toknmtr

Good question — let me dig into where a 30-day limit could be coming from. There are a few candidates: the dashboard's default time window, the agent only scanning recent files, or Claude Code itself pruning old transcripts. Let me investigate.

• Agent In the git repo at /home/megaproxy/claude/projects/toknmtr, I need to find every place that could limit displayed/stored… 2.4s 798 B

I'll systematically search the repository for 30-day history limits across these four areas. Let me start by exploring the structure and then conducting targeted searches.

• Bash ls -la /home/megaproxy/claude/projects/toknmtr/ 20ms 1.8 KB

• Bash find /home/megaproxy/claude/projects/toknmtr -type f -name "*.ts" -o -name "*.js" -o -name "*.sql" -o -name "*.py" | hea… 28ms 1.8 KB

While that runs, one important thing to note upfront: **Claude Code itself** deletes local transcripts after 30 days by default. The `cleanupPeriodDays` setting in `~/.claude/settings.json` defaults to 30 — so any `.jsonl` older than that gets pruned from disk. If toknmtr's agent only ever saw those files, the older months were gone before it could ingest them. Let me confirm the settings side and wait for the code investigation.

• Bash grep -rn "cleanupPeriod" ~/.claude/settings.json ~/.claude.json 2>/dev/null; echo "---oldest jsonl---"; find ~/.claude/p… 2.8s 703 B

• Bash grep -r "30\|days\|DAYS\|since\|INTERVAL\|date(\|strftime\|WHERE.*ts\|retention\|prune\|TTL\|delete.*old\|older.than" /h… 21ms 7.3 KB

• Bash grep -r "30\|days\|DAYS\|since\|INTERVAL\|date(\|strftime\|WHERE.*ts\|retention\|prune\|TTL\|delete.*old\|older.than" /h… 21ms 1.2 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/ranges.ts 13ms 1.2 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/api/stats/+server.ts 5ms 1.3 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/range.ts 6ms 2.5 KB

• Bash echo "waiting for agent" 18ms 17 B

That's the smoking gun. The oldest transcript on disk is dated **2026-06-01** — exactly 30 days before today (2026-07-01). And `cleanupPeriodDays` isn't set anywhere, so Claude Code is using its default of 30 and pruning everything older. Let me wait for the code agent to tell me whether toknmtr's *server DB* keeps what it already ingested (in which case older months may still be in the dashboard, just not on disk).

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/db.ts 6ms 3.4 KB

I'll wait for the code investigation to come back before giving you the full picture.

• Bash grep -r "DELETE\|delete\|VACUUM\|prune\|ttl\|retention\|PRAGMA\|EXPIRE" /home/megaproxy/claude/projects/toknmtr/src --in… 25ms 1.0 KB

• Bash find /home/megaproxy/claude/projects/toknmtr -name "*migrat*" -o -name "*schema*" -o -name "*.sql" 37ms 1.8 KB

• Read /home/megaproxy/claude/projects/toknmtr/agent/run.ts 6ms 8.5 KB

• Read /home/megaproxy/claude/projects/toknmtr/agent/cursor.ts 5ms 2.4 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/sessions/+page.server.ts 9ms 1.2 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/search/+page.server.ts 6ms 2.6 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/+page.server.ts 6ms 1.4 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/api/search/+server.ts 6ms 3.8 KB

• Bash grep -r "recentSessions\|oldest\|descend\|ORDER BY" /home/megaproxy/claude/projects/toknmtr/src/lib/server/queries.ts -A… 31ms 5.6 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/queries.ts 6ms 14.9 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/queries.ts 6ms 11.1 KB

• Bash grep -r "Math\.min\|Math\.max\|LIMIT" /home/megaproxy/claude/projects/toknmtr/src/routes --include="*.ts" -n | grep -E "… 22ms 1.0 KB

• Bash find /home/megaproxy/claude/projects/toknmtr -name "*.md" -type f | xargs grep -l "30\|retention\|history\|days" 2>/dev/… 39ms 325 B

• Read /home/megaproxy/claude/projects/toknmtr/CLAUDE.md 6ms 2.1 KB

• Bash grep -C 5 "30" /home/megaproxy/claude/projects/toknmtr/memory.md | head -40 23ms 3.3 KB

• Bash grep -r "ALTER\|DROP\|DELETE\|VACUUM\|PRAGMA.*auto_vacuum\|PRAGMA.*journal_mode" /home/megaproxy/claude/projects/toknmtr… 19ms 151 B

• Bash ls -la /home/megaproxy/claude/projects/toknmtr/data/ 2>/dev/null | head -20 17ms 116 B

Now let me create a final summary with all findings:

• Bash grep -n "DEFAULT_RANGE\|days = " /home/megaproxy/claude/projects/toknmtr/src/lib/ranges.ts /home/megaproxy/claude/projec… 18ms 661 B

• Bash sed -n '22,26p' /home/megaproxy/claude/projects/toknmtr/src/routes/+page.server.ts && sed -n '21,22p' /home/megaproxy/cl… 24ms 595 B

## Summary: 30-Day History Limits in toknmtr

I've completed a comprehensive search of the repository. Here are the findings organized by your four areas:

---

### 1. **Dashboard Queries — Default Time-Range/Window**

**Three primary 30-day defaults exist (all are VIEW WINDOWS, not hard deletes):**

| File | Line | Code Snippet |
|------|------|-------------|
| `/home/megaproxy/claude/projects/toknmtr/src/lib/ranges.ts` | 21 | `export const DEFAULT_RANGE: RangeKey = '30d';` |
| `/home/megaproxy/claude/projects/toknmtr/src/routes/api/stats/+server.ts` | 22 | `const days = Number.isFinite(daysParam) && daysParam > 0 ? Math.floor(daysParam) : 30;` |
| `/home/megaproxy/claude/projects/toknmtr/src/lib/server/range.ts` | 66 | `const days = RANGE_DAYS[raw] ?? 30;` |
| `/home/megaproxy/claude/projects/toknmtr/src/routes/+page.server.ts` | 24 | `const seriesSince = range.since ?? new Date(Date.now() - 30 * DAY_MS).toISOString();` |

**What these do:**
- Line 21 (`ranges.ts`): Sets the **default preset** when user opens dashboard with no `?range=` param → defaults to `'30d'` preset
- Line 22 (`api/stats`): **Query API** endpoint defaults to 30 days when `?days=` is missing or invalid
- Line 66 (`range.ts`): Fallback when an unrecognized range key is passed; defaults to 30 days
- Line 24 (`+page.server.ts`): Dashboard load uses fallback of 30-day span if DB is empty (so `usageSeries` has concrete bounds for the chart)

**Critical: All are DEFAULT VIEW WINDOWS, not retention/deletion.** Data beyond 30 days remains in the database and can be queried by selecting a different range (7d, 90d, all, custom).

---

### 2. **Agent Scanning — File Discovery**

**No 30-day filter on JSONL discovery:**

| File | Line | Code Snippet |
|------|------|-------------|
| `/home/megaproxy/claude/projects/toknmtr/agent/run.ts` | 71 | `else if (entry.isFile() && entry.name.endsWith('.jsonl')) out.push(full);` |
| `/home/megaproxy/claude/projects/toknmtr/agent/run.ts` | 82-86 | `function listTranscripts(): string[] { const out: string[] = []; walk(TRANSCRIPT_ROOT, out); return out.filter((f) => basename(f) !== JOURNAL_NAME); }` |

**What it does:**
- The `walk()` function recursively traverses `TRANSCRIPT_ROOT` and collects ALL `*.jsonl` files
- Filters out only `journal.jsonl` (orchestration metadata, not message events)
- **No recency check**: accepts all files, regardless of modification date or age
- Per-file cursors (`cursor.ts`) track byte offset to only re-parse new appended bytes — but the file selection itself is not time-gated

**Conclusion: Agent will discover and process transcripts from any date.**

---

### 3. **Server Retention — Deletion/Pruning/TTL Logic**

**None exists.**

Search results:
- `/home/megaproxy/claude/projects/toknmtr/src/lib/server/db.ts` (lines 10–88): Schema is created with `CREATE TABLE IF NOT EXISTS` statements; no `PRAGMA auto_vacuum`, no TTL columns
- `/home/megaproxy/claude/projects/toknmtr/src/routes/api/ingest/+server.ts` (line 189): Only DELETE is for FTS deduplication during re-ingestion of the same UUID (not retention)
- No migration files, no deletion procedures, no VACUUM calls

**Conclusion: Data is persisted indefinitely once ingested. There is no automatic cleanup, no hard cap on stored history.**

---

### 4. **FTS / Session Archive — Limit on How Far Back Sessions are Listed**

**Search results default to 30 result limit (not time):**

| File | Line | Code Snippet |
|------|------|-------------|
| `/home/megaproxy/claude/projects/toknmtr/src/routes/api/search/+server.ts` | 63 | `Number.isFinite(limitParam) && limitParam > 0 ? Math.min(200, Math.floor(limitParam)) : 30;` |
| `/home/megaproxy/claude/projects/toknmtr/src/routes/search/+page.server.ts` | 40 | `Number.isFinite(limitParam) && limitParam > 0 ? Math.min(200, Math.floor(limitParam)) : 30;` |

**Sessions page uses the TimeWindow filter:**
- `/home/megaproxy/claude/projects/toknmtr/src/routes/sessions/+page.server.ts` (lines 14–31): Uses `resolveRange(url)` to apply the same `?range=` filtering as the dashboard
- Calls `allSessions(window, sort, dir, project)` which only shows sessions with events **within the selected time window**
- No hard time limit on archive — user can select `?range=all` to see everything

**The "30" in search is NOT time-based:** it's a result limit (default 30 results, max 200), not a date cutoff.

---

## Verdict

**Hard cap (data deleted)?** No. ✓  
**Default view window?** Yes — **30 days** is the preset, but user can switch to 7d, 90d, all, or custom ranges. The underlying data is never pruned.

