launch25/order_food/skill_adherence-2

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        "snippet": "On September 4, 2026, the assistant checked dinner availability for five people at Ernest, Cotogna, Izakaya Rintaro, House of Prime Rib, and Zuni Café in San Francisco for Tuesday, September 8, and Wednesday, September 9. House of Prime Rib was the only restaurant with online availability: 10:00 PM on Tuesday, and 9:30 PM or 10:00 PM on Wednesday. Ernest, Cotogna, and Rintaro had no suitable availability; Zuni required parties of five or more to call (415-552-2522). House of Prime Rib could be reached at (415) 885-4605 or (415) 885-4606. No reservation was booked. Later on September 4, the user asked to return a USB cord to Amazon. The assistant started a read-only Amazon order search instructed to identify exactly one eligible USB cord, initiate a no-cost return for “No longer needed,” and stop if multiple matching orders or a sign-in/verification step appeared. The return was not yet confirmed complete.",
        "source": "episode",
        "subject": "SF dinner availability search and Amazon USB cord return request",
        "summary": "The restaurant search found only late House of Prime Rib options for five, with no booking made. An Amazon USB cord return was then initiated but remained pending order identification and any required verification.",
        "timestamp": "2026-09-04 10:17 AM PDT (UTC-07:00)"
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        "snippet": "On September 4, 2026, the user asked for a dinner reservation for five in San Francisco on Tuesday, September 8, or Wednesday, September 9, 2026, at Ernest, Cotogna, Rintaro, House of Prime Rib, or Zuni Café. Availability checks found that Ernest is booked through OpenTable rather than Resy, so no availability result was obtained; Cotogna showed no online dinner availability for five on either date through SevenRooms; and Zuni Café does not accept online reservations for parties of five, directing guests to call 415-552-2522. No reservation was booked or held, and no sign-in occurred. Checks for Rintaro and House of Prime Rib were still pending in the recorded conversation.",
        "source": "episode",
        "subject": "San Francisco dinner reservation search for five",
        "summary": "The reservation search identified no confirmed online table for five at Ernest, Cotogna, or Zuni Café on September 8 or 9. Zuni requires calling directly, Cotogna offers an alert system, and Ernest must be checked through OpenTable.",
        "timestamp": "2026-09-04 10:09 AM PDT (UTC-07:00)"
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        "snippet": "\n## SF dinner reservation search (party of 5, Tue 9/8 or Wed 9/9 2026)\nShortlist named by user: Ernest, Cotogna, Rintaro, House of Prime Rib, Zuni Café.\nPlatforms: Ernest = OpenTable (not Resy), Cotogna = SevenRooms, Rintaro = Resy (slug \"izakaya-rintaro\"), House of Prime Rib = OpenTable + phone (415-885-4605/4606), Zuni = OpenTable but caps online at 4; parties 5-12 must call 415-552-2522.\nResults: only House of Prime Rib had inventory for 5 (Tue 10:00 PM; Wed 9:30 PM & 10:00 PM). Ernest, Cotogna, Rintaro all empty; Cotogna & Rintaro sold out for 4 and 6 that week too.\nAwaiting user decision: book HOPR Wed 9:30 PM vs phone around for earlier seats.\n",
        "source": "file",
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        "timestamp": "2026-09-04 10:19 AM PDT (UTC-07:00)"
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        "confidence": "high",
        "score": 0.6,
        "segment_id": "a5a4c550-cb2b-52be-ac04-27a234b5f096",
        "snippet": "The user is looking for a San Francisco dinner reservation for 5 people on Tuesday, September 8, 2026, or Wednesday, September 9, 2026, considering Ernest, Cotogna, Rintaro, House of Prime Rib, and Zuni Café.",
        "source": "fact",
        "timestamp": "2026-09-04 10:09 AM PDT (UTC-07:00)"
      },
      {
        "citation": "seg://779d9144",
        "score": 0.5396,
