feat(#605): human-required and interactive-recommended badges on graph nodes - #666
feat(#605): human-required and interactive-recommended badges on graph nodes#666xsovad06 wants to merge 4 commits into
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WalkthroughThe change adds human-involvement labels to dependency graph data, progression gates, and dashboard rendering. It scopes server PID files to projects, supports per-PR merge-queue markers, and adds related tests. ChangesHuman-involvement classification and progression
Project-scoped server PID resolution
Per-PR merge-queue markers
Estimated code review effort: 4 (Complex) | ~45 minutes Merge Risk: 🟡 Moderate · up to The PR can lose merge-queue monitoring after a transient database failure and can start duplicate multi-project servers or fail to stop or report their status; combined badges can also display contradictory styling. These concrete current-head issues should be fixed before merging. 🚥 Pre-merge checks | ✅ 2 | ❌ 3❌ Failed checks (2 warnings, 1 inconclusive)
✅ Passed checks (2 passed)
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xsovad06
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Critical race condition in merge queue marker file: concurrent merges overwrite each other's tracking data, causing the monitor to lose PRs. The shared merge-queue.json file must be renamed to per-PR files (merge-queue-{PR_NUMBER}.json) following the established handoff-{issue}.json isolation pattern. Additionally, the health audit command has incomplete error handling for parallel agent failures and missing benchmark failure logging.
14 findings (all to be addressed)
- [CRITICAL] [bug]
.claude/commands/integrate-pr.md:175: Merge queue marker file uses a shared filename across all PRs. When two PRs are merged concurrently, the second write tomerge-queue.jsonoverwrites the first PR's data, causing the monitor to lose track of the first PR. This violates the established pattern of per-issue isolation (e.g.,handoff-{issue}.json). Fix: Use per-PR naming:merge-queue-{PR_NUMBER}.json. Update the monitor's_check_merge_queue_marker_file()to glob formerge-queue-*.jsonfiles instead of reading a single fixed path. This matches thehandoff-{issue}.jsonpattern documented in architecture.md and prevents concurrent merge operations from interfering with each other. - [CRITICAL] [bug]
.claude/commands/approve-merge.md:118: Same merge queue marker file race condition as integrate-pr.md. Multiple concurrent approvals would overwrite each other's marker files, losing track of queued PRs. Fix: Use per-PR naming:merge-queue-{PR_NUMBER}.json. Update both command templates consistently. - [CRITICAL] [bug]
sova/supervisor/progression.py:641: The human involvement gate receivestask_labels or [], which means whentask_labels=None, an empty list is passed to the check functions. This causes the gate to always pass (fail-open) when labels aren't provided, bypassing the human-only and interactive-recommended checks entirely. If the caller forgets to extract and pass labels from the graph, human-only tasks could be auto-scheduled. Fix: Extract labels from the graph whentask_labelsis None. Add after line 640:if task_labels is None and graph is not None: task_node = next((t for t in graph.nodes.values() if t.issue_number == issue_number), None); task_labels = task_node.labels if task_node else []. Alternatively, maketask_labelsa required parameter (not Optional) to force callers to provide it. - [HIGH] [error-handling]
.claude/commands/health-audit.md:88: Step 5 instructs spawning 3 parallel agents but provides no error handling for partial failures. If Agent A completes but Agent B times out, Step 6 says 'After all 3 agents complete' with no guidance on how to proceed with incomplete results. This could cause the command to hang indefinitely or produce invalid output. Fix: Add explicit failure handling: 'If any agent fails or times out after N minutes, log the failure and either (1) proceed with available results, marking the report as partial, or (2) abort and report which agents failed. For partial results, skip synthesis of the failed dimension's findings and note the gap in the final scorecard.' - [HIGH] [bug]
sova/supervisor/progression.py:644: The human involvement gate returnsNonefor the graph even though the dependency gate just built it at line 627-636. This discards work and forces the graph to be rebuilt on the next call to_collect_gate_blockers. The memory gate at line 623 correctly returnsgraphwhen blocking, but the human involvement gate doesn't. Fix: Change line 644 fromreturn blockers, Nonetoreturn blockers, graphto preserve the graph for potential reuse by callers, consistent with the memory gate's behavior. - [HIGH] [spec_alignment]
sova/dashboard/templates/supervisor.html:885: The spec requires 'Render distinct visual badges and border treatments on SVG graph nodes and queue rows' but the implementation only adds badges to SVG graph nodes. No queue rows are modified in this diff. The spec's scope boundaries contradict this by saying 'Do NOT modify the queue page', but the original requirement mentions queue rows in the supervisor template specifically. Fix: Clarify the spec contradiction. If queue rows in the supervisor template should show badges, identify the queue section and add similar badge rendering there. If not required, update the spec to remove the 'queue rows' mention or clarify that it only applies to the graph visualization, not a separate queue list. - [HIGH] [design]
