Update CHANGELOG.md with release notes

Add meaningful release notes to CHANGELOG.md describing what changed in 0.30.7


mergeDependencies uses union instead of 3-way merge

## Critical Bug

The `mergeDependencies` function in internal/merge/merge.go performs a UNION of left and right dependencies instead of a proper 3-way merge. This causes removed dependencies to be resurrected.

### Root Cause

```go
// Current code (lines 795-816):
func mergeDependencies(left, right []Dependency) []Dependency {
    // Just unions left + right
    // NEVER REMOVES anything
    // Doesn't even look at base!
}
```

And `mergeIssue` (line 579) doesn't pass `base`:
```go
result.Dependencies = mergeDependencies(left.Dependencies, right.Dependencies)
```

### Impact

If:
- Base has dependency D
- Left removes D (intentional)
- Right still has D (stale)

Current: D is in result (resurrection!)
Correct: Left removed it, D should NOT be in result

This breaks Gas Town's workflow and data integrity. Closed means closed.

### Fix

Change `mergeDependencies` to take `base` and do proper 3-way merge:
- If dep was in base and removed by left → exclude (left wins)
- If dep was in base and removed by right → exclude (right wins)
- If dep wasn't in base and added by either → include
- If dep was in base and both still have it → include

Key principle: **REMOVALS ARE AUTHORITATIVE**

### Files to Change

1. internal/merge/merge.go:
   - `mergeDependencies(left, right)` → `mergeDependencies(base, left, right)`
   - `mergeIssue` line 579: pass `base.Dependencies`

### Related

This also explains why `ProtectLocalExportIDs` in importer is defined but never used - the protection was never actually implemented.


Protos should have distinct prefix (e.g., proto-)

Currently protos use the same bd- prefix as regular issues, making them visually indistinguishable. When you see bd-7bs4 it looks like work to squash, not a reusable template.

**Problem:**
- Protos look like regular issues
- No visual signal that something is a template vs active work
- Easy to accidentally close/modify protos thinking they're issues

**Proposed Solution:**
- Protos should have their own prefix (e.g., `proto-`, `mol-`, or `tpl-`)
- Could be a separate database/storage for the proto library
- Or a convention where proto IDs are generated differently

**Alternatives:**
1. Separate proto database with `proto-` prefix
2. Special ID format for protos (e.g., `bd:proto:release`)
3. Visual indicator in bd list/show output (already have labels, but not enough)

**Current workaround:** Label with `template` and `molecule`, but IDs still look like regular issues.


Update info.go versionChanges

Add entry to versionChanges in cmd/bd/info.go.

This powers `bd info --whats-new` for agents.

```go
"0.39.0": {
    "summary": "Brief description",
    "changes": []string{
        "Key change 1",
        "Key change 2",
    },
},
```

Focus on workflow-impacting changes agents need to know.


Review jordanhubbard chaos testing PR #752

FINDINGS:
- Implementation quality: HIGH
- Recommendation: MERGE WITH MODIFICATIONS
- Mods: No hard coverage threshold, chaos tests on releases only

DECISION: User agrees. Next steps:
1. Add chaos tests to release-bump formula
2. Merge PR #752

Review doc: docs/pr-752-chaos-testing-review.md


Graph Link: replies_to for conversation threading

Implement replies_to link type for message threading.

New command:
- bd mail reply <id> -m 'Response' creates a message with replies_to set

Query support:
- bd show <id> --thread shows full conversation thread
- Thread traversal in storage layer

Storage:
- replies_to column in issues table
- Index for efficient thread queries

This enables Reddit-style nested threads where messages reply to other messages.


bd mol search: Find formulas using GitHub API

Search for formulas in the Mol Mall using GitHub's search API.

## Usage
```bash
bd mol search "code review"           # Free text search
bd mol search --topic molecule         # By GitHub topic
bd mol search --org anthropics         # By organization
bd mol search --stars ">10"            # By popularity
```

## Implementation
1. Use GitHub Search API: `/search/repositories`
2. Filter by topic:mol-formula or naming convention
3. Parse results, show name/description/stars/version
4. Support pagination for large result sets

## Output
```
NAME                              STARS  DESCRIPTION
github.com/anthropics/mol-code-review  42  AI-assisted code review workflow
github.com/gastown/mol-polecat-work    12  Standard polecat work lifecycle
```

## Discovery Convention
Repos should have:
- Topic: `mol-formula` or `beads-molecule`
- Name starting with `mol-`
- formula.json in root


Add mol_type schema field to beads

Add mol_type field to distinguish molecule types (swarm/patrol/work).

## Context
Swarms need to be distinguishable from regular work molecules. The mol_type field enables:
- Filtering: bd list --type=swarm
- Queries: Find all active swarm molecules
- Coordinator logic: Different handling for different mol types

## Implementation
1. Add mol_type column to SQLite schema (nullable, default null = work)
2. Add mol_type to JSONL format
3. Update create command to accept --mol-type
4. Update list/ready commands to filter by mol_type
5. Values: 'swarm', 'patrol', 'work', null (null = work)

## Reference
~/gt/docs/swarm-architecture.md - 'Data Model' section

## Acceptance
- bd create --mol-type=swarm works
- bd list --mol-type=swarm filters correctly
- Existing molecules work unchanged (backward compatible)


doctor --fix should export when DB has more issues than JSONL

When 'bd doctor' detects a count mismatch (DB has more issues than JSONL), it currently recommends 'bd sync --import-only', which imports JSONL into DB. But JSONL is the source of truth, not the DB.

**Current behavior:**
- Doctor detects: DB has 355 issues, JSONL has 292
- Recommends: 'bd sync --import-only'
- User runs it: Returns '0 created, 0 updated' (no-op, because JSONL hasn't changed)
- User is stuck

**Root cause:**
The doctor fix is one-directional (JSONL→DB) when it should be bidirectional. If DB has MORE issues, they haven't been exported yet - the fix should be 'bd export' (DB→JSONL), not import.

**Desired fix:**
In fix.DBJSONLSync(), detect which has more data:
- If DB > JSONL: Run 'bd export' to sync JSONL (since DB is the working copy)
- If JSONL > DB: Run 'bd sync --import-only' to import (JSONL is source of truth)
- If equal but timestamps differ: Detect based on file mtime

This makes 'bd doctor --fix' actually fix the problem instead of being a no-op.


GH#518: Document bd setup command

bd setup is undiscoverable. Add to README/docs. Currently only findable by grepping source. See GitHub issue #518.


Update documentation for template system

Update AGENTS.md and help text to document the new template system:

- How to create a template (epic + template label + child issues)
- How to define variables (just use {{name}} placeholders)
- How to instantiate (bd template instantiate)
- Migration from YAML workflows (if any users had custom ones)


Code Review: Swarm commands consolidation

Code review of bd swarm commands (validate, status, create) identified several improvements.

**Summary:**
- Duplicated child-fetching logic between commands
- Missing duplicate swarm check in create
- Missing swarm list command
- Minor polish issues

Filed after implementing bd-fa1q (swarm create).


Update local installation

Update local bd to the new version.

Option 1 - Homebrew:
```bash
brew upgrade bd
```

Option 2 - Install script:
```bash
curl -fsSL https://raw.githubusercontent.com/steveyegge/beads/main/scripts/install.sh | bash
```

Verify:
```bash
bd --version
```

Should show 0.41.0.


Update version to {{version}} in version.go

Edit cmd/bd/version.go line 17:

```go
Version = "{{version}}"
```

Verify with: `grep 'Version =' cmd/bd/version.go`


BondRef data model for compound lineage

Add data model support for tracking compound molecule lineage.

NEW FIELDS on Issue:
  bonded_from: []BondRef  // For compounds: constituent protos

NEW TYPE:
  type BondRef struct {
      ProtoID   string  // Source proto ID
      BondType  string  // sequential, parallel, conditional
      BondPoint string  // Attachment site (issue ID or empty for root)
  }

JSONL SERIALIZATION:
  {
    "id": "proto-feature-tested",
    "title": "Feature with tests",
    "bonded_from": [
      {"proto_id": "proto-feature", "bond_type": "root"},
      {"proto_id": "proto-testing", "bond_type": "sequential"}
    ],
    ...
  }

QUERIES:
- GetCompoundConstituents(id) → []BondRef
- IsCompound(id) → bool
- GetCompoundsUsing(protoID) → []Issue  // Reverse lookup


Introduce slog for structured daemon logging.

## Current State
Daemon uses fmt.Fprintf for logging:
```go
fmt.Fprintf(os.Stderr, "Warning: failed to detect user role: %v\n", err)
fmt.Fprintf(logFile, "[%s] %s\n", time.Now().Format(time.RFC3339), msg)
```

This produces unstructured, hard-to-parse logs.

## Target State
Use Go 1.21+ slog for structured logging:
```go
slog.Warn("failed to detect user role", "error", err)
slog.Info("sync completed", "created", 5, "updated", 3, "duration_ms", 150)
```

## Implementation

### 1. Create logger setup (internal/daemon/logger.go)

```go
package daemon

import (
    "io"
    "log/slog"
    "os"
)

// SetupLogger configures the daemon logger.
// Returns a cleanup function to close the log file.
func SetupLogger(logPath string, jsonFormat bool, level slog.Level) (func(), error) {
    var w io.Writer = os.Stderr
    var cleanup func()

    if logPath \!= "" {
        f, err := os.OpenFile(logPath, os.O_CREATE|os.O_APPEND|os.O_WRONLY, 0600)
        if err \!= nil {
            return nil, err
        }
        w = io.MultiWriter(os.Stderr, f)
        cleanup = func() { f.Close() }
    }

    var handler slog.Handler
    opts := &slog.HandlerOptions{Level: level}

    if jsonFormat {
        handler = slog.NewJSONHandler(w, opts)
    } else {
        handler = slog.NewTextHandler(w, opts)
    }

    slog.SetDefault(slog.New(handler))

    return cleanup, nil
}
```

### 2. Add log level flag

In cmd/bd/daemon.go:
```go
daemonCmd.Flags().String("log-level", "info", "Log level (debug, info, warn, error)")
daemonCmd.Flags().Bool("log-json", false, "Output logs in JSON format")
```

### 3. Replace fmt.Fprintf with slog calls

**Pattern 1: Simple messages**
```go
// Before
fmt.Fprintf(os.Stderr, "Starting daemon on %s\n", socketPath)

// After
slog.Info("starting daemon", "socket", socketPath)
```

**Pattern 2: Errors**
```go
// Before
fmt.Fprintf(os.Stderr, "Error: failed to connect: %v\n", err)

// After
slog.Error("failed to connect", "error", err)
```

**Pattern 3: Debug info**
```go
// Before
if debug {
    fmt.Fprintf(os.Stderr, "Received request: %s\n", method)
}

// After
slog.Debug("received request", "method", method)
```

**Pattern 4: Structured data**
```go
// Before
fmt.Fprintf(logFile, "Import: %d created, %d updated\n", created, updated)

// After
slog.Info("import completed",
    "created", created,
    "updated", updated,
    "unchanged", unchanged,
    "duration_ms", duration.Milliseconds())
```

### 4. Files to Update

| File | Changes |
|------|---------|
| cmd/bd/daemon.go | Add log flags, call SetupLogger |
| internal/daemon/server.go | Replace fmt with slog |
| internal/daemon/rpc_handler.go | Replace fmt with slog |
| internal/daemon/sync.go | Replace fmt with slog |
| internal/daemon/autoflush.go | Replace fmt with slog |
| internal/daemon/logger.go | New file |

### 5. Log output examples

**Text format (default):**
```
time=2025-12-23T12:30:00Z level=INFO msg="daemon started" socket=/tmp/bd.sock pid=12345
time=2025-12-23T12:30:01Z level=INFO msg="import completed" created=5 updated=3 duration_ms=150
time=2025-12-23T12:30:05Z level=WARN msg="sync branch diverged" local_ahead=2 remote_ahead=1
```

**JSON format (--log-json):**
```json
{"time":"2025-12-23T12:30:00Z","level":"INFO","msg":"daemon started","socket":"/tmp/bd.sock","pid":12345}
{"time":"2025-12-23T12:30:01Z","level":"INFO","msg":"import completed","created":5,"updated":3,"duration_ms":150}
```

## Migration Strategy

1. **Add logger.go** with SetupLogger
2. **Update daemon startup** to initialize slog
3. **Convert one file at a time** (start with server.go)
4. **Test after each file**
5. **Remove old logging code** once all converted

## Testing

```bash
# Start daemon with debug logging
bd daemon start --log-level debug

# Check logs
bd daemons logs . | head -20

# Test JSON output
bd daemon start --log-json --log-level debug
bd daemons logs . | jq .
```

## Success Criteria
- All daemon logging uses slog
- --log-level controls verbosity
- --log-json produces machine-parseable output
- Log entries have consistent structure
- No fmt.Fprintf to stderr in daemon code


Relocate thanks command to bd info --thanks

## Task
Move `bd thanks` → `bd info --thanks`

## Implementation

### 1. Update info.go
- Add `--thanks` flag
- Import thanks.go display logic
- When --thanks flag set, call thanks display function

### 2. Update thanks.go
- Export the display function (rename to public)
- Remove rootCmd.AddCommand()
- Optionally keep as hidden alias

### 3. Update docs
- README.md if mentioned
- CHANGELOG.md - deprecation notice

## Files to modify
- cmd/bd/info.go
- cmd/bd/thanks.go


Wisp operations should auto-bypass daemon

During the v0.39.1 release, every wisp operation required --no-daemon flag:

bd --no-daemon mol wisp create beads-release --var version=0.39.1
bd --no-daemon close bd-eph-xxx
bd --no-daemon mol burn bd-eph-bv2

Since wisps are ephemeral (Ephemeral=true) and never exported to JSONL, they are inherently local-only. The daemon cannot help with them anyway.