The 30-day limit is **entirely a UI/view-layer default**, not a data retention policy. All historical data persists in SQLite indefinitely.

Here's the full picture — there are **two separate 30-day things**, and only one of them is actually costing you history.

## 1. The dashboard's 30-day view is just a default, not a cap
toknmtr's server **never deletes anything**. The DB keeps every event you've ingested, forever — there's no retention/TTL/pruning logic anywhere (`src/lib/server/db.ts`, ingest route). The "30 days" you're seeing is only the default range preset:
- `src/lib/ranges.ts:21` → `DEFAULT_RANGE = '30d'`

So the first thing to try: **change the range selector on the dashboard to "All"** (or 90d/custom). If months of data appear, you were just looking through a 30-day window and everything's fine.

## 2. The real limit: Claude Code deletes local transcripts after 30 days
This is almost certainly why the older months are genuinely missing. Claude Code's `cleanupPeriodDays` setting **defaults to 30**, and you don't have it set — so it prunes `.jsonl` files older than 30 days off disk. I confirmed it:
- Oldest transcript on disk: **2026-06-01** — exactly 30 days before today.
- `cleanupPeriodDays` is unset (using the default 30).

toknmtr's agent reads only what's on disk (`agent/run.ts` — no time filter, but it can't ingest files that no longer exist). So any month where the agent **wasn't already running** to ingest those transcripts before Claude Code deleted them is permanently gone from the source. The DB only has history back to whenever the agent first started ingesting.

## What to do

**To confirm which case you're in:** switch the dashboard range to "All." If it still stops ~30 days back, it's case #2 — the pre-agent past was pruned before ingestion and can't be recovered.

**To stop losing history going forward,** raise Claude Code's retention so transcripts survive long enough to always get ingested. In `~/.claude/settings.json`:
```json
{ "cleanupPeriodDays": 3650 }
```
Once the toknmtr agent runs regularly, its SQLite DB becomes your durable archive — you don't need Claude Code to hold the files long-term, you just need them to live long enough for the agent to see them at least once. A big `cleanupPeriodDays` guarantees that.

Want me to bump `cleanupPeriodDays` for you, and/or check what date range is actually in the toknmtr DB right now so we know whether it's case #1 or #2?

Realistically, no — once Claude Code purged them they're gone. There's no cloud copy; the transcripts live only as local `.jsonl` files, and toknmtr can only ingest what was on disk when its agent ran. A few long-shot recovery avenues, in rough order of likelihood, but I'd temper expectations:

- **Aggregated stats from another tool.** Your `claude-usage-widget` counterpart may have kept its own history. That wouldn't restore per-session transcripts, but it could recover the *usage numbers* for older months.
- **Windows-side backup.** If you have File History / a backup / a restore point that covers the WSL distro's virtual disk (`ext4.vhdx`), an old copy of `~/.claude/projects/` might be in it. This only helps if a backup ran *before* the purge — WSL's ext4 isn't reachable by normal Windows undelete tools.
- **Filesystem undelete.** On ext4 inside WSL, recovering deleted files weeks later is effectively impossible (blocks get reused). Not worth the effort.

Want me to quickly check whether `claude-usage-widget` stored any older history that survived? That's the one avenue with a real shot. Otherwise, the practical move is just to bump `cleanupPeriodDays` now so this never happens again from here forward.

• Bash for d in ~/claude/projects/claude-usage-widget ~/claude/projects/*widget* ~/claude/archive/*widget*; do [ -d "$d" ] && e… 1.8s 198 B

• Agent Investigate the project at /home/megaproxy/claude/projects/claude-usage-widget. I want to know whether it persists any h… 1.6s 798 B

Found the widget project — investigating whether it kept its own durable copy of usage history that survived the purge. I'll report back when the check completes.

I'll conduct a thorough investigation of the claude-usage-widget project to determine what persistent data it maintains. Let me start systematically.

• Bash find /home/megaproxy/claude/projects/claude-usage-widget -type f -name "*.md" | head -20 2.0s 263 B

• Read /home/megaproxy/claude/projects/claude-usage-widget/memory.md 8ms 14.1 KB

• Read /home/megaproxy/claude/projects/claude-usage-widget/CLAUDE.md 6ms 1.9 KB

Now let me search the source code for file I/O operations and any persistent storage:

• Bash find /home/megaproxy/claude/projects/claude-usage-widget -type f \( -name "*.rs" -o -name "*.ts" -o -name "*.js" \) | he… 1.8s 1.3 KB

• Bash find /home/megaproxy/claude/projects/claude-usage-widget -type d -name "src*" 1.7s 183 B

• Read /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/settings.rs 7ms 4.3 KB

• Bash grep -r "write\|File::create\|fs::write\|sqlite\|database\|\.db\|config_dir\|data_dir\|cache_dir" /home/megaproxy/claude… 1.7s 3.2 KB

• Bash grep -r "log\|cache\|db\|history\|data_dir" /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/ --include… 1.9s 3.7 KB

• Read /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/main.rs 7ms 216 B

• Read /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/lib.rs 7ms 7.6 KB

• Read /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/state.rs 6ms 2.1 KB

• Read /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/commands.rs 8ms 5.6 KB

Now let me check what persistent storage actually exists on the system:

• Bash find ~/.config -name "*claude-widget*" -type d 2>/dev/null 1.8s 31 B

• Bash find ~/.local -name "*claude-widget*" -type d 2>/dev/null 1.7s 31 B

• Bash find ~/.claude -name "*widget*" -type d 2>/dev/null 2.1s 31 B

• Bash find /home/megaproxy/claude/projects/claude-usage-widget -type f \( -name "*.db" -o -name "*.sqlite*" -o -name "*.json" … 1.8s 367 B

• Bash grep -E "sqlite|rusqlite|sled|rocksdb|leveldb|storage|persist|log|slog|tracing" /home/megaproxy/claude/projects/claude-u… 1.6s 109 B

• Read /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/Cargo.toml 8ms 1.4 KB

• Bash grep -r "tauri_plugin_store" /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/ --include="*.rs" 132 B

• Bash grep -r "plugin.*store\|store\|Store" /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/ --include="*.rs… 439 B

• Bash grep -r "store" /home/megaproxy/claude/projects/claude-usage-widget/src/ --include="*.ts" --include="*.js" --include="*.… 2.9s 31 B

• Read /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/jsonl.rs 8ms 7.8 KB

• Read /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/watch.rs 12ms 8.9 KB

Now let me verify Claude Code's actual behavior with transcript retention to fully answer your question:

• Bash ls -la ~/.claude/projects/ 2>/dev/null | head -20 1.5s 1.6 KB

• Bash find ~/.claude/projects -name "*.jsonl" -type f 2>/dev/null | head -10 | xargs ls -lh 2>/dev/null | head -20 104ms 1.6 KB

• Bash head -5 /home/megaproxy/.claude/projects/-home-megaproxy-claude-research/dbb34fa3-f347-48a6-949b-9c8a6c1e5f8f.jsonl 1.6s 3.7 KB

• Bash find /home/megaproxy/.claude/projects -name "*.jsonl" -type f -exec stat {} + 2>/dev/null | grep -E "File:|Modify:" | he… 2.8s 2.4 KB

• Bash grep -m 5 '"type":"assistant"' /home/megaproxy/.claude/projects/-home-megaproxy-claude-projects-llm-whodunit/1531502f-4c… 1.5s 24 B

• Bash grep '"type":"assistant"' /home/megaproxy/.claude/projects/-home-megaproxy-lolwtf/49e9ca09-730e-4dd1-9865-5679fd66368a.j… 1.6s 63 B

• Bash grep '"type":"assistant"' /home/megaproxy/.claude/projects/-home-megaproxy-claude-ideas-openworld-coop/d14e92d8-69d1-468… 1.7s 81 B

• Bash for file in /home/megaproxy/.claude/projects/*/[0-9a-f]*.jsonl; do oldestts=$(grep '"type":"assistant"' "$file" 2>/dev/n… 3.4s 31 B

Perfect! Now I have a complete picture. Let me verify one final detail - whether there's any persistent cached data by checking if config.json would exist on the Windows system if it had been run:

• Bash grep -A 20 "pub fn config_path" /home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/settings.rs 2.0s 862 B

## Investigation Complete

I've thoroughly analyzed the claude-usage-widget project. Here are my findings:

### Persistent Storage on Disk

**Only one file persists to disk:**
- **Path:** `%APPDATA%\claude-widget\config.json` (Windows) or `~/.config/claude-widget/config.json` (Linux/Mac)
- **Location in code:** `/home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/settings.rs` lines 70-72
- **Contents:** Settings only (NO usage history):
  - Caps (deprecated UI-only values)
  - WSL distro override
  - Window position
  - Autostart toggle
  - Theme selection
  - CLI refresh interval
  - Claude command override

**Status on current system:** This directory does not exist yet on the WSL system because the widget hasn't been run here.

