines and the Fish path usedmap().unwrap_or_else(). I extracted the shell-state assertion and changed the path fallback tomap_or_else; rerunning shim clippy and tests. shim-gates-and-musl-build.logCommitted and pushed
09611a032(MS-3): the terminal open path now ignores stored skip preference whileterminal.multiplexeris disabled. Gate receipt: server clippyFinished dev profile;disabled_terminal_preferences_plugin_does_not_apply_skip_to_open_session—test result: ok. 1 passed; 0 failed; 0 ignored; 0 measured; 295 filtered out;EXIT=0. server-ms3-rerun.logMS-4 integration finding: the default production CLI does not compile
infraternal-plugin-terminal-preferences.cargo tree --package infraternalshows onlyinfraternal-server, and the release build warnedPluginRuntime::is_enabledis unused; the server dependency usesdefault-features = false. I’m adding the explicit removable CLI feature and enabling it in the default build before running the real production canvas. feature graph, release build logThe shim rerun passes after the clippy fixes:
cargo clippy -p infraternal-shim --all-targets -- -D warnings;cargo test -p infraternal-shim --libreports 88 passed, 14 ignored, 0 failed; the x86_64 musl test binary also built (EXIT=0). The ignored real-engine matrix and its p99 measurements remain to run on the perf VM. shim-gates-r2.logFirst perf-VM real-shell run: POSIX sh/tmux, Bash plain, Bash
attach || new, and Bash/generated Zellij all passed. Fish 4.0.2 extracted under bench scratch could not locate its assets at/usr/share/fish, so it refused configuration and timed out before measurements. I released the perf lock; no p99 data was produced. I’m locating Fish’s supported relocatable data path and will rerun. run findingStatic x86_64 release build is 21,464,144 B against the 21,320,400 B cap (+143,744 B). The enabled production terminal-preferences plugin and current branch changes need attribution and reduction before completion. Build log: production-plugin-feature-build.log.
The Fish asset namespace run reached the real-shell harness, but the first tmux case hit the Unix socket path limit due to the extra
real-shell-r2nesting; it produced no timing samples. I’ll rerun with the per-job scratch root. Failure receipt.The second perf VM run passed POSIX sh/tmux and Bash/tmux, then the Bash
tmux attach || tmux newcase exceeded tmux’s socket path limit because the fixture label was included in its scratch directory name. The harness now needs short fixture paths before it can produce p99 samples. Run log.The focused shim unit suite passed (88 passed, 14 ignored), but the integration
mousetest failed because this gate command omittedCARGO_TARGET_DIR;verify-vt-native.pytherefore searched the worktree target forlibghostty-vt.a, although this job’s build artifacts are in scratch. I’ll make the test honor the external target directory, then rerun withCARGO_TARGET_DIRset. Gate log · Failure.Clippy caught two
expect_useddiagnostics in the test’s external target-root fallback. The test file already permitsunwrap_usedfor fixture setup; I’ll allowexpect_usedhere becausecurrent_exeand its Cargo directory chain are required test invariants. Gate output.The probe import also created
scripts/__pycache__/evidence_path.cpython-314.pyc; I removed it and setPYTHONDONTWRITEBYTECODE=1on the test subprocess. Probe artifacts now use the external Cargo target. Receipt.Correction to the target-path note: the probe log files go under external
INFRATER_EVIDENCE_DIR; only the C probe executable and Cargo artifacts go underCARGO_TARGET_DIR. The test now uses those separate paths.Perf VM run under
systemd-run --user --scope -p CPUWeight=10000reached and passed sh, Bash plain and Bash fallback cases, then Zellij panicked withOperation not permittedinside the Fish asset mount’s unprivileged user namespace. Load was 0.79 0.89 0.59 before and 0.66 0.86 0.58 after. No timing samples were produced; the perf lock is released. Run log.MS-4 production canvas slice: real production build tests passed (2/2); first-session notice, host “Use zellij here” action, and global switch are covered on desktop and phone. Captures: notice desktop, notice phone, switch desktop, switch phone. Test receipt: canvas-real-r2.log.
Real-engine shell matrix passed all nine cases with real tmux/Zellij, but the startup budget failed on Bash: paired p99 was 32.323 ms baseline and 33.885 ms guarded, +1.562 ms against the 1 ms limit; 1001 pairs, 4 cores, CPUWeight=10000, load before 0.03/0.29/0.40 and after 0.72/0.44/0.45. Receipt: real-shell-startup-r2d.log. I will reduce/re-measure the guard overhead before finish.
Committed and pushed
1d4343863(test(shim): keep native mouse receipts outside checkout). The native probe now follows the external Cargo target and evidence roots; it no longer writes verification artifacts into the checkout. Shim gate receipt: shim-gates-r5.log. Results: clippy passed; 88 shim unit tests, 14 ignored; detach 2 passed; native mouse probe 1 passed; process-exit 2 passed; doc tests passed.Updated real-engine run used the rebuilt
r6binary (local/VM SHA matched). All nine functional cases passed. With 1,001 paired samples on the 4-core perf VM under CPUWeight=10000, Bash p99 was 32.903 ms baseline and 35.257 ms guarded (+2.353 ms; budget 1 ms); p50 was 25.418/25.510 ms. Load was 0.00/0.04/0.37 before and 1.04/0.35/0.45 after. Receipts: focused shell tests/clippy, musl test binary build, perf run. I will reduce or re-measure Bash hook overhead before finish.The direct PROMPT_COMMAND script passed all nine real-engine functional cases and improved Bash to +0.109 ms p99 (36.719/36.828 ms; p50 25.118/24.538). POSIX sh measured +0.911 ms (11.950/12.861 ms; p50 7.228/7.259). Zsh still exceeds the 1 ms budget: +2.105 ms (9.752/11.856 ms; p50 6.230/6.836), so the full test stopped before Fish timing. Four cores, CPUWeight=10000; load 0.00/0.07/0.27 before, 1.15/0.46/0.39 after. Receipts: shim tests/clippy and musl build, real shell run. The Zsh path creates four temporary startup files and chowns each; I will reduce that per-open setup and remeasure.
Continuation start: branch
multiplexer-skipat1d434386330970e5313b19ffbc0f6698ebc36e32, based onorigin/dev650472b987dbd1fe7192248dd1367d0766c5fb79. Resuming the Zsh startup p99 reduction and production binary-size attribution. The focused startup unit suite passes (9 tests); broader shim gates are queued through build-slot.Finding update: the Zsh path created four private startup files; it now uses one wrapper that sources the user's files in native order and restores
ZDOTDIRbefore the first prompt. Focused startup tests: 9 passed. Full shim gate: Clippy passed; 88 passed, 14 ignored; x86_64 musl test binaries built. Perf-VM p99 remeasurement is pending. Current head remains1d434386330970e5313b19ffbc0f6698ebc36e32. Receipt: shim-gates-zsh-onefile-r8.log.Finding: with
plugin-terminal-preferencesenabled, the stripped x86_64 static binary is 21,464,144 B, +145,856 B versus the feature-off branch artifact (21,318,288 B), exceeding D243's +16,384 B allowance. Cargo feature-graph inspection found no newly enabled external crates or features; symbol attribution is queued behind the build-slot pool. I’m reducing and remeasuring before the final gate.Finding: the one-file Zsh real-shell run stopped in the Bash
tmux attach || tmux newfixture: Bash plain startup passed, then the next PTY timed out before its prompt (real-shell-perf-vm-r8.log). I’ve queued a fresh full matrix on the perf VM to reproduce and fix it. Receipt: real-shell-perf-vm-r8.log.Perf-VM rerun: the short scratch root fixed the socket-path issue; POSIX sh, Bash plain, Bash
tmux attach || tmux new, and Bash/generated Zellij all passed (manual starts also passed). Fish 4.0.2 then refused to load config because its extracted tree expects a relocatable install path; no timing samples ran. I’ll install its data tree in job scratch and rerun. Load: 1.20/1.45/1.14 before, 1.25/1.45/1.14 after; scope CPUWeight=10000, user bench. Receipt: real-shell-perf-vm-r9.log.Finding on
1d434386: the real startup benchmark passed sh at +0.395 ms p99 and Bash at -0.211 ms, but Zsh measured +1.347 ms against the 1 ms budget (1,001 samples per state; infraternal-perf-test, 4 vCPU, CPUWeight=10000; load 1.56–2.07). The run stopped before Fish and exited 101. Receipt: https://git.kayg.org/attachments/86ce675d-9fde-4255-a8dc-638948ae6a61. I am simplifying the Zsh startup wrapper and will rerun the full shell matrix.Initial x86_64
cargo bloatafter setting the new preferences crate toopt-level = "s":infraternal_plugin_terminal_preferencescontributes 23.6 KiB of.text, whileinfraternal_serveris 2.5 MiB. That does not explain the earlier +145,856 B stripped delta, so I am comparing the full crate and symbol breakdown against the merge base before changing more code. Receipt: https://git.kayg.org/attachments/9365ebc2-5856-42ab-b32c-24d443b7387d.The first stripped x86_64 candidate after
opt-level = "s"is 21,417,960 B, 97,560 B above the current 21,320,400 B ceiling. The profile cut 46,184 B from the prior 21,464,144 B artifact, but that is not enough. Thecomparison-releaseartifact is stale (22,273,384 B), so I am rebuilding the exact origin/dev baseline before making the next reduction. Receipt: https://git.kayg.org/attachments/f4f92579-7133-4d39-a801-46156c4e9328.Size attribution from exact merge base
650472b987: same-recipe GNU strip gives 21,327,688 B base and 21,417,960 B candidate (+90,272 B; D243 limit +16,384 B).cargo bloatattributes the largest crate deltas to std (+104,858 B), release plugin (+28,672 B), sqlx_core (+26,624 B), and terminal-preferences (+24,166 B).nmshows +73,546 B code/data net; largest symbols include SQLite pool acquire (+16,757 B),ControlActionHandler::call(+12,855 B),TerminalPreferencesPlugin::call(+12,352 B), andcompiled_with_hosts(+7,668 B). No external crate feature was newly enabled. Receipts: nm attribution, base cargo-bloat. I am reducing the candidate before final gates.Exact merge-base release measurement completed at
650472b987: Cargo's default stripped x86_64-unknown-linux-musl binary is 21,320,400 B, exactly the current D243 cap. Build receipt: base x86 build log. AArch64 measurement is in progress; branch size work continues.Current source candidate (x86_64-unknown-linux-musl, Cargo default strip) measures 21,416,464 B versus merge base 21,320,400 B: +96,064 B, exceeding the +16,384 B allowance by 79,680 B. The action-future refactor alone did not reach the cap. Receipt: branch build log. Testing package-scoped size optimization next; the infraternal-agent profile stays speed-optimized pending terminal-open measurements.