Proposal: When operating on bd-eph-* issues or wisp subcommands, auto-detect and bypass the daemon. This would:
- Reduce friction in wisp workflows
- Prevent accidental daemon use that would fail anyway
- Make the ephemeral nature more obvious


Update info.go versionChanges

Add entry to versionChanges in cmd/bd/info.go with agent-actionable changes for {{version}}


> bd sync --no-daemon
→ Exporting pending changes to JSONL...
→ Committing changes to sync branch 'beads-sync'...
Error committing to sync branch: failed to create worktree: failed to create worktree parent directory: mkdir /var/home/matt/dev/beads/fix-ci/.git: not a directory

**Problem Diagnosed**: The `bd sync` command was failing with "mkdir /var/home/matt/dev/beads/fix-ci/.git: not a directory" because it was being executed from the wrong directory.

**Root Cause**: The command was run from `/var/home/matt/dev/beads` (where the `fix-ci` worktree exists) instead of the main repository directory `/var/home/matt/dev/beads/main`. Since `fix-ci` is a git worktree with a `.git` file (not directory), the worktree creation logic failed when trying to create `<current_dir>/.git/beads-worktrees/<branch>`.

**Solution Verified**: Execute `bd sync` from the main repository directory:
```bash
cd main && bd sync --dry-run
```


Document sync.branch 'always dirty' working tree behavior

## Context

When sync.branch is configured, the .beads/issues.jsonl file in main's working tree is ALWAYS dirty. This is by design:

1. bd sync commits to beads-sync branch (via worktree)
2. bd sync copies JSONL to main's working tree (so CLI commands work)
3. This copy is NOT committed to main (to reduce commit noise)

Contributors who watch main branch history pushed for sync.branch to avoid constant beads commit noise. But users need to understand the trade-off.

## Documentation Needed

Update README.md sync.branch section with:

1. **Clear explanation** of why .beads/ is always dirty on main
2. **"Be Zen about it"** - this is expected, not a bug
3. **Workflow options:**
   - Accept dirty state, use `bd sync --merge` periodically to snapshot to main
   - Or disable sync.branch if clean working tree is more important
4. **Shell alias tip** to hide beads from git status:
   ```bash
   alias gs='git status -- ":!.beads/"'
   ```
5. **When to merge**: releases, milestones, or periodic snapshots

## Related

- bd-7b7h: Fix that allows bd sync --merge to work with dirty .beads/
- bd-elqd: Investigation that identified this as expected behavior


JSON test issue

Line 1
Line 2
Line 3


Gate eval: Add error visibility for gh CLI failures

Currently evalGHRunGate and evalGHPRGate silently swallow errors when the gh CLI fails (lines 738-741, 780-783 in gate.go).

This makes debugging difficult - if gh isn't installed, auth fails, or network issues occur, gates silently stall forever with no indication of why.

Options:
1. Add debug logging when gh fails
2. Return error info in the skipped list for aggregate reporting
3. Add a --verbose flag to gate eval that shows failures

Low priority since the fail-safe behavior (don't close gate on error) is correct.


Work on beads-eub: Consolidated context tool for MCP serv...

Work on beads-eub: Consolidated context tool for MCP server (GH#636). Merge set_context, where_am_i, init into single 'context' tool. When done, submit MR (not PR) to integration branch for Refinery.


Merge: bd-thgk

branch: polecat/Compactor
target: main
source_issue: bd-thgk
rig: beads


Fix checkExistingBeadsData to be worktree-aware

The checkExistingBeadsData function in cmd/bd/init.go checks for .beads in the current working directory, but for worktrees it should check the main repository root instead. This prevents proper worktree compatibility.


Update info.go versionChanges

Add 0.32.1 entry to versionChanges map in cmd/bd/info.go


bd mol reset: Reset molecule to initial state for looping

Implement bd mol reset for patrol loop behavior.

## Command

```bash
bd mol reset <mol-id>
```

## Behavior

1. Load molecule state from .beads/molecules/<mol-id>.state.yaml
2. Reset all step states to pending
3. Clear current_step (or set to first step)
4. Preserve: bonded_at, bonded_by, variables
5. Update: reset_count++, last_reset_at

## Use Case: Deacon Patrol Loop

```
inbox-check → spawn-work → self-inspect → mol-reset → (loop)
```

The Deacon runs its patrol, then resets the molecule to start fresh.
No gt handoff needed unless context is high.

## State After Reset

```yaml
id: mol-deacon-patrol
status: running
current_step: inbox-check  # Back to first
reset_count: 5
last_reset_at: 2025-12-24T...
steps:
  inbox-check: pending      # All reset
  spawn-work: pending
  self-inspect: pending
```

## Files

- cmd/bd/mol_reset.go
- internal/mol/state.go (add Reset method)


Phase 1.2: Separate bdt executable - Initial structure

Create minimal bdt command structure completely separate from bd. Must not share code, config, or database.

## Subtasks
1. Create cmd/bdt/ directory with main.go
2. Implement bdt version, help, and status commands
3. Configure separate database location: $HOME/.bdt/ (not $HOME/.beads/)
4. Create separate issues file: issues.toon (not issues.jsonl)
5. Update build system:
   - Makefile: Add bdt target
   - .goreleaser.yml: Add bdt binary config

## Files to Create
- cmd/bdt/main.go - Entry point
- cmd/bdt/version.go - Version handling
- cmd/bdt/help.go - Help text (separate from bd)

## Success Criteria
- `make build` produces both `bd` and `bdt` executables
- `bdt version` shows distinct version output from bd
- `bdt --help` shows distinct help text
- bdt uses $HOME/.bdt/ directory (verify with `bdt info`)
- bd and bdt completely isolated (no shared imports beyond stdlib)


Routing bypassed in daemon mode

## Bug

Prefix-based routing (routes.jsonl) only works in direct mode. When the daemon is running, it bypasses routing logic because:

1. Daemon mode resolves IDs via RPC (`daemonClient.ResolveID`)
2. Daemon uses its own store, which only knows about local beads
3. The routing logic in `resolveAndGetIssueWithRouting` is only called in direct mode

## Reproduction

```bash
# With daemon running:
cd ~/gt
bd show gt-1py3y  # Fails - daemon can't find it

# With daemon bypassed:
bd --no-daemon show gt-1py3y  # Works - uses routing
```

## Fix Options

### Option A: Client-side routing detection (Recommended)
Before calling daemon RPC, check if the ID prefix matches a route to a different beads dir. If so, use direct mode with routing for that ID.

```go
// In show.go, before daemon mode:
if daemonClient != nil && needsRouting(id) {
    // Fall back to direct mode for this ID
    result, err := resolveAndGetIssueWithRouting(ctx, store, id)
    ...
}
```

### Option B: Daemon-side routing
Add routing support to the daemon RPC server. More complex - daemon would need to:
- Load routes.jsonl on startup
- Open connections to multiple databases
- Route requests based on ID prefix

### Option C: Hybrid
Daemon returns "not found + prefix hint", client retries with routing.

## Recommendation

Option A is simplest. The client already has routing logic; just use it when we detect a routed prefix.


bd wisp list command

Add bd wisp list command to show ephemeral molecules.

## Usage
```bash
bd wisp list              # List all wisps in current context
bd wisp list --json       # JSON output
bd wisp list --all        # Include orphaned wisps
```

## Output
- Shows in-progress ephemeral molecules
- Columns: ID, Title, Started, Last Update, Status
- Warns about orphaned wisps (old updated_at)

## Implementation
- New 'wisp' command group
- Read from .beads-ephemeral/issues.jsonl
- Filter to ephemeral:true issues


Formula parser: YAML schema for .formula.yaml files

Implement formula parsing from YAML:
- Define YAML schema for .formula.yaml files
- Parse steps, compose rules, vars
- Support extends for formula inheritance
- Validate formula structure

Schema should support:
- formula: name
- description: text
- version: number
- type: workflow|expansion|aspect
- vars: variable definitions
- steps: step definitions
- compose: composition rules

Gas Town tracking: gt-8tmz.12


Preflight: Check git status

Ensure working tree is clean before starting release.

```bash
git status
```

If there are uncommitted changes, either:
- Commit them first
- Stash them: `git stash`
- Abort and resolve


Add composite index (issue_id, event_type) on events table

GetCloseReason and GetCloseReasonsForIssues filter by both issue_id and event_type.

**Query (queries.go:355-358):**
```sql
SELECT comment FROM events
WHERE issue_id = ? AND event_type = ?
ORDER BY created_at DESC LIMIT 1
```

**Problem:** Currently uses idx_events_issue but must filter event_type in memory.

**Solution:** Add migration:
```sql
CREATE INDEX IF NOT EXISTS idx_events_issue_type ON events(issue_id, event_type);
```

**Priority:** Low - events table is typically small relative to issues.


Tier 1: Ephemeral repo routing

Simplified: Make mol spawn set ephemeral=true on spawned issues.

## The Fix

Modify cloneSubgraph() in template.go to set Ephemeral: true:

```go
// template.go:474
newIssue := &types.Issue{
    Title:      substituteVariables(oldIssue.Title, vars),
    // ... existing fields ...
    Ephemeral:  true,  // ADD THIS LINE
}
```

## Optional: Add --persistent flag

Add flag to bd mol spawn for when you want spawned issues to persist:

```bash
bd mol spawn mol-code-review --var pr=123  # ephemeral (default)
bd mol spawn mol-code-review --var pr=123 --persistent  # not ephemeral
```

## Why This Is Simpler Than Original Design

Original design proposed separate ephemeral repo routing. After code review:

- Ephemeral field already exists in schema
- bd cleanup --ephemeral already works
- No new config needed
- No multi-repo complexity

## Acceptance Criteria

- bd mol spawn creates issues with ephemeral=true
- bd cleanup --ephemeral -f deletes them after closing
- --persistent flag opts out of ephemeral
- Existing molecules continue to work


Cache GetGitDir() for additional optimization

Code review finding from bd-7di fix.

GetGitDir() at line 17 is not cached but is called by:
- GetGitHooksDir()
- GetGitRefsDir()
- GetGitHeadPath()

If any of those are called multiple times, we still spawn extra git processes. Consider adding sync.Once caching similar to the other functions.

File: internal/git/gitdir.go


bd template commands fail with daemon mode

The `bd template show` and `bd template instantiate` commands fail with 'Error loading template: no database connection' when daemon is running.

**Reproduction:**
```bash
bd daemon --start
bd template show bd-qqc  # Error: no database connection
bd template show bd-qqc --no-daemon  # Works
```

**Expected:** Template commands should work with daemon like other commands.

**Workaround:** Use `--no-daemon` flag.

**Location:** Likely in cmd/bd/template.go - daemon RPC path not implemented for template operations.


Test suite hangs/never finishes

Running 'go test ./... -count=1' hangs indefinitely. The full test suite never completes, making it difficult to verify changes. Need to investigate which tests are hanging and fix or add timeouts.