### In-Memory Cache (Lost on Restart)

The widget maintains an in-memory cache during runtime (`state.rs` lines 15-20):
- Stores parsed JSONL events from Claude Code transcripts
- Tracks byte offsets to avoid re-parsing
- Stores metadata: `FileCache { mtime_ns, size, byte_offset, messages }`
- **This cache is purely in-memory** in `AppState.files: RwLock<HashMap<PathBuf, FileCache>>`
- **Completely lost when app restarts**

### Data Source

The widget reads directly from Claude Code's live JSONL files at `~/.claude/projects/**/*.jsonl` using the parser in `/home/megaproxy/claude/projects/claude-usage-widget/src-tauri/src/jsonl.rs`.

### Actual JSONL Files on This System

Checked `/home/megaproxy/.claude/projects/`:
- **Oldest file mtime:** 2026-06-03 (file: `d14e92d8-69d1-4684-b203-4df9832a7664.jsonl`)
- **Oldest usage data found:** 2026-06-02T22:20:31.043Z
- **No files contain data from before 2026-06-01**
- All files contain data from June onwards (matching Claude Code's 30-day purge policy)

### Critical Finding

**The widget does NOT persist any historical usage data to disk.** It cannot have usage data predating 2026-06-01 because:

1. **No persistent usage storage** — It never writes aggregated usage numbers or event records to disk
2. **Only reads Claude Code's live files** — Once Claude Code purges transcripts older than 30 days, they're gone forever
3. **In-memory cache is ephemeral** — Restarting the app loses all cached parse state
4. **Unused storage plugin** — Although `tauri-plugin-store` is loaded in `lib.rs` line 78, it's never actually used in the codebase

**Conclusion:** The widget purely mirrors Claude Code's 30-day retention window. Any usage data from before June 1, 2026 would have been purged by Claude Code and is not recoverable by the widget.

That avenue's a dead end, unfortunately. The widget only persists **settings** (`~/.config/claude-widget/config.json` — window position, theme, refresh interval, etc.). It keeps no usage history on disk: it reads Claude Code's live `.jsonl` files directly and caches parsed events only **in memory**, which is wiped on every restart. So it mirrors the same 30-day window and has nothing older.

That was the one avenue with a real shot, so the pre-June data is genuinely gone. The only remaining theoretical option is a Windows-side backup of the WSL `ext4.vhdx` from before the purge — and only if you happen to have one running.

Going forward, the fix is the one-liner so this never repeats. Want me to set `cleanupPeriodDays` in `~/.claude/settings.json` now? With toknmtr's DB storing everything permanently once ingested, a long retention window guarantees the agent always sees each transcript at least once — and that becomes your durable archive.

Good question — the answer hinges on *how reliably and how often* the agent actually runs. Let me verify your automation rather than assume it, because that's what determines whether retention still matters.

• Bash echo "=== cron ==="; crontab -l 2>/dev/null | grep -i -E 'toknmtr|agent' ; echo "=== systemd user timers ==="; systemctl… 1.7s 188 B

No cron, no systemd timer, nothing running right now — but there's a `hooks/` dir in the agent, which suggests it runs via Claude Code hooks instead. Let me check how it's actually wired.

• Bash echo "=== agent/hooks contents ==="; ls -la ~/claude/projects/toknmtr/agent/hooks/ 2>/dev/null; echo; echo "=== hooks re… 1.9s 821 B

The agent runs as a **Stop hook** — `toknmtr-capture.sh` fires every time a Claude Code turn ends. Let me read it to confirm what it ingests and how robust it is (e.g. what happens if the server's down).

• Read /home/megaproxy/claude/projects/toknmtr/agent/hooks/toknmtr-capture.sh 9ms 3.8 KB

Let me confirm it's actually *working*, not just configured — that's the real answer to "is it all automatic for me."

• Bash echo "=== config present? ==="; ls -la ~/.toknmtr/env 2>/dev/null && grep -c TOKNMTR_URL ~/.toknmtr/env; echo "=== captu… 1.8s 1.6 KB

It's genuinely automatic and healthy — confirmed working:

- **Fires every turn.** The `Stop` hook runs `toknmtr-capture.sh` at the end of every assistant turn. Last run was **12:42 today**, minutes ago.
- **Sweeps everything, pushes new data.** Each run re-walks all 544 transcripts and pushes only the new bytes to the permanent DB. The log shows steady successful pushes (`pushed 95 event(s)…`, gauges updating).
- **Self-healing & fail-open.** It uses per-file byte cursors that only advance on a successful push, and it re-scans *all* transcripts every turn — so if the server is ever briefly down, the next turn just catches up. And the hook can never slow down or break your Claude session (backgrounded, always exits 0).

So yes — **on this machine, you're fully covered.** Capture happens seconds after each session into a store that never deletes. The 30-day purge is no longer a data-loss risk here, because nothing sits on disk for 30 days without being ingested first.

**Do you still need to raise `cleanupPeriodDays`?** Strictly, no — the happy path doesn't rely on it anymore. But it's zero-cost insurance against three gaps the tool can't cover on its own:

1. **Other machines.** The hook lives only in *this* box's `settings.json`. If you ever run Claude Code on another computer, it has no agent — those transcripts purge at 30 days, uncaptured. (Fix there is installing the hook, not retention.)
2. **Extended server downtime.** It self-heals when Unraid comes back — *unless* the container stays down for 30+ days on a project you never reopen. Edge case, but retention widens that margin.
3. **Belt-and-suspenders recovery.** If the DB ever needs a rebuild, having the raw `.jsonl` still on disk lets you re-ingest from source.

My take: leave the automation as-is (it's doing its job), and bump retention to something large purely as a safety net — there's no downside to keeping the local files longer. Want me to set `cleanupPeriodDays` now?

• Read /home/megaproxy/.claude/settings.json 11ms 533 B

• Edit /home/megaproxy/.claude/settings.json 1.6s 145 B

• Bash python3 -c "import json;print('valid JSON, cleanupPeriodDays =', json.load(open('/home/megaproxy/.claude/settings.json')… 1.8s 34 B

Done. Set `cleanupPeriodDays: 60` in `~/.claude/settings.json` (validated as good JSON). Claude Code will now keep local transcripts for 60 days instead of 30 — doubling the safety margin for the agent to ingest anything before it's purged, with no impact on the automatic capture that's already running fine. Takes effect next time Claude Code runs its cleanup pass.

Good question — but to suggest things that aren't already there (and that your captured data can actually support), let me first map what the dashboard shows today versus what's sitting unused in the DB. Let me look.

• Agent Explore the toknmtr repo at /home/megaproxy/claude/projects/toknmtr and give me a precise inventory. I'm planning new da… 1.7s 798 B

I'll map the current state first, then come back with concrete, prioritized ideas that fit the data you're already capturing. Standby for the inventory.

I'll conduct a systematic exploration of the toknmtr repo. Let me start with the structure and then dive into the specific files you need.

• Bash find /home/megaproxy/claude/projects/toknmtr -type f -name "*.ts" -o -name "*.svelte" | grep -E "(routes|lib)" | head -5… 39ms 4.0 KB

• Bash find /home/megaproxy/claude/projects/toknmtr/src/routes -type f \( -name "*.ts" -o -name "*.svelte" \) | grep -v node_mo… 30ms 780 B

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/+page.svelte 430ms 30.4 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/db.ts 7ms 3.4 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/+page.server.ts 5ms 1.4 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/pricing.ts 6ms 2.1 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/search/+page.svelte 7ms 10.0 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/search/+page.server.ts 3ms 2.6 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/sessions/+page.svelte 7ms 10.8 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/sessions/+page.server.ts 13ms 1.2 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/queries.ts 8ms 25.9 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/api/ingest/+server.ts 6ms 3.4 KB

• Bash ls -la /home/megaproxy/claude/projects/toknmtr/src/lib/components/ 22ms 699 B

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/api/search/+server.ts 7ms 1.9 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/api/usage/+server.ts 7ms 1.8 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/api/stats/+server.ts 6ms 1.3 KB

Now I have the complete picture. Here's your precise inventory:

---

## 1. ROUTES / PAGES

**Page Routes (HTML):**
- `/` (root) — Main dashboard
  - `src/routes/+page.svelte:125-536` (UI layout)
  - `src/routes/+page.server.ts:20-41` (loads 9 datasets)

- `/search` — Full-text search across content
  - `src/routes/search/+page.svelte:67-374` (search form + results)
  - `src/routes/search/+page.server.ts:36-79` (FTS5 query runner)

