review · segments
Initialize flower orchestrator daemon reset successor
claude 899 events 29 segments master
segment 1 of 29
Bind as orchestrator reset successor and complete reset handshake
The successor daemon (40) checked in via `flower:daemon-checkin`, grounded itself with `whoami` and `recall_roster`/`recall_resume`, read the predecessor handoff scratchpad, called `daemon_successor_ready` (signal 128), poked predecessor proc 1123 with a timer, observed the baton transfer (handed_off), and retired predecessor daemon 36 via `daemon_retire_predecessor`, closing its Solo process.
outcome
Predecessor daemon 36 is retired (reset_state: retired, status: dead); successor daemon 40 holds the orchestrator baton.
next steps
—
key decisions
- Used timer_set with body field (not message) to poke predecessor after initial deserialization error.
open questions
—
1 day ago → 1 day ago
segment 2 of 29
Complete orchestrator successor reset and assess inherited state
The successor orchestrator daemon 40 completed the reset handshake with predecessor daemon 36, retiring it. Loaded necessary MCP tools, cancelled redundant check-back timer, recalled epic-lead children briefs to assess dispatch readiness, and confirmed MAIN HEAD (f2dbcbc) and worktree mapping. The reset is clean and the orchestrator holds the baton with all worktrees free and epic-lead slices B, C, E ready for dispatch.
outcome
Predecessor daemon 36 retired, orchestrator daemon 40 holds the baton, MAIN head f2dbcbc with no in-flight workers, three epic-lead slices identified as unblocked and ready.
next steps
—
key decisions
- Continue using existing worktree-to-Solo-project mapping (design=52, backend=53, foundation=54, wt1=55, wt2=56).
- Use fixed-cadence 13-minute poll timer for workers instead of idle-watchdogs to avoid churn on long-running tasks.
- Horizon reload to activate merged Slice A (#231) identity code is deferred and executed promptly after reset.
open questions
—
1 day ago → 1 day ago
segment 3 of 29
Dispatch initial wave of four workers for epic-lead slices and auto-dispatch toggle
The orchestrator creates branches for #232 (Slice B), #233 (Slice C), and #235 (Slice E) in wt1/backend/design worktrees, then dispatches each via brief_dispatch and spawns Solo agent processes (procs 1141, 1143, 1144). It then claims auto_dispatch signal #117, creates a branch for #230, dispatches via brief_auto_dispatch_signal, and spawns a worker (proc 1145). All four workers receive kickoff instructions and begin building. Horizon reload is run to activate merged #231 identity code.
outcome
Four workers are now building in parallel: flower-232-worker (1141, wt1), flower-233-worker (1143, backend), flower-235-worker (1144, design), flower-230-worker (1145, wt2). Briefs #232, #233, #235 are set to 'planned'; signal #117 is completed.
next steps
- Poll workers via get_process_output to detect completions
- Merge landed branches from clean master per protocol
- Dispatch #234 (Slice D) after #233 completes
- Dispatch #236 (Slice F) after #232, #233, #234 are merged
key decisions
- Self-cap at 4 concurrent workers (slots: 3 epic-lead manual dispatches + 1 auto_dispatch drain)
- Use auto_dispatch signal drain (#117) to fill the 4th slot
- Dispatched #230 as the 4th slot to validate the signal-drain path
- Branch names follow pattern flower/<brief-id>-<slug>
open questions
—
1 day ago → 1 day ago
segment 4 of 29
Record durable in-flight state and check operator inbox
The orchestrator writes a scratchpad (scratchpad_id 1094) recording the live dispatch state of all four workers, including proc IDs, worktree project IDs, brief IDs, and dispatch request IDs. The operator inbox is checked and found to have one note (id: 2) which is already marked 'handled'.
outcome
Scratchpad 1094 created with durable state for reset-safety; inbox is clear with no actionable items.
next steps
- Continue work-loop monitoring and merge cycles
key decisions
- Record state in Solo scratchpad for recoverability if orchestrator resets or interrupts
- Polling strategy: use fixed-cadence timer (13 min) rather than idle-watchdogs to avoid blip-churn on long xhigh workers
open questions
—
1 day ago → 1 day ago
segment 5 of 29
Perform health check and poll in-flight workers
The orchestrator heartbeated (context 16%), checked the roster (all daemons alive, no winddown/reset/compaction flags), polled all four workers which were still building, and reported no material changes. No signals or inbox items required action.