Update molecular chemistry docs with discoveries

Document recent discoveries about molecule/epic relationship and lifecycle:

**Layer Cake (corrected order):**
```
Formulas (YAML compile-time macros)
    ↓
Protos (template label, read-only)
    ↓
Molecules (pour, bond, squash, burn)
    ↓
Epics (parent-child, dependencies) ← DATA PLANE
    ↓
Issues (JSONL, git-backed) ← STORAGE
```

**Key insight:** Molecules work without protos - you can create ad-hoc molecules.
Protos are templates FOR molecules, not the other way around.

**New concepts to document:**
1. Orphan vs Stale matrix (blocking × assigned dimensions)
2. Graph pressure as staleness indicator (not time)
3. Parallelism via absence of depends_on (default parallel, opt-in sequential)
4. progress.Completed/Total are computed, not stored
5. WaitsFor: all-children for dynamic fanout gates

**Common pitfalls for agents:**
- Thinking phases/steps imply sequence (NO - deps do)
- Confusing protos with molecules
- Temporal language inverting dependencies
- Forgetting to squash/burn wisps

**Consider splitting docs:**
- molecules.md → conceptual overview
- formulas.md → YAML syntax reference
- lifecycle.md → pour/squash/burn/bond operations
- patterns.md → Christmas Ornament, factory assembly, etc.


Exclude pinned issues from bd ready

Update bd ready to exclude pinned issues. Pinned issues are context markers, not work items, and should never appear in the ready-to-work list.


Implement conditional bond type for mol bond

The mol bond command accepts 'conditional' as a bond type but doesn't implement any conditional-specific behavior. It currently behaves identically to 'parallel'.

**Expected behavior:**
Conditional bonds should mean 'B runs only if A fails' per the help text (mol.go:318).

**Implementation needed:**
- Add failure-condition dependency handling
- Possibly new dependency type or status-based blocking
- Update bondProtoProto, bondProtoMol, bondMolMol to handle conditional

**Alternative:**
Remove 'conditional' from valid bond types until implemented.

This is new functionality, not a regression.


Test Agent


Add 'convoy' issue type with reactive completion

Add convoy as a new issue type with reactive completion semantics.

Behavior:
- Convoy has list of tracked issues (via 'tracks' relation)
- When all tracked issues close (including wontfix), convoy auto-closes
- Supports cross-prefix tracking (convoy in hq-* tracks gt-*, bd-*)

Implementation:
- New type: convoy
- Reactive completion trigger on tracked issue closure
- Query support: 'bd list --type=convoy'

Related: hq-7h8jx (Convoy System epic in town beads)


Update integrations/beads-mcp/pyproject.toml to 0.30.4

Update version in pyproject.toml:
```toml
version = "0.30.4"
```

```verify
grep -q 'version = "0.30.4"' integrations/beads-mcp/pyproject.toml
```


Add {{version}} to versionChanges in info.go

Add new entry at the TOP of versionChanges array in cmd/bd/info.go:

```go
{
    Version: "{{version}}",
    Date:    "{{date}}",
    Changes: []string{
        // Add notable changes here
    },
},
```

Copy changes from CHANGELOG.md [Unreleased] section.


bd update --parent: allow reparenting issues

**Request:** Add `--parent` flag to `bd update` command.

**Use case:** When renaming/migrating an epic (e.g., gt-oki8p → gt-liftoff), need to reparent child issues to the new epic.

**Current workaround:** None clean - must delete and recreate children, or manually edit JSONL.

**Proposed:**
```bash
bd update gt-j0gx2 --parent=gt-liftoff
```

**Note:** `bd create` already has `--parent` flag, so the semantics are established.


Phase 2.4: Git merge driver optimization for TOON format

Optimize git 3-way merge for TOON line-oriented format.

## Overview
TOON is line-oriented (unlike binary formats), enabling smarter git merge strategies. Implement custom merge driver to handle TOON-specific merge patterns.

## Required Work

### 2.4.1 TOON Merge Driver
- [ ] Create .git/info/attributes entry for *.toon files
- [ ] Implement custom merge driver script/command
- [ ] Handle tabular format row merges (line-based 3-way)
- [ ] Handle YAML-style format merges
- [ ] Conflict markers for unsolvable conflicts

### 2.4.2 Merge Patterns
- [ ] Row addition: both branches add different rows → union
- [ ] Row deletion: one branch deletes, other modifies → conflict (manual review)
- [ ] Row modification: concurrent field changes → intelligent merge or conflict
- [ ] Field ordering changes: ignore (TOON format resilient to order)

### 2.4.3 Testing & Documentation
- [ ] Unit tests for merge scenarios (3-way merge logic)
- [ ] Integration tests with actual git merges
- [ ] Conflict scenario testing
- [ ] Documentation of merge strategy

## Success Criteria
- Git merge handles TOON conflicts intelligently
- Fewer manual merge conflicts than JSONL
- Round-trip preserved through merges
- All 70+ tests still passing
- Git history stays clean (minimal conflict markers)


Add .beads-backup-* pattern to gitignore template

Update the gitignore template in doctor package to include backup directories.

## Change
Add `.beads-backup-*/` to the GitignoreTemplate in `cmd/bd/doctor/gitignore.go`

## Why
Backup directories created by `bd reset --backup` should not be committed to git.
They are local-only recovery tools.

## File
`cmd/bd/doctor/gitignore.go` - look for GitignoreTemplate constant


Remove all deletions.jsonl code except migration

There's deletions manifest code spread across the entire codebase that should have been removed after tombstone migration:

Files with deletions code (non-migration):
- internal/deletions/ - entire package
- cmd/bd/sync.go - 25+ references, auto-compact, sanitize
- cmd/bd/delete.go - dual-writes to deletions.jsonl
- internal/importer/importer.go - checks deletions manifest
- internal/syncbranch/worktree.go - merges deletions.jsonl
- cmd/bd/doctor/fix/sync.go - cleanupDeletionsManifest
- cmd/bd/doctor/fix/deletions.go - HydrateDeletionsManifest
- cmd/bd/integrity.go - checks deletions for data loss
- cmd/bd/deleted.go - entire command
- cmd/bd/compact.go - pruneDeletionsManifest
- cmd/bd/doctor.go - checkDeletionsManifest
- Plus many more

Action: Aggressively remove all non-migration deletions code. Tombstones are the only deletion mechanism now.


Add 'rm' as alias for 'remove' in bd dep subcommand

Cobra supports command aliases. Add 'rm' as a short alias for 'remove' in the dep subcommand for convenience.

Example: bd dep rm issue1 issue2 should work the same as bd dep remove issue1 issue2

Implementation: Add Aliases: []string{"rm"} to the depRemoveCmd definition.


Replace map[string]interface{} with typed JSON response structs

Many CLI commands use map[string]interface{} for JSON output which loses type safety and compile-time error detection.

Files with map[string]interface{}:
- cmd/bd/compact.go (10+ instances)
- cmd/bd/cleanup.go
- cmd/bd/daemons.go
- cmd/bd/daemon_lifecycle.go

Example fix:
```go
// Before
result := map[string]interface{}{
    "status": "ok",
    "count": 42,
}

// After
type CompactResponse struct {
    Status string `json:"status"`
    Count  int    `json:"count"`
}
result := CompactResponse{Status: "ok", Count: 42}
```

Benefits:
- Compile-time type checking
- IDE autocompletion
- Easier refactoring
- Self-documenting API


Merge: bd-ot0w

branch: polecat/dementus
target: main
source_issue: bd-ot0w
rig: beads


Merge: bd-kzda

branch: polecat/toast
target: main
source_issue: bd-kzda
rig: beads


Add daemon RPC support for gate commands.

## Current State
Gate commands require --no-daemon flag because they use direct SQLite access:
- Gate create needs to write await_type, await_id, timeout_ns, waiters fields
- Gate wait needs to update waiters JSON array
- Daemon RPC doesnt have methods for these operations

## Implementation

### 1. Add RPC methods to internal/rpc/protocol.go

```go
// Gate operations
type GateCreateArgs struct {
    Title     string        \`json:"title"\`
    AwaitType string        \`json:"await_type"\`
    AwaitID   string        \`json:"await_id"\`
    Timeout   time.Duration \`json:"timeout"\`
    Waiters   []string      \`json:"waiters"\`
}

type GateCreateResult struct {
    Issue *types.Issue \`json:"issue"\`
}

type GateListArgs struct {
    All bool \`json:"all"\` // Include closed gates
}

type GateListResult struct {
    Gates []*types.Issue \`json:"gates"\`
}

type GateWaitArgs struct {
    GateID  string   \`json:"gate_id"\`
    Waiters []string \`json:"waiters"\` // Additional waiters to add
}

type GateWaitResult struct {
    Gate        *types.Issue \`json:"gate"\`
    AddedCount  int          \`json:"added_count"\`
}
```

### 2. Add handler methods to internal/daemon/rpc_handler.go

```go
func (h *RPCHandler) GateCreate(ctx context.Context, args *rpc.GateCreateArgs) (*rpc.GateCreateResult, error) {
    now := time.Now()
    gate := &types.Issue{
        Title:     args.Title,
        IssueType: types.TypeGate,
        Status:    types.StatusOpen,
        Priority:  1,
        Assignee:  "deacon/",
        Wisp:      true,
        AwaitType: args.AwaitType,
        AwaitID:   args.AwaitID,
        Timeout:   args.Timeout,
        Waiters:   args.Waiters,
        CreatedAt: now,
        UpdatedAt: now,
    }
    gate.ContentHash = gate.ComputeContentHash()

    if err := h.store.CreateIssue(ctx, gate, h.actor); err != nil {
        return nil, err
    }

    return &rpc.GateCreateResult{Issue: gate}, nil
}

func (h *RPCHandler) GateList(ctx context.Context, args *rpc.GateListArgs) (*rpc.GateListResult, error) {
    gateType := types.TypeGate
    filter := types.IssueFilter{IssueType: &gateType}
    if !args.All {
        openStatus := types.StatusOpen
        filter.Status = &openStatus
    }

    gates, err := h.store.SearchIssues(ctx, "", filter)
    if err != nil {
        return nil, err
    }

    return &rpc.GateListResult{Gates: gates}, nil
}

func (h *RPCHandler) GateWait(ctx context.Context, args *rpc.GateWaitArgs) (*rpc.GateWaitResult, error) {
    gate, err := h.store.GetIssue(ctx, args.GateID)
    if err != nil {
        return nil, err
    }
    if gate.IssueType != types.TypeGate {
        return nil, fmt.Errorf("%s is not a gate", args.GateID)
    }

    // Merge waiters (dedupe)
    waiterSet := make(map[string]bool)
    for _, w := range gate.Waiters {
        waiterSet[w] = true
    }
    added := 0
    for _, w := range args.Waiters {
        if !waiterSet[w] {
            gate.Waiters = append(gate.Waiters, w)
            waiterSet[w] = true
            added++
        }
    }

    if added > 0 {
        // Update via store
        updates := map[string]interface{}{
            "waiters": gate.Waiters,
        }
        if err := h.store.UpdateIssue(ctx, args.GateID, updates, h.actor); err != nil {
            return nil, err
        }
    }

    return &rpc.GateWaitResult{Gate: gate, AddedCount: added}, nil
}
```

### 3. Register methods in daemon

In internal/daemon/server.go, register the new methods:
```go
rpc.RegisterMethod("gate.create", h.GateCreate)
rpc.RegisterMethod("gate.list", h.GateList)
rpc.RegisterMethod("gate.wait", h.GateWait)
```

### 4. Add client methods to internal/rpc/client.go

```go
func (c *Client) GateCreate(ctx context.Context, args *GateCreateArgs) (*GateCreateResult, error) {
    var result GateCreateResult
    err := c.Call(ctx, "gate.create", args, &result)
    return &result, err
}

func (c *Client) GateList(ctx context.Context, args *GateListArgs) (*GateListResult, error) {
    var result GateListResult
    err := c.Call(ctx, "gate.list", args, &result)
    return &result, err
}

func (c *Client) GateWait(ctx context.Context, args *GateWaitArgs) (*GateWaitResult, error) {
    var result GateWaitResult
    err := c.Call(ctx, "gate.wait", args, &result)
    return &result, err
}
```

### 5. Update cmd/bd/gate.go to use daemon

```go
// In gateCreateCmd Run:
if daemonClient != nil {
    result, err := daemonClient.GateCreate(ctx, &rpc.GateCreateArgs{
        Title:     title,
        AwaitType: awaitType,
        AwaitID:   awaitID,
        Timeout:   timeout,
        Waiters:   notifyAddrs,
    })
    if err != nil {
        FatalError("gate create: %v", err)
    }
    gate = result.Issue
} else {
    // Existing direct store code
}
```

## Files to Modify

1. **internal/rpc/protocol.go** - Add Gate*Args/Result types
2. **internal/daemon/rpc_handler.go** - Add handler methods
3. **internal/daemon/server.go** - Register methods
4. **internal/rpc/client.go** - Add client methods
5. **cmd/bd/gate.go** - Use daemon client when available

## Testing

```bash
# Start daemon
bd daemon start

# Test via daemon (should work without --no-daemon)
bd gate create --await timer:5m --notify beads/dave
bd gate list
bd gate wait <id> --notify beads/alice

# Verify daemon handled it
bd daemons logs . | grep gate
```

## Success Criteria
- All gate commands work without --no-daemon
- Same behavior in daemon vs direct mode
- Waiters array updates correctly via RPC
- Tests pass for RPC gate operations


Merge: bd-au0.6

branch: polecat/furiosa
target: main
source_issue: bd-au0.6
rig: beads


Restart beads daemon

Kill any running daemons so they pick up the new version:
```bash
bd daemons killall
```

Start fresh daemon:
```bash
bd list  # triggers daemon start
```

Verify daemon version:
```bash
bd version --daemon
```

```verify
bd version --daemon 2>&1 | grep -q '0.30.4'
```


bd import reports success but writes nothing to empty database

## Problem

In a fresh crew clone with no database, `bd import` and `bd sync --import-only` report:
```
Import complete: 0 created, 0 updated, 416 unchanged, 203 skipped
```

But the database remains empty:
```
sqlite3 .beads/beads.db 'SELECT COUNT(*) FROM issues'
0
```

## Reproduction Steps

1. Fresh clone (crew/dave) with .beads/issues.jsonl containing 619 issues
2. `bd init --skip-hooks` creates empty database
3. `bd import -i .beads/issues.jsonl` reports 416 unchanged
4. Database still has 0 issues

## Expected

Import should create 416 issues in the database.