Exact merge-base AArch64 release measurement completed at
650472b987: Cargo's default stripped aarch64-unknown-linux-musl binary is 19,513,440 B, exactly the current D243 cap. Both merge-base caps now have same-recipe artifacts: x86_64 21,320,400 B and AArch64 19,513,440 B. Receipt: base AArch64 build log.The package-scoped
opt-level=zcandidate (server, terminal-preferences, release metadata and host-facts; infraternal-agent remainss) is 21,169,104 B on x86_64. It saves 247,360 B versus the same-sourcescandidate (21,416,464 B) and is 151,296 B below the merge-base cap. Receipt: size-profile candidate build. I’m checking terminal-open latency with the preference plugin on/off and comparingsagainstzbefore keeping this profile.Perf test launch diagnosis: the server test binary built for the build host is a PIE using a Nix glibc interpreter absent on the perf VM (
systemd-run: “Failed to execute: No such file or directory”;filereports/nix/store/.../ld-linux-x86-64.so.2). It produced no timing data. I’m rebuilding the measurement binaries for static musl before retrying under the perf lock. Receipt: failed launch log.Perf VM measurement is queued on
/var/lock/perf-bench.lockviaflock -w 3600; another job still owns the lock, so no timing run has started. The queued server-open comparison will begin when the current lock holder releases it.The narrower x86_64 size candidate uses
opt-level = "z"only forinfraternal-serverandinfraternal-plugin-terminal-preferences;infraternal-agentand unrelated release/host-facts packages retains. Stripped static binary: 21,192,080 B versus the 21,320,400 B merge-base baseline (−128,320 B, within D243). Build receipt: branch-size-z-server-pref-x86-build.log. Real terminal-open p99 comparison and AArch64 gate remain pending.Production-build canvas verification passed: the real-canvas Playwright notice/action and global Hosts switch tests both passed (2/2, log attached). Fresh desktop and phone screenshots for the notice and switch are attached. They are rendered by the production tracer bundle and real server binary; no timing specs were run on the build host.
Real perf-VM matrix passed: tmux/Zellij auto-start was skipped and manual start worked in POSIX sh ENV, Bash plain and
tmux attach || tmux new, Bash generated Zellij, Fish plain and generated Zellij, Zsh plain, oh-my-zsh tmux, and generated Zellij. Guarded-minus-baseline first-prompt p99 deltas (1,001 samples/shell, 4 cores, CPUWeight=10000, infraternal-perf-test): sh −0.880 ms (load 1.14/1.51/1.30); Bash +0.178 ms (1.16/1.45/1.29); Zsh +0.905 ms (1.12/1.43/1.29); Fish −7.354 ms (1.78/1.58/1.36). All are within the 1 ms overhead budget. Receipt attached.Cherry-picked the independent review regression commits onto a disposable checkout at
a9c77cad4and confirmed the pre-fix failures: POSIX sh ran the automatic tmux command; Bash ranattachandnewbefore manual start; Fish installed no guard. Receipts: sh, Bash, Fish. The disabled-plugin and real-UI baseline cases are running next.MS-3 red reproduction confirmed on the cherry-picked
a9c77cad4review checkout: withterminal.multiplexerdisabled,terminal.openstill forwardedskip_multiplexer_autostart=true; the regression failed with expectedSome(false), gotSome(true). Receipt: disabled-plugin test. The branch fix now gates the preference read on the compiled plugin feature; current-branch green verification follows.D241 copy used in the real canvas: “zellij start skipped: infraternal keeps this session for you · [Use zellij here]”. The toast action stores
skip_autostart=falsefor that host; the switch in Settings → Hosts stores the account-wide value.MS-4 red reproduction confirmed on the cherry-picked
a9c77cad4real-canvas tests: the first-shell D241 notice/action was absent, and the global multiplexer switch locator was absent. Both are failing assertions against a production tracer build and real server; logs: notice, global switch. The current branch passes these two tests with fresh phone and desktop captures already attached above.The first real-pool server timing attempt reached the request path and caught a stale harness expectation: plugin-off opens now omit
skip_multiplexer_autostart(MS-3), while the benchmark asserted explicitfalse. This is the intended wire contract; I updated the harness to expect absent when off andtruewhen on. No timing was recorded in this attempt. Receipt: server benchmark harness assertion.MS-3 green on current branch
1d434386330970e5313b19ffbc0f6698ebc36e32: after a clean scratch-target build,disabled_terminal_preferences_plugin_does_not_apply_skip_to_open_sessionpassed (1 passed, 0 failed; 0.42s). With the plugin switched off, the open request omitsskip_multiplexer_autostart. Receipt: server test.Focused current-source checks are green: terminal-preferences plugin tests 6/6; shell startup unit tests 9/9, including POSIX
ENV, Bashattach || new, Fish release hook, Bash hook reassignment, and manual starts. Receipts: preferences, shell startup.Benchmark-harness lint finding resolved: clippy rejected a percentile helper declared after test statements. I moved it to module scope and made the 1,001-sample comparisons alternate off/on order;
cargo fmt --all -- --checkand focused clippy for shim, server (terminal-preferences enabled), and the preferences plugin pass. Receipts: initial lint, green rerun.Shell guard step committed and pushed:
d4114f5b0. The current shim startup suite passes 9/9, covering POSIXENV, Bash attach fallback and prompt-hook reassignment, Fish guard cleanup, and manual starts; focused Clippy and fmt pass. Receipts: tests, clippy.MS-3 server fix committed and pushed:
66642edec. Withterminal.multiplexerdisabled, the terminal-open route omitsskip_multiplexer_autostart; the regression passed 1/1, and preferences tests passed 6/6. Focused Clippy and fmt pass. The real-pool profile comparison remains queued behind the perf VM lock. Receipts: disabled-plugin regression, preferences tests, clippy.MS-4 UI slice committed and pushed:
23a2442fe. The production real-canvas tests pass 2/2; tracer TypeScript check passes. The D241 notice/action and global Hosts switch are captured on desktop and phone: notice desktop, notice phone, switch desktop, switch phone. Receipts: canvas tests, type check.Measured server terminal-open path under the
sprofile on infraternal-perf-test (4 cores, CPUWeight=10000), using a real SQLite WAL pool and 1,001 samples per state. Disabled/enabled p50: 719/800 µs; p99: 5,226/5,293 µs; enabled delta +67 µs. Load average was 1.94/1.57/1.45 before and after. Thezprofile run is next for the same alternating 100-request-block harness. Receipt: s profile measurement.Default CLI feature wiring committed and pushed:
964812275. The production default set now includes the optional terminal-preferences plugin; no-default builds still compile it out. Defaultcargo checkpassed and no-default CLI tests passed 25/25. Receipts: default check, no-default tests.Protocol docs committed and pushed:
b75b887e9. The wire contract records Hello bit 8 (preserving current bit 6/7 assignments) and the optional field; the shim contract documents the four shell startup hooks and manual-start boundary.git diff --cached --checkpassed.Terminal-preferences code-size trim committed and pushed:
b01aa992c. Its socket handler now returns the existing operation directly, removing the redundant async wrapper; preference tests passed 6/6 and focused Clippy/fmt pass. Static size ands/zterminal-open measurements are running with this source. Receipts: plugin tests, clippy.D243 feature-graph finding: compared
cargo tree -e featuresfor origin/dev650472b9and the default CLI atb01aa992c. The branch adds the existing internal terminal-preferences plugin package; the normalized external graph adds no crates and no external crate features. Cargo.lock is unchanged. Receipt: feature graph comparison.zprofile measurements completed on infraternal-perf-test (4 cores, CPUWeight=10000). The real-pool server terminal-open benchmark used 1,001 samples per state: disabled p50/p99 672/2,505 µs; enabled 716/3,343 µs; enabled p99 delta +838 µs. Load average 1.03/1.37/1.43 before and 1.03/1.36/1.43 after. One repeat is planned because the delta is near 1 ms. The same-source stripped static x86_64 shipping binary is 21,192,080 B, -128,320 B versus origin/dev 21,320,400 B. Receipts: z open measurement, static build.Rebased the 29 atomic multiplexer-skip commits onto origin/dev
3b2183eaa(base3b2183eaac); no conflicts. New head:7c5ffad3ad. Re-running touched Rust gates and final size/performance checks against this base.Repeat terminal-open profile measurement:
smeasured p99 off=2,831 µs, on=5,016 µs, delta=+2,185 µs (1,001 samples/state; 4-core infraternal-perf-test; CPUWeight=10000; load 0.50/1.00/1.21 before and after). This exceeds the 1 ms p99 budget, so the server and terminal-preferences packages usez. The firstzrun measured +838 µs; its repeat is pending. Receipt: terminal-open-perf-s-repeat.log.Repeat
zterminal-open measurement passed the 1 ms p99 budget: 1,001 samples/state; off p50/p99=662/2,753 µs, on=680/2,234 µs, delta=−519 µs; 4-core infraternal-perf-test, CPUWeight=10000, load 0.64/1.01/1.19 before and 0.67/1.01/1.19 after. The firstzrun was off=672/2,505 µs and on=716/3,343 µs, delta=+838 µs (also under budget). Receipt: terminal-open-perf-z-repeat.log.Same-profile normalized x86_64 static comparison found +147,680 B: origin/dev
3b2183eat 21,075,216 B versus multiplexer-skip7c5ffadat 21,222,896 B (both serverz; candidate also includes terminal-preferencesz). This is over the D243 +16 KiB limit. The shipping branch profile (z) is 21,222,896 B, 77,120 B below the origin/devs-profile cap of 21,300,016 B, but I’m tracing same-profile symbol growth before accepting the ratchet. Both images are stripped static PIEs and pass the production-trust check. Receipts: comparison, base build, branch build.The matched-profile
cargo bloat --cratesreports attribute the x86_64.textchange: the new terminal-preferences crate is 21.1 KiB;infraternal_plugin_apiis 60.0 KiB vs 54.4 KiB (+5.6);sqlx_coreis 212.7 KiB vs 185.4 KiB (+27.3);infraternal_agentis +1.4 KiB andinfraternal_shim+6.5 KiB.infraternal_serverrounds to 2.2 MiB in both reports. The graph comparison already attached to #170 found no external dependency or feature changes. These are diagnostic same-profile figures; the shipping branch artifact uses the measuredzprofile and is 77,120 B smaller than origin/dev's exact x86_64 default ceiling. Reports: base, branch.Rebased static size measurements are complete. With the shipping
zprofiles, x86_64 is 21,222,896 B (−77,120 B vs origin/dev's 21,300,016 B ceiling) and AArch64 is 19,341,600 B (−158,776 B vs 19,500,376 B). Both are stripped static images and pass production-trust checks. Exact caps and docs are being ratcheted to these measured bytes. Receipts: results, AArch64 build.Committed the measured