- `/sessions` — Full session table with sorting/filtering
  - `src/routes/sessions/+page.svelte:54-381` (sortable table + project filter)
  - `src/routes/sessions/+page.server.ts:14-32` (loads filtered/sorted sessions)

**API Endpoints:**
- `POST /api/ingest` — Ingest event batches (auth via `API_TOKEN`)
  - `src/routes/api/ingest/+server.ts:1-100+` — Upserts events, tool_calls, sessions; deduplicates by (host, session_id, uuid/tool_use_id)

- `GET /api/search?q=<query>&limit=<n>` — FTS5 search (no auth)
  - `src/routes/api/search/+server.ts:1-50+` — Quoted FTS5 query builder, snippet extraction

- `POST /api/usage` — Ingest subscription gauge data (auth via `API_TOKEN`)
  - `src/routes/api/usage/+server.ts:1-50+` — Upserts usage_gauges by (host, ts_utc)

- `GET /api/stats?days=<n>` — JSON stats bundle (LAN-only, no auth)
  - `src/routes/api/stats/+server.ts:20-40` — Returns overview, series, byModel, hourly, cache, topTools, recentSessions, gauges

---

## 2. MAIN DASHBOARD CURRENTLY DISPLAYS

Location: `src/routes/+page.svelte:125-536`

**Hero Section (line 145-217):**
- Notional cost (large display) with mini sparkline over time
- 3 mini KPI cards: total tokens, session count, event count

**KPI Strip (line 220-300):**
- Tokens (input↓ / output↑ sub-values)
- Sessions (count in window)
- Events (count)
- Tool calls (count)

**Bento Grid (line 303-404):**
1. **By Model** (col-5): Donut or bar breakdown, toggle cost/tokens metric
2. **Cache Efficiency** (col-4): Panel showing fresh input, cache reads, cache writes, $ saved, effective discount %
3. **Subscription** (col-3): Arc gauges per host (Session %, Week All %, Week Sonnet %)

**Full-width Charts:**
- **Usage over Time** (line 406-436): Series chart (tokens or cost, bars or area) with per-model breakdown
- **Activity by Hour** (line 440-455): 24-hour UTC distribution (tokens or cost)
- **Cumulative Cost** (line 457-463): Running total line

**Bottom Tables:**
- **Top Tools** (line 468-503): tool_name, call count, error count, avg latency, total output bytes (limit 10)
- **Recent Sessions** (line 505-534): project, branch, host, last activity time, event count, tool call count, tokens, cost (limit 7)

---

## 3. FULL DATABASE SCHEMA

Location: `src/lib/server/db.ts:10-88`

**`sessions` table** (line 11-21)
```
host TEXT NOT NULL
session_id TEXT NOT NULL (part of PK)
project TEXT (cwd path)
git_branch TEXT
cc_version TEXT
entrypoint TEXT
started_at TEXT
ended_at TEXT
PRIMARY KEY (host, session_id)
```

**`events` table** (line 23-49)
```
host TEXT NOT NULL (part of PK)
session_id TEXT NOT NULL (part of PK)
uuid TEXT NOT NULL (part of PK) — unique per JSONL line
parent_uuid TEXT — for event chaining (captured, unused)
ts_utc TEXT NOT NULL
type TEXT — user | assistant | system | summary
role TEXT
model TEXT
request_id TEXT
message_id TEXT — (session_id, message_id, request_id) → dedup key
is_sidechain INTEGER DEFAULT 0 (captured, unused)
is_usage_canonical INTEGER DEFAULT 0 — 1 = canonical row for token totals
stop_reason TEXT — why model stopped (captured, unused)
latency_ms INTEGER
input_tokens INTEGER
output_tokens INTEGER
cache_creation_tokens INTEGER
cache_read_tokens INTEGER
web_search_requests INTEGER (captured, unused)
web_fetch_requests INTEGER (captured, unused)
PRIMARY KEY (host, session_id, uuid)
Indexes: idx_events_session, idx_events_ts, idx_events_model
```

**`tool_calls` table** (line 50-63)
```
host TEXT NOT NULL (part of PK)
session_id TEXT NOT NULL (part of PK)
tool_use_id TEXT NOT NULL (part of PK)
event_uuid TEXT — link to events.uuid
tool_name TEXT NOT NULL
input_json TEXT — raw JSON of tool inputs (captured, unused)
is_error INTEGER
result_bytes INTEGER
duration_ms INTEGER
ts_utc TEXT
PRIMARY KEY (host, session_id, tool_use_id)
Index: idx_tool_name
```

**`content` table** (line 65-72) — Full prompt/response/tool output archive
```
host TEXT NOT NULL (part of PK)
session_id TEXT NOT NULL (part of PK)
uuid TEXT NOT NULL (part of PK)
role TEXT
text TEXT — raw prompt/response/tool result text
PRIMARY KEY (host, session_id, uuid)
```

**`content_fts`** (line 76-78) — Virtual FTS5 index over content
```
text — indexed for full-text search
host UNINDEXED
session_id UNINDEXED
uuid UNINDEXED
```

**`usage_gauges` table** (line 80-87) — Subscription quota tracking
```
host TEXT NOT NULL (part of PK)
ts_utc TEXT NOT NULL (part of PK)
session_pct REAL — session % of limit
week_all_pct REAL — week % of all-models limit
week_sonnet_pct REAL — week % of sonnet-only limit
PRIMARY KEY (host, ts_utc)
```

---

## 4. CAPTURED BUT NOT SHOWN (THE GAP)

**From `events` table:**
- `parent_uuid` — event hierarchy/relationships never explored
- `is_sidechain` — side-chain message flag never analyzed
- `stop_reason` — captured but no distribution/trend visualization (why did each model stop: max_tokens, end_turn, stop_sequence, tool_use?)
- `web_search_requests` — count never surfaced; no web search usage breakdown
- `web_fetch_requests` — count never surfaced; no web fetch usage breakdown

**From `tool_calls` table:**
- `input_json` — tool invocation parameters stored but never visualized (tool call patterns, input size analysis)
- Tool errors are counted in "Top Tools" table (line 491-492 in +page.svelte) but:
  - No per-model error rate trends
  - No tool error timeline
  - No error details/categorization

**From `sessions` table:**
- `cc_version` — Claude Code version captured, never displayed (could show version adoption)
- `entrypoint` — entry point captured, never shown

**From all data:**
- Latency trends over time (latency_ms captured, never trended)
- Cache efficiency per model (only aggregate shown in panel; model-specific cache reuse invisible)
- Response length distribution (no analytics on output_tokens trends)
- Input complexity (no analysis of input_tokens by model or type)
- Tool error categorization (is_error is boolean, no error message/type stored)

**Queries not used:**
- `src/lib/server/queries.ts:679-704` `usageGauges()` returns latest gauges per host, used on dashboard, but no historical gauge trends shown

---

## 5. PRICING / MODEL SUPPORT

Location: `src/lib/server/pricing.ts:1-48`

**Priced Models:**
```
'claude-opus-4-8'           input: $5/1M,    output: $25/1M,   cache-write: $6.25/1M, cache-read: $0.5/1M
'claude-opus-4-8[1m]'       input: $5/1M,    output: $25/1M,   cache-write: $6.25/1M, cache-read: $0.5/1M
'claude-opus-4-7'           input: $5/1M,    output: $25/1M,   cache-write: $6.25/1M, cache-read: $0.5/1M
'claude-sonnet-5'           input: $3/1M,    output: $15/1M,   cache-write: $3.75/1M, cache-read: $0.3/1M
'claude-sonnet-4-6'         input: $3/1M,    output: $15/1M,   cache-write: $3.75/1M, cache-read: $0.3/1M
'claude-haiku-4-5'          input: $1/1M,    output: $5/1M,    cache-write: $1.25/1M, cache-read: $0.1/1M
'claude-haiku-4-5-20251001' input: $1/1M,    output: $5/1M,    cache-write: $1.25/1M, cache-read: $0.1/1M
'claude-fable-5'            input: $10/1M,   output: $50/1M,   cache-write: $12.5/1M, cache-read: $1.0/1M
```
Unpriced (intentionally zero-cost): local models (qwen/*), synthetic models.

**Cost Computation:**
- Per-event in `costFor()` (line 37-48): `(input_tokens * input_rate + output_tokens * output_rate + cache_creation_tokens * cacheWrite_rate + cache_read_tokens * cacheRead_rate) / 1M`
- Cost flows into all aggregates: overviewStats, usageSeries, usageByModel, hourOfDayActivity, cacheEfficiency, topTools (indirectly), recentSessions
- Subscription is flat-rate, so these are *notional* API-equivalent costs for visualization only.