## Root Cause Hypothesis

The 'unchanged' count suggests it's comparing against something (maybe in-memory state?) rather than the actual database. The daemon running from a different clone (mayor/rig) may be confusing the import logic.

## Context

Discovered during v0.39.0 release. Worked around by doing the release manually instead of using the beads-release molecule.


Merge: quartz-1767082908528

branch: polecat/quartz-1767082908528
target: main
source_issue: quartz-1767082908528
rig: beads


Review PR #514: fix plugin install docs

Review and merge PR #514 from aspiers. This PR fixes incorrect docs for installing Claude Code plugin from source in docs/PLUGIN.md. Clarifies shell vs Claude Code commands and fixes the . vs ./beads argument issue. URL: https://github.com/anthropics/beads/pull/514


bd create --parent allocates colliding child IDs when child_counters not backfilled

GH#728: When explicit child IDs are created (--id bd-test.1) or imported from JSONL, child_counters table isn't updated. Then --parent auto-allocation starts at 1 and collides.

Fix approach: Update child_counters when creating issues with explicit hierarchical IDs that match <parent>.<n> pattern.


Deprecate bd mol run after gt absorbs its semantics

bd mol run is a convenience combo (pour + update + pin) that feels like orchestration but lives in the data layer. This blurs the bd/gt architectural boundary.

## Current State
- bd mol run = bd pour + bd update --status=in_progress + bd pin --for me
- gt spawn depends on bd mol run (shells out to it)

## Proposed Change
Once gt spawn inlines the pour+assign+pin logic:
1. Deprecate bd mol run with a warning pointing to gt spawn
2. Eventually remove bd mol run entirely

## Why
- bd should be pure data operations (pour, update, pin, close)
- gt should own orchestration (spawn, sling, hook, handoff)
- Standalone bd users can run the three commands separately or script them

## Blocked By
gastown issue gt-r7jj2 (Move mol run semantics from bd into gt spawn)


Re: Thread Test 2

Great! Thread is working well.


Commit and push release

git add -A && git commit -m 'chore: bump version to 0.32.1' && git push


Make merge requests ephemeral wisps instead of permanent issues

## Problem

Merge requests (MRs) are currently created as regular beads issues (type: merge-request). This means they:
- Sync to JSONL and propagate via git
- Accumulate in the issue database indefinitely
- Clutter `bd list` output with closed MRs
- Create permanent records for inherently transient artifacts

MRs are process artifacts, not work products. They exist briefly while code awaits merge, then their purpose is fulfilled. The git merge commit and GitHub PR (if applicable) provide the permanent audit trail - the beads MR is redundant.

## Proposed Solution

Make MRs ephemeral wisps that exist only during the merge process:

1. **Create MRs as wisps**: When a polecat completes work and requests merge, create the MR in `.beads-wisp/` instead of `.beads/`

2. **Refinery visibility**: This works because all clones within a rig share the same database:
   ```
   beads/              ← Rig root
   ├── .beads/         ← Permanent issues (synced to JSONL)
   ├── .beads-wisp/    ← Ephemeral wisps (NOT synced)
   ├── crew/dave/      ← Uses rig's shared DB
   ├── polecats/*/     ← Uses rig's shared DB
   └── refinery/       ← Uses rig's shared DB
   ```
   The refinery can see wisp MRs immediately - same SQLite database.

3. **On merge completion**: Burn the wisp (delete without digest). The git merge commit IS the permanent record. No digest needed since:
   - Digest wouldn't be smaller than the MR itself (~200-300 bytes either way)
   - Git history provides complete audit trail
   - GitHub PR (if used) provides discussion/approval record

4. **On merge rejection/abandonment**: Burn the wisp. Optionally notify the source polecat via mail.

## Benefits

- **Clean JSONL**: MRs never pollute the permanent issue history
- **No accumulation**: Wisps are burned on completion, no cleanup needed
- **Correct semantics**: Wisps are for "operational ephemera" - MRs fit perfectly
- **Reduced sync churn**: Fewer JSONL updates, faster `bd sync`
- **Cleaner queries**: `bd list` shows work items, not process artifacts

## Implementation Notes

### Where MRs are created

Currently MRs are created by the witness or polecat when work is ready for merge. This code needs to:
- Set `wisp: true` on the MR issue
- Or use a dedicated wisp creation path

### Refinery changes

The refinery queries for pending MRs to process. It needs to:
- Query wisp storage as well as (or instead of) permanent storage
- Use `bd mol burn` or equivalent to delete processed MRs

### What about cross-rig MRs?

If an MR needs to be visible outside the rig (e.g., external collaborators):
- They would see the GitHub PR anyway
- Or we could create a permanent "merge completed" notification issue
- But this is likely unnecessary - MRs are internal coordination

### Migration

Existing MRs in permanent storage:
- Can be cleaned up with `bd cleanup` or manual deletion
- Or left to age out naturally
- No migration of open MRs needed (they'll complete under old system

## Alternatives Considered

1. **Auto-cleanup of closed MRs**: Keep MRs as permanent issues but auto-delete after 24h. Simpler but still creates sync churn and temporary JSONL pollution.

2. **MRs as mail only**: Polecat sends mail to refinery with merge details, no MR issue at all. Loses queryability (bd-801b [P2] [merge-request] closed - Merge: bd-bqcc
bd-pvu0 [P2] [merge-request] closed - Merge: bd-4opy
bd-i0rx [P2] [merge-request] closed - Merge: bd-ao0s
bd-u0sb [P2] [merge-request] closed - Merge: bd-uqfn
bd-8e0q [P2] [merge-request] closed - Merge: beads-ocs
bd-hvng [P2] [merge-request] closed - Merge: bd-w193
bd-4sfl [P2] [merge-request] closed - Merge: bd-14ie
bd-sumr [P2] [merge-request] closed - Merge: bd-t4sb
bd-3x9o [P2] [merge-request] closed - Merge: bd-by0d
bd-whgv [P2] [merge-request] closed - Merge: bd-401h
bd-f3ll [P2] [merge-request] closed - Merge: bd-ot0w
bd-fmdy [P3] [merge-request] closed - Merge: bd-kzda).

3. **Separate merge queue**: Refinery maintains internal state for pending merges, not in beads at all. Clean but requires new infrastructure.

Wisps are the cleanest solution - they already exist, have the right semantics, and require minimal changes.

## Related

- Wisp architecture:
- Current MR creation: witness/refinery code paths
- bd-pvu0, bd-801b: Example MRs currently in permanent storage
EOF
)


Give --all flag actual meaning in bd list

The --all flag exists but is currently a no-op ('flag provided for CLI familiarity'). Once we change the default to non-closed, --all should override to show all issues including closed.

This provides backwards compatibility for scripts that depend on seeing all issues.

## Implementation Plan

### Code Changes (cmd/bd/list.go)

1. **Update --all flag handling** (~line 889):
```go
// Currently: listCmd.Flags().Bool("all", false, "Show all issues (default behavior; flag provided for CLI familiarity)")
// Change to:
listCmd.Flags().Bool("all", false, "Show all issues including closed (overrides default filter)")
```

2. **Check for --all in Run function** (before applying default filter):
```go
allFlag, _ := cmd.Flags().GetBool("all")
if status == "" && !allFlag {
    // Apply default non-closed filter
    filter.ExcludeStatus = []types.Status{"closed"}
}
// If --all is set, no ExcludeStatus applied = show everything
```

### Testing
- `bd list --all` shows all issues including closed
- `bd list` shows non-closed (from bd-mypl)
- `bd list --all --status=open` - --all is ignored when explicit status given

### Documentation
- Update --help text
- Add to migration guide: "Use --all for previous default behavior"


Audit Current Cache Usage

**Summary:** Comprehensive audit of storage cache usage revealed minimal dependency across server components, with most calls following a consistent pattern. Investigation confirmed cache was largely unnecessary in single-repository daemon architecture.

**Key Decisions:**
- Remove all cache-related environment variables
- Delete server struct cache management fields
- Eliminate cache-specific test files
- Deprecate req.Cwd routing logic

**Resolution:** Cache system will be completely removed, simplifying server storage access and reducing unnecessary complexity with negligible performance impact.

AUDIT COMPLETE

getStorageForRequest() callers: 17 production + 11 test
- server_issues_epics.go: 8 calls
- server_labels_deps_comments.go: 4 calls
- server_export_import_auto.go: 2 calls
- server_compact.go: 2 calls
- server_routing_validation_diagnostics.go: 1 call
- server_eviction_test.go: 11 calls (DELETE entire file)

Pattern everywhere: store, err := s.getStorageForRequest(req) → store := s.storage

req.Cwd usage: Only for multi-repo routing. Local daemon always serves 1 repo, so routing is unused.

MCP server: Uses separate daemons per repo (no req.Cwd usage found). NOT affected by cache removal.

Cache env vars to deprecate:
- BEADS_DAEMON_MAX_CACHE_SIZE (used in server_core.go:63)
- BEADS_DAEMON_CACHE_TTL (used in server_core.go:72)
- BEADS_DAEMON_MEMORY_THRESHOLD_MB (used in server_cache_storage.go:47)

Server struct fields to remove:
- storageCache, cacheMu, maxCacheSize, cacheTTL, cleanupTicker, cacheHits, cacheMisses

Tests to delete:
- server_eviction_test.go (entire file - 9 tests)
- limits_test.go cache assertions

Special consideration: ValidateDatabase endpoint uses findDatabaseForCwd() outside cache. Verify if used, then remove or inline.

Safe to proceed with removal - cache always had 1 entry in local daemon model.


Add 'tracks' relation type for convoy tracking

Add a new relation type 'tracks' for convoy → issue relationships.

Unlike 'depends_on':
- Non-blocking (tracked issue doesn't block convoy)
- Cross-prefix capable (convoy in hq-* tracks issues in gt-*, bd-*)
- Supports reverse lookup ('what convoys track this issue?')

Used by convoys to track issues across project chains without creating dependencies.

Related: hq-7h8jx (Convoy System epic in town beads)


Implement core reset package (internal/reset)

Create the core reset logic in internal/reset/ package.

