igneum-labs 5a8bad665c 0.3.24: a job's install takes the Power Helper's unattended form through the registered helper itself (PC 2, 7 October 2026: the deferred rule left every new right to "the next interactive start", which on a PC with nobody at the desk never comes, so an update by job could never take the S4U form without a click). rights::install, in the deferred branch: when every missing right is one the registered helper can take (HELPER_TAKEABLE = power-helper-task@unattended) it starts the task, waits for the heartbeat, writes "<seq> reregister" and waits 20 s for the helper's own "reregister ok" line (the helper re-registers from the running build's script, now S4U + Highest, elevated, no prompt), then records the right in the manifest; anything else stays deferred as before. Playbooks: pc2-s4u-proof.ps1 (unelevated: an S4U probe task started from the job's session, read by stamp file, LastTaskResult and LastRunTime, then unregistered; the real task read only) and pc1-helper-reprobe.ps1 (installed version, heartbeat first, one dev line, the log line within 15 s: answers or not). Test known-failed first: a_job_install_takes_the_task_form_through_the_registered_helper_and_defers_the_rest ... Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>		2026-10-07 22:06:10 +00:00
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igneum-app	0.3.24: a job's install takes the Power Helper's unattended form through the registered helper itself (PC 2, 7 October 2026: the deferred rule left every new right to "the next interactive start", which on a PC with nobody at the desk never comes, so an update by job could never take the S4U form without a click). rights::install, in the deferred branch: when every missing right is one the registered helper can take (HELPER_TAKEABLE = power-helper-task@unattended) it starts the task, waits for the heartbeat, writes "<seq> reregister" and waits 20 s for the helper's own "reregister ok" line (the helper re-registers from the running build's script, now S4U + Highest, elevated, no prompt), then records the right in the manifest; anything else stays deferred as before. Playbooks: pc2-s4u-proof.ps1 (unelevated: an S4U probe task started from the job's session, read by stamp file, LastTaskResult and LastRunTime, then unregistered; the real task read only) and pc1-helper-reprobe.ps1 (installed version, heartbeat first, one dev line, the log line within 15 s: answers or not). Test known-failed first: a_job_install_takes_the_task_form_through_the_registered_helper_and_defers_the_rest	2026-10-07 22:06:10 +00:00
mac	The opening window size, one rule for both hosts (window-22, 7 October 2026, the project lead on PC 2: "why did the app open super wide?"): scaling-21's 80 percent of the work area scaled above 1920 wide opened 2752 by 1152 on a 3440-wide area and 3072 by 864 on a two-monitor span, and a remembered WindowW/WindowH could carry that into later starts; now app/windows/opening_size.h: the PRIMARY monitor's work area (MonitorFromPoint primary, never the virtual desktop), width 80 percent capped at 1440 up to a 1920-wide display and 1920 beyond, height from the width at 16:10 bounded by the work area, never wider than 1.6 times the height, never under 900 by 600, never over the work area; a remembered frame kept only when it fits the work area, the minimum and the aspect cap, and never saved when it would not; the Mac window mirrors the rule on NSScreen.screens.first and discards an autosave frame that fails it; opening_size_test.c compiles on the gate with cc (known-failed first: it could not compile before the header, and 0.3.21's rule fails the 3440 by 1440 and the 3840 by 1080 cases); host.cpp touched (the shipper's named line)	2026-10-07 18:34:47 +00:00
windows	0.3.23: version strings (the tree after 0.3.22's cut: the rights step at install, the unattended driver install, the check labels, the .next token read, per-monitor DPI, the network step, the installer closing the host; node pin 2720d8d2)	2026-10-07 20:23:57 +00:00