zprofile and exact size ratchet:f4062dfb9. x86_64 is 21,222,896 B (−77,120 B vs origin/dev); AArch64 is 19,341,600 B (−158,776 B). Weighted terminal-open p99 deltas were +838 µs and −519 µs withz; the repeatsrun was +2,185 µs.scripts/verify iterateis running on this head.Post-rebase workspace clippy exposed a test compile error: two
remote_listener_tests.rscalls at lines 273 and 556 still use the old one-argumentrespondhelper; it now requiresexpects_startup_guard. These remote-listener fixtures do not load terminal preferences, so I’m updating both to passfalseand rerunning the gate. Diagnostic: verify-iterate.log.Committed the remote listener fixture update as
b414cf508. The tworespondcalls now passfalse, matching the existing no-preferences expectations. Focused listener tests pass 7/7; remote server clippy andcargo fmt --all --checkpass. Fullscripts/verify iterateis rerunning. Receipts: tests, clippy.Full
scripts/verify iteratepassed on headb414cf508f. The focused RemoteListeners suite passed 7/7; server clippy andcargo fmt --all --checkpassed. The disabled-plugin and authenticated settings-route regressions passed in the full server suite. Full log: verify-iterate-final.logThe full
scripts/verify iterategate passed onb414cf508f. The required finalscripts/verify fastis queued through build-slot; all four shared slots remain occupied by other verification jobs. No fast checks have started yet; this job is waiting for a slot to free.First
scripts/verify fastonb414cf508fexited 1. fmt, CLI compile-out, clippy, workspace tests, cargo-deny and AArch64 static checks passed. x86_64 static size was 21,206,512 bytes against the 21,222,896-byte ceiling (delta -16,384; ratchet required); AArch64 was 19,341,600 against 19,341,600 (delta 0). The static metadata review then failed on both targets because the binary contained the Cargo registry root. Full output: verify-fast-final.logA clean release rebuild with
SCCACHE_DISABLE=1ruled out stale object files: both static builds completed, but the binaries still contained dependencyfile!()strings under/home/kayg/.cargo/registry/src/. Measured sizes were x86_64 21,181,936 bytes and AArch64 19,296,544 bytes. The compiler driver now explicitly requests--remap-path-scope=all; a clean rebuild is queued to verify the path fix. Receipt: static-clean-rebuild.logFinding: the clean x86_64 static artifact still contains 165 raw registry path byte occurrences after a clean release rebuild and explicit
--remap-path-scope=all. The extractedmimerlib codegen object has 0, while itslib.rmetahas 6; a direct rustc base64 probe maps its source to/cargo. Evidence and exact paths: registry-path-localization.txt. I am tracing Cargo's dependency invocation and final LTO before changing the wrapper or metadata gate.Correction to the previous localization note: the raw dependency metadata came from sccache cache entries, not the link/LTO path. With
RUSTC_WRAPPER=and onlymimerebuilt, its rmeta changed from 6 raw/0 mapped registry paths to 0 raw/4 mapped.scripts/static-cargonow fingerprints.cargo/rustc.shwith the existing native wrapper inSCCACHE_EXTRAFILES; I am verifying the cache-enabled rebuild before rebuilding both shipping artifacts.Finding confirmed and fix verified: sccache reused pre-remap Rust dependency metadata because the remap flags were appended inside
.cargo/rustc.shafter sccache formed its key.scripts/static-cargonow fingerprints.cargo/rustc.shtogether with.cargo/musl-cc.sh. A cache-enabledmime_guessbuild completed in 0.54s; rebuiltmimermeta now has 0 raw and 4 remapped registry paths (was 6 raw/0 mapped). Receipt: static-cache-key-probe.txt. I am rebuilding the two shipping targets with this driver now.Correction: the prior SCCACHE_EXTRAFILES fingerprint probe was not a fix. The full clean static rebuild still had 165 raw registry-path occurrences in x86_64 (21,181,936 bytes) and 164 in aarch64 (19,296,544 bytes); static-metadata-review failed both targets. The evidence is attached: counts, build log. The compiler trace shows remap flags are appended by .cargo/rustc.sh after sccache receives the arguments. I’m moving dynamic remap flags into Cargo target rustflags so the cache key includes them, then I’ll verify with a fresh dep compile and both static targets.
Cache-key fix probe:
scripts/static-cargo checkcompiledmimefor x86_64 with the active sccache wrapper and target remap flags present in the compiler arguments; resulting.rmetais 107,301 bytes with 0 raw registry path occurrences. The compiler flags and result are attached: https://git.kayg.org/attachments/d69442cf-76d1-4d80-abe8-0fdd1954ad69. Both full release builds and the metadata review are running.Fixed-remap x86_64 artifact measured: 21,169,648 bytes, with 0 raw source-root, target-root, and Cargo registry prefixes. This is 130,368 bytes under origin/dev's exact 21,300,016-byte baseline and 53,248 bytes under this branch's current ceiling, so its D243 ceiling needs ratcheting down. Receipt attached: https://git.kayg.org/attachments/2d743cb5-f783-4af7-a9e0-ca0878b47868. AArch64 remains in progress.
The cache-safe static remaps pass on both shipping targets. The release metadata review reports 2 pass, 0 fail (10 assertions); raw source, target and registry path counts are zero for each binary. Sizes: x86_64 21,169,648 bytes (−130,368 vs origin/dev); aarch64 19,288,352 bytes (−212,024 vs origin/dev). Each is 53,248 bytes below the current branch ceiling, so I’ll ratchet both exact caps to these measured sizes. Receipts: sizes and path counts, build and test log.
verify iteratefailed only inremote_runtime::tests::standby::control_queue::saturated_native_control_queue_does_not_hide_primary_terminal_output: 473 passed, 1 failed, 49 ignored. Atremote_control_queue_tests.rs:216, the live connection had closed after control queue saturation; the full log is attached: https://git.kayg.org/attachments/06cbc3a1-b6c2-4904-b0af-bf9c5380db74. This test is outside the named host-load exceptions. I’m rerunning it in isolation before deciding whether there is a code issue.The isolated rerun of the one
verify iteratefailure passed with theremotefeature enabled:saturated_native_control_queue_does_not_hide_primary_terminal_output, 1 passed in 0.37 s, reportingnative_primary_live=true. Receipt: https://git.kayg.org/attachments/d922cd0d-36bb-44d8-ab4b-9c883e7e6801. No code changes were made for this failure; the finalscripts/verify fastwill rerun the full test row.Cache-safe remap plumbing is committed and pushed as
c3c2dc8b8. The targeted cache probe produced 0 raw registry paths; static metadata review passed 2/2 targets, and binaries contain 0 raw source/target/registry prefixes. The build measured x86_64 21,169,648 bytes (−130,368 vs origin/dev) and AArch64 19,288,352 bytes (−212,024). Evidence: probe, static build.verify iteratehad one unrelated control-queue test fail in the full suite; the exact remote-feature test passed alone in 0.37 s (https://git.kayg.org/attachments/d922cd0d-36bb-44d8-ab4b-9c883e7e6801). The final fast gate will rerun the full test row.Exact D243 ceilings and
docs/PROCESS.mdare committed as76755c409. The static binary checker accepts both freshly built artifacts at delta +0 bytes: x86_64 21,169,648 bytes (−130,368 vs origin/dev), AArch64 19,288,352 bytes (−212,024). Measured receipts are attached: https://git.kayg.org/attachments/598715b5-d212-47d4-b985-9a93dd103d69. Running the required finalscripts/verify faston this branch head now.First final
scripts/verify fastfailed in two places; full log attached: https://git.kayg.org/attachments/c61bdefc-36e8-44ec-add0-229e3ced6282. Static-build path review failed becausescripts/test-rustc-paths.pycopies.cargo/rustc.shwithout its new.cargo/rust-remap-flags.shdependency. The test row also had one failure inagent_sessions::restart_discovery_keeps_a_live_shim_and_drops_clean_exit_and_sigkill: launching a fixture returnedETXTBSYatagent_sessions.rs:236. This is outside the named host-load exceptions; I’m fixing the fixture dependency and checking the session case separately before the next full fast run.Focused follow-up: the rustc path fixture now passes with the helper copied into both synthetic checkouts, and
agent_sessions::restart_discovery_keeps_a_live_shim_and_drops_clean_exit_and_sigkillpassed alone (1 passed, 0 failed). No runtime code change was made for the one-off ETXTBSY result; the full fast gate will rerun the test. Receipt: https://git.kayg.org/attachments/66facc77-b73f-4133-b4f6-4c896cf5eeae.The rustc path fixture dependency fix is committed as
d85359805.scripts/test-rustc-paths.pynow passes across both synthetic roots, and the isolatedagent_sessions::restart_discovery_keeps_a_live_shim_and_drops_clean_exit_and_sigkilltest passes 1/1. I’m rerunningscripts/verify faston this head; the prior log remains attached for the fixture and one-off ETXTBSY findings.Finding: the full gate reached compiler metadata generator checks but the existing fake-Cargo test expected static-cargo to pass arguments through unchanged. The failure was in scripts/release/build-metadata.test.ts:45; its received argv now includes the two target rustflags --config options. Gate log: https://git.kayg.org/attachments/6fea81dc-67d6-4126-b339-76188655fccd
Step complete:
b8dfc690cmoves inherited plain or encoded rust flags into the selected musl target config so sccache sees remap flags; host build scripts keep their own flags. Verification:apps/tracerbun run checkPASS; strict TypeScript check ofscripts/release/build-metadata.test.tsPASS; focused Bun test 2 pass, 0 fail, 24 assertions;bash -n scripts/static-cargoPASS. The checkout root has no package.json, so rootbun run checkis not defined.Finding: final
scripts/verify faststopped in the test row becauseINFRATERNAL_TEST_STATE_ROOT=/home/kayg/.cache/codex-scratch/multiplexer-skipmade the generated Unix socket path 109 bytes;scripts/agent_fixture.py:55rejects paths over its limit. Static builds passed: x86_64 21,169,648 bytes (cap exact, +0); aarch64 19,288,352 bytes (cap exact, +0). Full log: https://git.kayg.org/attachments/a89310cb-1a15-4634-adfd-0ac6b2cca2f6. Rerunning with a shorter scratch state root.Status: final
scripts/verify fastrerun is queued in the shared build-slot wrapper and is waiting without holding a slot. The rerun uses the shorter fixture state root/home/kayg/.cache/codex-scratch/mux170. Next: complete the gate, pushmultiplexer-skip, and stop for independent break-it review.Finished: head
b8dfc690c3fb0c864f73ae6fc6f2ab451a708a83pushed tomultiplexer-skipwith--force-with-lease. Merge base:3b2183eaac8a9d8cc52a922dfbbbaecf895fd854.scripts/verify fastexited 0. Rust gate output (verbatim):Static binaries: x86_64 21,169,648 bytes, delta +0 at cap and 130,368 bytes smaller than origin/dev; aarch64 19,288,352 bytes, delta +0 at cap and 212,024 bytes smaller than origin/dev. Protocol tests: 37 pass, 0 fail, 34,463 assertions.
Full gate transcript: final-verify-fast-retry.log.
Stopping for independent break-it review. No deploy performed.