## Responsibilities
- ResetOptions struct with all flag options
- CountImpact() - count issues/tombstones that will be deleted
- ValidateState() - check .beads/ exists, check git dirty state
- ExecuteReset() - main reset logic (without CLI concerns)
- Integrate with daemon killall

## Interface Design
```go
type ResetOptions struct {
    Hard      bool   // Include git operations (git rm, commit)
    Backup    bool   // Create backup before reset
    DryRun    bool   // Preview only, don't execute
    SkipInit  bool   // Don't re-initialize after reset
}

type ResetResult struct {
    IssuesDeleted     int
    TombstonesDeleted int
    BackupPath        string  // if backup was created
    DaemonsKilled     int
}

type ImpactSummary struct {
    IssueCount      int
    OpenCount       int
    ClosedCount     int
    TombstoneCount  int
    HasUncommitted  bool  // git dirty state
}

func Reset(opts ResetOptions) (*ResetResult, error)
func CountImpact() (*ImpactSummary, error)
func ValidateState() error
```

## IMPORTANT: CLI vs Core Separation
- `Force` (skip confirmation) is NOT in ResetOptions - that's a CLI concern
- Core always executes when called; CLI decides whether to prompt first
- Keep CLI-agnostic: no prompts, no colored output, no user interaction
- Return errors for CLI to handle with user-friendly messages
- Unit testable in isolation

## Dependencies
- Uses daemon.KillAllDaemons() from internal/daemon/
- Calls bd init logic after reset (unless SkipInit)


Implement bd close --continue flag

Auto-advance to next step in molecule when closing an issue. Referenced by gt-um6q, gt-lz13. Needed for molecule navigation workflow.


Remove redundant edge fields from Issue struct

Remove from Issue struct:
- RepliesTo -> dependency with type replies-to
- RelatesTo -> dependencies with type relates-to
- DuplicateOf -> dependency with type duplicates
- SupersededBy -> dependency with type supersedes

Keep: Sender, Ephemeral (these are attributes, not relationships)


Swarm: 13 beads backlog issues for polecat execution

## Swarm Overview

13 issues prepared for parallel polecat execution. All issues have been enhanced with concrete implementation guidance, file lists, and success criteria.

## Issue List

### Bug (1) - HIGH PRIORITY
| ID | Priority | Title |
|----|----------|-------|
| bd-phtv | P1 | Pinned field overwritten by subsequent commands |

### Test Coverage (3)
| ID | Package | Target |
|----|---------|--------|
| bd-io8c | internal/syncbranch | 27% → 70% |
| bd-thgk | internal/compact | 17% → 70% |
| bd-tvu3 | internal/beads | 48% → 70% |

### Code Quality (3)
| ID | Task |
|----|------|
| bd-qioh | FatalError pattern standardization |
| bd-rgyd | Split queries.go (1704 lines → 5 files) |
| bd-u2sc.3 | Split cmd/bd files (sync/init/show/compact) |

### Features (4)
| ID | Task |
|----|------|
| bd-au0.5 | Search date/priority filters |
| bd-ykd9 | Doctor --fix auto-repair |
| bd-g4b4 | Close hooks system |
| bd-likt | Gate daemon RPC |

### Polish (2)
| ID | Task |
|----|------|
| bd-4qfb | Doctor output formatting |
| bd-u2sc.4 | slog structured logging |

## Issue Details

All issues have been enhanced with:
- Concrete file lists to modify
- Code snippets and patterns
- Success criteria
- Test commands

Run `bd show <id>` for full details on any issue.

## Execution Notes

- All issues are independent (no blockers between them)
- bd-phtv (P1 bug) should get priority - affects bd pin functionality
- Test coverage tasks are straightforward but time-consuming
- File split tasks (bd-rgyd, bd-u2sc.3) are mechanical but important

## Completed During Prep

- bd-ucgz (P2 bug) - Fixed inline: external deps orphan check (commit f2db0a1d)
- Moved 5 gastown issues out of beads backlog (gt-dh65, gt-ng6g, gt-fqcz, gt-gswn, gt-rw2z)
- Deferred 4 premature/post-1.0 issues
- Closed bd-udsi epic (core implementation complete)


Fix bd sync race condition with daemon causing dirty working directory

After bd sync completes with sync.branch mode, subsequent bd commands or daemon file watcher would see a hash mismatch and trigger auto-import, which then schedules re-export, dirtying the working directory.

**Root cause:**
1. bd sync exports JSONL with NEW content (hash H1)
2. bd sync updates jsonl_content_hash = H1 in DB
3. bd sync restores JSONL from HEAD (OLD content, hash H0)
4. Now: file hash = H0, DB hash = H1 (MISMATCH)
5. Daemon or next CLI command sees mismatch, imports from OLD JSONL
6. Import triggers re-export → file is dirty

**Fix:**
After restoreBeadsDirFromBranch(), update jsonl_content_hash to match the restored file's hash. This ensures daemon and CLI see file hash = DB hash → no spurious import/export cycle.

Related: bd-c83r (multiple daemon prevention)


Detect/prevent child→parent dependency anti-pattern

## Problem

When filing issues with dependencies, it's easy to fall into the "temporal trap":
- Thinking "Phase 1 comes before Phase 2"
- Writing `bd dep add phase1 phase2`
- But that means "phase1 depends on phase2" (backwards!)

A specific variant: children depending on their parent epic. This is ALWAYS wrong because:
1. Parent-child relationship already captures the dependency (parent closes when children done)
2. Child→parent dep creates a block: child can't start because parent is "open"
3. Parent can't close because children aren't done
4. Deadlock

## Solution

### 1. Prevent at creation (`bd dep add`)

When user runs `bd dep add X Y`:
- Check if X is a child of Y (X.id starts with Y.id + ".")
- If so, error: "Cannot add dependency: X is already a child of Y. Children inherit dependency on parent completion via hierarchy."

### 2. Detect in `bd doctor`

Add a check that finds all cases where:
- Issue A depends on Issue B
- A.id matches pattern B.id + ".*" (A is child of B)

Report as: "Child→parent dependency detected (anti-pattern)"
Offer repair: "Remove N backwards dependencies? [y/N]"

## Implementation

- `dep_add.go`: Add parent-child check before adding dependency
- `doctor.go`: Add backwards-dep detection to health checks


mol-christmas-launch: 3-day execution plan

Christmas Launch Molecule - execute phases in order, survive restarts.

PIN THIS BEAD. Check progress each session start.

## Step: phase0-beads-foundation
Fix blocking issues before swarming:
1. Verify gastown beads schema works: bd list --status=open
2. Ensure bd mol bond exists (check bd-usro)
3. Verify bd-2vh3 (squash) is filed

## Step: phase1-polecat-loop
Serial work on polecat execution:
1. gt-9nf: Fresh polecats only
2. gt-975: Molecule execution support
3. gt-8v8: Refuse uncommitted work
Then swarm: gt-e1y, gt-f8v, gt-eu9
Needs: phase0-beads-foundation

## Step: phase2-refinery
Serial work on refinery autonomy:
1. gt-5gkd: Refinery CLAUDE.md
2. gt-bj6f: Refinery context in gt prime
3. gt-0qki: Refinery-Witness protocol
Needs: phase1-polecat-loop

## Step: phase3-deacon
Health monitoring infrastructure:
1. gt-5af.4: Simplify daemon
2. gt-5af.7: Crew session patterns
3. gt-976: Crew lifecycle
Needs: phase2-refinery

## Step: phase4-code-review
Self-improvement flywheel:
1. Define mol-code-review (gt-fjvo)
2. Test on open MRs
3. Integrate with Refinery
Needs: phase3-deacon

## Step: phase5-polish
Demo readiness:
1. gt-b2hj: Find orphaned work
2. Doctor checks
3. Clean up open MRs
Needs: phase4-code-review

## Step: verify-flywheel
Success criteria:
- gt spawn works with molecules
- Refinery processes MRs autonomously
- mol-code-review runs on a PR
- bd cleanup --ephemeral works
Needs: phase5-polish


Redesign workflow system: templates as native Beads

## Problem

The current workflow system (YAML templates in cmd/bd/templates/workflows/) is architecturally flawed:

1. **Out-of-band data plane** - YAML files are a parallel system outside Beads itself
2. **Heavyweight DSL** - YAML is gross; even TOML would have been better, but neither is ideal
3. **Not graph-native** - Beads IS already a dependency graph with priorities, so why reinvent it?
4. **Can't use bd commands on templates** - They're opaque YAML, not viewable/editable Beads

## The Right Design

**Templates should be Beads themselves.**

A "workflow template" should be:
- An epic marked as a template (via label, type, or prefix like `tpl-`)
- Child issues with dependencies between them (using normal bd dep)
- Titles and descriptions containing `{{variable}}` placeholders
- Normal priorities that control serialization order

"Instantiation" becomes:
1. Clone the template subgraph (epic + children + dependencies)
2. Substitute variables in titles/descriptions
3. Generate new IDs for all cloned issues
4. Return the new epic ID

## Benefits

- **No YAML** - Templates are just Beads
- **Use existing tools** - `bd show`, `bd edit`, `bd dep` work on templates
- **Graph-native** - Dependencies are real Beads dependencies
- **Simpler codebase** - Remove all the YAML parsing/workflow code
- **Composable** - Templates can reference other templates

## Tasks

1. Delete the YAML workflow system code (revert recent push + remove existing workflow code)
2. Design template marking convention (label? type? id prefix?)
3. Implement `bd template create` or `bd clone --as-template`
4. Implement `bd template instantiate <template-id> --var key=value`
5. Migrate version-bump workflow to native Beads template
6. Update documentation


Add default limit to bd list (50 issues)

Add a sensible default limit of 50 issues to bd list output, matching patterns from gh cli (30) and jira-cli (50).

- Default to 50 when no --limit specified
- --limit 0 means unlimited (explicit override)
- Protects both agents and humans from overwhelming output

This is independent of the filter change but complementary.

## Implementation Plan

### Code Changes (cmd/bd/list.go)

1. **Change default limit** (init function, ~line 887):
```go
// Currently: listCmd.Flags().IntP("limit", "n", 0, "Limit results")
// Change to:
listCmd.Flags().IntP("limit", "n", 50, "Limit results (0 for unlimited)")
```

2. **Update help text**:
```go
"Limit results (default: 50, use 0 for unlimited)"
```

3. **Handle explicit 0** in Run function:
```go
// --limit 0 means unlimited
if cmd.Flags().Changed("limit") && limit == 0 {
    filter.Limit = 0 // No limit applied
} else if limit > 0 {
    filter.Limit = limit
} else {
    filter.Limit = 50 // Default
}
```

### Testing
- `bd list` shows max 50 issues
- `bd list --limit 10` shows max 10
- `bd list --limit 0` shows unlimited
- Verify output indicates truncation: "Showing 50 of 499 issues (use --limit 0 for all)"

### Documentation
- Note in help: default changed from unlimited to 50


HANDOFF: Molecule bonding - spawn done, bond next

## Context

Continuing work on bd-o5xe (Molecule bonding epic).

## Completed This Session

- bd-mh4w: Renamed bond to spawn in mol.go
- bd-rnnr: Added BondRef data model to types.go

## Now Unblocked

1. bd-o91r: Polymorphic bond command [P1]
2. bd-iw4z: Compound visualization [P2]
3. bd-iq19: Distill command [P2]

## Key Files

- cmd/bd/mol.go
- internal/types/types.go

## Next Step

Start with bd-o91r. Run bd show bd-o5xe for context.


Fix resolvePartialID stub in workflow.go

The resolvePartialID function at workflow.go:921-925 is a stub that just returns the ID unchanged. Should use utils.ResolvePartialID for proper partial ID resolution in direct mode (non-daemon).


Default bd list to non-closed issues

Change bd list default from showing all issues to showing only actionable issues (open, in_progress, blocked, deferred). This addresses GH#788 where agents get context blown out by closed issues.

Current: bd list shows everything including closed
Proposed: bd list shows non-closed by default

This is the core fix - other enhancements depend on this change.

## Implementation Plan

### Code Changes (cmd/bd/list.go)

1. **Add new filter logic in Run function** (~line 393-399):
```go
// Default to non-closed if no status filter specified
if status == "" && \!cmd.Flags().Changed("all") {
    // Show actionable issues by default (GH#788)
    filter.ExcludeStatus = []types.Status{"closed"}
}
```

2. **Need to add ExcludeStatus to IssueFilter** (internal/types/types.go):
```go
type IssueFilter struct {
    // ... existing fields ...
    ExcludeStatus []Status // Exclude these statuses
}
```

3. **Update SearchIssues query** (internal/storage/sqlite/issues.go):
```go
if len(filter.ExcludeStatus) > 0 {
    placeholders := make([]string, len(filter.ExcludeStatus))
    for i, s := range filter.ExcludeStatus {
        placeholders[i] = "?"
        args = append(args, string(s))
    }
    conditions = append(conditions,
        fmt.Sprintf("status NOT IN (%s)", strings.Join(placeholders, ",")))
}
```

### Testing
- Verify `bd list` shows open, in_progress, blocked, deferred (not closed)
- Verify `bd list --status=closed` still works
- Verify `bd list --all` shows everything (requires bd-34q1)

### Backwards Compatibility
- Scripts using `bd list | grep` may get fewer results
- Document in changelog: "bd list now defaults to non-closed issues"


bd mol update: Check and update installed formulas

Check for newer versions of installed formulas and update them.

