version: "1.0.1" name: book-flight description: "Books flights conversationally through the ramp CLI: resolves cities to airports, searches one-way and round-trip flights, presents and compares offers, previews the fare, and tickets the booking on the traveler's explicit approval. The user describes a trip in plain language ('book a flight from Toronto to SFO') and never needs to know a CLI command. Use when someone wants to book, find, search, or compare flights, or says 'fly from X to Y'. Not for cancellations, changes, refunds, seat selection, loyalty programs, hotels, cars, or multi-city trips."

Book a Flight (conversational flight search)

The user describes a trip in plain words. Turn that into ramp travel commands, run them, and show clean results. Never show or ask the user to type a CLI command — talk like a travel helper ("Searching Toronto → San Francisco, Jul 1…"), not about flags.

The Steps, Phases, checklist, and flag names in this guide are your internal scaffolding — never surface them to the user. Don't say "Phase 1," "Step 3," or name flags; just narrate in plain travel language ("Let me pull up the fare and check it before booking…").

Prerequisites

• ramp CLI installed and logged in (ramp auth login). Run where ramp works (or

uv run ramp inside the ramp-cli repo).

Scope

• ✅ Resolve cities to airports; search one-way and round-trip; show offers.
• ✅ Round-trip: fetch the matching return flights for the outbound the user picks (Step 5).
• ✅ Book the ticket — preview, confirm only on an explicit yes, then verify (Step 6).

Booking spends real money; it defaults to the logged-in user unless the user explicitly asks to book for another traveler.

• ✅ Compare cabins/fares — only when asked (see "Comparing cabins or fares").
• ✅ Read or update the traveler's profile, and read trips and bookings (see "Supporting tools").
• ✅ Book for another traveler when explicitly asked and authorized (see "Delegated booking").
• ❌ Cancellations, changes, refunds, seat selection, loyalty, hotels, cars, multi-city —

those happen in the Ramp web app.

Rules for every command

• Always `--output json` on every travel search-flight (including the Step 5 return search).

Read the JSON and build a friendly table; don't show raw JSON unless asked, and don't pipe through python/jq. The text output can change — JSON is the stable format.

• Every command needs a --rationale. Once the trip is known, **name it in every related

command's rationale** (route + dates, e.g. "Toronto→SFO, Jul 1-8") and keep that reference consistent across the whole flow — search, returns, preview, book, fund/spend-allocation, and verify. Rationales are logged, so a consistent trip reference makes a trip's commands easy to group and its intent easy to read later.

• --departure/--arrival each take one value: an airport code (SFO) or a Ramp city

id (search_code from travel locations, Step 2). No lists.

Don't over-specify. These default off — add each only when the user asks:

• `--cabin_class` — off searches all cabins; don't default to Economy. It only filters

the cabin — either way each offer comes back as a single cheapest fare (price + fare_name), no `fare_options`. Add it only when the user names a cabin.

• `--limit` — off returns a default page; paginate with next_cursor (Step 3). Add only

for "just show me 3".

• `--sort_key` — off uses WEIGHTED_SCORE (a good blend). Other keys:

LOWEST_TOTAL_AMOUNT, SHORTEST_DURATION, LEAST_NUMBER_OF_STOPS, EARLIEST_DEPARTURE_TIME, LATEST_DEPARTURE_TIME, EARLIEST_ARRIVAL_TIME, LATEST_ARRIVAL_TIME. Sorting applies to a new search only — re-sort by starting fresh, not on a --resume_job_id page.

• `--include_fare_options` — off. It's the only thing that returns fare_options; any

search without it (cabin or not) has none. Add it only to compare cabins/fares.

• Use `ramp travel search-flight` for flight searches. Check ramp travel --help if the

alias is unavailable before continuing.

Delegated booking

Only set traveler_user_id when the user explicitly asks to book for another person. Otherwise omit it everywhere and book for the logged-in user.

When the user asks to book for someone else:

1. Resolve that traveler before profile preflight or search:

ramp users list --name_search "Taylor Smith" --page_size 5 \
  --rationale "resolve the traveler for the Toronto→SFO trip" --output json

Use the returned traveler user UUID as traveler_user_id. If more than one user could match, ask the requester to pick the exact traveler before continuing.

1. Preserve the same traveler_user_id across the whole delegated flow: profile preflight,

profile-update if needed, every search-flight call (initial search, resume pages, and round-trip return search), both travel book preview and confirm calls, and booking verification/retries. Do not switch traveler ids mid-flow.

1. If traveler lookup fails or a target-aware call returns an authorization/empty-access result,

respond in plain travel-helper language. Do not mention traveler_user_id, flags, command names, command counts, or CLI mechanics. Say you couldn't find/access that traveler and ask whether to continue for the requester or search again with a Ramp email/exact profile name. Example: "I couldn't find a traveler named Emmy Song in this Ramp directory. If you want to book for yourself, I can continue using your own traveler profile. Otherwise, send me the traveler's Ramp email or exact profile name and I'll search again." Do not silently fall back to self-booking.

Step 1 — gather trip details

Use what the user gave you; infer the rest. Only ask about things both missing and important, and ask them all at once (never one at a time).