Delta review started on review-multiplexer-skip at
b8dfc690c3; previous review preserved at591e4b596on review-multiplexer-skip-prior. Prior regression tests are already incorporated in the author head. Rechecking MS-1 through MS-5, production controls in both themes, static remap isolation/reproducibility, and final fast gate. No deploy.Delta finding MS-6 (P2): POSIX login .profile assigning ENV="$HOME/.sh-env" replaces the private wrapper. After startup, TMUX and ZELLIJ both remain "infraternal-session", so manual multiplexer use sees a fake existing session. Regression posix_login_profile_env_keeps_manual_multiplexer_available committed at
7b2ab7760; standalone normal test-module run: 9 passed, 1 failed, actual STATE:infraternal-session:infraternal-session vs expected STATE:unset:unset. Receipt: /home/kayg/.cache/codex-scratch/review-multiplexer-skip/standalone-shell-tests.log. The original sh/Bash/Fish regressions pass (full-crate focused run 9 passed, 0 failed).For the required author-head fast gate, the additional red test is temporarily removed from the working file so its source matches
b8dfc690c; it remains safely committed and will be restored after the gate. No implementation edits.Delta verification step: native latency gate PASS on the perf VM (4 vCPU, weighted scope, shared lock with holder file, load in receipt). 100 probes at zero added RTT: PTY echo p99 1.75 ms baseline, 3.48 ms under other-session flood, 13.05 ms under same-session flood; growth 1.73/11.30 ms versus the 16.67 ms budget. This is native PTY confirmation, not browser input-to-photon. Shipping binary SHA-256 642d8a2cd9267fe8f33f7e3c3214b2ed8d39fc1885c928615a74055b09459813; independent artifact comparison and startup measurements are still pending.
Receipt: https://git.kayg.org/attachments/f6e04a58-1f5f-4f7e-913e-cbedf6c52811
MS-6 regression
7b2ab7760is pushed only to review-multiplexer-skip. Original shell regressions pass 9/9. Fast gate and production browser tests remain in progress. No deploy.First delta fast gate test row failed: infraternal-server reports 473 passed, 1 failed, 49 ignored. Failure is responsive_socket_survives_a_held_terminal_open_with_an_existing_attachment, socket_clock.rs:81: "socket test stopped before its observed event". The exact isolated rerun passes 1/1. This is outside the named #118 exceptions and is not waived. The gate is continuing through static builds; a complete rerun is required afterward. MS-3's disabled-plugin regression also passes in the full run.
Logs: /home/kayg/.cache/codex-scratch/review-multiplexer-skip/verify-fast.log and socket-liveness-isolated.log. No implementation edits.
Additional perf-VM default-network run found a latency-gate failure: RTT 300 ms, 100 probes, baseline PTY echo p99 323.14 ms; same-session flood 423.99 ms (budget 334 ms), growth 100.85 ms (budget 16.67 ms). Other-session flood passes. A zero-added-RTT run passed all metrics earlier. I am building the exact new merge base
3b2183eaain a disposable review-owned checkout for a controlled VM comparison before attributing this to #170; no severity verdict is assigned yet. Receipt: /home/kayg/.cache/codex-scratch/review-multiplexer-skip/perf-native-latency-rtt300.log.Delta prior-findings verification: MS-1 FIXED, MS-2 FIXED, MS-3 FIXED, MS-4 FIXED, MS-5 FIXED for all original scenarios. New P2 MS-6 remains separately committed at
7b2ab7760. Production UI spec40523d883passes 2/2 in ink and paper; host and global setting writes are acknowledged, the switch persists after reload. Screenshots cover desktop and phone; no visual-taste judgement.Independent real-engine matrix passes 9/9. Current-head startup p99 guarded-minus-baseline deltas (1,001 pairs/shell, 4-core perf VM, CPUWeight=10000, lock and load recorded): sh +0.488 ms; Bash -1.045 ms; Zsh -1.139 ms; Fish +0.370 ms. All pass the 1 ms overhead limit. The separate RTT300 flood failure still needs merge-base comparison. Fast gate remains in static builds after its one isolated-green server-test failure.
ui-review-retry.log
disabled-plugin.log
perf-shell.log
perf-native-latency-rtt300.log
Independent shipping build: x86_64 is byte-identical to the author's final artifact across different checkout and target roots. Size 21,169,648 bytes (exact cap); SHA-256 642d8a2cd9267fe8f33f7e3c3214b2ed8d39fc1885c928615a74055b09459813. This validates the binary used for the production UI and native VM checks. ARM is building.
The full fast rerun has started with cached builds. The RTT300 native failure reproduced: same-session PTY echo p99 345.42 ms vs 334 ms, growth 16.92 ms vs 16.67 ms; baseline/other-session pass. Exact merge-base comparison is still queued, so attribution remains pending. Review head
40523d883; no implementation changes or deploy.New delta finding MS-7 (P2), scripts/static-cargo: repeated --target x86_64-unknown-linux-musl --target aarch64-unknown-linux-musl loses inherited RUSTFLAGS on ARM. The wrapper unsets global flags but copies them only to its first selected target.
Failing test committed/pushed as
678266d20: static driver preserves inherited flags for every requested shipping target (scripts/release/build-metadata.test.ts). Existing metadata tests pass 2/2; this new case fails. Real-Cargo confirmation: a crate requiring the inherited cfg on both targets exits 101 through static-cargo, while direct Cargo with the identical inherited flags and target arguments exits 0. Receipts: multiple-targets.log, multiple-targets-real.log and multiple-targets-cargo-control.log under /home/kayg/.cache/codex-scratch/review-multiplexer-skip/. Single-target shipping builds are unaffected. No implementation fix.The additional regression is temporarily absent from the working file for the author-head fast gates; it remains committed on the review branch.
Author-source
b8dfc690cscripts/verify fast rerun finished with exit 0. All Rust rows pass; tracer 210/0 (11,471 assertions), protocol 37/0 (34,463 assertions). The initial server test failure is retained; the complete server rerun passes 474/0/49 ignored, with no waiver or deadline changes. The two new review regressions remain committed on review-multiplexer-skip and are restored after this author-source gate.Gate output, verbatim:
The verdict remains pending only for attribution of the RTT300 native flood failure against the exact merge base.
Delta review checkpoint, head
678266d20: all prior findings FIXED; new confirmed findings MS-6 P2 and MS-7 P2 have failing tests committed and pushed only on the review branch. Author-sourceb8dfc690cfast gate PASS; both architectures independently byte-identical with exact caps; production controls work in both themes and all startup budgets pass.Remaining comparison is blocked on shared build-slot capacity: exact merge base
3b2183eaastatic binary (review-owned baseline checkout, pinned toolchain ready) remains queued for its RTT300 flood control. The reviewed head fails this existing native budget twice; attribution is pending. I will continue automatically when the slot opens.verify-fast-retry.log
verify-fast.log
shipping-reproducibility.txt
multiple-targets.log
multiple-targets-real.log
multiple-targets-cargo-control.log
Correction to the queued-baseline status: polling the execution session returned exit 143 with an empty build log; the baseline process had been terminated before producing output. Its termination time/cause is unknown. I mistook the empty log for a continuing queue wait. Restarting the exact
3b2183eaabuild through build-slot, now with direct process-status polling. New receipt baseline-static-r3.log. All completed results and committed review findings are unchanged.New delta finding MS-8 (P2), SH_ENV_STARTUP in shell_startup.rs: valid POSIX ENV parameter expansion is lost. With ENV='$HOME/.sh-env', the real /bin/sh reads initialization when skip=false, but the wrapper treats the restored value as a literal filename and silently omits the same initialization when skip=true.
Regression posix_sh_startup_keeps_env_parameter_expansion committed/pushed at
4c184bb6a. Its control runs first and succeeds; only the enabled-skip case fails (exit 101, 0 passed/1 failed/103 filtered). Evidence: /home/kayg/.cache/codex-scratch/review-multiplexer-skip/env-expansion.log. Separate from MS-6's retained sentinels after a login profile overwrites ENV. No implementation fix.The merge-base control build is now running and has reached the application crates. Current confirmed delta counts: 0 P0, 0 P1, 3 P2, 0 P3; native RTT300 attribution remains pending.
New delta finding MS-9 (P2), BASH_PROMPT_COMMAND in shell_startup.rs: unconditional unset -f tmux zellij also removes a user function newly defined by .bashrc. Later manual invocation loses the wrapper and its usual options.
Regression bash_startup_keeps_the_users_manual_multiplexer_function committed/pushed at
ae028c19b. Real Bash control skip=false runs CUSTOM:review-manual; skip=true instead runs EXTERNAL:review-manual (private probe, no real multiplexer session needed). Focused normal-crate test exits 101: 0 passed/1 failed/104 filtered. Receipt bash-function.log under /home/kayg/.cache/codex-scratch/review-multiplexer-skip/.The new-code break-it pass is complete. Current confirmed delta counts: 0 P0, 0 P1, 4 P2, 0 P3. All five prior findings remain FIXED for their original scenarios. The exact merge-base build is active; only the RTT300 performance attribution remains before verdict. No implementation changes.
MERGE — 0 P0, 0 P1, 4 P2, 0 P3, under the requested severity rule.
Reviewed author head
b8dfc690c3. Final review headf8b890d7dfis pushed only to review-multiplexer-skip; worktree clean. No implementation changes or deploy. Temporary build targets, baseline checkout and own VM staging are removed; raw receipts remain attached and in review scratch.Prior MS-1, MS-2, MS-3, MS-4, MS-5: FIXED for their original scenarios. Original shell regressions, disabled-plugin WebSocket regression, real-engine matrix (9 cases), and production controls in ink/paper pass.
New P2 findings remain unfixed, each with a separately committed failing test:
7b2ab7760): login .profile replaces ENV wrapper and leaves temporary sentinels set.678266d20): multiple --target options drop inherited flags on additional architectures; real Cargo control passes directly and fails through static-cargo.4c184bb6a): deferred ENV parameter expansion is lost and initialization is omitted.ae028c19b): Bash cleanup removes a user's manual multiplexer function.Normal review reruns: shell 9 passed/3 failed, metadata 2 passed/1 failed, exactly those new cases; shim Clippy and strict touched TypeScript pass. Production UI 2/2, screenshots both themes and desktop/phone attached. Report:
f8b890d7df/docs/verification/multiplexer-skip-delta-review.mdMeasured startup p99 overhead (1,001 pairs/shell, perf VM, CPUWeight=10000): sh +0.488 ms, Bash -1.045 ms, Zsh -1.139 ms, Fish +0.370 ms; all within 1 ms. Independent shipping binaries are byte-identical to the author's artifacts: x86_64 21,169,648 bytes, ARM 19,288,352 bytes, exact caps and zero raw path prefixes. Clean merge-base x86_64 is 21,300,016 bytes, confirming -130,368 bytes.
RTT300 same-session flood fails on the exact merge base too: PTY p99 367.72 ms vs 334 ms, growth 40.01 ms vs 16.67 ms. Head runs were 423.99 and 345.42 ms. The existing budget failure is recorded; these runs do not isolate a delta regression. Native zero-RTT gate passes. Identical scripts, VM, scheduling and 100 probes; load recorded.