---

**Most actionable gaps for new features:**
1. **Tool invocation analytics** — `input_json` is stored but never explored; could show which tools receive what inputs, input size trends
2. **Error tracking** — `is_error` + `stop_reason` + tool failures are captured but not surfaced; no error trends or categorization
3. **Web API usage** — `web_search_requests` / `web_fetch_requests` captured but invisible
4. **Latency analysis** — `latency_ms` per event/tool never trended or correlated with model/hour
5. **Session metadata** — `cc_version` / `entrypoint` / session timeline (started_at, ended_at) never visualized
6. **Cache by model** — Cache efficiency only shown in aggregate; per-model cache ROI is hidden
7. **Event graph** — `parent_uuid` relationships never explored; conversation structure unknown

Here's the landscape. Your dashboard is already fairly rich (hero cost + sparkline, KPI strip, by-model donut, cache-efficiency panel, subscription gauges, usage-over-time, activity-by-hour, cumulative cost, top-tools, recent-sessions, plus `/sessions` and `/search`). So the best opportunities are the data you're **already capturing but not showing** — those are cheap because ingestion and storage are done; it's just a query + widget.

## Tier 1 — quick wins (hours each, all data already in the DB)

- **⭐ Cost & activity by project.** You store `sessions.project` but there's no "where is my usage going" leaderboard. A ranked bar of cost/tokens/sessions per project is probably the single most useful missing view for you.
- **⭐ Subscription-gauge history.** You save `usage_gauges` over time but only render the *latest* arc. A line of session% / week-all% / week-Sonnet% over time shows how close to your caps you run, when you reset, and — with the slope — a "you'll hit your weekly Sonnet cap in ~N days" projection. Genuinely actionable for a subscription user.
- **`stop_reason` distribution.** Captured, unused. Surfaces how often responses hit `max_tokens` (i.e. got truncated) vs `end_turn`/`tool_use` — truncation is worth knowing.
- **Web search / web fetch counters.** `web_search_requests` / `web_fetch_requests` are stored and completely invisible — a small card.
- **Tool error rate over time.** You already count tool errors in Top Tools; trending them (and per-tool) turns it into "is something failing more lately."

## Tier 2 — bigger analytical views

- **⭐ Session drill-down page.** You archive full prompt/response/tool text in `content` (already FTS-indexed), but there's no per-session timeline view — only search. Click a session → chronological events, tool calls, and the actual text. This is the biggest payoff from data you're already storing.
- **⭐ Command / file analytics from `tool_calls.input_json`.** You store raw tool inputs but never parse them. Top Bash commands run, most-edited files, most-read paths. This is the "commands" half of the project's premise and it's completely untapped.
- **Latency trends.** `latency_ms` per event/tool — p50/p95 response time over time and by model.
- **Per-model cache ROI.** Cache efficiency is only aggregate today; break it out by model.

## Tier 3 — "show off" visuals

- **⭐ GitHub-style calendar heatmap** of daily activity (tokens or cost per day). High visual impact, trivial data (events grouped by day).
- **Day-of-week × hour punchcard** (7×24 grid) — upgrade of the existing 24h bar; shows *when* you actually work.
- **Multi-host comparison** — `host` is in every PK, so if you run agents on more than one machine, a host leaderboard comes almost for free.

---

My recommendation for a first batch: **cost-by-project + subscription-gauge history + the calendar heatmap** — one from each tier, all cheap, and together they add the most "useful + impressive" per hour. The session drill-down is the highest-value *bigger* piece if you'd rather do one substantial feature.

Want me to build that first batch, or would you like to pick a different mix?

Fair — that was pretty jargon-heavy. Here's what each one actually is, in plain terms: what you'd see on screen and why you'd care.

## The easy ones

**Cost & activity by project**
Right now the dashboard tells you *how much* you've used Claude, but not *on what*. This adds a simple ranked list: "toknmtr — $40, tiletopia — $25, lostways — $12…" So you can see at a glance which projects are eating most of your Claude time and money. Like a spending breakdown by category.

**How close you are to your limits, over time**
You're on a subscription with weekly caps. The dashboard already shows a "you're at 35% this week" dial — but only *right now*. This would draw it as a line over the days, so you can see your usage climbing toward the cap and roughly when you'll hit it ("at this pace you'll max out Sunday"). Basically a fuel gauge with history, so you don't get cut off mid-week by surprise.

**Why Claude stopped**
Every response ends for a reason — it finished naturally, it needed to run a tool, or it ran out of room and got cut off. That last one ("truncated") is the interesting one, because it means you got a chopped-off answer. This would show how often that happens, so you know if it's a recurring problem.

**Web searches & fetches**
Claude quietly does web searches and page-fetches for you. You're already recording how many, but never showing it. This is just a small "142 web searches this month" counter — minor, but it's free info you're sitting on.

**Which tools fail, and when**
The dashboard lists your most-used tools. This adds "…and how often each one errors, trending over time" — so if something starts breaking more than usual (a command that keeps failing, say), you'd notice.

## The bigger ones

**Click into a session and see the whole thing**
This is the big one. You're already saving the *full text* of every session — your prompts, Claude's replies, every command it ran. But right now you can only keyword-search it; you can't just open a session and read it back. This would let you click any session and scroll through it like a transcript — "what did I actually do in that 2-hour session last Tuesday?" It's the feature that makes all that stored history genuinely useful instead of just searchable.

**What you actually do most**
You're recording every command Claude runs and every file it edits, but never summarizing it. This would surface things like "your most-run commands" and "your most-edited files" — a picture of your actual working habits. Cool and a little revealing.

**Speed trends**
How long Claude takes to respond, charted over time. Useful for spotting "things feel slow lately" and confirming whether they actually are.

## The good-looking ones

**Activity calendar**
That GitHub-style grid of little green squares — one per day, darker = more usage. Instant at-a-glance "how much have I been using Claude lately," and it looks great on a dashboard. Pure eye-candy that's also genuinely informative.

**When-do-I-work grid**
A 7-days × 24-hours heatmap showing your busy times — reveals whether you're a late-night coder, a weekend warrior, etc. Fun, and mildly useful for spotting patterns.

**Compare your machines**
If you run Claude on more than one computer, this compares them side by side. Only worth it if you actually use multiple machines.

---

Plain-English recommendation for a first go: the **spending-by-project list**, the **limits-over-time gauge**, and the **activity calendar**. Small, useful, and one of them looks impressive. The **click-into-a-session transcript** is the one worth doing if you'd rather I build a single meatier feature instead.

Want me to start on any of these?

You've opted into a workflow, so I'll orchestrate this as a build: first extract the codebase's exact conventions (query style, charting approach, component styling, the range/window plumbing), then fan out one agent per feature to write **isolated new files only** (so they don't collide), then a final agent wires everything into the dashboard and gets it compiling. I'll review and polish placement/design myself afterward.

Let me kick it off.

• Workflow script 15ms 1.2 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/queries.ts 7ms 25.9 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/db.ts 3ms 3.4 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/range.ts 3ms 2.5 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/server/pricing.ts 2ms 2.1 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/+page.server.ts 3ms 1.4 KB

• Read /home/megaproxy/claude/projects/toknmtr/src/routes/+page.svelte 273ms 30.4 KB

• Bash for i in $(seq 1 20); do curl -sf -o /dev/null http://localhost:3009/ && { echo "server up"; break; }; sleep 0.5; done; … 5.9s 259 B

Good — real data flowing in. But only 12 sessions came through: the agent's byte-offset **cursors** are already advanced from pushing to the live server, so the test DB only got the newest slice. For a meaningful visual check (calendar, punchcard, gauge history all want history), let me re-ingest everything into the test DB using an isolated cursor dir so I don't disturb the real cursor state.

• Bash grep -rn "process.env\|CURSOR\|\.toknmtr\|homedir\|cursorPath\|STATE_DIR" agent/cursor.ts | head -20 34ms 501 B

No env override — cursors live at a fixed path. I'll back it up, reset it so the agent re-reads everything into the test DB, then restore it so your real hook is undisturbed (re-pushing to the live server is idempotent anyway).

• Bash cp ~/.toknmtr/cursors.json /tmp/claude-1000/cursors.bak 2>/dev/null && echo "backed up"; printf '{}' > ~/.toknmtr/cursor… 2.8s 411 B

An error during push — let me see the full message and how much data made it into the test DB before it failed.

• Bash echo "=== server log tail ==="; tail -15 /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978… 2.3s 459 B

The push hit the adapter-node default body-size limit (512 KB) on a large batch — I started the test server without `BODY_SIZE_LIMIT`. That's a test-harness issue, not a code bug. Let me restart the server with a generous limit and a fresh DB, then do the full ingest cleanly.

• Bash kill %1 2>/dev/null; sleep 0.3; rm -f data/test.db*; echo "killed old server, wiped test db" 3.3s 32 B

• Bash API_TOKEN=localtest DB_PATH=data/test.db PORT=3009 BODY_SIZE_LIMIT=100M node build 1.6s 288 B

• Bash for i in $(seq 1 20); do curl -sf -o /dev/null http://localhost:3009/ && { echo "server up"; break; }; sleep 0.5; done c… 3.1s 398 B

The server itself crashed (exit 1), which is why the push failed again. Let me see why.

• Bash echo "=== test server output ==="; cat /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978e-… 40ms 648 B

`kill %1` didn't work — background Bash tasks aren't job-control jobs, so the *original* 512 KB-limit server is still holding port 3009 (that's what answered "server up", and why the big push still 413'd). Let me kill it by port and start clean.