outcome
Heartbeat confirmed, roster clean, workers all progressing, no actions needed.
next steps
—
key decisions
—
open questions
—
1 day ago → 1 day ago
segment 6 of 29
Merge completed epic-lead slices and auto-dispatch toggle into master
The orchestrator detected that three workers (C, E, #230) had completed with green suites; the fourth (B) completed shortly after. It verified each branch was clean, then merged them one by one into master with zero conflicts. The combined test suite passed (1180 tests, 1178 passed, 2 skipped). Merged-provenance events were appended to each brief, and the three finished workers were closed. The C-worker was kept warm for chaining.
outcome
Four branches merged to master at commit eae7e2e, combined suite green, all briefs marked merged, workers closed.
next steps
- Prepare and dispatch Slice D and #237 (done in next segment)
- Eventually dispatch #236 (F) to complete epic #226
- Process the decisions-chain signals deliberately
key decisions
- Merged in order of least conflict risk: #230 (orthogonal UI), then #233 (C), then #235 (E), then #232 (B).
- Kept the C-worker (1143) warm for chaining Slice D to reuse context.
open questions
—
1 day ago → 1 day ago
segment 7 of 29
Dispatch briefs #234 and #237 as parallel workers
The orchestrator created branches for both briefs off updated master, updated brief #234 status to planned, claimed signal 122 for auto-dispatch of #237, dispatched #234 to the backend worktree, completed the auto-dispatch signal for #237 to the design worktree, and spawned the #237 worker process (1146).
outcome
Both briefs #234 (dispatch request 117) and #237 (dispatch request 118) dispatched; worker process 1146 spawned for #237.
next steps
- Kickstart both workers with task instructions
key decisions
- Dispatch #234 to the backend worktree and #237 to the design worktree in parallel
- Chain Slice D onto the existing warm C-worker (process 1143) to reuse context rather than spawning a fresh worker
open questions
—
1 day ago → 1 day ago
segment 8 of 29
Monitor in-flight workers D and #237
The orchestrator established live state, performed heartbeat and roster check, polled workers building Slice D and brief #237, and reported no completions. Both workers were still in progress with no material changes.
outcome
State refreshed; workers D and #237 still building; decisions chain held deliberately to avoid merge conflicts.
next steps
—
key decisions
- Hold further dispatches until epic-lead epic completes; order remaining decisions-chain signals (sibling PRs carry merge-conflict risk).
open questions
—
1 day ago → 1 day ago
segment 9 of 29
Merge completed workers and dispatch Slice F
The orchestrator polled and found both workers complete. It verified clean branches, merged both D and #237 to master with no conflicts, ran the full suite (1191 green), appended merge notes, dispatched Slice F onto the warm backend worker, and claimed auto_dispatch signals for #125 and #228. Branches for the next decisions-chain tasks were prepared.
outcome
D and #237 merged to master (HEAD 6c5ed4e); Slice F dispatched (request 119); signals 120 and 121 claimed; branches flower/125-decision-search and flower/228-ask-parity prepped.
next steps
- Poll worker 1143 (Slice F) for completion; then consider dispatching remaining decisions-chain tasks.
- Monitor workers for #125 and #228 after kickoffs.
key decisions
- Chain Slice F onto warm C/D worker to reuse context.
- Dispatch #125 and #228 in parallel (independent and low conflict risk).
- Ignore parent epic #95 as a dispatch target; its children carry the work.
open questions
—
23 hours ago → 23 hours ago
segment 10 of 29
Dispatch and spawn three concurrent brief workers
The orchestrator prepared git branches for #125 and #228, claimed two auto_dispatch signals (120, 121), dispatched both briefs via brief_auto_dispatch_signal, spawned workers flower-236-worker (already running), flower-125-worker (1147/wt1), and flower-228-worker (1148/wt2), sent kickoff instructions to each, and updated the live dispatch state scratchpad (rev 3).
outcome
Three workers dispatched and building in parallel: #236 Slice F (backend), #125 decision search (wt1), #228 ask parity (wt2).
next steps
- Poll workers and merge landed branches
key decisions
- Merged Slice D (#234) and #237 before this dispatch session
- Held #124/#170 due to capacity and conflict risk against live epic-lead work
- Dispatched #125 and #228 sequentially with union-resolve plan for sibling-file overlap
open questions
—
23 hours ago → 23 hours ago
segment 11 of 29
Monitor and poll in-flight workers until completion
The orchestrator performed two work-loop ticks (events #351 and #366), polling three workers (Slice F #236, #125 decision search, #228 ask parity). The first tick reported no material change; the second tick captured all three workers' completion summaries, confirming epic #226 was functionally complete.