Author-source scripts/verify fast rerun exited 0: tracer 210/0 (11,471 assertions), protocol 37/0 (34,463 assertions). Initial socket-clock failure passes both alone and in the complete rerun, without waiver or deadline changes. Additional red review tests were restored after this author-source gate.
Gate output, verbatim:
Selected final receipts:
verify-fast-retry.log
verify-fast.log
shipping-reproducibility.txt
perf-native-baseline-rtt300.log
baseline-artifact.txt
shell-all-review.log
review-shim-clippy.log
env-expansion.log
bash-function.log
Continuation started on
multiplexer-skipatb8dfc690c3fb0c864f73ae6fc6f2ab451a708a83; fetchedorigin/devis06be8b0000f7d476eeeeed3472a4605757151243. Worktree was clean. Read the #170 and #169 histories, D241/D240/D247, and the repository contract. Scope: rebase onto currentorigin/dev, confirm and fix MS-6 through MS-9 from review headf8b890d7d, one atomic commit per finding, run focused gates andscripts/verify fast, compare both static sizes, push onlymultiplexer-skip, and stop for independent review.Rebase completed on current
origin/dev06be8b0000f7d476eeeeed3472a4605757151243: 35 commits, new head1cac6bf97fa1243dea8db9bf40e55e3daa25c984. One conflict inapps/tracer/src/canvas/sessions/live.tswas resolved by keeping dev's reconnect grace and D241's non-blocking preference preparation. The tree is clean; no gates have run on this rebased head yet. Review regression commits to replay next:7b2ab7760,678266d20,4c184bb6a,ae028c19b.MS-6 regression reproduced after rebasing: cherry-picked
7b2ab7760; real/bin/shtestposix_login_profile_env_keeps_manual_multiplexer_availablefails before the fix (0 passed, 1 failed). A login.profileassignsENV="$HOME/.sh-env", and the first command seesTMUX=ZELLIJ=infraternal-session. Receipt:/home/kayg/.cache/codex-scratch/multiplexer-skip/evidence/red-ms6.log.Started review-d297-fit at
7884d13dca(origin/dev, clean branch). Read D288/D297, CLAUDE.md, architecture/process and #170/#169 history. Scope: decision-fit review only; concrete counterexamples and owner options in docs/verification/d297-fit-review.md. No implementation or decision edits; push review-d297-fit only, no deploy.Authority review committed as
06b120162(docs/verification/d297-fit-review.md, 7 findings, 229 lines; git diff --check passed). F1: D235/D289 plain SSH vs D297's default-off promise. F2: D154/D164/D252 distinguish app actions, network reach and login; none names automatic session approval. F3: D187 needs session-owner consent but D297 only admins answer, including self-approval. F4: D240 separates people sharing deploy; D297's local-account prompt vs global automatic mode is unresolved. F5: D231 root fallback and sudo inside an approved shell change its power; D274's service-upgrade consent is separate. F6: rule-based automatic approval vs unconditional unattended denial. F7: D211 all-tag authority vs undefined setting/global-mode/approval permissions. Each has a concrete example, severity, 3 options and recommendation; proposals only. Continuing desktop, canvas, revocation, recovery, audit and batch review. No code or decisions changed.Integration/recovery review committed and pushed as
49c6251ba. Report now has 15 findings (9 blocks build, 5 needs a decision, 1 wording only), 521 lines. New findings: F8 D294 Give/Keep/idle handover vs admin approval and browser exception; F9 canvas/MCP relay must preserve original caller (D16/D178/D248/D288); F10 no agreed approval scope/ending for open/read/type/close and Revoke; F11 immediate stop vs disconnected D285 mesh, D128 lease and queued input; F12 live approval survival/CA lock/worker restart/D295 rollback undefined; F13 connection/byte recording cannot attribute a new controller without approval/control records; F14 D279 mixed-target batches vs D211 tag scope and per-machine stop confirmation; F15 D241 session retention is not D288 command compatibility. Includes phone-only admin, offline denial, self-approval, same-machine and same-person/two-account cases. Each finding has 3 options and a recommendation; only the owner may settle them. Structure and whitespace checks passed. Final head scripts/verify fast is running through build-slot; no product tests or performance claims for unimplemented D297.Self-review refinement pushed as
b5c352450: removed the proposed multiplexer compatibility finding. D288 already requires boundary denial and D241 preserves manual use, so that was expected behaviour, not a real conflict. Final report has 14 findings: 9 blocks build, 5 needs a decision. Multiplexer skip remains checked in the coverage record. No executable files changed during final verification. Headb5c352450: report structure and whitespace pass; final gate is still compiling.MS-6 real-engine run on the perf VM (4 vCPU, CPUWeight=10000, 1,001 baseline and guarded launches per shell) passed all nine startup/manual-start cases. Measured guarded p99 deltas: sh -1.333 ms, Bash -1.184 ms, Zsh +0.553 ms, Fish +2.854 ms; Fish exceeded the 1 ms budget at load 2.30 / 1.08 / 0.63. No code attribution yet: this fix changes guarded POSIX login startup, while Fish follows its existing path. The perf lock is now held by another run; I will wait for it and repeat the matrix before attributing or accepting this result. Receipt: full VM log.
Final content is pushed at
b5c352450f. Source review/checklist complete: 14 scenarios, 9 blocks build + 5 needs a decision; each has 3 alternatives, recommendation and acceptance example. Report-only diff; all other tracked inputs exactly match merge base7884d13dc(tree hash 6fad2c8566c570e9aca6bf4b2438b329e17140b2ef64c464766622f5948e1cb7). Check receipt: report-check.json. Final fast gate began at documentation head49c6251baand continues onb5c352450; the sole intervening change removed the non-conflict prose, with no executable input change. Formatting and compile-out passed; Clippy/tests/static builds still running. No performance measurement or D297 runtime proof claimed.MS-7 test-only commit
40f8d14f6is cherry-picked on the rebased branch. It adds a static-cargo regression with both shipping--targetarguments and inheritedRUSTFLAGS; the required red run is queued through build-slot. No implementation change yet.MS-6 real-engine validation is green on the 4-vCPU perf VM: all 9 startup/manual-start cases passed and 1,001 paired baseline/guarded samples per shell met the 1 ms p99 overhead budget (CPUWeight=10000). Guarded-minus-baseline p99: sh +0.517 ms, Bash +0.235 ms, Zsh +0.792 ms, Fish -0.135 ms; load snapshots were 2.09 / 1.96 / 1.15 through 1.63 / 1.78 / 1.22. The earlier Fish +2.854 ms result was not reproduced on this rerun. Receipt: full VM log.
MS-6 implementation committed as
72e9fcd86(separate from test commit0a7d401ff). The login-profile regression is green, shim Clippy passes, the startup unit suite passes 10/10, and the perf-VM real-engine matrix passes 9/9 with all p99 deltas within 1 ms: sh +0.517, Bash +0.235, Zsh +0.792, Fish -0.135 ms. Receipt: real-shell matrix.Final fast attempt found an environment-sensitive test failure: restart::tests::runtime_directory_symlinks_and_public_permissions_are_refused, crates/infraternal/src/restart_tests.rs:222, assertion Control::start(&directory.0).is_err(); CLI results 78 passed / 1 failed / 1 ignored. This invocation used umask 077; the fixture requests a public directory via its creation mode, which a restrictive umask removes. No source changes and no #118 waiver. Retaining the first log and allowing its static builds to finish; then replay the exact test and full gate with ordinary umask 022. The report remains pushed at
b5c352450. Initial transcript: /home/kayg/.cache/codex-scratch/review-d297-fit/evidence/verify-fast.log.MS-7 red confirmed after cherry-picking
40f8d14f6:bun test scripts/release/build-metadata.test.tsreports 2 pass / 1 fail (2.07 s). With both shipping--targetarguments,scripts/static-cargoplaces--cfg=review_multiple_targetsonly on the first target, so the second target lacks inheritedRUSTFLAGS. The wrapped run is still queued; this short fixture-only Bun test was run directly while build-slot remained occupied. No implementation change yet. Receipt: test output.MS-7 fix committed as
cc0b8e626, after the separate regression test commit40f8d14f6. The release metadata suite now passes 3/3 (29 assertions), including inherited flags on both requested shipping targets;bash -n scripts/static-cargoandgit diff --checkpass. Receipt: green test.MS-8 test-only commit
9c89b939fis cherry-picked on the branch. It covers deferredENV="$HOME/.sh-env"expansion with skip disabled and enabled; the targeted Rust test is queued through build-slot. No implementation change yet.MS-8 red confirmation is queued through build-slot. All four regular build slots were held on the last status check; no implementation edit has been made before the required red run. The targeted command is
cargo test --locked -p infraternal-shim --lib shell_startup::tests::posix_sh_startup_keeps_env_parameter_expansion -- --exact --nocapture.MS-8 red confirmed after cherry-picking
9c89b939f. The targeted test's non-skip control reads the deferred$HOME/.sh-env, but skip=true omits it (0 passed / 1 failed; 103 filtered). The wrapper saves the unevaluatedENVvalue and then treats it as a literal pathname. Receipt: red Rust test.First full fast attempt finished. Static builds PASS: x86_64 21,300,016 B; aarch64 19,500,376 B, both exact caps and no PT_INTERP. Native x86 key-memory check PASS. fmt/VT fmt/compile-out/Clippy/cargo-deny PASS; test FAIL (101), solely restart::tests::runtime_directory_symlinks_and_public_permissions_are_refused under invocation umask 077. Same compiled test under umask 022: 1 passed / 0 failed; no source/assertion/deadline change or waiver. Dispatcher did not reach TypeScript because Rust test row failed. Exact-base static comparison queued through build-slot, then final head full replay with umask 022. Initial gate also ended with an outer zsh readonly-variable error in the status-printing wrapper; the complete inner gate summary is retained below.
First Rust summary (verbatim):
First full gate
Unchanged exact test replay
Head static receipt
MS-8 local fix is green in the focused gates: shim Clippy passes, shell-startup tests pass 11/11, including the deferred
$HOME/.sh-envregression. The shell wrapper re-applies parameter expansion with the result held as one pathname; absolute ENV paths bypass the expansion loop. Perf-VM startup measurement remains pending before commit. Receipt: focused gates.Size comparison complete, same shipping recipe on exact merge base
7884d13dcand headb5c352450: x86_64 base = head = 21,300,016 B, measured delta 0 B, byte-identical SHA256 236e8496260f6de12d93ecd0e0ce1f920716e1029b6a3db0ecdf1bccfe055606. Base file is stripped static PIE. One job target folder was reused; no dependency or binary feature changes. Final head full fast replay queued through build-slot with umask 022 and RUST_TEST_THREADS=1; first failed transcript remains attached and no test/assertion/deadline is changed.The umask-022 full replay stopped before Rust/TS at scripts/latency_proxy.py self-test --samples 3: configured 300 ms RTT did not arrive (p50=335.72 ms, p99=478.04 ms). This is a shared-build-host harness failure, not accepted product performance evidence and not a #118 waiver. No test/assertion/deadline changes. Retrying the identical full gate through build-slot inside systemd-run --user --scope -p CPUWeight=10000, with serial Rust tests. Exact-base size comparison passed with byte-identical base/head (0 B delta); receipts: comparison, base build. Head remains
b5c352450.MS-8 focused gates are green (targeted regression 1/1; shim Clippy passes; shell-startup suite 11/11). I am consolidating the perf-VM startup matrix after MS-9 because it changes the same shell startup hook; the ≤1 ms p99 budget remains an end-of-lane gate. The static test-binary build is queued through build-slot.