• Bash fuser -k 3009/tcp 2>/dev/null; sleep 1; if curl -sf -o /dev/null http://localhost:3009/ 2>/dev/null; then echo "STILL UP… 1.6s 34 B

Port free now. Fresh server with the big body limit, then full ingest:

• Bash API_TOKEN=localtest DB_PATH=data/test.db PORT=3009 BODY_SIZE_LIMIT=100M node build 1.8s 288 B

• Bash for i in $(seq 1 30); do curl -sf -o /dev/null http://localhost:3009/ && { echo "server up"; break; }; sleep 0.5; done c… 23.5s 259 B

Full history now in the test DB: **556 sessions, 47,722 events, 13,847 tool calls**, cursors restored. Now the actual verification — hit every page and the new route, checking for HTTP status and runtime errors.

• Bash cd /home/megaproxy/claude/projects/toknmtr # grab a real host+session for the transcript route read HOST SID < <(node -e… 6.5s 830 B

All 200s — but my error-marker grep is bogus: `/search?q=the` returns real transcript text (which contains phrases like "is not a function"), and the JSON stats contain the number 500. False positives. The real signal is the **server log** (actual thrown exceptions) plus confirming each widget's content is present. Let me check both properly.

• Bash cd /home/megaproxy/claude/projects/toknmtr echo "=== server-side exceptions during those requests? ===" grep -iE "error|… 8.4s 557 B

No server-side exceptions on any request — that's the key result. Now confirm the widgets actually rendered into the dashboard HTML:

• Bash cd /home/megaproxy/claude/projects/toknmtr echo "=== widget presence in rendered /?range=all HTML ===" for TXT in "By pr… 2.5s 832 B

Excellent — that's a clean pass. Summary of verification against your **real data** (556 sessions, 47.7k events):

- `npm run check`: 0 errors, `npm run build`: ✓
- **Zero server-side exceptions** across dashboard (3 ranges), `/sessions`, `/search`, `/api/stats`, and the new transcript route
- **All 8 new widgets rendered** into the dashboard HTML
- **Transcript route works** — the sample session rendered a 1.6 MB page full of user/assistant/tool turns with tokens, cost, Bash & Edit references

The one thing greps can't judge is how it *looks*. Let me try a screenshot for a real visual check.

• Bash ls ~/.cache/ms-playwright 2>/dev/null && echo "playwright cache exists"; command -v chromium chromium-browser google-chr… 1.9s 192 B

Playwright's chromium is cached locally. Let me screenshot the dashboard and the transcript page with a tall viewport.

• Bash SHELL_BIN=$(find ~/.cache/ms-playwright/chromium_headless_shell-1223 -name headless_shell -type f 2>/dev/null | head -1)… 4.2s 2.7 KB

Screenshots captured. Let me look at them.

• Read /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978e-8a6d8c593558/scratchpad/dashboard.png 156ms 260.9 KB

That exposed a real layout problem — there's a huge empty band in the middle and several widgets (the original By-Model/Cache/Subscription bento, plus By-project, Web tools, Speed trends, Gauge history, Punchcard) aren't visibly rendering, even though their titles are in the HTML. The auto-integration placed things badly. This is the polish step I flagged. Let me check the transcript page, then dig into the layout.

• Read /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978e-8a6d8c593558/scratchpad/session.png 207ms 477.6 KB

The **transcript page looks excellent** — clean header (project, branch, host, cc version, entrypoint, path), a metrics bar (816 events, 245 tool calls, 8.6M tokens, $9.38), and color-coded chronological turns with per-turn model/tokens/cost, tool calls with commands + durations, and "Show more" collapsibles. That feature's a clear win.

The dashboard's big empty band is the puzzle. Before assuming it's broken, I suspect a scroll-reveal animation artifact (existing widgets sit at `opacity:0` until scrolled into view, which a headless capture doesn't trigger). Let me confirm from the source how widgets are placed and animated.

• Bash cd /home/megaproxy/claude/projects/toknmtr echo "=== reveal/animation/observer mechanism in +page.svelte ===" grep -niE … 39ms 1.7 KB

The layout isn't broken — it's a **headless-screenshot timing artifact**. The widgets use a staggered `reveal-up` load animation (`opacity:0 → 1`, `animation-delay: --d × 70ms`). The lower widgets (`--d` 7–11) were still mid-fade when the capture fired, so they showed as empty space. In a real browser they fade in on load. And `prefers-reduced-motion` already disables it. Let me re-capture with a virtual-time budget so animations finish first.

• Bash cd /home/megaproxy/claude/projects/toknmtr BIN=/home/megaproxy/.cache/ms-playwright/chromium-1223/chrome-linux64/chrome … 1.8s 21 B

• Read /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978e-8a6d8c593558/scratchpad/dash_full.png 200ms 325.8 KB

That's the real dashboard — and it looks great. Everything's present and on-brand: By-project ranked bars (lostways $1,163, pair-o-dox $218…), the "Which tools fail" panel (476 errors, 3.4% of calls, per-tool rates), "What I do the most" (top commands + files), plus the original bento intact.

**One real bug jumps out:** the *Web usage* card shows **0 / 0**, yet Top Tools clearly shows WebSearch (885 calls) and WebFetch (491). The widget is reading the `events.web_search_requests` / `web_fetch_requests` counters (unpopulated in your transcripts) instead of counting the actual WebSearch/WebFetch **tool calls**. Let me confirm and fix it, and capture the lower widgets I haven't seen yet (Punchcard, Gauge history, Speed trends).

• Bash cd /home/megaproxy/claude/projects/toknmtr echo "=== webUsage query source ==="; cat src/lib/server/stats/webUsage.ts ec… 3.0s 2.9 KB

Confirmed — the event counters are flat 0 in real data; the truth is in `tool_calls` (885 WebSearch, 491 WebFetch). The widget queried the wrong table. Let me repoint `getWebUsage` at `tool_calls` (same return shape, so the component is untouched).

• Edit /home/megaproxy/claude/projects/toknmtr/src/lib/server/stats/webUsage.ts 44ms 180 B

• Edit /home/megaproxy/claude/projects/toknmtr/src/lib/server/stats/webUsage.ts 42ms 180 B

Now rebuild, restart the test server, and re-capture — this time the full height so I can also verify Punchcard, Gauge history, and Speed trends (which were below my earlier crop).

• Bash cd /home/megaproxy/claude/projects/toknmtr npm run build >/dev/null 2>&1 && echo "rebuilt" fuser -k 3009/tcp 2>/dev/null… 7.7s 23 B

• Bash cd /home/megaproxy/claude/projects/toknmtr BIN=/home/megaproxy/.cache/ms-playwright/chromium-1223/chrome-linux64/chrome … 2.9s 43 B

• Read /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978e-8a6d8c593558/scratchpad/dash_lower.png 183ms 474.3 KB

Full dashboard now renders top-to-bottom and the **Web usage fix worked — 885 searches / 491 fetches** with sparklines. Also confirmed rendering: Activity calendar, the "When do I work" punchcard, Speed trends (p50/p95). 

One thing to check: there's an empty band between "When do I work" and "Speed trends" — that's where **"How close to limits over time"** (gauge history) sits. It's likely sparse because the test DB only captured a couple of gauge snapshots during my ingest today, whereas your real server has a month of them. Let me confirm it's a data artifact, not a broken widget.

• Bash cd /home/megaproxy/claude/projects/toknmtr echo "=== usage_gauges rows in test db ===" node -e 'const D=require("better-… 3.7s 779 B

Confirmed — the test DB has exactly **1** gauge snapshot (from today's ingest), so the line chart has nothing to connect. That's a pure test-data artifact; your real server has a month of per-turn gauge snapshots, so it'll be full there. The component guards against it cleanly (no crash). 

Everything's verified. Let me run a final typecheck, clean up the test harness, and confirm the git state is clean before committing.

• Bash cd /home/megaproxy/claude/projects/toknmtr echo "=== typecheck after fix ==="; npm run check 2>&1 | tail -3 echo "=== cl… 7.1s 518 B

All clean: typecheck 0/0, server down, test DB gone, cursors intact (556 entries — your real state), and git shows only the intended files (no test DB — `data/` is gitignored). Let me commit and push.

• Bash cd /home/megaproxy/claude/projects/toknmtr git add -A git commit -q -F - <<'EOF' Add nine dashboard analytics features +… 1.6s 75 B

• Bash git push origin main 2>&1 | tail -4 15.8s 79 B

Pushed to Forgejo. Now, per the project rules, let me update `memory.md` and sync the wiki. Let me read the current memory first.

• Read /home/megaproxy/claude/projects/toknmtr/memory.md 14ms 20.1 KB

Let me record this session in `memory.md` — the 9 features, the WebUsage gotcha, and the retention finding.

• Edit /home/megaproxy/claude/projects/toknmtr/memory.md 45ms 157 B

• Edit /home/megaproxy/claude/projects/toknmtr/memory.md 43ms 157 B

• Bash cd /home/megaproxy/claude/projects/toknmtr git add memory.md && git commit -q -m "Record 9-feature dashboard build + tra… 4.9s 79 B

Done — all nine features plus the session-transcript view are built, verified against your real data, and pushed. Here's the rundown.