outcome
All three workers finished their work (F with 1203 tests green, #125 with 1193 green, #228 with 1192 green) and their completion reports were captured.
next steps
—
key decisions
- Three workers were allowed to run to completion without interference.
open questions
—
23 hours ago → 23 hours ago
segment 12 of 29
Merge all three branches, complete epic #226, and close workers
The orchestrator verified three clean branches (flower/236-epic-lead-slice-f, flower/125-decision-search, flower/228-ask-parity), merged them sequentially into master with no conflicts (HEAD 6ec9ea5), ran the full suite (1211 tests, 1209 passed, 2 skipped), executed flower:horizon-reload for the EmbedChunks job change, appended merge provenance to each brief, marked epic #226 as complete, and closed all three worker processes.
outcome
Three branches merged, epic #226 complete, all workers closed, Horizon reloaded.
next steps
—
key decisions
- Merge order: F first (orthogonal), then #125, then #228 (both decisions siblings, union-resolving overlap).
- Ran flower:horizon-reload after merge because #125 changed EmbedChunks job.
- Marked epic #226 as complete using brief_update_status.
open questions
—
23 hours ago → 23 hours ago
segment 13 of 29
Dispatch remaining auto_dispatch queue items #124 and #170 and spawn workers
The orchestrator prepped branches, claimed signals 119 and 116, auto-dispatched both briefs via DispatchService, spawned two Solo workers (flower-124-worker on backend worktree, flower-170-worker on wt1), sent kickoff inputs, updated the durable scratchpad with live dispatch state, and reported the milestone of epic #226 being complete. Both workers are building their briefs and are not yet finished.
outcome
Two workers are in-flight on branches flower/124-delivery-polish and flower/170-decision-charters; the auto_dispatch queue is now drained.
next steps
- Poll workers for completion via get_process_output
- Merge landed branches from clean MAIN tree when workers finish
- Consider self-reset if context in 400-600k range at a clean lull
key decisions
- Use make-before-break self-reset strategy at a clean lull after workers complete
- Auto_dispatch queue drained; only #95 parent-epic misfire signal remains unactioned
open questions
—
23 hours ago → 23 hours ago
segment 14 of 29
Create follow-up brief #241 for epic-lead toggle with design decisions
User requested a follow-up to the epic-lead pattern to add a force epic-lead toggle. Assistant created brief #241, asked two questions about force behavior and dispatch timing, recorded operator decisions (auto-spawn, boolean toggle, planned-gating, dispatch now), and processed a daemon work-loop tick.
outcome
Brief #241 created in planned status with operator decisions recorded; two branches (#124, #170) ready for merge.
next steps
- Merge #124 and #170 into master.
- Dispatch #241 to a worker.
key decisions
- force = auto-spawn (orchestrator must auto-spawn epic lead on pickup).
- Control shape = boolean toggle mirroring #230 auto-dispatch toggle.
- Gating on planned/epic-candidate briefs.
- Dispatch brief #241 now.
open questions
—
23 hours ago → 22 hours ago
segment 15 of 29
Merge branches #124 and #170 into master
Verified branches #124 (decision handoff hardening) and #170 (decision charters v5) are clean, merged them with no conflicts, ran full test suite (1221 tests, 1219 passed, 2 skipped), re-seeded PromptTemplateSeeder for v5 charters, and appended merge notes to briefs.
outcome
HEAD at 07f8590 with both branches merged; #124 and #170 workers closed.
next steps
—
key decisions
- #170 requires PromptTemplateSeeder re-seed post-merge so new daemons render v5 bodies.
open questions
—
22 hours ago → 22 hours ago
segment 16 of 29
Dispatch brief #241 to worker for build
Prepared branch flower/241-force-epic-lead-toggle from master, dispatched brief #241, spawned worker flower-241-worker (process 1152), and sent kickoff input with full task spec including the two-part build (Part A: setter service/toggle/MCP tool/badge; Part B: deterministic routing).
outcome
Worker 1152 is building #241 on branch flower/241-force-epic-lead-toggle.
next steps
- Monitor worker progress.
