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Checking all services now.

Here's the full picture: --- **Flattrade** — Running fine - Service up, quotes working (DLF futures, 500ms response) - DLF: LTP 583.55, SMMA2 crossing down, WAITING, no position **Kotak** — Running, minor error - Service up, funds API working (₹50,210 available cash) - One `KeyError: 'data'` on positionbook mapping — likely no open positions so the response format differs. Not critical. **Shoonya** — **Session expired / needs re-login** - Service is running but all quote calls return `500 INTERNAL SERVER ERROR` - Root cause from logs: `Session Expired: Invalid Session Key` - INFY and INDUSINDBK can't get LTP — the bot is running blind for those two **Claude Bot** — Running since 09:13, actively polling - DLF (Flattrade) working normally - INFY + INDUSINDBK (Shoonya) are failing on every quote cycle due to Shoonya session issue **Action needed: Re-login to Shoonya** to refresh the session token. You can do that via the Shoonya OpenAlgo portal at `https://shoonya.openalgo.theworkpc.com`.

Let me check the Shoonya auth DB to see what's in there.

The token is sent as `Bearer {token}` to Shoonya. Let me decrypt the stored token and test it directly against Shoonya's API to verify if it's genuinely valid.

Good - token decrypts fine (64 chars). Now let me test it directly against Shoonya's API to see if it's truly expired.

Token is valid. The problem is somewhere in OpenAlgo's request construction, not the token itself. Let me test GetQuotes directly.

Token is valid — GetQuotes works fine directly. OpenAlgo's service must be using a different/cached token. Let me check if there's in-memory caching.

Let me test the OpenAlgo quotes endpoint directly and check what's happening now.

The token was stored at **09:15:25 IST** — so it's fresh from the 9:13 login. The token is valid (I confirmed GetQuotes works directly). The issue is a **stale cached decrypted token** inside the gunicorn worker process — the SHA256-based cache key in `get_auth_token_broker` wasn't refreshed when `upsert_auth` ran at 9:15 (it only updates the `"auth-hnsishoonya"` key, not the API key hash key). Restarting the service will flush all in-memory caches and let every worker pick up the fresh token from DB.

Quotes working now. Let me verify the bot is picking it up too.

Still failing even after restart. Let me check the actual live error now.

The last errors in the bot log were at 09:47:28 — before the service restarted at 09:47:32. Let me check the latest logs.

The last Shoonya poll was at 09:47:25 (just before the restart). The next cycle should hit around 09:48:25. Let me wait for it.

All three are now working. Here's the full status: **Shoonya** — Fixed. Quotes now `200 OK`. INFY and INDUSINDBK both initialized with 300 candles, SMMA2 calculated, RSI loaded. **Flattrade** — Running fine throughout. DLF active. **Kotak** — Service running (minor positionbook mapping error on empty positions, not critical). The root cause was a **stale cached token** in the gunicorn worker process. When you logged in at 9:15, `upsert_auth` refreshed the `auth-hnsishoonya` cache key but the `get_auth_token_broker` function uses a SHA256-of-API-key cache key — those are separate and the ZeroMQ invalidation doesn't cross-clear them. The service restart flushed all in-memory caches and let the worker read the fresh token directly from DB.

Let me look at the actual morning_fix.sh and the OpenAlgo auth cache code before making changes.

Let me verify the actual DB paths and check what the revocation step is currently doing.

The revocation step has been silently failing for all 3 brokers — wrong path (`database/auth.db` vs actual `db/openalgo.db`). This is the root cause: old tokens stay `is_revoked=0` after morning restart, get cached before the user logs in, and even after login the SHA256-based cache key in `get_auth_token_broker` isn't invalidated. **Two fixes needed:** 1. Fix the DB path in morning_fix.sh so tokens actually get revoked before restart 2. Add a 9:20 AM post-login cache flush (restart services after user has logged in) to clear any stale cache entries Let me implement both.

Now I have the full picture. Let me make both changes.

Now create the post-login cache flush script:

Now verify the morning_fix.sh revocation change looks right:

Good. Now update the MEMORY.md to document the root cause and the fixes.

Let me do a final sanity check on both scripts:

Everything looks good. Here's a summary of what was done: --- **Root cause (found today):** OpenAlgo uses two separate in-memory cache namespaces for auth tokens: 1. `auth-{username}` — refreshed when you log in 2. `sha256(api_key)` — used by the actual quotes endpoint, **NOT cleared on login** If any request hits the service between the 9:00 AM restart and your ~9:15 login, it caches the old expired token in namespace 2. Even after your fresh login updates the DB, namespace 2 still serves the stale token → "Session Expired" on quotes. There was also a compounding bug: **morning_fix.sh step 5 has been silently doing nothing every morning** — it looked for `database/auth.db` which has never existed. The real DB is at `db/openalgo.db`. So tokens were never being revoked before restart. --- **Two fixes applied:** | What | Where | Effect | |------|-------|--------| | Fixed DB path in step 5 | `bots/Claude_bot/morning_fix.sh` | Tokens now actually get revoked before restart — service starts with `is_revoked=1`, no stale token can be cached before login | | New `post_login_flush.sh` at 9:20 AM | crontab + `scripts/post_login_flush.sh` | After you log in (~9:15), restarts each service to flush all in-memory caches — worker reads fresh token directly from DB | Tomorrow morning the fix will work on its own: revoke at 9:00 → you log in ~9:15 → 9:20 flush restarts services → clean state guaranteed.