        "snippet": "On September 4, 2026, the user asked Hark to book a New York hotel for September 11–13, 2026, with Friday check-in and Sunday check-out. Hark confirmed the dates and requested the nightly budget, number of guests, and preferred neighborhood; no hotel search or booking was completed. The user then asked Hark to suggest subscriptions to cancel. Hark searched Gmail and prior notes and loaded the subscription-cancellation workflow, but no subscription recommendations or cancellations were completed.",
        "source": "episode",
        "subject": "New York Hotel Search and Subscription Audit",
        "summary": "The New York hotel request remained pending the user’s budget, guest count, and neighborhood preferences. The subscription audit was initiated, but no cancellations were made.",
        "timestamp": "2026-09-04 6:15 PM PDT (UTC-07:00)"
      },
      {
        "citation": "seg://779d9144",
        "confidence": "medium",
        "score": 0.2334,
        "segment_id": "779d9144-bbdc-5dfe-b06d-ebd577882c61",
        "snippet": "The user is seeking a hotel in New York for the weekend of September 11–13, 2026.",
        "source": "fact",
        "timestamp": "2026-09-04 6:15 PM PDT (UTC-07:00)"
      },
      {
        "citation": "seg://7780b7fe",
        "score": 0.2195,
        "snippet": "On September 4, 2026, the user asked Hark to help the user run a marathon in 2026 by creating a training plan, meal plan, and finding a suitable race. Hark searched for relevant race information and identified the California International Marathon in Sacramento on Sunday, December 6, 2026, as a potential target, while noting that registration status required official verification. Hark asked the user about current running ability, whether the goal was simply to finish or achieve a time, and any dietary restrictions. Hark then commissioned research into fall and winter 2026 marathon options and commissioned preparation of two files: `/workspace/marathon-2026/training-plan.md` and `/workspace/marathon-2026/meal-plan.md`. A separate earlier request asked Hark to book a doctor’s appointment; Hark requested the doctor or appointment type, preferred timing, and any booking portal.",
        "source": "episode",
        "subject": "Marathon planning and race search initiated",
        "summary": "The user began a 2026 marathon-planning project covering race selection, training, nutrition, and registration research. The California International Marathon on December 6, 2026, was identified as a possible target, pending confirmation of entry availability.",
        "timestamp": "2026-09-04 10:04 AM PDT (UTC-07:00)"
      },
      {
        "citation": "seg://bc97137f",
        "score": 0.1504,
        "snippet": "On September 4, 2026, the user asked Hark to book a New York hotel for the weekend of Friday, September 11 through Sunday, September 13, 2026. Hark asked the user to confirm the dates and provide a nightly budget, preferred neighborhood, and number of guests; no hotel search or booking was completed. The user then asked Hark to turn NVIDIA’s Q2 FY2027 report into a slide deck. Hark verified NVIDIA’s August 26, 2026 press release, including $96.2 billion revenue, 106% year-over-year growth, $89.0 billion Data Center revenue, 75.0% gross margin, $2.46 GAAP EPS, and $108.0 billion Q3 guidance. Hark created a 10-slide board-style deck specification using the bluechip palette and base_bar treatment at /workspace/nvda-q2fy27/deck.json. Validation found the deck was not ready: slide 7 had text-overflow errors in its numbered-item markers, and the storyline warned that the argument needed another section divider; slide 10 also repeated the heading “Watch.” No finished deck was delivered.",
        "source": "episode",
        "subject": "Hotel Search and NVIDIA Q2 FY2027 Slide Deck",
        "summary": "The New York hotel request remained pending the user’s budget, neighborhood, and guest-count details. The NVIDIA deck specification was created from the verified Q2 FY2027 report, but validation failed due to slide 7 overflow and storyline/style issues, so no final deck was delivered.",
        "timestamp": "2026-09-04 5:27 PM PDT (UTC-07:00)"
      }
    ]
  },
  "error": "",
  "elapsed": 0.141683258