.claude/commands/health-audit.md:78: Agent spawning instructions are too vague. The command says 'Prompt the agent with...' but doesn't provide the actual Agent tool call syntax. An LLM executing this could fail to use the Agent tool, use sequential calls instead of parallel, or select the wrong agent type. Fix: Provide a concrete example: 'Call the Agent tool 3 times in a single message: Agent(description="Analyze architecture and security", prompt="You are analyzing {project_name}. Tech stack: {stack}. Analyze: dependency graph health, data model integrity...", subagent_type="general-purpose"). The 3 calls must be in one message block to run concurrently.' - [HIGH] [design]
sova/supervisor/progression.py:641: Inconsistent gate behavior: the dependency gate (line 638) appends to blockers and continues accumulating more blockers, while the human involvement gate (line 644) returns immediately. This means if a task is both dependency-blocked AND human-only, only the human involvement blocker is reported. Users won't see all the reasons their task is blocked, making debugging harder. Fix: Either remove the early return on line 644 to accumulate all blockers (preferred for UX), or document why human involvement is terminal. If keeping the early return for performance reasons, add a code comment explaining the rationale. - [MEDIUM] [testing]
.claude/commands/health-audit.md:427: Benchmark logging only covers success path. Step 0 logs 'health_audit_start' and Step 7 logs 'health_audit_complete', but if the command fails at any intermediate step, no 'health_audit_failed' event is logged. This makes it impossible to distinguish in-progress from failed audits in benchmark data, skewing velocity metrics. Fix: Add error handling before Step 7: 'On any unrecoverable error (agent spawn failure, gh command error, etc.), log: bash .claude/benchmark/log.sh "health_audit_failed" "" "" 2>/dev/null || true. Then exit with non-zero status.' - [MEDIUM] [bug]
sova/dashboard/templates/supervisor.html:906: Epic nodes that are also interactive-recommended get the epic dash pattern (4,3) instead of the interactive dash pattern (6,3) because the epic check at line 903 runs unconditionally before the interactive check at line 906 which has&& !isEpic. This makes interactive+epic nodes visually inconsistent with the legend which shows interactive nodes with a specific dashed border pattern. Fix: Either update the legend to clarify that epic dash pattern takes precedence, or remove the!isEpiccondition on line 906 so interactive pattern overrides epic pattern. Alternatively, use a combined pattern for epic+interactive nodes (e.g.,'5,2,2,2') to make them visually distinct. - [MEDIUM] [testing]
tests/test_progression.py:644: The integration tests for human involvement gate don't verify the behavior whentask_labels=Noneis passed to_collect_gate_blockers. The tests mock the adapter but rely onevaluate_taskextracting labels from the graph. There's no direct test of the gate with missing labels, which is the failure mode identified in finding #1. Fix: Add a unit test that directly calls_collect_gate_blockerswithtask_labels=Noneand verifies the gate behavior (either fails closed, or extracts labels from graph, depending on the fix chosen for finding #1). This ensures the defensive behavior is tested regardless of howevaluate_taskcalls it. - [MEDIUM] [design]
.claude/commands/health-audit.md:330: Step 7 validates labels exist but milestone validation is incomplete. The command lists milestones withgh api repos/:owner/:repo/milestonesbut doesn't verify that the milestone selected for issue creation actually exists. Phase C then uses--milestone "<milestone from Step 7>"assuming it's valid. Fix: After listing milestones in Step 7, add: 'If the target milestone (e.g., "Q1 2025") is not in the list, either create it withgh api repos/:owner/:repo/milestones -X POST -f title="Q1 2025"or use an existing one. Verify the milestone number before Phase C.' - [MEDIUM] [docs]
.claude/commands/health-audit.md:76: Step 3 references undefined{{ check_cmd }}template variable. The command shows 'Run the project's test and lint commands: {{ check_cmd }}' but never defines what check_cmd is or how it gets populated. The fallback list is provided but the primary path is broken. Fix: Either: (1) document that this is a template variable populated by the command distribution system, (2) remove the variable and use the fallback logic directly, or (3) add a step that discovers and sets check_cmd before Step 3. - [LOW] [docs]
.claude/rules/architecture.md:66: The epic dependency skipping logic is described twice in the same paragraph with slightly different wording, creating potential for confusion. First: 'Epic dependencies are skipped by both_are_dependencies_satisfied()and_check_dependency_gate()'. Then: 'Epics are auto-closed byTaskProgressionEngine.auto_close_epics()'. The relationship between these two behaviors isn't clear. Fix: Restructure for clarity: 'Issues labeledtype: epicare tracking containers. They are: (1) excluded fromget_ready_tasks(), (2) skipped as dependencies by_are_dependencies_satisfied()and_check_dependency_gate()(prevents deadlock: children would block on the epic, but the epic can only close when children are DONE), (3) auto-closed byauto_close_epics()when all child issues reach DONE state.'