MS-8 fix committed as
06184b65c, after regression-test commit9c89b939f. The targeted ENV expansion test passes 1/1, shim Clippy passes, and the shell-startup suite passes 11/11. The real-engine p99 matrix remains scheduled after MS-9; no performance result is attributed to this commit yet. Receipt: focused gates.MS-9 test-only commit
efe520df2is cherry-picked on the branch. It defines a manualtmuxfunction in a real Bash login profile and asserts skip=true preserves it; the targeted Rust test is queued through build-slot. No implementation change yet.MS-9 red confirmed after cherry-picking
efe520df2. The real-Bash regression passes with skipping disabled, but with skip=true the manual call resolves to the external probe (EXTERNAL:review-manual) instead of the user's.bashrcfunction (CUSTOM:review-manual); 0 passed / 1 failed, 104 filtered. This ran from the already-built static test binary as a non-timing functional test. Receipt: red Bash test.Weighted full replay passed RTT precheck and all 79 CLI tests, including the prior directory-mode case. It then failed daemon::gone_tests::a_vanished_session_gets_a_final_close_and_the_channel_stays_up at crates/infraternal-agent/src/daemon_gone_tests.rs:111: UnixListener bind: path must be shorter than SUN_LEN. Fixture path under TMPDIR=.../d297 is 109 bytes. A job-owned compact .../d7 root makes the same generated path 107 bytes. No source/assertion/deadline change or #118 waiver. Retain this run through static checks, replay the exact test with the shorter root, then rerun full fast. Head
b5c352450remains report-only; these are test-environment corrections, not D297 findings.MS-9 fix is in the worktree but not committed. Its targeted green Cargo run and the final shim gates are queued behind the host-wide build-slot pool; all four regular slots remain occupied. Needed to continue: one slot to open in the shared queue. No test or build is running outside that manager.
Checkpoint: report complete and pushed at
b5c352450f; only docs/verification/d297-fit-review.md changed. Measured x86 delta 0 B and byte-identical exact-base/head, 21,300,016 B. Both shipping static checks pass at exact caps. Prior weighted full attempt failed only the 109-byte scratch socket (126 pass/1 fail/21 ignored in infraternal-agent); same executable passes that case with 107-byte .../d7 root.Final full replay is alive but waiting about 10 minutes in build-slot; no build/test from this job is currently running. Invocation: build-slot systemd-run --user --scope -p CPUWeight=10000 scripts/verify fast. Environment: umask 022; CARGO_TARGET_DIR=/home/kayg/.cache/codex-scratch/review-d297-fit/target; TMPDIR and INFRATERNAL_TEST_STATE_ROOT=/home/kayg/.cache/codex-scratch/d7; RUST_TEST_THREADS=1; TRACER_TEST_PORT=4297. Pending log: /home/kayg/.cache/codex-scratch/review-d297-fit/evidence/verify-fast-compact.log. No source/assertion/deadline changes or waived gate rows.
Weighted attempt
Unchanged short-root replay
RTT-precheck failed attempt
Final compact-root fast replay remains queued after about 20 minutes; execution session is alive and verify-fast-compact.log is still empty (the wrapper has not started the gate). No build/test is running from this job and no slot bypass. Report/head
b5c352450and exact-base 0 B comparison are complete. Continuing to wait for the shared build slot; all pending invocation/environment details are in the previous checkpoint.Final compact-root scripts/verify fast is still queued after about 30 minutes, with no gate output yet. Queue process 1318867 and controlling shell 1318863 remain alive; no earlier test/build descendants are running from this job. Head
b5c352450is fully pushed; report has 14 findings, exact-base/head x86 artifacts are byte-identical (0 B). Waiting on ordinary host build-slot capacity only. No source edits, slot bypass, deployment or issue closure.MS-9 implementation smoke passes with real Bash: the current
BASH_PROMPT_COMMANDwas extracted fromshell_startup.rs, installed in a fresh login shell, and sourced a test.bashrc;tmux review-manualresolved toCUSTOM:review-manual, not the external probe. This functional smoke does not replace the queued Rust regression/Clippy gates. Receipt: Bash smoke.Final compact-root fast is still queued at about 40 minutes. Queue PID 1318867 and its shell 1318863 remain alive; log remains empty, no gate started. Disk is above the shared guard threshold. All report work and exact-base 0 B comparison are complete; only shared build-slot capacity delays the full replay. Continuing to wait without bypassing the wrapper. Head
b5c352450remains pushed, unchanged.Review artifact ready: D297 fit review at b5c352450. 14 concrete scenarios: 9 blocks build, 5 needs a decision; 3 options and recommendation each. Strongest collisions are plain SSH vs the default-off promise, admin approval vs session-owner consent (D187), and immediate stop vs disconnected mesh operation. Recommendations preserve one automation switch and existing human control paths, rather than choosing a new engine or changing owner decisions. Report-only diff and whitespace rechecked; all other tracked inputs match base. Exact-base x86 size delta 0 B. Final compact-root full gate remains queued; no green final gate claimed yet.
Read-only scheduler check after the long wait: build-slot tries four ordinary flock slots every 20 s. All four owner processes are alive; no dead queued command found. Recorded ordinary owners (2026-10-17 local +02): slot 1 PID3491399, acquired05:36:54, elapsed2h57m; slot2 PID1218343, acquired07:33:22, elapsed56m; slot3 PID3431285, acquired05:33:50, elapsed2h59m; slot4 PID3391291, acquired05:36:01, elapsed3h01m. Owner headers all have job=?. No holder, lock, priority list or job state changed. Final gate for review-d297-fit remains queued at PID1318867; report
b5c352450and measured 0 B comparison are complete. Continuing to wait for current owners to release ordinary capacity; orchestrator visibility only, no request to bypass slots.Read-only capacity checkpoint: slot1 edge-autoupdate PID3491399 (cargo/rustc); slot2 ping-fifo-fix PID2267146 (cargo/sccache); slot3 app-windows-ship PID3431285 (cargo/rustc); slot4 edge-autoupdate PID3391291 (cargo/rustc). Slots1/3/4 remain held for roughly3h; slot2 changed owner while review-d297-fit waited. All current holders have live commands, so this is not an empty/dead queue. edge-autoupdate currently occupies two ordinary slots. No other process/lock/job was changed. review-d297-fit still waits at PID1318867; its report
b5c352450and 0 B size comparison are complete, final compact-root full replay pending ordinary capacity. Recording for orchestrator visibility; continuing without bypass.review-d297-fit, takeover after the previous worker stopped: finished.
review-d297-fit, headb5c352450(already pushed, no new commits). The diff against base7884d13dcis docs only:docs/verification/d297-fit-review.md.authorized_keyswithout a person). They match. The 14 findings stand.scripts/verify fastrun started and then ended along with the interrupted worker. Its log (~/.cache/codex-scratch/review-d297-fit/evidence/verify-fast-compact.log) has 0 failures as far as it got, but no final table. I have not re-run it: this takeover was told to run no builds, and the diff is docs only. No green final gate is claimed.Takeover finish. Head 90a3f065f on multiplexer-skip. Delta-review P2s 1-4 fixed, each failing test cherry-picked first, one fix commit per finding.
scripts/verify fastfinal table (run under nice 19, host load ~37):Static size: aarch64 +1024 B, x86_64 +5312 B over caps (known registry-path environment issue, caps not raised).
clippy FAIL was an OpenSSL build race under load (missing generated headers); standalone rerun: clippy --workspace --all-targets -D warnings exit 0. test FAIL was ssh_askpass real_cli_unlocks...; standalone rerun 2 passed 0 failed. Not rerun as a whole table.
Takeover finish. Head
00299ee9f(rebased onto remote tip; shell_startup 12/12 and test-rustc-paths rerun after rebase) on multiplexer-skip. Delta-review P2s 1-4 fixed, each failing test cherry-picked first, one fix commit per finding.scripts/verify fastfinal table (run under nice 19, host load ~37):Static size: aarch64 +1024 B, x86_64 +5312 B over caps (known registry-path environment issue, caps not raised).
clippy FAIL was an OpenSSL build race under load (missing generated headers); standalone rerun: clippy --workspace --all-targets -D warnings exit 0. test FAIL was ssh_askpass real_cli_unlocks...; standalone rerun 2 passed 0 failed. Not rerun as a whole table.