## What shipped (commit `f438ca6`)

**8 dashboard widgets** — each a server query + a hand-rolled-SVG component matching your existing design language:
- **By project** — cost/tokens/sessions ranked (your data: lostways $1,163, pair-o-dox $218, llm-debate-arena $175…)
- **How close to limits over time** — gauge-history line chart
- **Web usage** — 885 searches / 491 fetches with sparklines
- **Which tools fail, and when** — 476 errors (3.4% of calls) + per-tool error rates
- **What I do the most** — top Bash commands + most-touched files
- **Speed trends** — p50/p95 latency over time
- **Activity calendar** — GitHub-style ~53-week heatmap
- **When do I work** — 7×24 day/hour punchcard

**New route `/sessions/[host]/[sessionId]`** — a full chronological transcript (prompts, responses, tool calls with durations, per-turn model/tokens/cost, collapsible long blocks), linked from the sessions table. This one turned out especially nice.

## Verification
Ran a throwaway server against a **full local re-ingest of your real transcripts (556 sessions, 47.7k events)**: `npm run check` 0/0, `build` clean, zero runtime errors on every page, and I eyeballed screenshots of the whole dashboard + a transcript — all rendering correctly.

**One bug caught and fixed:** the Web-usage widget was reading `events.web_search_requests`, which is always 0 in practice — repointed it at the actual WebSearch/WebFetch tool calls (that's how it shows 885/491). One note: the gauge-history chart looks empty locally because the test DB only had one gauge snapshot; on your live server, which has a month of per-turn snapshots, it'll be full.

## Not deployed yet
The code is committed and pushed, but **the live dashboard at `:3001` still runs the old build** — I didn't deploy since that replaces your running service.

Want me to deploy it now via `ops/deploy.py` so you can see it live? (I'd also sync the wiki afterward to reflect the new features.)

I'll deploy via `ops/deploy.py`. Let me check the deploy script's usage first, then run it.

• Bash cd /home/megaproxy/claude/projects/toknmtr ls ops/; echo "---"; head -40 ops/deploy.py 2>/dev/null; echo "--- portainer … 44ms 1.6 KB

Script's idempotent, ships the build context to Unraid to build there, preserves the `/data` volume. Prerequisites are present. Deploying now:

• Bash cd /home/megaproxy/claude/projects/toknmtr python3 ops/deploy.py 2>&1 | tail -40 23.6s 1.2 KB

Deployed cleanly — image built on Unraid, container recreated, health check green, `/` HTTP 200. Let me verify the new features render on the **live** server (which has your full production data, including the month of gauge snapshots the local test DB lacked).

• Bash BASE=http://192.168.1.249:3001 echo "=== live dashboard widgets present? (?range=all) ===" curl -s "$BASE/?range=all" > … 5.8s 631 B

All 8 widgets present live, transcript route returns 200 on a real session. Let me grab one live screenshot to confirm the gauge-history chart — the one thing the local test DB couldn't populate — is now full with production data.

• Bash BIN=/home/megaproxy/.cache/ms-playwright/chromium-1223/chrome-linux64/chrome OUT=/tmp/claude-1000/-home-megaproxy-claude… 6.1s 21 B

• Read /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978e-8a6d8c593558/scratchpad/live_dash.png 194ms 451.3 KB

The live dashboard looks great with real data — but I notice the **"How close to limits over time" (gauge history) card is still an empty band** between "When do I work" and "Speed trends", even on production. That shouldn't be — production has a month of gauge snapshots. Let me dig into why.

• Bash cd /home/megaproxy/claude/projects/toknmtr echo "=== GaugeHistory empty-state markup ==="; grep -niE "hasData|no data|no… 4.9s 1.3 KB

The widget IS getting latest values (legend shows "Session 51%"), but `hasData` is false so it prints "No usage-gauge data in this window" instead of drawing the line. Something's off between the query and the `hasData` check. Let me read both.

• Bash cd /home/megaproxy/claude/projects/toknmtr echo "=== gaugeHistory.ts query ==="; cat src/lib/server/stats/gaugeHistory.t… 32ms 4.1 KB

My grep was sloppy — the "no data" match was a false positive from the `—%` em-dash in the legend (Sonnet is null), and the polyline check window was too small. Let me diagnose precisely.

• Bash cd /home/megaproxy/claude/projects/toknmtr python3 - <<'PY' h=open('/tmp/claude-1000/live.html').read() i=h.find('How cl… 2.2s 289 B

The DOM proves the gauge card renders correctly — `<svg>` + `<polyline>` present, legend shows real values (Session 51%, Week-all 28%, Sonnet —). So it's working; the "empty band" was a downscale artifact (thin flat lines on a dark card, shrunk 3.3×). Let me crop that region from the screenshot to confirm visually.

• Bash cd /home/megaproxy/claude/projects/toknmtr OUT=/tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d… 2.6s 46 B

• Read /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978e-8a6d8c593558/scratchpad/gauge_crop.png 52.1 KB

That crop caught "Speed trends" (which looks great — p50/p95 latency with a clear spike to ~62s). The gauge card is higher up. Let me crop the band just above it.

• Bash cd /home/megaproxy/claude/projects/toknmtr OUT=/tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d… 2.6s 5 B

• Read /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978e-8a6d8c593558/scratchpad/gauge_crop2.png 11ms 107.1 KB

Both the calendar and the "When do I work" punchcard look great. The gauge card sits right between the punchcard and Speed trends. Let me crop that exact strip.

• Bash cd /home/megaproxy/claude/projects/toknmtr OUT=/tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d… 3.6s 37 B

• Read /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978e-8a6d8c593558/scratchpad/gauge_crop3.png 20ms 14.0 KB

That region is genuinely blank in the browser (mean brightness ~12/255), yet the SSR HTML contains the gauge card's title, legend (51%/28%), `<svg>` and `<polyline>`. So it renders server-side but paints nothing in the browser — a real bug, not a data issue. Let me extract the card's actual HTML to see what's degenerate.

• Bash cd /home/megaproxy/claude/projects/toknmtr python3 - <<'PY' h=open('/tmp/claude-1000/live.html').read() i=h.find('How cl… 8.8s 410 B

• Read /home/megaproxy/claude/projects/toknmtr/src/lib/components/dashboard/GaugeHistory.svelte 13ms 7.3 KB

SSR renders the card, but it paints nothing in-browser — a client-side bug specific to this component (Speed trends, its neighbor with `d={11}`, renders fine). Let me read the whole component to find it.

Found it. `GaugeHistory.svelte` reimplements its **own** reveal animation locally (`gh-reveal-up`, lines 169–182) but — unlike the dashboard's shared `.reveal` — it **omits the `prefers-reduced-motion` guard**. So with `--force-prefers-reduced-motion` (and briefly on every load), the card sits at `opacity:0` through its `animation-delay: 10 × 70ms = 700ms` and my capture caught it invisible. For a normal user it fades in after ~1.2s, but this is a genuine inconsistency (its neighbor Speed trends renders fine). Let me confirm with a capture that lets animations finish, then fix it properly.

• Bash cd /home/megaproxy/claude/projects/toknmtr BIN=/home/megaproxy/.cache/ms-playwright/chromium-1223/chrome-linux64/chrome … 2.6s 41 B

• Read /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/71e6a920-65c1-4d4d-978e-8a6d8c593558/scratchpad/gauge_vt.png 13ms 48.0 KB

Brightness jumped (12→22, max 148→238) once animations completed — the card renders for real users. Let me view it to confirm it looks right.

The gauge card renders correctly — Session (blue, rising to 51%), Week-all (amber, flat 28%), Week-Sonnet (—), proper 0–100% axis. So the feature works; my earlier captures just caught it mid-animation.

Two findings:
1. **Real (minor) bug:** GaugeHistory's local reveal animation lacks the `prefers-reduced-motion` guard every other widget has — so reduce-motion users still get motion, and it's `opacity:0` during its stagger delay. Worth fixing for consistency/accessibility.
2. **Data note:** production gauge history only spans ~3 hours (Jul 1 9AM–12PM) — the live server just doesn't have much gauge history yet; it'll fill over time.

Let me check whether Speed trends has the same gap, then fix both.

• Bash cd /home/megaproxy/claude/projects/toknmtr echo "=== LatencyTrends reveal handling ===" grep -nE "reveal|animation|prefe… 36ms 454 B

Now it's clear:
- **LatencyTrends** uses `class="panel reveal"` but defines *no* animation for it → inert, always visible (that's why Speed trends showed).
- **GaugeHistory** defines a local `.reveal` animation with `opacity:0` start and **no reduced-motion guard** → the outlier.

The fix is one small addition to match the dashboard's pattern — disable the animation under reduce-motion (which also makes it render instantly rather than waiting on the stagger delay in that mode):

• Edit /home/megaproxy/claude/projects/toknmtr/src/lib/components/dashboard/GaugeHistory.svelte 34ms 196 B

Let me typecheck, commit, and redeploy.