- Merge #241 when complete, running full suite and post-merge steps.
key decisions
- Part A and Part B should be landed separately; Part B may be split if orchestrator-routing scope balloons.
open questions
—
22 hours ago → 22 hours ago
segment 17 of 29
Persist the daemon-no-interactive-questions rule as memory and fleet feedback
After the operator flagged that the orchestrator daemon blocked its loop by using the interactive AskUserQuestion tool, the agent created a persistent memory file banning the practice, updated the MEMORY.md index, and filed fleet feedback bug #127 recommending a charter convention line in DaemonCharterDefaults. The agent committed to using async decision_ask/brief_ask for operator questions going forward.
outcome
Memory file daemon-no-interactive-questions.md created, MEMORY.md updated with link, feedback bug #127 filed
next steps
—
key decisions
- Daemons must never use Claude Code's interactive AskUserQuestion; route to async decision_ask/brief_ask
- The rule should eventually be baked into the shared charter block (DaemonCharterDefaults)
open questions
—
22 hours ago → 22 hours ago
segment 18 of 29
Create brief #243 for charter/prompt refresh review and brief #244 for Refs index convention
The operator instructed the orchestrator to file a brief (or extend existing feedback) for a review round of all daemon/agent charters, prompts, spawn/reset packets, and worker-kickoff text, and a separate brief for a convention where daemons append a compact '#->name' index when citing numbered entities. The assistant created brief #243 (status: idea) with a detailed scope covering DaemonCharterDefaults, AgentConventions, packet services, prompt_templates, and the epic-lead pattern, recent decisions feature, feedback #127, and post-merge gates. It then created brief #244 (status: idea) with the Refs-index convention, operator's example, and refinement questions. After receiving the operator's correction that the name must be the canonical title (not a paraphrase), the assistant appended a clarification and moved #244 to refining status.
outcome
Brief #243 (idea, draft) and brief #244 (refining) exist with notes capturing the review scope, Refs-index format, and operator clarification.
next steps
- Operator to decide prioritization/dispatch for #243 (epic, design-pass, or queue).
- Refine #244's open questions (entity types, scope, format, resolver tool) before finalizing the convention rule.
key decisions
- Chose to file a brief for the review round rather than extend feedback #127 because the review is a substantive audit+update task, not a single convention line.
- The Refs index format uses the entity's canonical title (#NNN: <title>), not an ad-hoc paraphrase — confirmed by operator example with #230.
open questions
- Entity types: which #-addressable types get indexed (briefs, feedback, decisions, sessions, dispatch_requests)?
- Scope: every message or only checkpoints/handoffs/reports? Terse timer-tick acks probably excluded.
- Format: one-line vs bulleted list; cap on entries.
- Need for a tiny resolver helper/tool to resolve #->canonical short name from stored data.
22 hours ago → 22 hours ago
segment 19 of 29
Perform heartbeat, poll roster, and set merge check-back for worker #241
Orchestrator heartbeated, recalled roster (3 daemons alive), polled worker #241 (near-complete, green suite, two commits), and set a 150s timer to merge it.
outcome
Check-back timer 1639 set; worker #241 ready to merge.
next steps
- On timer, verify branch and merge #241 per protocol.
- After merge, self-reset at clean lull.
key decisions
- Set a check-back timer rather than idling a full cycle to merge #241 promptly.
- Confirmed worker #241 is complete and ready to merge.
open questions
—
22 hours ago → 22 hours ago
segment 20 of 29
Resolve stuck coordination signals blocking ops reset and draining the queue
On check-back trigger, assistant discovered ops's reset signal #129 stranded ~1.7h due to orchestrator not draining full recall_signals. Assistant claimed and executed ops reset (daemon_start_reset spawned ops successor 41), cleared vestigial orchestrator reset signals #127/#128, failed invalid auto_dispatch #118, closed route_feedback #130 with remediation, and filed fix brief #245 for durable code fix.
outcome
Coordination queue drained; ops successor 41 spawned; stale signals cleared; fix brief #245 filed linked to fb #123.
next steps
- Merge worker #241 (next step).
- Self-reset at clean lull after merge.
- Implement durable code fix per brief #245.
key decisions
- Orchestrator must run full recall_signals drain (all kinds) every heartbeat - memory filed.
- Ops reset is highest priority; non-orch resets must not wait more than one heartbeat.