Infer silently, then say back (don't ask):

Say assumptions in one line as you go — "Searching JFK → SFO, Mon Jul 6, round-trip…".

If something required is still missing, ask for all of it in a single AskUserQuestion (selectable options, one question per item). Required: destination, origin (if no home airport to guess), departure date, one-way vs round-trip (if unclear), return date (round-trip). Keep dates in the future — 14+ days out is safest (a common policy cutoff). Never re-ask what they told you.

Step 2 — resolve a place to a --departure/--arrival value

• Airport code (SFO, JFK) → use directly, skip this step.
• City/vague place ("New York", "the Bay Area") → look it up first:

ramp travel locations --query "New York" --location_type city --limit 5 \
  --rationale "resolve New York to a metro id for the user's trip" --output json

For a city, the metro id is its `search_code` (a UUID; iata_code is empty). Pass that one search_code to search the whole metro (New York covers JFK/LGA/EWR; Toronto covers YYZ/YTZ). For one specific airport, search --location_type airport and pass its iata_code.

Step 3 — search flights

Add --return_date only for round-trips. Add --traveler_user_id only for delegated bookings. No --cabin_class/--limit/--sort_key unless the user named a cabin, count, or order.

ramp travel search-flight --output json \
  --departure YYZ --arrival SFO \
  --departure_date 2026-07-01 --return_date 2026-07-08 \
  --rationale "search flights for the Toronto→SFO trip, Jul 1-8"

Usually one call returns the full ranked set — offers come back with in_policy already worked out, no client-side polling.

Check `search_complete` first. On a dense route the server can return search_complete: false with only the best offers so far and no cursor. When that happens, re-call search-flight with --resume_job_id <job_id> (this response's job_id, no --cursor); the workflow keeps running, so the resume usually returns the final, ranked set. Repeat until search_complete: true, then build the table. The resumed offers supersede the partial ones (same ids) — replace, don't append. Don't present partial offers as final or tell the user to change their trip mid-search.

Once complete, empty offers = no match — tell the user and offer to change dates/airports. (Output is also token-capped, so a long result may page: pass job_id as --resume_job_id and next_cursor as --cursor to fetch more, only if the user wants beyond the first page.)

For round-trips, save this response's `job_id` — it's --search_job_id in Step 5.

Step 4 — show the offers

Turn the JSON into one table. Keep each offer's id out of the table (you need it for returns/booking). Each offers[] item has exactly these keys (don't invent others): id, airline_name, flight_number, departure_airport/arrival_airport, departure_time/arrival_time, departure_date/arrival_date (for the ⁺¹ next-day mark), duration, stops, price, in_policy/policy_reason, fare_name (free-text fare label), and fare_options (the per-fare grid — present only when you passed `--include_fare_options`).

• # — the row's on-screen position (top = 1, no gaps), not the JSON index. If you

reorder (e.g. cheapest in-policy first), renumber top to bottom. Keep a private #→id map so "book #3" resolves correctly.

• Depart → Arrive — local times; add ⁺¹ when arrival is next-day.
• Duration, Stops — as returned (Nonstop, 1 stop).
• Price — always show. Round-trip header says "round-trip total" (covers both legs);

one-way says "Price". Say which in words.

• Policy — in_policy: true → ✓, false → ✗ + short policy_reason (e.g.

✗ (booked < 14 days out)), null → — (not checked); never show ✗ for null.

Above the table, show up to 3 recommended options with a couple-word reason, price, and policy status ("Recommended: JetBlue — cheapest in-policy, $289 round-trip."). If search_policy_summary has text, show it once as a short banner.

Step 5 — round-trip: confirm the outbound, then fetch returns

Round-trips only. Wait for the user to name the outbound. Don't guess or default to cheapest/first. Ask "Which outbound do you want? I'll pull the matching returns once you pick." If vague ("the morning one") and more than one fits, confirm the exact flight.

The return step is a second flight-search call — same command, with the chosen outbound's id as --outbound_offer_id plus the Step 3 job_id as --search_job_id (carries outbound context for return-policy). For delegated bookings, also pass the same --traveler_user_id. Don't pass --departure/--arrival/dates again — mixing them with --outbound_offer_id is rejected.

ramp travel search-flight --output json \
  --outbound_offer_id "<chosen_outbound_offer_id>" \
  --search_job_id "<job_id_from_step_3>" \
  --rationale "return offers for the chosen outbound, Toronto→SFO trip Jul 1-8"

The response is is_round_trip: true with offers being the return legs. (Return mode is synchronous, so its job_id is null; page more returns by reusing --outbound_offer_id + --cursor.) Show them like Step 4. Each return offer's price is the full round-trip total — say so ("the nonstop keeps your trip at $289; the 1-stop return makes it $396 total"). Returns often come back in_policy: null; if every offer is null, drop the Policy column (never show ✗ for null). The id you carry to booking is the chosen return offer's id.

Step 6 — book (preview → confirm → verify)

Always three steps; never book in one shot, never assume a yes, never book a flight the traveler didn't name. Booking spends real money.