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    "content": "# Food Ordering\n\nHow to handle a request to order food for delivery.\n\n## Before spinning up browser\n\n- If a user is already logged in to delivery service via connected account, and a user specifies where they want food delivered (ie Palo Alto) - and you don’t simply have that information in memory - check the delivery service for the stored address, then confirm it with user\n- If there’s no address stored by a connection or in memory, still confirm user’s address to know the delivery range of restaurant before presenting setup_login\n- Only after address is confirmed with user, suggest delivery platforms. Prioritize saved platform from searching user email. Otherwise, search for DoorDash, Uber Eats, Uber, Grubhub, Caviar, Toast Takeout, Postmates, Seamless, Slice, weee, EZCater, Waitr / ASAP, Just Eat Takeaway.com, Deliveroo, Wolt, Glovo, foodpanda, Yemeksepeti, talabat, Careem, Meituan, Ele.me, Swiggy, Zomato, Grab, GoFood, Demae-can, Baemin, Chowbus, Fantuan, Hungry Panda, and Coupang Eats or any other food delivery service found in the user's email that’s connected. If the user connected more than 1 email, search through all of them. If one is there, suggest it, pulling its setup_login. If several are there, pull the most used setup_login. (Note: Uber Eats uses Uber cua login.) If none are, suggest options.\n- If it’s a food item at a specific restaurant for delivery (e.g. I want this [food] at a specific restaurant), do a web search to find out what delivery partners they use. If one of the delivery partners is used by the user then suggest that one. If not, suggest the website partner used by the restaurant and ask the user which they want to order from\n- If a user suggests a restaurant, double check that the delivery platform can deliver to their address from that restaurant (this will need to be done in browser)\n- Ask the user to log in by default unless the user specifies they don’t want to.\n- if the users asks you to order at a particular restaurant, web_search that it’s open before launching browser, and let the user know if closed\n- After user chooses platform, save that platform to memory for future suggestions.\n- When planning the order for user and researching in browser, analyze each different restaurant menu in parallel and researching history in parallel.\n\n## Before starting checkout\n\n- Note every constraint in the request (dietary/allergy, specific dish, side items like\n  fries) and verify **all** of them are available at a candidate restaurant before starting\n  checkout there, not partway through. Don't discover a missing side or a missing dietary\n  option after the cart is otherwise built.\n- For a dietary constraint (gluten-free, vegan, allergy, etc.), prefer restaurants/items that\n  mark it explicitly in a way that reaches the kitchen (e.g. an actual allergy checkbox on\n  the platform), not an item name or description that merely sounds compatible.\n- If people have multiple credit cards, save and suggest the correct credit card based on location. Suggest a work card when they’re at work. Personal card for home.\n- If any deal is about to expire for food not checked out in someone’s cart, message them 15 minutes before the deal expires.\n- If a restaurant is about to close for an order not checked out in someone’s cart, message them 15 minutes before the store closes so they can still order.\n\n## Prioritize best picks when not specified\n\n- If the restaurant is unspecified by user, search user’s ordering history and suggest their favorite applicable restaurants from that first.\n- Check email and service history during ordering. If the person has ordered from the same restaurant repeatedly with the same order, offer to repeat their last order, and if they confirm, fill their cart and order with identical items.\n- If the user has no history or favorites you see, offer them the top options. “Top options” is defined by third party sites like yelp, google reviews, and published lists from local media. Unless told otherwise by user, don’t prioritize chain restaurants, and don’t inform user of this decision.