Started S0 on branch
d241-shell-marker, based onorigin/devatadee19da07cea19e538cb801858ce0d901841b3a(HEAD matches base; worktree clean). Read D241, the #251 map/comments and the #170 history. Scope is D241 session marker, startup-only auto-start skip, first-use notice, and per-host/global opt-out; no deploy.Finding: D241 needs an additive terminal.open setting so the server can tell the shim to guard login startup. The existing leg-B Open schema is strict; Hello capability bit 8 is unused on this branch. I am adding optional
skip_multiplexer_autostartwith default false, sending it only to peers advertising that bit, and omitting it for readiness opens. This keeps old peers compatible and preserves the existing frame shape. The account-scoped preference migration also preserves all existing global plugin rows.Finding: the first
bun run checkinapps/tracerstopped with TS2688 for missingbun-typesandnodedefinitions. This worktree has nonode_modules; I am installing the app's locked Bun dependencies and will rerun the check.Step complete: installed the 38 locked app packages with
bun install --no-save;bun run checkinapps/tracerexited 0.apps/tracer/bun.lockis unchanged.Step complete: committed and pushed
3e358da1f(shared plugin API socket actions). Object-only decoding and authenticated bounded reply framing now have one reusable API; plugin-specific action behavior remains in each plugin.cargo test -p infraternal-plugin-api --features socket-host: 32 passed, 1 ignored; routing review: 2 passed.cargo clippy -p infraternal-plugin-api --features socket-host --all-targets -- -D warnings: PASS.cargo fmt --all -- --checkandgit diff --check: PASS.Finding: D198 requires plugin settings and defaults to be declared with the plugin. The new preference descriptor in
crates/plugins/terminal-preferences/src/lib.rsinitially had no settings schema/default and its action schemas were placeholders. It now declares JSON schemas, theenabled=truedefault, and tests that validate the descriptor and both action schemas. I will rerun the plugin tests and clippy before committing the module.Gate wait: the migration test plus server clippy remain queued in the host build-slot wrapper. The four slots currently show a baseline server test, two
scripts/verify iterateruns, and a browser integration run. No result or source failure yet; progress needs one slot released by those jobs. I am continuing read-only review while waiting.Finding: the real Zsh integration test in
crates/infraternal-shim/src/shell_startup.rspreviously returned success whenzshwas missing, which could silently skip a required shell check. It now requires Zsh to start successfully, matching the Bash test's fail-closed behavior. I will run both login-shell tests on this host before the shim commit.Finding:
crates/infraternal-server/src/websocket.rscurrently checks theterminal.multiplexerplugin ID and reads its storage directly. That is a feature-specific branch in core, contrary to D198. Proposed additive plugin API hook: enabled plugins may return bounded action options for a generic action ID and account/target context; the runtime gathers and merges them, and core forwards the merged options without naming a feature. The terminal preferences plugin would supplyskip_multiplexer_autostartforterminal.open. The default hook is a no-op, so existing plugins and peers remain unchanged. I will record this contract addition before implementing it.Contract amendment for the D198 finding: each generic action extension will carry
required_capabilitiesplus a JSON field map. The plugin runtime will collect extensions only from enabled plugins; the embedded transport will merge an extension only when the peer Hello advertises all required capability bits. It will reject duplicate/reserved keys and bound the merged object byMAX_ACTION_BYTES. This keeps legacy peers compatible without putting the feature name or capability bit in core; the terminal preferences plugin supplies the D241 field and capability. The hook remains optional and defaults to no extension.Finding:
LiveSessionscalledprepare()from bothonSessionCreatedandonAttached; resumed sessions also attach, so they could claim the one-time “startup skipped” notice without running a guarded startup. Evidence:apps/tracer/src/canvas/sessions/live.tshad both calls. I’m restricting preparation to newly created sessions.Finding: the new terminal-preferences descriptor was inserted before the existing canvas descriptor in
crates/infraternal-server/src/lib.rs, whilecompiled_with_hostsappends the plugin after canvas to preserve discovery positions. I’m moving the descriptor to the end of the catalog list.Finding: the first server compile rejected the new descriptor reference because
crates/plugins/terminal-preferences/src/lib.rsdeclaredDESCRIPTORprivate;crates/infraternal-server/src/lib.rsincludes it in the shared action catalog. I’m exporting the descriptor and rerunning the server migration gate.Finding: server clippy failed on a needless borrow in
crates/infraternal-shim/src/pty.rs:193(&shellwhereshellis already a path reference). The migration tests passed 9/9; I’m removing the borrow and rerunning clippy.Finding from the first server clippy run:
crates/infraternal-server/src/websocket.rshas a redundant closure and an ignored-unit pattern at the generic action-options call;crates/infraternal-server/src/auth/socket_tests/plugin_lifecycle.rshas a 107-line test over the 100-line limit. Evidence: server clippy exited 101 with those three diagnostics. I will make the narrow style/test-organization fixes and rerun the gate.Step complete, HEAD
9b619f779(pushed ond241-shell-marker). Migration 0031 adds account-scoped plugin rows, preserves global rows, and removes deleted-host overrides; release reads/writes remain global. Gates:cargo test -p infraternal-server --features terminal-preferences migration_compat_testspassed (9 tests);cargo test -p infraternal-plugin-releasepassed (8 passed, 1 ignored); server and release clippy passed with-D warnings. The ignored release writer-latency test remains scheduled for the perf VM.Step complete, HEAD
e1cc2c04e(pushed ond241-shell-marker). Added the generic plugin action-options hook and a capability bit; existing plugins retain the no-op default. Gates: plugin API tests passed (32 unit tests + 2 routing tests; 1 perf test ignored for the perf VM); clippy with-D warningspassed.Finding during dependency review:
crates/plugins/terminal-preferences/Cargo.tomllistedinfraternal-protocol, but the plugin source has noinfraternal_protocoluse;cargo tree -e features -p infraternal-plugin-terminal-preferences --depth 2showed it as a direct dependency. I am removing this unused local dependency before the package gate.Finding:
crates/infraternal-shim/src/shell_startup.rsclearsPROMPT_COMMANDand runs the user's hook only once. That breaks normal Bash login sessions, where the hook must run on later prompts too. The existing test asserts only one invocation; I am strengthening it to verify consecutive prompts before changing the startup guard.Finding from the first terminal-preferences package test run: the nested test module uses
DefaultValuewithout importing it (crates/plugins/terminal-preferences/src/lib.rs:766), socargo test -p infraternal-plugin-terminal-preferencesexited 101 with E0433. I will add the missing test import and rerun the package gate.The new real-Bash regression test failed before the fix as intended:
bash_guard_restores_an_inherited_prompt_command_after_the_first_promptobserved oneinherited-hook:unsetline where two prompt invocations were expected (0 passed, 1 failed). This confirms the guard discarded the user's hook after startup; I will restore the original scalar or array for subsequent prompts.Step complete, HEAD
a5d9ef433(pushed ond241-shell-marker). Added the build-removable terminal-preferences plugin package and wired its server/infraternal feature. Gates:cargo test -p infraternal-plugin-terminal-preferencespassed (7/7); plugin clippy passed with-D warnings;cargo tree -e featuresshowed no new third-party dependency. The unused local protocol dependency found during review was removed before the passing run.Bash prompt-hook finding resolved. The new test failed before the fix (one invocation, expected two); after restoring the user's original scalar/array
PROMPT_COMMAND,cargo test -p infraternal-shim shell_startup::tests::bash_guard_restores_an_inherited_prompt_command_after_the_first_prompt -- --exactpassed (1 passed). The test uses a real interactive login Bash and confirms later hooks see the released marker state.Finding from shim integration review: renaming
Pty::spawn_with_readinessto carry the new startup policy left two call sites stale:crates/infraternal-shim/src/pty_handoff.rs:134(test helper) andcrates/infraternal-shim/src/user_host.rs:289(runtime).rgconfirms both still call the removed method. I stopped this job's queued clippy before it acquired a slot, and am updating those call sites before rerunning the gate.The full shim test run completed its unit tests (103 passed, 13 ignored), including real Bash/Zsh login tests, then
tests/mouse.rsfailed becausescripts/verify-vt-native.pycould not find thezigexecutable (FileNotFoundError: [Errno 2]). This is a missing host toolchain, not an assertion failure. I am installing Zig under this job's scratch directory and will rerun the integration test.The mouse integration failure was environmental: the first run could not find Zig. Zig is now available under this job's scratch path, and
cargo test -p infraternal-shim --test mousepasses (1/1). I am rerunning the complete shim package suite with the same PATH so all package integration tests execute.Step complete, HEAD
8d27c6fa3(pushed ond241-shell-marker). The agent now accepts the capability-negotiated optional open field; the shim exportsINFRATERNAL_SESSION=1, guards startup only, and restores manual starts and Bash prompt hooks. Gates: shim tests passed (103 unit + 5 integration; 13 ignored); agent tests passed (71 unit + 2 transport; 7 ignored); shim and agent clippy passed with-D warnings. The real Bash and Zsh login-shell checks both passed.Docs slice pushed at
5eb0f2041. Updated wire and shim contracts and added the terminal startup settings schema.git diff --cached --checkpassed. Refs: D198, D202, D241.Finding: isolated server clippy with
terminal-preferences,remotelintedinfraternal-agentwithout its mesh feature and reportedunnecessary_wrapsatcrates/infraternal-agent/src/plugins.rs:123,133. That file is unchanged from baseadee19da0; production workspace defaults enable both agent features. Remote TCP and QUIC open tests passed 1/1 each. I’m rerunning package-scoped clippy and the agent with its production feature combination.Gate queue status: the remaining remote clippy, production build, real-browser checks and repository iteration are queued behind the four shared build slots. No code check has failed in this wait; the feature-only clippy finding is recorded above. Continuing when a slot frees; no owner decision is needed.
Server slice pushed at
50405eee3. Enabled plugins now contribute bounded terminal.open options, gated by the connected agent capability; readiness opens and older peers retain the old shape. Tests passed: request shape 2/2; plugin socket/persistence, authenticated route, disabled plugin and local capability handshake 4/4; remote TCP/QUIC 2/2. Server clippy passed for default and remote feature sets; agent clippy passed with remote+mesh. The initial remote-without-mesh lint finding is recorded above and the file matched base.Gate queue update: the production static binary build and real-browser run have not started. The shared build-slot receipts show slots 1–3 occupied by
scripts/verify fastand slot 4 byscripts/verify integration(23:06–23:25 +02). I am waiting for a slot; no source check has failed.Gate wait: all four build slots remain occupied (three
scripts/verify fast, onescripts/verify integration). The shared filesystem has 19 GB available (97% used); the production static build is queued and has not started. I am waiting for a slot and disk headroom; no source check has failed.Gate wait update: all four build slots remain occupied by three
scripts/verify fastruns and onescripts/verify integrationrun. Shared disk availability fell from 19 GB to 13 GB (98% used); the production static build remains queued and has not started. I am waiting for a slot and monitoring headroom; no source check has failed.Gate wait update: slot 1 is now running a WebKit test, slots 2 and 4 are running
scripts/verify fast, and slot 3 is running a size gate. Shared disk availability is 9.6 GB (98% used); the production static build remains queued and has not started. I am waiting for capacity; no source check has failed.Finding: the first real-browser attempt stopped in fixture setup before application assertions. The socket path exceeded the 107-byte limit because
INFRATERNAL_TEST_STATE_ROOTused the full job path. Evidence: run log, fixture error context. I created a 36-byte symlink alias inside scratch that resolves to this job's scratch directory; its constructed socket path is 103 bytes. I am retrying the regression check.Red regression check: when I temporarily prepared preferences on every attach, the real-server browser run passed the first-shell notice and host control, then failed on reattach with 2
terminal.multiplexer.preparecalls where 1 was expected (1 passed, 1 failed, 1 skipped). This demonstrates that reattaching can trigger another preference read. The final source keeps preparation on newly created sessions only. Receipt: red browser run.UI slice committed and pushed as
e3a06ba42.The product uses the existing shared notice and Hosts switch row. Preparation runs only on new sessions.
bun run checkandgit diff --checkpassed. The real production-server browser sequence passed 3/3: first-shell notice and host override, reattach without another preparation, and the account-wide switch. The stripped static x86_64 server binary is 21,196,368 bytes; base comparison is pending.Screenshots were captured at 1440 px, 393 px and 375 px; Settings captures cover ink and paper themes. Notice desktop, notice phone, notice narrow phone, Settings desktop, ink, Settings phone, ink, Settings narrow phone, ink, Settings desktop, paper, Settings phone, paper, Settings narrow phone, paper. Browser transcript, static build receipt.
Refs: D16, D160, D198, D202, D241.