## Usage
```bash
bd mol update                    # Update all
bd mol update mol-code-review    # Update specific formula
bd mol update --check            # Just check, don't update
```

## Implementation
1. Read .beads/installed.json
2. For each installed formula:
   - Fetch latest tag from GitHub API
   - Compare with installed version
   - If newer: download, cook, update installed.json
3. Report what was updated

## Flags
- `--check` - Only check for updates, don't install
- `--force` - Reinstall even if up to date
- `--json` - Machine-readable output


CLI cleanup: Rename bd mol catalog to bd formula list

## Problem
`bd mol catalog` shows formulas, not molecules. This is confusing.

Current state:
- `bd formula list` - lists formulas
- `bd mol catalog` - ALSO lists formulas (duplicate!)

The "mol" namespace should be for molecules (instantiated work), not formulas (templates).

## Proposed Change
- Remove `bd mol catalog`
- Keep `bd formula list` as the canonical command
- Update docs to use `bd formula list`

## Alternative
If we want a "catalog" concept separate from "list", make it `bd formula catalog`.


bd cook: Proto ID prefix should match project prefix

When `bd cook` creates a proto, it uses the formula name as the proto ID:

```yaml
formula: mol-deacon-patrol
```

Creates proto with ID `mol-deacon-patrol`.

## Problem

If the project uses a different prefix (e.g., `gt-`), the cooked protos have
a different prefix (`mol-`), causing:

1. `bd sync` import warnings about prefix mismatch
2. Mixed prefix lists in `bd mol list`
3. Confusion about naming conventions

## Options

1. **Use project prefix**: Cook as `gt-mol-deacon-patrol`
2. **Allow mol- as special prefix**: Recognize mol-* as valid for protos
3. **Make prefix configurable**: `bd cook --prefix gt-`
4. **Keep current behavior**: Document that formulas use their own namespace

## Current Workaround

The prefix mismatch warning can be ignored, but `bd sync` fails the import step.

## Related

gt-i6k1: Duplicate proto cleanup


Merge: bd-m8ro

branch: polecat/max
target: main
source_issue: bd-m8ro
rig: beads


Polymorphic bond command: bd mol bond A B

Implement proto-to-proto bonding to create compound protos.

COMMAND: bd mol bond proto-feature proto-testing [--as proto-feature-tested] [--type sequential]

BEHAVIOR:
- Load both proto subgraphs
- Create new compound proto with combined structure
- B's root becomes child of A's root (sequential) or sibling (parallel)
- Wire dependencies: B depends on A's leaf nodes (sequential) or runs parallel
- Store bonded_from metadata for lineage tracking

FLAGS:
- --as NAME: Custom ID for compound proto (default: generates hash)
- --type: sequential (default) or parallel
- --dry-run: Preview compound structure

OUTPUT:
- New compound proto in catalog
- Shows combined variable requirements

UPDATE: bond is now polymorphic - handles proto+proto, proto+mol, and mol+mol based on operand types. Separate 'attach' command eliminated.


Fix G304 potential file inclusion in cmd/bd/tips.go:259

Linting issue: G304: Potential file inclusion via variable (gosec) at cmd/bd/tips.go:259:18. Error: if data, err := os.ReadFile(settingsPath); err == nil {


Code smell: Long function flushToJSONLWithState (~280 lines)

The flushToJSONLWithState() function in cmd/bd/autoflush.go (lines 490-772) is ~280 lines with:

1. Multiple nested conditionals
2. Inline helper function definitions (recordFailure, recordSuccess)
3. Complex multi-repo filtering logic
4. Mixed concerns (validation, export, error handling)

Consider breaking into:
- validateJSONLIntegrity() - already exists but could absorb more
- getIssuesToExport(fullExport bool) - determines what to export
- mergeWithExistingJSONL(issueMap, dirtyIDs) - handles incremental merge
- filterByPrefix(issues) - multi-repo prefix filtering
- performExport(issues, jsonlPath) - the actual write
- updateMetadataAfterExport() - hash/timestamp updates

Location: cmd/bd/autoflush.go:490-772


Feature: bd swarm list - discover existing swarm molecules

No command to list existing swarm molecules.

Add `bd swarm list` to show all swarm molecules:

```
bd swarm list

Active swarms:
  bd-xyz: Swarm: Feature X (3/10 complete, 2 active)
  bd-abc: Swarm: Bug fixes (0/5 complete)
```

Could also be achieved via `bd list --mol-type=swarm` but dedicated command would show richer info.


bd cook: needs field not converted to step dependencies

When cooking a formula with `needs` fields on steps, the dependencies are not created between sibling steps.

## Expected

Formula:
```yaml
steps:
  - id: inbox-check
    title: Check inbox
  - id: trigger-spawns
    title: Nudge polecats
    needs: [inbox-check]
```

Should create:
- mol-foo.inbox-check (no deps)
- mol-foo.trigger-spawns → depends on → mol-foo.inbox-check

## Actual

Both steps only depend on the parent proto:
- mol-foo.inbox-check → depends on → mol-foo
- mol-foo.trigger-spawns → depends on → mol-foo

The `needs` field is ignored.

## Impact

This breaks the step execution order. Steps that should wait for predecessors will run in parallel or out of order.

## Reproduction

```bash
bd cook mol-deacon-patrol.formula.yaml
bd show mol-deacon-patrol.trigger-pending-spawns
# Shows: Depends on mol-deacon-patrol (parent only)
# Should show: Depends on mol-deacon-patrol.inbox-check
```


activity --follow: Silent error handling

In activity.go:175-179, when the daemon is down or errors occur during polling in --follow mode, errors are silently ignored:

```go
newEvents, err := fetchMutations(lastPoll)
if err != nil {
    // Daemon might be down, continue trying
    continue
}
```

This means:
- Users won't know if the daemon is unreachable
- Could appear frozen when actually failing
- No indication of lost events

Should at least show a warning after N consecutive failures, or show '...' indicator to show polling status.

Discovered during code review of bd-xo1o implementation.


Add content-addressable identity to Issue type

**Summary:** Added content-addressable identity to Issue type by implementing a ContentHash field that generates a unique SHA256 fingerprint based on semantic issue content. This resolves issue identification challenges when multiple system instances create issues with identical IDs but different contents.

**Key Decisions:**
- Use SHA256 for content hashing
- Hash excludes ID and timestamps
- Compute hash automatically at creation/import time
- Add database column for hash storage

**Resolution:** Successfully implemented a deterministic content hashing mechanism that enables reliable issue identification across distributed systems, improving data integrity and collision detection.


Split large cmd/bd files: doctor.go (2948 lines), sync.go (2121 lines)

Code health review found several oversized files:

1. doctor.go - 2948 lines, 48 functions mixed together
   - Should split into doctor/checks/*.go for individual diagnostics
   - applyFixes() and previewFixes() are nearly identical

2. sync.go - 2121 lines
   - ZFC (Zero Flush Check) logic embedded inline (lines 213-247)
   - Multiple mode handlers should be extracted

3. init.go - 1732 lines
4. compact.go - 1097 lines
5. show.go - 1069 lines

Recommendation: Extract into focused sub-packages or split into logical files.


Code smell: Inconsistent error handling patterns

Commands use a mix of error handling patterns:
- FatalError()
- FatalErrorRespectJSON()
- fmt.Fprintf(os.Stderr, ...) + os.Exit(1)
- Silent continue
- Inconsistent resource cleanup (result.Close())

**Example in show.go lines 89-146:**
Different error paths use different patterns, some close resources, some don't.

**Acceptance Criteria:**
- [ ] Document error handling contract
- [ ] Standardize on consistent pattern
- [ ] Use defer for resource cleanup
- [ ] Create helper for common fetch-and-handle pattern
- [ ] Tests pass


Fix update-homebrew.sh awk script corrupts formula

The awk script in scripts/update-homebrew.sh incorrectly removes platform conditionals (on_macos do, on_linux do, if Hardware::CPU.arm?, etc.) when updating SHA256 hashes. This corrupts the Homebrew formula.

The issue is the awk script uses 'next' to skip lines containing platform conditionals but never reconstructs them, resulting in a syntax-invalid formula.

Found during v0.34.0 release - had to manually fix the formula.

Fix options:
1. Rewrite awk script to properly preserve structure while updating sha256 lines only
2. Use sed instead with targeted sha256 replacements
3. Template approach - store formula template and fill in version/hashes


Merge: bd-gqxd

branch: polecat/furiosa
target: main
source_issue: bd-gqxd
rig: beads


Fix JSON errors in label.go (label commands)

Replace ~19 direct stderr writes with FatalErrorRespectJSON() in label.go.

Commands affected:
- labelAddCmd
- labelRemoveCmd
- labelListCmd
- labelListAllCmd


Add bd template list command

Add a convenience command to list available templates:

bd template list

This is equivalent to 'bd list --label=template' but more discoverable.
Could also show variable placeholders found in each template.


Add GetWorkerStatus RPC endpoint

New RPC endpoint to get all workers and their current molecule/step in one call. Returns: assignee, moleculeID, moleculeTitle, currentStep, totalSteps, stepTitle, lastActivity, status. Enables activity feed TUI to show worker state without multiple round trips.


Rename ephemeral → wisp throughout codebase

## The Change

Rename 'ephemeral' to 'wisp' throughout the beads codebase.

## Why

**Ephemeral** is:
- 4 syllables (too long)
- Greek/academic (doesn't match bond/burn/squash)
- Overused in tech (K8s, networking, storage)
- Passive/descriptive

**Wisp** is:
- 1 syllable (matches bond/burn/squash)
- Evocative - you can SEE a wisp
- Steam engine metaphor - Gas Town is engines, steam wisps rise and dissipate
- Will-o'-the-wisp - transient spirits that guide then vanish
- Unique - nobody else uses it

## The Steam Engine Metaphor

```
Engine does work → generates steam
Steam wisps rise → execution trace
Steam condenses → digest (distillate)
Steam dissipates → cleaned up (burned)
```

## Full Vocabulary

| Term | Meaning |
|------|---------|
| bond | Attach proto to work (creates wisps) |
| wisp | Temporary execution step |
| squash | Condense wisps into digest |
| burn | Destroy wisps without record |
| digest | Permanent condensed record |

## Changes Required

### Code
- `Ephemeral bool` → `Wisp bool` in types/issue.go
- `--ephemeral` flag → remove (wisp is default)
- `--persistent` flag → keep as opt-out
- `bd cleanup --ephemeral` → `bd cleanup --wisps`
- Update all references in mol_*.go files

### Docs
- Update all documentation
- Update CLAUDE.md examples
- Update CLI help text

### Database Migration
- Add migration to rename field (or keep internal name, just change API)

## Example Usage After

```bash
bd mol bond mol-polecat-work   # Creates wisps (default)
bd mol bond mol-xxx --persistent  # Creates permanent issues
bd mol squash bd-xxx           # Condenses wisps → digest
bd cleanup --wisps             # Clean old wisps
bd list --wisps                # Show wisp issues
```


Add computed .parent field to JSON output for convenience

Currently parent is only in dependencies[]. Add a top-level .parent field to JSON/JSONL output that extracts the parent-child dependency for easier querying.

Example:
```bash
# Current (works but verbose):
bd show <id> --json | jq '.[0].dependencies[] | select(.dependency_type == "parent-child") | .id'

# Desired:
bd show <id> --json | jq '.[0].parent'
```

Low priority enhancement.


Deacon Patrol

Mayor's daemon patrol loop for handling callbacks, health checks, and cleanup.


Swarm: Code Review: Swarm commands consolidation

Swarm molecule orchestrating epic bd-2ubv.

Epic: bd-2ubv
Coordinator:


Ephemeral issue cleanup and history compaction

## Problem

Beads history grows without bound. Every message, handoff, work assignment
stays in issues.jsonl forever. Enterprise users will balk at "git as database."