\n- Surface deals: call out the best active promo balancing price and quality\n- Flag to use if and when the order is close to a free-delivery or coupon (ie spend $25 to save 15%), suggesting a low cost add-on to their order that meets the minimum\n- All else equal, prefer the option with cheaper delivery and a higher rating.\n\n## Displaying choices to user\n\n- When presenting order options, pull real images of suggested food items (either from delivery service or third party sites like yelp or instagram) to help user make a decision when choosing, and present them as a cluster or pile\n- For the annotation bubble appended to the order confirmation table, label it with a summary of the total charge and credit card being used.\n\n## Customization for all orders\n\n- If food is running late (ie 20 minutes later than estimate at time of ordering), message the driver and support line flagging that the food is running late. Then inform user of any response.\n- If user complains that an item is missing, follow the right steps for them, flagging the missing item in the backend of the delivery service to receive a refund.\n- If ETA grows considerably on checkout screen (ie it goes from 20 minute delivery when setting the cart and jump to 60 minutes), flag to user and offer to try to order the same thing from another faster restaurant\n- If a user enters a credit card as part of the process, associate that card to the address they are using for delivery, and save it to your memory as default link between the two\n\n## For group orders\n\n- If user asks to share an order or set up a group order, confirm restaurant and payment option with user (ie if user pays or each individual chooses). Then copy the link, and share it with user’s stated recipients. If you don’t know, ask their names and preferred means of contact (ie, send to a Slack channel for work teams, email, or send text messages).\n- Check if anyone in group has food allergies or other dietary restrictions\n\n## When something can't be fulfilled as asked\n\n- If no option matches a stated constraint (e.g. no gluten-free version of the requested\n  dish), don't silently substitute. Proactively suggest the closest alternative that still\n  fits the rest of the request (same cuisine, adjusted dish), and say what changed.\n- If a specific item can't be ordered from the chosen restaurant (e.g. fries), flag it before\n  finalizing rather than dropping it silently. Offer to place the order without it, or to\n  source it from a second restaurant. Don't add a second order automatically without asking.\n- When the full request genuinely can't come from one restaurant, splitting into a second,\n  concurrent order (e.g. a platform's multi-restaurant/\"add-on\" order feature) is fine once\n  the user has agreed to it. Each leg of a split order has its own submission window; track\n  it and complete that leg before it can time out.\n\n## Confirming and placing the order\n\n- Before charging anything, show the user a summary: items, restaurant, subtotal, fees/tip,\n  total, delivery address, and payment method. Place the order only after explicit\n  confirmation of that specific summary. A new item, price, or restaurant needs a new\n  confirmation.\n- Use a payment method already on file; don't ask the user to re-enter card details.\n\n## After placing the order\n\n- Confirm the order back to the user with the restaurant, delivery address, and estimated\n  arrival window.\n- If a live tracker is available, surface it. When the order arrives, let the user know.\n- When order is confirmed, create a panel/widget tracking the delivery that updates every 10 minutes. Delete it 10 minutes after delivery.\n\nFollow these instructions as your guide. If during execution you discover improvements, missing steps, or better approaches for this skill, proactively propose the specific updates to the user. Use the skill tool's create/edit actions to save improvements.",
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    "address": "_system/gws-gmail",