The first perf VM harness invocation selected 0 tests: the short
--exactfilter reported 418 filtered out and produced no timing data (run transcript). The correct test ID isauth::tests::terminal_refusal_tests::terminal_open_preference_lookup_overhead_on_real_pool; rerunning with that fully qualified name.The second perf VM attempt selected the intended test but failed its environment precondition before collecting samples:
INFRATERNAL_TEST_CPU_WEIGHTwas absent (transcript). The shell assignment omitted the finalL; rerunning with the exact variable name from the test.Perf and static-size step completed from source head
e3a06ba42faf0857757abc5484dcef2c0e4238e7(Cargo profile evidence comments are updated; profile commit and final gates are next).Both runs used the static release test on
infraternal-perf-test(4 cores),CPUWeight=10000, with 1,001 samples per state and load average recorded in each receipt. Run 1: off p99 7,855 µs, on p99 6,393 µs, delta -1,462 µs; load 0.00,0.02,0.01 before and after. Run 2: off p99 2,234 µs, on p99 1,441 µs, delta -793 µs; load 0.05,0.03,0.01 before and 0.20,0.06,0.02 after. Neither run measured a positive p99 delta. At 32 opens, simple linear arithmetic gives -46.784 ms and -25.376 ms; the harness serialized opens, so those are not concurrency measurements.Stripped static x86_64 size: merge base 21,389,232 bytes; branch 21,196,368 bytes; delta -192,864 bytes.
Receipts: run 1, run 2, size comparison, branch size, base size.
kayg referenced this issue2026-10-28 17:53:56 +00:00
D241 continuation handoff — blocked by D243 size, not ready to merge.
Pushed head:
6081996038on d241-shell-marker. Merged dev63773bb3ec; preserved #255 Tokio/AsyncFd code exactly and updated only the migration-chain test expectations for D241's 0031 migration. Working tree clean. All WIP release-profile changes and both reduction experiments were dropped. No new perf run is needed; no perf host was contacted.Pinned scripts/static-cargo recipe, sequential architectures under build-slot, same job target:
Both exceed the shared rules' 64 KiB growth limit. Caps and docs/PROCESS.md remain unchanged. The next step requires owner authorization for these measured increases or a further source reduction. The unrelated server-wide s→z candidate must be reviewed separately; the earlier −192,864 B measurement is not D241's independent cost. Preferences-only z still grew +126,912 / +109,880 B, and the shared-query source candidate added 5,952 B versus this head; neither was retained. Attribution found no external feature/dependency additions and mainly SQLite pool/query text plus preference handlers.
Receipts: exact dev/head size builds, symbol attribution, rejected shared-query candidate, rejected scoped profile candidate.
Prior functional evidence: all 12 real-shell startup tests passed, including later manual starts; corrected remote migration suite 5/0; full separate TypeScript gate passed (356/0, 105/0, 17/0 frontend and 39/0 protocol, compiler and production build). The existing real production-server browser sequence passed 3/3 before the continuation merge; screenshot links remain in #251. Final fast results below supersede any earlier gate claim.
Final
scripts/verify faston the exact head exited 1. Only static builds failed: both size caps and the size-boundary regression that checks those same artifacts. TypeScript is not reached after the Rust failure; the separate full TypeScript pass above is the applicable evidence. Static linkage and production trust passed on both architectures; x86 AES and locked key-memory passed. aarch64 key-memory execution was not checked on this x86 host.Full verbatim final gate transcript
Cleanup: temporary dev baseline worktree and job CARGO_TARGET_DIR removed; evidence retained outside the repo. No deploy. Issues remain open.
D241 size implementation started on d241-shell-marker at
6081996038, matched dev baseline63773bb3ec. Read the latest #251 handoff first and continuing its measurements. Worktree: ~/wt-infraternal/d241-size; sequential pinned static builds through build-slot, no release-profile changes or deployment. Will post crate/symbol attribution before source changes, then reduction measurements and final gate.D241 size follow-up finished; full attribution, retained-cost explanation and receipts are on #251.
Finished the D241 size implementation on pushed branch
d241-shell-marker, head1c349284b6. Four atomic commits retain host SQL execution sharing, fixed-response/discovery reuse, shared startup-file publication, and exact caps/docs. Working tree clean; remote HEAD matches.63773bb3eThe <=16 KiB target remains unmet. The retained-cost justification above is for owner decision; this job does not claim an approved size exception. The third SQLx pool/worker instantiation is removed; no profile, dependency, feature, SQL, shell-program or existing assertion changes are retained. Atomic notice claims, account/host isolation, strict input validation, startup-only guards and build-removable plugin behavior remain covered. Author review checked those invariants and private-file publication order.
Final
scripts/verify faston this exact head exited 0. Both final gate binaries are byte-identical to the retained measured artifacts. Rust summary, verbatim:The complete TypeScript gate also passes: compiler, frontend 356/0, connection 105/0, terminal-query/write 17/0, production build/transfer budget, and protocol 39/0. Final protocol output, verbatim:
Static production trust/linkage pass on both targets; x86_64 AES vector and locked/dump-excluded key heap pass. The gate explicitly does not execute the aarch64 key-memory check on this x86_64 host. No runtime performance claim is inferred from build-host test timings.
Two earlier failed gate runs are retained: a symlink scratch root conflicted with restart path validation; a later 111-byte fixture pathname exceeded Linux's Unix socket bound. A real private short directory fixed both, and the complete final gate was rerun without source changes or waived tests.
Cleanup verified: job CARGO_TARGET_DIR, temporary dev baseline worktree and all owned short fixture roots removed. Evidence stays outside the repository. No deploy; issues remain open.
final-fast.log
final-verification.txt
final-shipping-comparison.txt
check-cut2.log
check-cut3.log
cut3-x86_64-sections.txt
final-fast-symlink-fixture.log
final-fast-socket-path.log
Independent D241 review of
1c349284bis recorded on #251. Verdict: merge after fixes (0 P0 / 0 P1 / 3 P2 / 0 P3). Review branchreview-d241, head50d984e62ab1eccba3360e77d77af2f593389345, pushed; implementation unchanged. Failing tests cover stale persisted account setting after reload, retained startup markers after replacing the Zsh prompt-hook array, and retained markers after a Bash login profile execs Zsh. Required head fast gate exited 1 only on the two intentional shell regressions (both workspace and process-per-user); all other Rust rows, including both static builds, pass. The #251 comment contains the verbatim gate summary, full transcript, tests, locations, and evidence. Same-recipe merge-base size comparison and scratch cleanup are still pending behind shared slots. Issues remain open; no deployment.Independent review cleanup and size comparison finished; final record is on #251. x86_64 merge-base/head: 21,386,512 / 21,426,544 bytes (+40,032); aarch64 head matches 19,596,928 bytes. Review head
50d984e62ab1eccba3360e77d77af2f593389345is pushed onreview-d241; clean worktree, remote matches. Verdict remains merge after fixes: three P2 findings with committed failing tests. Required fast gate transcript and verbatim summary are on #251 (only R2/R3 fail in each shim configuration; other Rust rows pass). Review target directory, temporary baseline and private fixtures removed. No deployment; issues remain open.D241 review fixes starting on d241-shell-marker, base
1c349284b6, worktree ~/wt-infraternal/d241-fix. Read #251/#170 history and merge-after-fixes verdict (R1/R2/R3, three P2). Will merge review-d241 and dev, fix each finding without weakening tests, remeasure both pinned static images and run the final fast gate. No deployment.Finished D241 R1–R3 on pushed branch
d241-shell-marker, heade18cd7a0e5. Working tree is clean; remote head matches.All 14 earlier shell test bodies and the original R1 review test remain byte-identical to review-d241. Both shim modes pass all 16 startup tests. The production-browser notice, reattach and saved-switch reload checks pass 3/3; seven real-production screenshots and earlier build/test receipts are attached above on #251.
8f88bf086The pinned builds ran one target at a time. Both exact caps and the short D243 paragraph use these measured artifacts with no slack; no dependency, feature, profile or recipe changes. Final gate images are byte-identical to the measured images.
Final
scripts/verify faston this exact head exited 0. Rust summary, verbatim:TypeScript compiler, production build and transfer budget pass; frontend 358/0, connection 105/0, terminal query/write 17/0. Final protocol output, verbatim:
The complete unedited gate output and final verification receipt are attached below. Static trust/linkage checks pass on both targets; the key-memory runtime check runs on x86_64 and is explicitly skipped for aarch64 on this host.
Cleanup verified: CARGO_TARGET_DIR, the private short fixture root and scratch shell binary are deleted; no owned target/fixture processes remain. Evidence is outside the repository. Issues remain open.
final-fast.log
final-verification.txt
D241 round-2 delta review completed on review-d241-r2 at
ad78229dcfagainste18cd7a0e. Verdict on #251: merge after fixes, 0 P0 / 0 P1 / 4 P2 / 0 P3. Failing review tests cover exported marker lifetime across handoff, lost automatic-start suppression across Bash/Zsh handoff, queued account-save/preparation ordering, and set -e login exit. Original regression tests remain unchanged and pass; production browser checks pass 4/4. Final fast gate fails only the four review shell tests in both shim modes; full verbatim output, findings, screenshots, size comparisons and cleanup are recorded on #251 . No implementation fixes or deployment; issues left open.D241 final fix round starting on d241-shell-marker at
e18cd7a0e5, worktree ~/wt-infraternal/d241-final. Reading both review rounds and #170 before evaluating exact-process/startup-phase suppression. Will stop and propose an owner plan if shell-local state cannot meet the handoff requirement. No deployment.D241 final-round stop: no implementation patch. Under the requested stop condition, I do not find an in-shell mechanism that meets all current requirements with unchanged startup files and review assertions.
Evidence: mechanism-probes.txt. The probe executes the actual BASH_PROMPT_COMMAND constant with R2-4's profile/rc contents: skip=false exits 0, reaches PROFILE:done and START:manual; skip=true exits 1 before either. A correct-PID INFRATERNAL_SESSION marker alone still prints START:automatic with the unchanged TMUX conditional. Same-binary exec preserves PID in real sh, dash, Bash and Zsh. These are functional reproductions, not performance measurements or a completed shell matrix; Fish was not rerun.
Why the suggested marker cannot satisfy this contract by itself:
[ -z "${TMUX-}" ] && tmux automaticreturns 1; its enclosing.then trips errexit. Appending cleanup cannot run after that exit. Sourcing under a conditional suppresses errexit throughout the user's file, changing unrelated failures; disabling errexit or overriding tests/source/exec changes the user's shell. Those violate the fail-safe requirement.Short owner plan (D241 requires owner decision, not another case patch):
if ...; then ...; figuard at the auto-start site so skipping returns success without changing errexit elsewhere. This requires permission to change the no-dotfile-edit contract or a user-installed integration; no engine/library choice is made here. Keep the existing failing tests as evidence and have the owner explicitly approve any changed acceptance expectations.0c8639496, exact caps and full fast gate.Finish state: branch restored to
e18cd7a0e5; git push reports Everything up-to-date. The temporary review-test merge was discarded and the conflicted dev merge aborted; no merge result, cap change, new commit or deployment is published. No review finding is claimed closed. Size remeasurement and scripts/verify fast were not run because this is the requested stop-and-plan result, not an implementation completion; there is no new gate output to quote. Prior round's sizes/gates are not evidence for a merged final fix. No CARGO_TARGET_DIR was created; scratch evidence remains outside the repository.