## Solution: Two-Tier Cleanup

### Tier 1: Ephemeral Cleanup (v1)

bd cleanup --ephemeral --closed

- Deletes closed issues where ephemeral=true from issues.jsonl
- Safe: only removes explicitly marked ephemeral + closed
- Preserves git history (commits still exist)
- Run after swarm completion

### Tier 2: History Compaction (v2)

bd compact --squash

- Rewrites issues.jsonl to remove tombstones
- Optionally squashes git history (interactive rebase equivalent)
- Preserves Merkle proofs for deleted items
- Advanced: cold storage tiering

## HOP Context

| Layer | HOP Role | Persistence |
|-------|----------|-------------|
| Execution trace | None | Ephemeral |
| Work scaffolding | None | Summarizable |
| Work outcome | CV entry | Permanent |
| Validation record | Stake proof | Permanent |

"Execution is ephemeral. Outcomes are permanent. You can't squash your CV."

## Success Criteria

- After cleanup --ephemeral: issues.jsonl only contains persistent work
- Work outcomes preserved (CV entries)
- Validation records preserved (stake proofs)
- Execution scaffolding removed (transient coordination)

## Implementation Plan (REVISED after code review)

See history/EPHEMERAL_MOLECULES_DESIGN.md for comprehensive design + review.

## Key Simplification

After code review, Tier 1 is MUCH simpler than originally designed:

- **Original**: Separate ephemeral repo with routing.ephemeral config
- **Revised**: Just set Wisp: true in cloneSubgraph()

The wisp field and bd cleanup --wisp already exist\!

## Child Tasks (in dependency order)

1. **bd-2vh3.2**: Tier 1 - Ephemeral spawning (SIMPLIFIED) [READY]
   - Just add Wisp: true to template.go:474
   - Add --persistent flag to opt out
2. **bd-2vh3.3**: Tier 2 - Basic bd mol squash command
3. **bd-2vh3.4**: Tier 3 - AI-powered squash summarization
4. **bd-2vh3.5**: Tier 4 - Auto-squash on molecule completion
5. **bd-2vh3.6**: Tier 5 - JSONL archive rotation (DEFERRED: post-1.0)

## What Already Exists

| Component | Location |
|-----------|----------|
| Ephemeral field | internal/types/types.go:45 |
| bd cleanup --wisp | cmd/bd/cleanup.go:72 |
| cloneSubgraph() | cmd/bd/template.go:456 |
| loadTemplateSubgraph() | cmd/bd/template.go |

## HOP Alignment

'Execution is ephemeral. Outcomes are permanent. You can't squash your CV.'


Update Homebrew formula

./scripts/update-homebrew.sh {{version}}


bd prime should mention when beads is redirected

## Problem

Agents running in a redirected clone don't know they're sharing beads with other clones. This can cause confusion when molecules or issues seem to 'appear' or 'disappear'.

## Proposed Solution

When `bd prime` runs and detects a redirect, include it in the output:

```
Beads: /Users/stevey/gt/beads/mayor/rig/.beads
       (redirected from crew/dave - you share issues with other clones)
```

## Why

Visibility over magic. If agents can see the redirect, they can reason about it.

## Related

- bd where command (shows this on demand)
- gt redirect following (ensures gt matches bd behavior)


Investigate incremental blocked_issues_cache updates at scale

Current blocked_issues_cache strategy does full DELETE + INSERT on every dependency/status change.

**Problem at scale:**
- 10K issues: ~50ms rebuild (acceptable)
- 100K issues: ~500ms rebuild (noticeable)
- 1M issues: multi-second rebuilds (problematic)

**Current implementation (blocked_cache.go:104-154):**
- DELETE FROM blocked_issues_cache
- INSERT with recursive CTE

**Potential optimizations:**
1. **Incremental updates:** Only add/remove affected issue IDs instead of full rebuild
2. **Dirty tracking:** Skip rebuild if cache is already valid
3. **Async rebuild:** Rebuild in background, serve stale cache briefly
4. **Partial invalidation:** Only invalidate affected subtree

**Decision needed:** Is this premature optimization? Current target is <100K issues.

**Benchmark:** Add benchmark for cache rebuild at 100K scale to measure actual impact.


Ghost resurrection: remote status:closed wins during git merge

During bd sync, the 3-way git merge sometimes keeps remote's status:closed instead of local's status:tombstone. This causes ghost issues to resurrect even when tombstones exist.

Root cause: Git 3-way merge doesn't understand tombstone semantics. If base had closed, local changed to tombstone, and remote has closed, git might keep remote's version.

The early tombstone check in importer.go only prevents CREATION when tombstones exist in DB. But if applyDeletionsFromMerge hard-deletes the tombstones before import runs (because they're not in the merged result), the check doesn't help.

Potential fixes:
1. Make tombstones 'win' in the beads merge driver (internal/merge/merge.go)
2. Don't hard-delete tombstones in applyDeletionsFromMerge if they're in the DB
3. Export tombstones to a separate file that's not subject to merge

Ghost issues: bd-cb64c226.*, bd-cbed9619.*


Sync branch integrity guards

Track sync branch parent commit. If sync branch was force-pushed, warn user and require confirmation before proceeding. Add option to reset to remote if user accepts rebase. Prevents silent corruption from forced pushes.


Merge: topaz-1767106269860

branch: polecat/topaz-1767106269860
target: main
source_issue: topaz-1767106269860
rig: beads


GH#402: Add --parent flag documentation to bd onboard

bd onboard output is missing --parent flag for epic subtasks. Agents guess wrong syntax (--deps parent:). See GitHub issue #402.


Update cmd/bd/version.go to 0.30.4

Update the Version constant in cmd/bd/version.go:
```go
Version = "0.30.4"
```

```verify
grep -q 'Version = "0.30.4"' cmd/bd/version.go
```


Add date and priority filters to bd search for parity with bd list.

## Current State
bd search supports: --status, --type, --assignee, --label, --limit
bd list supports: all of the above PLUS date ranges and priority filters

## Filters to Add

### Priority Filters
```bash
bd search "query" --priority 1           # Exact priority
bd search "query" --priority-min 0       # P0 and above (higher priority)
bd search "query" --priority-max 2       # P2 and below (lower priority)
```

### Date Filters
```bash
bd search "query" --created-after 2025-01-01
bd search "query" --created-before 2025-12-31
bd search "query" --updated-after 2025-01-01
bd search "query" --closed-after 2025-01-01
```

### Content Filters
```bash
bd search "query" --desc-contains "bug"
bd search "query" --notes-contains "todo"
bd search "query" --empty-description    # Issues with no description
bd search "query" --no-assignee          # Unassigned issues
bd search "query" --no-labels            # Issues without labels
```

## Files to Modify

### 1. cmd/bd/search.go
Add flag definitions in init():
```go
searchCmd.Flags().IntP("priority", "p", -1, "Filter by exact priority (0-4)")
searchCmd.Flags().Int("priority-min", -1, "Filter by minimum priority")
searchCmd.Flags().Int("priority-max", -1, "Filter by maximum priority")
searchCmd.Flags().String("created-after", "", "Filter by creation date (YYYY-MM-DD)")
searchCmd.Flags().String("created-before", "", "Filter by creation date")
searchCmd.Flags().String("updated-after", "", "Filter by update date")
searchCmd.Flags().String("updated-before", "", "Filter by update date")
searchCmd.Flags().String("closed-after", "", "Filter by close date")
searchCmd.Flags().String("closed-before", "", "Filter by close date")
searchCmd.Flags().String("desc-contains", "", "Filter by description content")
searchCmd.Flags().String("notes-contains", "", "Filter by notes content")
searchCmd.Flags().Bool("empty-description", false, "Filter issues with empty description")
searchCmd.Flags().Bool("no-assignee", false, "Filter unassigned issues")
searchCmd.Flags().Bool("no-labels", false, "Filter issues without labels")
```

### 2. internal/rpc/protocol.go
Update SearchArgs struct:
```go
type SearchArgs struct {
    Query             string
    Filter            types.IssueFilter
    // Already has most fields via IssueFilter
}
```

Note: types.IssueFilter already has these fields - just need to wire them up!

### 3. cmd/bd/search.go Run function
Parse flags and populate filter:
```go
if priority, _ := cmd.Flags().GetInt("priority"); priority >= 0 {
    filter.Priority = &priority
}
if createdAfter, _ := cmd.Flags().GetString("created-after"); createdAfter != "" {
    t, err := time.Parse("2006-01-02", createdAfter)
    if err != nil {
        FatalError("invalid date format for --created-after: %v", err)
    }
    filter.CreatedAfter = &t
}
// ... similar for other flags
```

## Implementation Steps

1. **Check types.IssueFilter** - verify all needed fields exist
2. **Add flags to search.go** init()
3. **Parse flags** in Run function
4. **Pass to SearchIssues** via filter
5. **Test all combinations**

## Testing
```bash
# Create test issues
bd create "Test P1" -p 1
bd create "Test P2" -p 2 --description "Has description"

# Test filters
bd search "" --priority 1
bd search "" --priority-min 0 --priority-max 1
bd search "" --empty-description
bd search "" --desc-contains "description"
```

## Success Criteria
- All filters work in both direct and daemon mode
- Date parsing handles YYYY-MM-DD format
- --json output includes filtered results
- Help text documents all new flags


bd distill: Extract formula from mol/epic

Extract a formula from completed work (mol, wisp, or epic).

**Key change**: Distill works on execution artifacts (mols/wisps/epics), not protos.
Protos are ephemeral - they don't persist. Distillation extracts patterns from
actual executed work.

## Usage
```bash
bd distill bd-mol-xyz -o my-workflow.formula.json
bd distill bd-epic-abc -o feature-workflow.formula.json
```

## Use Cases
- **Emergent patterns**: Structured work manually, want to templatize it
- **Modified execution**: Poured a formula, added custom steps, want to capture
- **Learning from success**: Extract what made a complex mol succeed

## Implementation
1. Load mol/wisp/epic subgraph (root + all children)
2. Convert to formula JSON structure
3. Extract variables from patterns (titles, descriptions)
4. Generate step IDs from issue titles (slugify)
5. Write .formula.json file

## Output Format
```json
{
  "formula": "my-workflow",
  "description": "...",
  "version": 1,
  "vars": { ... },
  "steps": [ ... ]
}
```

## Architecture Note
This closes the formula lifecycle loop:
  Formulas ──cook──→ Mols ──distill──→ Formulas

All sharing happens via formulas. Mols contain execution context and aren't shared.


Merge: bd-io8c

branch: polecat/Syncer
target: main
source_issue: bd-io8c
rig: beads


bd close --continue: auto-advance to next molecule step

Add --continue flag to bd close for seamless molecule step transitions.

## Usage

bd close <step-id> --continue [--no-auto]

## Behavior

1. Closes the specified step
2. Finds next ready step in same molecule (sibling/child)
3. By default, marks it in_progress (--no-auto to skip)
4. Outputs the transition

## Output

[done] Closed gt-abc.3: Implement feature

Next ready in molecule:
  gt-abc.4: Write tests

[arrow] Marked in_progress (use --no-auto to skip)

## If no next step

[done] Closed gt-abc.6: Exit decision

Molecule gt-abc complete! All steps closed.
Consider: bd mol squash gt-abc --summary '...'

## Key behaviors
- Detects parent molecule from closed step
- Finds next unblocked sibling
- Auto-claims by default (propulsion principle)
- Graceful handling when molecule is complete

## Gas Town integration
- gt-lz13: Update templates with nav workflow
- gt-um6q: Update docs with nav workflow


Support wisps in nodb mode for lightweight Gas Town rigs

Enable proper wisp support in --no-db mode to allow lightweight Gas Town rigs (including HQ/Mayor) to run without SQLite overhead.

## Motivation
Gas Town HQ and simple rigs could benefit from nodb mode's simplicity. Currently wisps don't work properly in nodb mode.

## Proposed Design

### Phase 1: Session-scoped wisps
- Memory storage already has Wisp field on Issue
- Wisps exist only for the session lifetime
- Acceptable for patrol cycles that complete within a session
- Depends on: bd-9avq (fix the leak)

### Phase 2: Optional wisp persistence
- Add `.beads/wisps.jsonl` for wisp storage (gitignored)
- Load wisps from this file on nodb startup
- Save wisps to this file on nodb exit
- Wisps persist across restarts but don't sync via git

### Phase 3: Verify mol commands
- Test mol squash, burn, bond work with memory storage
- These currently check for SQLite storage type
- May need interface-based approach instead of type assertions

## Files affected
- cmd/bd/nodb.go - wisp filtering and optional persistence
- internal/storage/memory/ - verify wisp field handling
- cmd/bd/mol_*.go - verify memory storage compatibility
- .beads/.gitignore - add wisps.jsonl


GH#517: Claude sets priority wrong on new install

Claude uses 'medium/high/low' for priority instead of P0-P4. Update bd prime/onboard output to be clearer about priority syntax. See GitHub issue #517.