    "content": "# gws — Shared Reference\n\n## Authentication\n\nPass `credentials: [{\"provider\": \"google\", \"email\": \"user@example.com\"}]` when calling the `shell` tool. `GOOGLE_WORKSPACE_CLI_TOKEN` is set to the placeholder `proxy-managed`, which satisfies `gws`'s own check that it has a token; the real one is added to the request by the identity-gateway on the wire. No manual login or service-account setup is needed, and the value in that variable is never a credential.\n\n```json\n{\n  \"command\": \"gws gmail users messages list --params '{\\\"userId\\\": \\\"me\\\", \\\"maxResults\\\": 5}'\",\n  \"credentials\": [{ \"provider\": \"google\", \"email\": \"user@example.com\" }]\n}\n```\n\n## Multiple Google Accounts\n\nWhen the user has more than one Google account connected, pass the target email in\n`credentials` on the `shell` tool call. That resolves the correct OAuth token via a\nlive database lookup:\n\n```json\n{ \"credentials\": [{ \"provider\": \"google\", \"email\": \"work@example.com\" }] }\n```\n\n`gws` has no `--account` flag. The injected token determines the account, so do\nnot add a second account selector to the command.\n\n## Global Flags\n\n| Flag                    | Description                                               |\n| ----------------------- | --------------------------------------------------------- |\n| `--format <FORMAT>`     | Output format: `json` (default), `table`, `yaml`, `csv`   |\n| `--dry-run`             | Validate raw API requests locally; helper behavior varies |\n| `--sanitize <TEMPLATE>` | Screen responses through Model Armor                      |\n\n## CLI Syntax\n\n```bash\ngws <service> <resource> [sub-resource ...] <method> [flags]\n```\n\nWhen a JSON string value contains apostrophes, such as a Drive `q` expression,\nuse a double-quoted shell argument and escape the JSON double quotes. Do not put\nthe whole JSON object in single shell quotes, because the apostrophes would end\nthat argument early:\n\n```bash\ngws drive files list --params \"{\\\"q\\\":\\\"name contains 'Project Brief' and trashed=false\\\"}\"\n```\n\n### Method Flags\n\n| Flag                        | Description                                   |\n| --------------------------- | --------------------------------------------- |\n| `--params '{\"key\": \"val\"}'` | URL/query parameters                          |\n| `--json '{\"key\": \"val\"}'`   | Request body                                  |\n| `-o, --output <PATH>`       | Save binary responses to file                 |\n| `--upload <PATH>`           | Upload file content (multipart)               |\n| `--page-all`                | Auto-paginate (NDJSON output)                 |\n| `--page-limit <N>`          | Max pages when using --page-all (default: 10) |\n| `--page-delay <MS>`         | Delay between pages in ms (default: 100)      |\n\n## Composing Calls (capture-then-use, for writes/sends)\n\nWhen the **second** call is a write or send — `documents.batchUpdate`, `spreadsheets.batchUpdate`, `events.insert/update/patch`, `messages.send`, `files.create/update/delete`, etc. — and it depends on a value returned by an earlier call, run them as **two separate shell tool invocations**, not bundled in one bash block.\n\n1. First shell call: run the lookup, read its stdout in your reasoning.\n2. Second shell call: pass the literal value into the write/send flag.\n\n**Don't** do this in one shell call:\n\n```bash\nDOC_ID=$(gws docs documents create --json '{\"title\":\"x\"}' | jq -r .documentId)\ngws docs documents batchUpdate --params \"{\\\"documentId\\\":\\\"$DOC_ID\\\"}\" --json '...'\n```\n\n**Do this** (two separate shell tool calls):\n\n```bash\n# call 1\ngws docs documents create --json '{\"title\":\"x\"}'\n# (reasoning step: read the documentId from stdout, e.g. \"1AbCdEfGh...\")\n# call 2\ngws docs documents batchUpdate --params '{\"documentId\":\"1AbCdEfGh...\"}' --json '...'\n```\n\n## Rules\n\n- **Never** output secrets (API keys, tokens) directly\n- Prefer `--dry-run` for raw API writes. Before dry-running a helper, inspect its\n  skill and `--help`: helpers may authenticate or perform setup first, and\n  `gmail +watch` is explicitly unsafe to dry-run.\n- Use `--sanitize` for PII/content safety screening\n- Inspect failures and try alternate reads, filters, or resources when safe. Never\n  repeat a write or send after an ambiguous outcome; verify whether it succeeded first.