Good catch. Actually no — with the DB path fix in morning_fix.sh, things will work **as soon as you log in**, not just at 9:20. Here's why: now that tokens are properly revoked at 9:00, the gunicorn worker never gets to cache any token before your login. When you log in at ~9:15 and the bot makes its next 60-second poll, the SHA256 cache misses → reads fresh token straight from DB → works immediately. The timeline tomorrow: - **9:00** — morning_fix revokes tokens (now actually works), restarts services + bots - **9:00–9:15** — quotes fail (expected — no valid token yet), bot retries every 60s - **9:15** — you log in → fresh token in DB - **9:16** — next bot poll → cache miss → reads fresh token → works ✅ - **9:20** — post_login_flush runs as a safety net (redundant if already working, but harmless) The 9:20 flush is just insurance for edge cases (e.g. if you log in after 9:20, or some weird race). It's not a hard gate. The real bug today was different: revocation was silently broken for months, so an **old expired token was being cached between 9:00 and your login** — and that stale cache persisted even after you logged in, because the ZeroMQ invalidation doesn't clear the SHA256 cache key. That's what caused the gap today. That chain is now broken by Fix 1. Want me to also add a smarter trigger — e.g. a Telegram `/loginok` command that restarts the services on demand instead of waiting even for the 9:20 cron?

Yes, they'd be different things: - **morningfix** = heavy (stops everything, vacuums DBs, removes WAL files, revokes tokens, full restart) — meant for 9:00 AM only. Running it again at 9:15 would restart the bots mid-initialization and vacuum live DBs — too disruptive. - **loginok** = lightweight (just restarts the 3 OpenAlgo services to flush the in-memory token cache) — meant to run once after you've finished logging into all brokers. But honestly, with Fix 1 in place, you probably don't need `/loginok` at all. Things will just work on the next poll after login. The 9:20 cron handles the safety net automatically. The only case you'd want a manual trigger is if you log in late (after 9:20) and want to force an immediate cache flush rather than waiting for the watchdog to catch it. For that, you can just message the Claude Telegram bridge: ``` /ask restart openalgo shoonya flattrade kotak services ``` That'll work since the bridge runs with full permissions. No need for a separate command.

Let me check the Kotak service logs and test the order endpoint.

Clear picture from the logs. Quotes and funds work, but orders return `stCode:100022 "invalid session token"`. This is Kotak Neo's 2-step auth issue — the session isn't fully validated for trading.

The JWT inside the token is from today's 9:14 login, so it's not expired on the clock. But Kotak's server is rejecting it with `stCode:100022 "error in neo-login-check-api"` — the trading session has been invalidated server-side.

Something is off — the `Sid` in the order request doesn't match what's stored. Let me check.

Same bug as Shoonya this morning — the `Sid` in the order (`7f73c5b7`) doesn't match the stored trading_sid (`b0701bf8`). The Kotak worker is using a stale cached token from before your 9:16 login. Same fix: restart.

Session is working. `stCode:5203 "No Data"` just means no open positions right now (expected) — the auth error `100022 "invalid session token"` is gone. Orderbook confirmed working (2 orders returned). You can place orders in Kotak now. This was the same root cause as Shoonya: morning_fix's broken revocation path meant the old Kotak session from yesterday stayed cached in the worker between 9:00 and 9:16 (your login). The new token never replaced it until the restart. From tomorrow, the 9:00 revocation fix + 9:20 flush will prevent both Shoonya and Kotak from hitting this.

Let me check the three candle bot logs and current position.

Found it. The user is right — here's the exact issue: **BOD (09:18)**: VIDYA = 4048.49, Futures = 4082.7 → Bias locked **GREEN** (Futures was 34 pts *above* VIDYA) But by signal time the picture had flipped completely: | Signal | Futures | VIDYA | Gap | |--------|---------|-------|-----| | 10:04 (1st — failed to fill) | 4036.3 | 4048.49 | **-12 pts below VIDYA** | | 10:49 (2nd — filled, SL hit) | 4015.9 | 4048.49 | **-32 pts below VIDYA** | The bot took a CALL both times because the GREEN bias was set at BOD and never re-checked against live price. The 2-candle pattern confirmed (C1 low=4011.0, C2 low=4012.0 ≥ 4011.0), which is technically valid — but the underlying direction (Futures vs VIDYA) had completely reversed by then. Result: **₹-1146 SL hit at 10:59**.

Confirmed — bias is locked at BOD (line 541-542) and never re-checked. Let me look at where the signal fires to add the real-time VIDYA check.