- Failed auto_dispatch #118 because brief #95 is a parent epic, not dispatchable.
open questions
—
22 hours ago → 22 hours ago
segment 21 of 29
Merge worker branch #241 and finalize its dispatch cycle
Assistant merged flower/241-force-epic-lead-toggle into master (HEAD 523d721), ran full test suite (1237 tests, 1235 passed, 2 skipped), rebuilt assets via npm run build, re-seeded PromptTemplateSeeder for charter changes, appended merge note to brief #241, set brief status to complete, and closed the worker process #1152.
outcome
Branch #241 merged, suite green, assets rebuilt, charters re-seeded, brief #241 complete, worker process closed.
next steps
- Self-reset orchestrator at clean lull.
- File follow-up brief for orchestrator auto-executing epic-lead spawn end-to-end (auto-provisioning).
key decisions
- Post-merge steps required: npm build (views changed) and PromptTemplateSeeder --force (AgentConventions charter changed).
open questions
—
22 hours ago → 22 hours ago
segment 22 of 29
Record full-signal-drain discipline in memory
Created the memory file orchestrator-drain-full-signal-queue.md describing the requirement to run recall_signals and drain ALL kinds every heartbeat with reset-kind as highest priority. Updated MEMORY.md to link this file.
outcome
Memory file created and MEMORY.md updated with the new rule reference.
next steps
—
key decisions
- Every heartbeat must recall_signals and drain all pending coordination signals, not just auto_dispatch opportunistically.
- Reset-kind signals are highest priority; a routine daemon reset must not wait more than one heartbeat.
open questions
—
22 hours ago → 22 hours ago
segment 23 of 29
Drain coordination queue and complete ops reset handoff
The orchestrator recalls signals, finds pending ops successor_ready (#135) and auto_dispatch (#136) for brief #95. It claims both, attempts ops handoff (35→41) which bounces due to a race, fails signal #136 with explanation, updates brief #95 to in_progress to stop the reconciler loop, then heartbeats and verifies through roster that the ops reset actually completed (daemon 35 retired, daemon 41 live). It completes signal #135 with resolution, updates scratchpad, and provides a full incident summary.
outcome
Ops reset 35→41 complete, coordination queue fully drained, brief #95 moved to in_progress, follow-up brief #247 created.
next steps
—
key decisions
- Drain full recall_signals every heartbeat, not just auto_dispatch signals.
- No interactive AskUserQuestion (fb #127).
- Brief #245 filed for durable code fix: auto-complete reset signals, stale-signal sweep, regression tests.
open questions
—
22 hours ago → 22 hours ago
segment 24 of 29
Explain why brief #95 is not yet complete
The user asks why #95 isn't done. The assistant recalls #95's children and explains that 11 of 12 children are complete, including PR-0 through PR-9 and #228; the only remaining child is #229 (an unbuilt decision affordance still in refining state). The assistant notes that moving #95 to in_progress stops the reconciler loop and that the feature itself is fully live.
outcome
User understands that #95 is practically done but waiting on resolution of child #229.
next steps
- Resolve #229: either refine and build or defer/close it.
key decisions
- Moved #95 to in_progress to stop reconciler loop (more accurate than planned).
- Distinguished brief #123 (completed PR-7) from feedback #123 (coordination bug) – reinforces #244's fb#-prefixed convention.
open questions
—
22 hours ago → 22 hours ago
segment 25 of 29
Execute work-loop and clear stale refine reset signals
The orchestrator performed a heartbeat check-in, retrieved the project roster and pending signals, then claimed and completed two stale notification signals (reset #141 and successor_ready #142) left from a completed refine daemon reset (37→42). The orchestrator deferred its own self-reset due to an incoming user question about a stalled brief, then moved on without completing the remaining work-loop steps (dispatch queue, inbox, reset).
outcome
Two vestigial refine reset signals cleared; heartbeat and roster refreshed; orchestrator reset and auto-dispatch of queued briefs (#246, #217, #244) deferred indefinitely.
next steps
- Execute pending auto_dispatch signals (#137, #138, #139) via DispatchService
- Check dispatch queue and poll in-flight workers
- Recall and process inbox
- Consider orchestrator self-reset if context permits
key decisions
- Deferred self-reset because user engaged with a question about brief #229
- Cleared stale signals from completed refine reset to keep queue clean
open questions
- Will the orchestrator eventually reset in a future work-loop?