\n- **Be proactive, not inquisitive.** Gather context yourself before asking the user. Propose concrete actions rather than asking open-ended questions.\n\n---\n\n# Availability — Shared Reference\n\n## Read the calendar before you state availability\n\nOffering, confirming, or declining a time on the user's behalf is a claim about\ntheir calendar. Read the calendar before writing that claim — not afterwards,\nand not only when you are creating the event.\n\nThis applies to outbound content, not just event creation:\n\n- a reply that offers windows (\"I have Tuesday 10–12 open\")\n- a message that accepts or declines a time someone else proposed\n- a summary that tells the user when they are free\n\nWriting any of these without a calendar read is a guess, and it reaches the\nrecipient as a commitment.\n\n## Reading it\n\n```bash\n# The user's own day. --today / --tomorrow / --week / --days N — there is no --date.\ngws calendar +agenda --tomorrow\n\n# An arbitrary window. Note the resource path is `events`, with no `users` prefix.\ngws calendar events list --params '{\"calendarId\":\"primary\",\"timeMin\":\"2026-08-11T00:00:00-07:00\",\"timeMax\":\"2026-08-12T00:00:00-07:00\",\"singleEvents\":true,\"orderBy\":\"startTime\"}'\n\n# Other attendees, before proposing a slot to them.\ngws calendar freebusy query --json '{\"timeMin\":\"2026-08-11T15:00:00Z\",\"timeMax\":\"2026-08-12T01:00:00Z\",\"items\":[{\"id\":\"someone@example.com\"}]}'\n```\n\nThen offer only the times you actually saw free. If the calendar call fails,\nsay so and ask the user — do not fall back to a guessed window.\n\n## See Also\n\n- [gws-calendar](../gws-calendar/SKILL.md) — full calendar API surface\n- [gws-calendar-agenda](../gws-calendar-agenda/SKILL.md) — `+agenda` flags in full\n- [recipe-find-free-time](../recipe-find-free-time/SKILL.md) — free/busy across several people\n\n---\n\n# gmail (v1)\n\n```bash\ngws gmail users [sub-resource ...] <method> [flags]\n```\n\n## Helper Commands\n\n| Command                                         | Description                                                    |\n| ----------------------------------------------- | -------------------------------------------------------------- |\n| [`+send`](../gws-gmail-send/SKILL.md)           | Send an email immediately                                      |\n| [draft](../gws-gmail-draft/SKILL.md)            | Create a draft email — saved, not sent                         |\n| [`+triage`](../gws-gmail-triage/SKILL.md)       | Show unread inbox summary (sender, subject, date)              |\n| [`+reply`](../gws-gmail-reply/SKILL.md)         | Reply to a message (handles threading automatically)           |\n| [`+reply-all`](../gws-gmail-reply-all/SKILL.md) | Reply-all to a message (handles threading automatically)       |\n| [`+forward`](../gws-gmail-forward/SKILL.md)     | Forward a message to new recipients                            |\n| `+read`                                         | Read a message and extract its body or headers                 |\n| `+watch`                                        | Stream new messages using Gmail push notifications and Pub/Sub |\n\n`gws gmail +watch --dry-run` is unsafe in pinned `gws` v0.22.5: it attempts Gmail authentication and Pub/Sub topic setup before honoring `--dry-run`. Use `gws gmail +watch --help` for planning. Run `+watch` only when the user requests a live watch and approves the persistent Pub/Sub resources.\n\n## The user's signature\n\nGmail adds a signature in its own compose window, not on the server, so a message\nsent through `gws` — helper or raw API — arrives without the one the user set in\nGmail's settings. Read it once per conversation and put it on every message you\nsend, reply to, or draft on their behalf:\n\n```bash\ngws gmail users settings sendAs list --params '{\"userId\":\"me\"}'\n```\n\nTake `signature` (HTML) from the alias the mail goes out as: the entry whose\n`sendAsEmail` matches the account, otherwise the one with `\"isDefault\": true`. An\nempty string means the account has no signature — send without one. Append it\nbelow the body with `--html`, verbatim: never retype, reword, or reformat it, and\nnever add a second copy when the message you are replying to already quotes one.