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Inline comments:
In `@sova/cli/commands/server.py`:
- Line 43: Align PID lookup in the server command handlers with the
multi-project decision used by SOVAServer: when multi-project mode is enabled,
pass None as the PID scope so helpers use the global path; otherwise retain
resolved_dir for project-local PID files. Apply this consistently to start,
stop, and status, preferably through one shared scope helper, and add regression
coverage for multi-project mode with an existing .claude directory.
In `@sova/dashboard/services/agent_lifecycle.py`:
- Around line 995-1028: Update the marker-processing flow around
create_merge_queue_entry so it returns distinct created, duplicate, and failed
outcomes; emit success and remove the marker only for created or duplicate
results, preserving it after failures. Validate pr_number is numeric before
converting it with int(), and remove malformed markers when validation fails.
Use the existing marker_path, create_merge_queue_entry, and emit_safe symbols.
In `@sova/dashboard/templates/supervisor.html`:
- Around line 1015-1017: Update the interactive dash-condition branches near
isInteractive so they also require !isHumanOnly, ensuring human-only styling
takes precedence when both flags are true while preserving interactive styling
otherwise.
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⛔ Files ignored due to path filters (4)
.claude/commands/approve-merge.mdis excluded by!.claude/**and included by none.claude/commands/health-audit.mdis excluded by!.claude/**and included by none.claude/commands/integrate-pr.mdis excluded by!.claude/**and included by none.claude/rules/architecture.mdis excluded by!.claude/**and included by none
📒 Files selected for processing (9)
commands/integrate-pr.mdsova/cli/commands/server.pysova/dashboard/services/agent_lifecycle.pysova/dashboard/templates/supervisor.htmlsova/scheduler/server.pysova/supervisor/dependency_graph.pysova/supervisor/progression.pytests/test_dependency_graph.pytests/test_progression.py
Add _check_human_involvement_gate() that blocks autonomous scheduling for issues labeled agent:human-only or agent:interactive-recommended. The gate extracts labels from the dependency graph when the caller does not provide them (fail-closed). is_human_only() and is_interactive_recommended() added to dependency_graph.py. Extract five helpers from evaluate_all to reduce cognitive complexity from 33 to ~11: _fetch_mergeability_map, _fetch_file_overlap_sets, _resolve_task_ids, _effective_gate, _update_remaining_capacity. Closes #605
…dges Graph node annotations expose labels to the frontend via the /supervisor/graph API. human-only nodes get a red tint, interactive-recommended get an orange tint with dashed borders. Server-side label population in both CLI and scheduler server graph endpoints.
Change merge queue marker files from shared merge-queue.json to per-PR
merge-queue-{N}.json naming, matching the handoff-{issue}.json pattern.
This eliminates race conditions when multiple PRs enter the merge queue
concurrently. _check_merge_queue_marker_file now globs for per-PR files
with legacy fallback.
Specify subagent_type for agent spawning, add graceful handling for partial agent failures, clarify check discovery per project type, and simplify milestone creation step when target does not exist.
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Findings addressed in latest push.



Summary
Automated changes for: feat(supervisor): human-required and interactive-recommended badges on graph nodes
Closes #605
Context
Summary
Some issues require human involvement — live credentials, architectural decisions, VPS access, manual setup. Others are strongly recommended for interactive sessions rather than autonomous agent runs. These have no visual distinction in the dependency graph or queue, causing the supervisor to treat them as regular agent tasks.
Problem
Issues like "cross-installation fleet view and VPS hub deployment" (#435) require SSH access, server provisioning, and decisions a developer ag...
Commits
Files changed