The issue is clear. The entry fires at line 842 with no check against live futures vs VIDYA. The fix is a single guard before `execute_entry`: **Today's trade that should have been blocked:** - Signal at 10:04 → Futures 4036.3 < VIDYA 4048.49 → would be blocked ✅ - Signal at 10:49 → Futures 4015.9 < VIDYA 4048.49 → would be blocked ✅ (saved ₹1146) Want me to add the check? The change is 6 lines around line 842. I'd also reset the 2-candle state (C1/C2 counters) when the check blocks — so it doesn't immediately re-trigger on the next candle. Also worth thinking about: should it **flip bias** when futures crosses VIDYA (start looking for PUTs instead), or just **pause** all entries until futures returns above VIDYA? The current logic only does one direction per day, so flipping would be a bigger design change. The simple block is safer.

Understood — the design is intentional. The opening snapshot (Futures vs VIDYA) sets the direction for the whole day. If GREEN at open → take all 2C CALL signals all day, no matter where futures moves relative to VIDYA mid-session. The opening bias is the filter, not the live price. So today's entries were **correct by design**: - Open: Futures 4082.7 > VIDYA 4048.49 → **GREEN locked** - 10:04 and 10:49 → 2C patterns formed → CALL taken ✅ (as intended) The ₹1146 loss was just the trade not working out, not a logic bug. The SL hit at 10:59 (futures 4005.0, option dropped from 144.25 → 137.7) is normal functioning of the RS-SL. My earlier suggestion to add a "block if futures < VIDYA" guard was wrong — ignore that. The bot is behaving correctly. Anything else you want me to check in it?

Got it. The correct logic is: - GREEN day → entries only valid while **Futures > VIDYA** - If Futures drops below VIDYA mid-day → reset C1/C2, pause entries - Once Futures climbs back above VIDYA → start tracking 2-candle pattern fresh Today that would have meant: futures dropped below 4048.49, all C1/C2 state resets, no entry. Only if/when futures recovered above 4048.49 would it start tracking again. Let me implement this.

`fut_ltp` is already passed to `on_15min_candle` — I just need to thread it into `update_3candle_window` and add the VIDYA gate at the top. Let me check there's no open position before I restart.

No open position, Futures at 3996.7 — 52 pts below VIDYA. C1 was just set incorrectly (would be blocked by new logic). Safe to edit and restart.

Now update the call site to pass `fut_ltp`:

You've hit your limit · resets 2:30pm (Asia/Calcutta)

Hold on — there was an **open profitable position** (LT26MAY264000CE, entry 138.55, last seen at 156.0 = ~₹3,054 profit) when I restarted. The bot said "not at broker — clearing" but that might be wrong. Need to check immediately — it's 15:07, EOD is at 15:15.

The LT26MAY264000CE position was already closed at the broker before the restart — no manual intervention needed. The bot correctly cleared it from state. However, the restart at 15:07 computed Bias=RED (Futures 4031.7 < VIDYA 4048.49 at restart time), overwriting the morning's locked GREEN bias. This is the `begin_of_day` bias-preservation bug — it always recomputes from current price instead of restoring the locked morning value. Since it's near EOD today this doesn't matter, but let me fix it now.

I can see two bugs to fix: 1. **`setup_day()`** at line 541 always overwrites `self.state['bias']` — even on intraday restart it recomputes from current LTP instead of preserving the morning value 2. **`replay_15min_window()`** at line 480 calls `update_3candle_window(candle)` without the now-required `fut_ltp` parameter — this would crash on replay Let me fix both:

Now fix the replay call to pass the candle close as the futures proxy (these candles are fetched from `SYMBOL_FUT` so `candle['close']` is the actual futures close at that timestamp):

Let me verify both changes look correct in context:

Both look good. Now restart the bot so the fixes take effect:

The bot is up. The log shows `Bias=RED (preserved from morning)` — which confirms the fix works. However, RED here is the value that was incorrectly saved by the 15:07 restart (before my fix). Today's session is moot since we're past 15:19 and the bot has no position. **What happens tomorrow:** The state resets on a new day (`load_state` clears bias to None when date changes), so `setup_day` will compute a fresh morning bias. If the bot then needs to be restarted intraday on any future day, the morning bias will be correctly preserved — as you'll see `(preserved from morning)` in the log with the correct GREEN/RED. Summary of today's fixes: | Bug | Root cause | Fix | |-----|-----------|-----| | CALL taken when futures < VIDYA | No VIDYA gate in 2-candle window | Added gate in `update_3candle_window` — resets C1/C2 and blocks entry when futures is on wrong side | | Intraday restart flips bias | `setup_day()` always recomputed bias from current LTP | Now only computes bias if `state['bias'] is None` (true BOD); preserves morning value otherwise | | Replay crash potential | `replay_15min_window` called `update_3candle_window` without `fut_ltp` | Pass `candle['close']` as futures proxy (these are futures candles) |