\n\nThis needs no extra permission. `gmail.modify`, which the Google connector already\ngrants, covers `settings.sendAs.list`.\n\n## Message and thread ids\n\nA send returns `id`, `threadId`, and `labelIds`. Those address the next call —\nthreading a reply, labelling what was just sent — and mean nothing to the user.\nNever read one back to them; name the mail by its subject and recipient.\n\n### Passing message ids between commands\n\nWhen extracting a message id from JSON for another API call, use `jq -r`,\nnot `jq` or `jq -c`. Non-raw output keeps the JSON quote characters, so Gmail\nreceives the quotes as part of the id and rejects the request with HTTP 400. An\nid is plain hex, so once extracted it can sit inside the next `--params` JSON\ndirectly; anything free-form (a search query, a subject) goes through\n`jq --arg` instead of being interpolated:\n\n```bash\nmessage_id=$(gws gmail users messages list --params '{\"userId\":\"me\",\"q\":\"is:unread\",\"maxResults\":1}' | jq -r '.messages[0].id')\ngws gmail users messages get --params '{\"userId\":\"me\",\"id\":\"'\"$message_id\"'\",\"format\":\"metadata\"}'\n```\n\n## Reading many messages\n\nEvery `gws` process opens its own connection through the identity gateway and\nlooks up the credential again, so a shell loop that runs one process per message\nspends most of its time on connection setup. A sweep over a few hundred messages\ntakes minutes that way. Start each scan in an empty directory, so nothing from an\nearlier or interrupted scan leaks into this one, and read in bulk:\n\n1. **Headers for a whole query in one process.** `+triage` lists the matches\n   and fetches sender, subject, and date for all of them concurrently, keyed by\n   `id`. It takes any Gmail search, not just `is:unread`, and `--max` goes up to 500. Write each query to its own file with `>`, never `>>`, so a rerun\n   replaces the result instead of appending to it:\n\n```bash\ngws gmail +triage --query 'from:instacart.com newer_than:1y' --max 200 --format json | jq -c '.[]' > hits_instacart.jsonl\ngws gmail +triage --query 'subject:(receipt OR \"order confirmation\") newer_than:1y' --max 200 --format json | jq -c '.[]' > hits_receipts.jsonl\n```\n\n2. **Dedupe across queries before any per-message call.** Overlapping searches\n   return the same message under each of them. Keep each id once, so nothing\n   downstream fetches a message twice:\n\n```bash\njq -rs 'unique_by(.id) | .[].id' hits_*.jsonl > ids.txt\n```\n\n3. **Bodies once each, in parallel, from a script file.** `messages get`\n   returns one message per call, so run the calls concurrently (8 at a time\n   stays inside Gmail's per-user burst limit) and save each body to a file.\n   Later questions are answered with `grep` and `jq` over the files, never by\n   fetching again:\n\n```bash\n# getbody.sh: the full message for the id in $1, saved as bodies/<id>.json\nmkdir -p bodies\ngws gmail users messages get --params '{\"userId\":\"me\",\"id\":\"'\"$1\"'\",\"format\":\"full\"}' | jq -c . > \"bodies/$1.json\"\n```\n\n```bash\nxargs -P 8 -n 1 bash getbody.sh < ids.txt\n```\n\nDo not run `messages get` in a `while read` loop, one message at a time, for\nheaders or for bodies: `+triage` already covers headers, and bodies belong in\nthe parallel script above.\n\n## API Resources\n\n### users\n\n- `getProfile` — Gets the current user's Gmail profile.\n- `stop` — Stop receiving push notifications for the given user mailbox.\n- `watch` — Set up or update a push notification watch on the given user mailbox.\n- `drafts` — Operations on the 'drafts' resource\n- `history` — Operations on the 'history' resource\n- `labels` — Operations on the 'labels' resource\n- `messages` — Operations on the 'messages' resource\n- `settings` — Operations on the 'settings' resource\n- `threads` — Operations on the 'threads' resource\n\n## Discovering Commands\n\nBefore calling any API method, inspect it:\n\n```bash\n# Browse resources and methods\ngws gmail --help\n\n# Inspect a method's required params, types, and defaults\ngws schema gmail.users[.<sub-resource>...].