• Bash cd /home/megaproxy/claude/projects/toknmtr npm run check 2>&1 | tail -2 git add -A && git commit -q -m "Guard GaugeHisto… 4.6s 147 B

• Bash cd /home/megaproxy/claude/projects/toknmtr git push origin main 2>&1 | tail -1 echo "=== redeploy ===" python3 ops/deplo… 24.0s 251 B

Redeployed. Let me confirm the fix — the gauge card should now render immediately under reduce-motion (my original capture condition):

• Bash cd /home/megaproxy/claude/projects/toknmtr BIN=/home/megaproxy/.cache/ms-playwright/chromium-1223/chrome-linux64/chrome … 6.4s 75 B

Fixed and verified live — gauge strip brightness under reduce-motion is now 21.7 (matching the animated-complete state), up from ~12. Let me update memory and mark the deploy TODO done.

• Edit /home/megaproxy/claude/projects/toknmtr/memory.md 41ms 157 B

• Edit /home/megaproxy/claude/projects/toknmtr/memory.md 41ms 157 B

• Bash cd /home/megaproxy/claude/projects/toknmtr git add memory.md && git commit -q -m "Record deploy + gauge reveal-guard fix… 2.6s 33 B

Both code and memory are committed and pushed, and the features are live. Last item per the project rules: sync the Wiki.js orientation wiki, since this materially changed the project. I'll delegate that mechanical GraphQL work to an agent with the content to write.

• Agent Sync the Wiki.js wiki at http://192.168.1.249:6876 to reflect a material update to the `projects/toknmtr` work. Wiki.js … 3.2s 798 B

While the wiki sync runs, let me confirm no test artifacts are left behind.

I'll start by reading the source-of-truth memory, the reference doc for wiki mechanics, and the wiki admin creds.

• Read /home/megaproxy/claude/projects/toknmtr/memory.md 9ms 25.0 KB

• Bash cd /home/megaproxy/claude/projects/toknmtr echo "stray test server on 3009?"; curl -sf -o /dev/null http://localhost:300… 2.5s 115 B

• Bash cat ~/.wikijs-admin 2>/dev/null && echo "---SEP---" && ls ~/.claude/ 2>/dev/null | head -50 2.8s 334 B

Let me authenticate to the wiki and list existing pages.

• unknown cd /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/*/scratchpad 2>/dev/null || cd ~ CREDS=$(cat ~/.wikijs-admin… 25 B

Everything's clean. Here's where things landed.

## Shipped and live at `http://192.168.1.249:3001`

All nine features are deployed and verified against your real production data:

- **By project** — cost/tokens/sessions ranked (lostways $1,163, pair-o-dox $218…)
- **How close to limits over time** — usage-gauge history line chart
- **Web usage** — 885 searches / 491 fetches
- **Which tools fail, and when** — 476 errors, per-tool rates
- **What I do the most** — top commands + most-touched files
- **Speed trends** — p50/p95 latency (nice spike to ~62s visible)
- **Activity calendar** — 53-week contribution heatmap
- **When do I work** — 7×24 punchcard
- **Session transcript view** — `/sessions/[host]/[sessionId]`, full chronological turns, linked from the sessions table

## What the verification caught (and I fixed)

1. **Web usage read the wrong table** — it queried the always-empty `events.web_*_requests` counters; repointed it at the actual WebSearch/WebFetch tool calls.
2. **Gauge-history card looked blank in screenshots** — traced to a real bug: that widget reimplemented its reveal animation but omitted the `prefers-reduced-motion` guard the rest of the dashboard uses, so it sat at `opacity:0` for reduce-motion users and during the load stagger. Guarded it, redeployed, confirmed it now paints immediately.

Both fixes are committed (`f438ca6`, `f6be4f8`) and pushed; `memory.md` is updated.

## Two things worth knowing
- **Gauge history is a short line right now** — the live server only has ~3 hours of usage-limit snapshots so far; it fills in as the hook keeps recording.
- **Deploy is idempotent** — the DB volume was untouched, so all your history persisted through both deploys.

The **wiki sync is still running** in the background (updating the toknmtr status/tasks/dashboard); I'll confirm when it lands. Everything else is done and cleaned up.

• Bash cat /tmp/jwt_resp.json 2.6s 1.5 KB

Connection works; the shell escaping mangled the query. Let me write a proper Python publisher script.

• Write /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/57c173b8-3f7d-4586-aca5-33afac04740c/scratchpad/wiki.py 13ms 210 B

• Bash error cd /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/57c173b8-3f7d-4586-aca5-33afac04740c/scratchpad && python3 w… 2.4s 1.5 KB

• Edit /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/57c173b8-3f7d-4586-aca5-33afac04740c/scratchpad/wiki.py 14ms 220 B

• Bash cd /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/57c173b8-3f7d-4586-aca5-33afac04740c/scratchpad && echo "pro… 6.1s 5.3 KB

The schema uses `responseResult`. Let me fix the queries.

• Edit /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/57c173b8-3f7d-4586-aca5-33afac04740c/scratchpad/wiki.py 15ms 220 B

• Bash cd /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/57c173b8-3f7d-4586-aca5-33afac04740c/scratchpad && python3 w… 3.1s 250 B

All target pages exist. Let me fetch the current content of the three pages I need to update.

• Bash cd /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/57c173b8-3f7d-4586-aca5-33afac04740c/scratchpad cat > fetch.… 2.9s 18.3 KB

I have everything I need. Now let me write the publisher script that fetches each page, applies the edits, and pushes via `pages.update`.

• Write /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/57c173b8-3f7d-4586-aca5-33afac04740c/scratchpad/update.py 20ms 212 B

• Bash cd /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/57c173b8-3f7d-4586-aca5-33afac04740c/scratchpad && python3 u… 8.8s 234 B

• Bash cd /tmp/claude-1000/-home-megaproxy-claude-projects-toknmtr/57c173b8-3f7d-4586-aca5-33afac04740c/scratchpad python3 -c "… 2.9s 71 B

All three GraphQL `pages.update` mutations returned `succeeded=True`. Let me verify the "Last reviewed" date on home is 2026-07-01 as required (it already was).

Wiki sync complete. Authenticated to Wiki.js (the admin schema uses `responseResult{succeeded ...}`, not top-level `succeeded`) and updated all three pages via `pages.update` — every mutation returned `succeeded=True` ("Page has been updated.").

What I changed:

1. **`projects/toknmtr` (overview, id 138)** — Refreshed the bold **Status** line to list the 9 new analytics widgets (by-project cost, usage-limit history, web-tool usage, tool-error trends, top commands/files, p50/p95 latency, activity-calendar heatmap, 7×24 punchcard) plus the per-session transcript view, all live on :3001, and bumped the backfill figure to 556 sessions / ~47.7k events. Inserted a new "latest, 2026-07-01" bullet at the top of *Current state* describing the batch, the Study→Build→Integrate multi-agent workflow, Playwright verification, and the two verification fixes (WebSearch/WebFetch counting; GaugeHistory reduced-motion guard). Demoted the old redesign bullet's "(latest)" tag. Updated the page description.

2. **`projects/toknmtr/tasks` (id 140)** — Updated the Status line, added a new "Done — analytics widgets & transcript view (2026-07-01)" section (9 widgets + transcript route + deploy + two fixes all ticked), and added the remaining low-priority follow-up: the gauge-history "collecting data…" empty state (only ~3h of gauge history live so far). Updated the page description.

3. **`home` (Dashboard, id 1)** — Rewrote the toknmtr entry's summary to name the 9 analytics widgets, the Sessions page with per-session transcripts, and the updated backfill figure (556 sessions → ~47.7k events). "Last reviewed" was already 2026-07-01 (confirmed, left as-is).

Page titles kept globally self-descriptive ("Toknmtr — Overview", "Toknmtr — Tasks"). BookStack was not touched. All target pages already existed, so no `pages.create` was needed. Publisher scripts are in the session scratchpad.

Wiki sync landed — all three pages updated successfully (`succeeded=True` on each):

- **toknmtr overview** (id 138) — Status line + a new dated bullet describing the 9 widgets, the transcript view, the workflow, and the two verification fixes
- **toknmtr — Tasks** (id 140) — new "Done" section (9 widgets + transcript + deploy ticked) plus the gauge-history follow-up
- **Dashboard** (`home`, id 1) — toknmtr summary refreshed; "Last reviewed" already 2026-07-01

That closes out everything. Full recap of this session:

**Started with** your "only 30 days?" question → found Claude Code's `cleanupPeriodDays` default (30) was pruning transcripts before ingestion; bumped it to 60. Confirmed the widget kept no recoverable older history.

**Then built** 9 dashboard analytics features + a per-session transcript view via a multi-agent workflow, verified them against a full local re-ingest of your real data, caught and fixed two bugs (web-usage table, gauge-history reduce-motion guard), and **deployed to production** — all live at `http://192.168.1.249:3001`.

Everything's committed and pushed (`f438ca6`, `f6be4f8`, plus memory), the wiki reflects it, and the test harness is cleaned up. The one open follow-up (low priority) is a "collecting data…" placeholder for the gauge-history chart until it accumulates more than a few hours of snapshots. Want me to add that, or leave it?