22 hours ago → 21 hours ago
segment 26 of 29
Diagnose why brief #229 is stalled in refinement
When asked about brief #229's status, the orchestrator paused its reset and investigated the brief. It found that #229 had a complete spec and six open design questions but was stuck in refining status because there is no mechanism to auto-advance refining briefs. The assistant diagnosed the root cause as the lack of a forward mechanism for refining briefs, and suggested kicking off a design-loop to resolve the open questions.
outcome
Brief #229's stalled state was diagnosed: it is fully specced with 6 open design questions, stuck in refining because no forward mechanism exists. The orchestrator recommended a design-loop to unstick it.
next steps
- Kick off a design-loop (writer+reviewer) to resolve the 6 open questions on #229
- Build UI surfacing for stalled/buried refining briefs
key decisions
- Confirmed that no decision is blocking #229 – it simply lacks an advancement mechanism
open questions
- Should a new 'discussing' sub-state be added to decisions?
- How to surface stalled refining briefs without requiring a daemon redesign?
21 hours ago → 21 hours ago
segment 27 of 29
Execute orchestrator work-loop ticks and manage downstream workers
Assistant performed two work-loop ticks as instructed. In the first tick (events 686-746), it heartbeat, checked roster, processed signals: delivered decision-wake signals to refine daemon, claimed and executed auto_dispatch signals for briefs #217 and #244, recorded feedback idea #132 about surfacing stalled briefs, and branched/spawned three workers (#217 daemon-checkin portability, #244 refs-index convention, #229 design-loop). In the second tick (events 747-766), it heartbeat again, polled all three workers (showing progress: #217 building daemon-checkin fix, #244 writing ResolvedRef service, #229 design-loop running sub-agents), saved durable scratchpad state, and reported no material change. All three workers are in flight.
outcome
Two work-loop ticks completed; three dispatched workers (#217, #244, #229-design) running; durable state saved; #246 deferred pending #244 merge.
next steps
- Poll workers for completion when they finish
- Merge landed branches per protocol
- Dispatch #246 after #244's resolver is available
- Take orchestrator reset at next clean lull
key decisions
- Deferred #246 (Rooms active-refs rail) until #244 is merged to avoid duplication/conflict of the shared #→title resolver
- Left decision-wake signals #146/#147 for refine daemon 42 to ack (don't claim/complete; system re-enqueues until target acks)
- Spun up #229 as a separate design-loop worker (no inline design work) per the 'never run long design-loops inline' rule
- Filed feedback idea #132 about surfacing stalled/refining/awaiting-operator briefs in /briefs UI
open questions
—
21 hours ago → 21 hours ago
segment 28 of 29
Coordinate daemon pause and snapshot for Solo restart
The orchestrator responded to a request to prepare for a Solo restart due to a timer-response bug. It sent commit-and-hold messages to three active workers (#217, #244, #229) via Solo input, verified all workers committed clean trees, extracted session IDs from the agent-session-map, built a detailed backup scratchpad snapshot, and reported safe-to-restart status. A subsequent heartbeat tick was handled without interfering with the pending restart.
outcome
All three workers have committed their work; a durable backup snapshot is stored in Solo scratchpad 1099 and the session-map file; orchestrator is holding position and ready for Solo restart.
next steps
- Wait for operator to restart Solo
- After restart, resume workers, merge completed branches (#244, #217), and resume #229 design review
- File the requested feedback/brief about the coordination procedure
key decisions
- Workers were instructed to commit WIP commits to preserve progress rather than risk losing uncommitted work during Solo restart
- A scratchpad snapshot was created as a fallback in case Solo's resume fails
- No new dispatches or merges were started while restart was pending to avoid mid-operation corruption
open questions
- Whether the decision_wake signals to refine (#69/#70) were not delivered due to the timer bug, as refine did not ack them despite a previous poke
21 hours ago → 21 hours ago
segment 29 of 29
File a feedback/brief about the work-stoppage coordination scenario
The user requested that the orchestrator file a feedback or brief documenting the procedure for coordinating a work stoppage across all active flower daemons and agents when Solo needs to be restarted or other maintenance events occur. The request was made at the end of the session and no action was taken within the transcript.
outcome
User request recorded; no feedback/brief has been created yet.
next steps
- Create a feedback item or a brief describing the coordination procedure used in this session, including steps to commit workers, snapshot state, and resume after restart, so the process can be reused for future maintenance events.
key decisions
—
open questions
—
21 hours ago → 21 hours ago