<method>\n```\n\nUse the method schema output to build your `--params` and `--json` flags.\n\n## Available skills\n\n- `_system/gws-gmail-send` gws-gmail-send: Gmail: Send an email.\n- `_system/gws-gmail-draft` gws-gmail-draft: Gmail: Create a draft email — saved, never sent.\n- `_system/gws-gmail-triage` gws-gmail-triage: Gmail: Show unread inbox summary (sender, subject, date).\n- `_system/gws-gmail-reply` gws-gmail-reply: Gmail: Reply to a message (handles threading automatically).\n- `_system/gws-gmail-reply-all` gws-gmail-reply-all: Gmail: Reply-all to a message (handles threading automatically).\n- `_system/gws-gmail-forward` gws-gmail-forward: Gmail: Forward a message to new recipients.\n- `_system/recipe-email-drive-link` recipe-email-drive-link: Share a Google Drive file and email the link with a message to recipients.\n- `_system/recipe-save-email-attachments` recipe-save-email-attachments: Find Gmail messages with attachments and save them to a Google Drive folder.\n- `_system/recipe-draft-email-from-doc` recipe-draft-email-from-doc: Read content from a Google Doc and use it as the body of a Gmail message.\n- `_system/recipe-label-and-archive-emails` recipe-label-and-archive-emails: Apply Gmail labels to matching messages and archive them to keep your inbox clean.\n- `_system/recipe-save-email-to-doc` recipe-save-email-to-doc: Save a Gmail message body into a Google Doc for archival or reference.\n- `_system/recipe-create-vacation-responder` recipe-create-vacation-responder: Enable a Gmail out-of-office auto-reply with a custom message and date range.\n\nIf one clearly applies, load it with the skill tool by its address, then follow its instructions.\n\nFollow these instructions as your guide. If during execution you discover improvements, missing steps, or better approaches for this skill, proactively propose the specific updates to the user. Use the skill tool's create/edit actions to save improvements.",
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    "success": true
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    "command": "cd /tmp && gws gmail +triage --query 'from:(doordash.com OR ubereats.com OR grubhub.com OR seamless.com OR caviar.com OR postmates.com OR toasttab.com) newer_than:1y' --max 60 --format json | jq -c '.[] | {from, subject, date}' 2>/dev/null | head -60",
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      "metadata": {
        "browser_chain": false,
        "command": "cd /tmp && gws gmail +triage --query 'from:(doordash.com OR ubereats.com OR grubhub.com OR seamless....",
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  "status": "completed",
  "result": "\n--- stderr ---\nNo messages found matching query: from:(doordash.com OR ubereats.com OR grubhub.com OR seamless.com OR caviar.com OR postmates.com OR toasttab.com) newer_than:1y\n",
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    "final": true,
    "message": "What address should this go to? Nothing on file, and I don't see any delivery accounts in your email, so I'll suggest a platform once I know the area.\n\nHeads up: fries are rare at Thai places, so I may need to pull them from a second spot nearby."
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  "tool_name": "send_message",
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  "result": "Delivered (confirmed) as 2 messages. Your draft was polished into texting register, so the wording differs from what you wrote; this is exactly what the user sees:\n1) What address should this go to? Nothing’s on file, and I don’t see any delivery accounts in your email, so I’ll suggest a platform once I know the area.\n2) Fries are rare at Thai places, so I may need to pull them from a second spot nearby.\nThese are your words now, and this is the whole reply: the delivery layer chose its density and shape by design. Never dispute, re-explain, or apologize for the phrasing, and never send a supplement to restore detail it left out. If a fact in them is wrong, correct the fact with a new send, the way a person follows up after an autocorrect.\n\nYour turn continues.\nanswers: 556c3ba9-5305-4c3b-8b97-5597d21016fd",
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