Add 0.30.4 to info.go release notes

Update cmd/bd/info.go versionChanges map with release notes for 0.30.4.
Include any workflow-impacting changes for --whats-new output.


Improve test coverage for internal/beads (48.1% → 70%)

Improve test coverage for internal/beads package from 48% to 70%.

## Current State
- Coverage: 48.4%
- Files: beads.go, fingerprint.go
- Tests: beads_test.go (moderate coverage)

## Functions Needing Tests

### beads.go (database discovery)
- [ ] followRedirect - needs redirect file tests
- [ ] findDatabaseInBeadsDir - needs various dir structures
- [x] NewSQLiteStorage - likely covered
- [ ] FindDatabasePath - needs BEADS_DB env var tests
- [ ] hasBeadsProjectFiles - needs file existence tests
- [ ] FindBeadsDir - needs directory traversal tests
- [ ] FindJSONLPath - needs path derivation tests
- [ ] findGitRoot - needs git repo tests
- [ ] findDatabaseInTree - needs nested directory tests
- [ ] FindAllDatabases - needs multi-database tests
- [ ] FindWispDir - needs wisp directory tests
- [ ] FindWispDatabasePath - needs wisp path tests
- [ ] NewWispStorage - needs wisp storage tests
- [ ] EnsureWispGitignore - needs gitignore creation tests
- [ ] IsWispDatabase - needs path classification tests

### fingerprint.go (repo identification)
- [ ] ComputeRepoID - needs various remote URL tests
- [ ] canonicalizeGitURL - needs URL normalization tests
- [ ] GetCloneID - needs clone identification tests

## Implementation Guide

1. **Use temp directories:**
   ```go
   func TestFindBeadsDir(t *testing.T) {
       tmpDir := t.TempDir()
       beadsDir := filepath.Join(tmpDir, ".beads")
       os.MkdirAll(beadsDir, 0755)

       // Create test files
       os.WriteFile(filepath.Join(beadsDir, "beads.db"), []byte{}, 0644)

       // Change to tmpDir and test
       oldWd, _ := os.Getwd()
       os.Chdir(tmpDir)
       defer os.Chdir(oldWd)

       result := FindBeadsDir()
       assert.Equal(t, beadsDir, result)
   }
   ```

2. **Test scenarios:**
   - BEADS_DB environment variable set
   - .beads/ in current directory
   - .beads/ in parent directory
   - Redirect file pointing elsewhere
   - No beads directory found
   - Wisp directory alongside main beads

3. **Git remote URL tests:**
   ```go
   tests := []struct{
       input    string
       expected string
   }{
       {"git@github.com:user/repo.git", "github.com/user/repo"},
       {"https://github.com/user/repo", "github.com/user/repo"},
       {"ssh://git@github.com/user/repo.git", "github.com/user/repo"},
   }
   ```

## Success Criteria
- Coverage ≥ 70%
- All FindXxx functions have tests
- Environment variable handling tested
- Edge cases (missing dirs, redirects) covered

## Run Tests
```bash
go test -v -cover ./internal/beads
go test -race ./internal/beads
```


Phase 2.5: TOON-based daemon sync

Implement TOON-native daemon sync (replaces JSONL sync machinery).

## Overview
Daemon sync is the final integration point. Replace export/import/merge machinery with TOON-native sync, building on deletion tracking (2.3) and merge optimization (2.4).

## Required Work

### 2.5.1 TOON-based Daemon Sync
- [ ] Understand current JSONL sync machinery (export.go, import.go, merge.go)
- [ ] Replace export step with TOON encoding (EncodeTOON)
- [ ] Replace import step with TOON decoding (DecodeTOON)
- [ ] Replace merge step with TOON-aware 3-way merge
- [ ] Update daemon auto-sync to read/write TOON
- [ ] Verify 5-second debounce still works

### 2.5.2 Deletion Sync Integration
- [ ] Load deletions.toon during import phase
- [ ] Apply deletions after merging issues
- [ ] Ensure deletion TTL respects daemon schedule

### 2.5.3 Testing
- [ ] Unit tests for daemon sync with TOON
- [ ] Integration tests with actual daemon operations
- [ ] Multi-clone sync scenarios with concurrent edits
- [ ] Performance comparison with JSONL sync
- [ ] Long-running daemon stability tests

## Success Criteria
- Daemon reads/writes TOON format (not JSONL)
- Sync latency comparable to JSONL (<100ms)
- All 70+ tests passing
- bdt commands work seamlessly with daemon
- Multi-clone sync scenarios work correctly


Create release tag

Create annotated git tag.

```bash
git tag -a v0.39.0 -m "Release v0.39.0"
```

Verify: `git tag -l | tail -5`


Merge: ruby-1767138542815

branch: polecat/ruby-1767138542815
target: main
source_issue: ruby-1767138542815
rig: beads


bd find-duplicates - AI-powered duplicate detection

Find semantically duplicate issues.

Approaches:
1. Mechanical: Exact title/description matching
2. Embeddings: Cosine similarity (cheap, scalable)
3. AI: LLM-based semantic comparison (expensive, accurate)

Uses embeddings by default for >100 issues.

Files: cmd/bd/find_duplicates.go (new)


Refinery Patrol

Merge queue processor patrol loop with verification gates.


Release complete

Release v0.99.0-test is complete!

Summary:
- All version files updated
- Git tag pushed
- CI artifacts built
- npm and PyPI packages published
- Local installation updated
- Daemons restarted

Optional next steps:
- Announce on social media
- Update documentation site
- Close related milestone


Merge: onyx-1767106262992

branch: polecat/onyx-1767106262992
target: main
source_issue: onyx-1767106262992
rig: beads


Test daemon RPC delete handler

Add tests for the daemon-side RPC delete handler that processes delete requests from clients.

## What needs testing
- Daemon's Delete RPC handler implementation
- Processing delete requests from RPC clients
- Cascade deletion at daemon level
- Force deletion at daemon level
- Dry-run mode validation
- Error responses to clients
- Dependency validation before deletion
- Tombstone creation via daemon

## Test scenarios
1. Delete single issue via RPC
2. Delete multiple issues via RPC
3. Cascade deletion of dependents
4. Force delete with orphaned dependents
5. Dry-run returns what would be deleted without actual deletion
6. Error: invalid issue IDs
7. Error: insufficient permissions
8. Error: dependency blocks deletion (without force/cascade)

## Related
- Parent epic: bd-kyll
- Original issue: bd-7z4


Bug: bd swarm create allows duplicate swarm molecules

Running `bd swarm create <epic>` twice creates two swarm molecules for the same epic.

Should check for existing swarm molecule linked to the epic and either:
1. Error with 'swarm already exists: <id>'
2. Warn and return existing swarm ID
3. Add --force flag to allow creating another

Check by querying for molecules with mol_type=swarm that have a relates-to dependency to the epic.


test pin


Remove Storage Cache from Server Struct

Eliminate cache fields and use s.storage directly


Code smell: show.go is 1592 lines - needs splitting

cmd/bd/show.go is 1592 lines mixing data fetching, transformation, output formatting, and thread reconstruction.

**Problem:**
- Too large to understand and maintain
- Poor separation of concerns
- Hard to test individual components

**Acceptance Criteria:**
- [ ] Extract formatting into show_formatter.go
- [ ] Extract thread reconstruction into show_threads.go
- [ ] Each file under 500 lines
- [ ] No functionality changes
- [ ] Tests pass


Code review: mol squash deletion bypasses tombstone system

The deleteEphemeralChildren function in mol_squash.go uses DeleteIssue directly instead of the proper deletion flow. This bypasses tombstone creation, deletion tracking (deletions.jsonl), and dependency cleanup. Could cause issues with deletion propagation across clones.

Current code uses d.DeleteIssue(ctx, id) but should probably use d.DeleteIssues(ctx, ids, false, true, false) for proper tombstone handling.

Alternative: Document that ephemeral issues intentionally use hard delete since they are transient and should never propagate to other clones anyway.


Push release v{{version}} to remote

Push the commit and tag:

```bash
git push && git push --tags
```

Verify on GitHub that the tag appears in releases.


bd ship command for publishing capabilities

Add `bd ship <capability>` command that:

1. Finds issue with `export:<capability>` label
2. Validates issue is closed (or --force to override)
3. Adds `provides:<capability>` label
4. Protects `provides:*` namespace (only bd ship can add these labels)

Example:
```bash
bd ship mol-run-assignee
# Output: Shipped mol-run-assignee (bd-xyz)
```

Part of cross-project dependency system.
See: gastown/docs/cross-project-deps.md


Test coordinator display


Investigate JSONL hash mismatch warnings (bd-160)

During v0.39.1 release, saw repeated warnings:

WARNING: JSONL file hash mismatch detected (bd-160)
  This indicates JSONL and export_hashes are out of sync.
  Clearing export_hashes to force full re-export.

This appeared multiple times during wisp close operations. Questions:
1. What causes export_hashes to drift from actual JSONL content?
2. Is this expected during wisp operations (since wisps do not export)?
3. Should wisp operations skip the hash check entirely?
4. Is there actual data integrity risk or just noise?

The warning references bd-160 - may need to check that issue for context.


Release complete

Release v0.39.0 is complete!

Summary:
- All version files updated
- Git tag pushed
- CI artifacts built
- npm and PyPI packages published
- Local installation updated
- Daemons restarted

Optional next steps:
- Announce on social media
- Update documentation site
- Close related milestone


Fix G104 errors unhandled in internal/storage/sqlite/queries.go:1186

Linting issue: G104: Errors unhandled (gosec) at internal/storage/sqlite/queries.go:1186:2. Error: rows.Close()


Run bump-version.sh

Update all component versions atomically.

```bash
./scripts/bump-version.sh 0.99.0-test
```

This updates:
- cmd/bd/version.go
- .claude-plugin/*.json
- integrations/beads-mcp/pyproject.toml
- integrations/beads-mcp/src/beads_mcp/__init__.py
- npm-package/package.json
- Hook templates
- README.md
- CHANGELOG.md (adds date)


bd sync --merge fails due to chicken-and-egg: .beads/ always dirty

## Problem

When sync.branch is configured (e.g., beads-sync), the bd sync workflow creates a chicken-and-egg problem:

1. `bd sync` commits changes to beads-sync via worktree
2. `bd sync` copies JSONL to main working dir via `copyJSONLToMainRepo()` (sync.go line 364, worktree.go line 678-685)
3. The copy is NOT committed to main - it just updates the working tree
4. `bd sync --merge` checks for clean working dir (sync.go line 1547-1548)
5. `bd sync --merge` FAILS because .beads/issues.jsonl is uncommitted!

## Impact

- sync.branch workflow is fundamentally broken
- Users cannot periodically merge beads-sync → main
- Main branch always shows as dirty
- Creates confusion about git state

## Root Cause

sync.go:1547-1548:
```go
if len(strings.TrimSpace(string(statusOutput))) > 0 {
    return fmt.Errorf("main branch has uncommitted changes, please commit or stash them first")
}
```

This check blocks merge when ANY uncommitted changes exist, including the .beads/ changes that `bd sync` itself created.

## Proposed Fix

Option A: Exclude .beads/ from the clean check in `mergeSyncBranch`:
```go
// Check if there are non-beads uncommitted changes
statusCmd := exec.CommandContext(ctx, "git", "status", "--porcelain", "--", ":!.beads/")
```

Option B: Auto-stash .beads/ changes before merge, restore after

Option C: Change the workflow - do not copy JSONL to main working dir, instead always read from worktree

## Files to Modify

- cmd/bd/sync.go:1540-1549 (mergeSyncBranch function)
- Possibly internal/syncbranch/worktree.go (copyJSONLToMainRepo)

## Fix Implemented

Modified cmd/bd/sync.go mergeSyncBranch function:

1. **Exclude .beads/ from dirty check** (line 1543):
   Changed `git status --porcelain` to `git status --porcelain -- :!.beads/`
   This allows merge to proceed when only .beads/ has uncommitted changes.

2. **Restore .beads/ to HEAD before merge** (lines 1553-1561):
   Added `git checkout HEAD -- .beads/` before merge to prevent
   "Your local changes would be overwritten by merge" errors.
   The .beads/ changes are redundant since they came FROM beads-sync.

## Testing

- All cmd/bd sync/merge tests pass
- All internal/syncbranch tests pass
- Manual verification needed for full workflow