Before previewing or confirming a booking, check whether the traveler already has a Ramp travel profile:

ramp travel profile --output json \
  --rationale "check whether the Toronto→SFO Jul 1-8 trip traveler profile is ready for booking"

If has_profile is false, collect the required traveler details in one message, then update the profile before continuing. Use the tool to save the details the traveler gives you; do not send them to the Ramp web app for this.

For delegated bookings, pass the same traveler_user_id from the user lookup flow to travel profile and, if needed, travel profile-update. For self-booking, omit traveler_user_id.

ramp travel profile-update --output json \
  --first_name "Taylor" \
  --last_name "Smith" \
  --date_of_birth "1990-01-15" \
  --email "taylor@example.com" \
  --phone_number "+14155550123" \
  --rationale "create the traveler profile needed to book the Toronto→SFO Jul 1-8 trip"

Only continue when the update succeeds. Confirm the profile-update result reports success, or re-run travel profile to verify the traveler now has a profile before moving on. For delegated bookings, re-run it with the same traveler_user_id. If the update fails, correct the missing details and retry instead of continuing to booking.

Once the profile exists, continue to the normal preview, confirmation, and verification flow.

Which id: one-way → the chosen offer's id from search-flight; round-trip → the chosen return offer's id from Step 5 (it represents the whole round-trip and its both-legs total — not the outbound id). Pass it as the first arg (ramp travel book "<id>"). Behind it is `flight_offer_uuid`, so a --json body uses key flight_offer_uuid, not offer_id.

Phase 1 — preview (always first)

Run book without `--confirm` — that returns the preview and books nothing. For delegated bookings, pass the same --traveler_user_id used for profile preflight/search.

ramp travel book "<flight_offer_uuid>" --output json \
  --rationale "preview fare for the Toronto→SFO Jul 1 trip before the traveler confirms"

Show plainly: route/dates, airline/flight, cabin/fare, total, policy result, and paying fund(s). The preview returns `eligible_funds` (each with fund_uuid, fund_name, sometimes available_balance/spending_limit).

Always ask: *"Want to pay from a specific fund?"* (a yes/no). Then:

• Yes → pass the chosen fund's fund_uuid as --spend_allocation_id. One eligible fund →

name it and use it; several → list them by name and ask which.

• No → leave --spend_allocation_id off. This is not an auto-pick — it **requests a

new allocation** (a fresh spend request that goes through approval). That's a fine choice; just be clear that's what happens, don't call it "auto-selected."

• Empty `eligible_funds` → there's no fund to specify; omit --spend_allocation_id and a

new allocation is requested.

Whether the booking needs sign-off comes from the preview's `requires_approval` / `approval_steps` — surface those plainly rather than inferring it from the fund.

Then state the total in plain words and ask for a clear yes — *"This books LHR → JFK on Delta, Jul 6, for $412 total, paid from the Travel fund. Book it?"* Stop and wait.

Phase 2 — confirm (only after a clear "yes")

Add --confirm and pass the preview's total as --expected_total_amount (rejects the booking if the fare moved instead of quietly charging more). Use the preview's total_amount exactly as a string with the currency symbol, single-quoted ('$288.80') — double quotes let the shell eat $2, sending 88.80 and triggering a false price-change rejection. For delegated bookings, pass the same --traveler_user_id used in the preview.

ramp travel book "<flight_offer_uuid>" --confirm \
  --expected_total_amount '<preview_total_amount>' --output json \
  --rationale "book the Toronto→SFO Jul 1 trip; traveler approved the previewed fare"

Extra flags, only when they apply:

• `--spend_allocation_id <fund_uuid>` — the chosen fund's fund_uuid when the traveler

specified one. Omit it if they chose not to (or eligible_funds was empty) — that requests a new allocation.

• `--reason "<note>"` — booking notes, if offered.
• `--trip_id <uuid>` — attach to an existing trip; off to auto-pick/create.

Price-change error = fare moved: re-run Phase 1 and re-confirm only after the traveler re-approves. (--dry_run prints the request without sending.)

Phase 3 — verify it went through

The confirm response is optimistic, not final — it can say approved/pending_approval and still fail in fulfillment. Don't say "you're booked" off the confirm alone:

ramp travel bookings --include_flights --output json \
  --rationale "verify the Toronto→SFO Jul 1 booking reached a terminal status"

For delegated bookings, pass the same --traveler_user_id when verifying and on every retry; otherwise travel bookings checks the requester's bookings.

Find the flight you just booked by matching what travel bookings returns — departure/arrival airports, flight_number, and departure time. If several match (e.g. earlier pending/failed attempts on the same route/date), pick the most recent by `booked_at` — that's the one you just created. (travel bookings doesn't return the confirm's booking_request_id, so don't match on that.) Report its status. Most read for themselves (CONFIRMED, PENDING_APPROVAL, CANCELLED). Two need care:

• `PROCESSING` is not final — wait and re-run travel bookings until it settles;

don't report it as booked yet.

• `FAILED` — show error_message exactly. If it points to missing traveler details, use

travel profile and travel profile-update with the same traveler target to complete the profile before retrying.

Comparing cabins or fares (only when asked)

Only when the user asks to compare cabins, see upgrade prices, or asks about fare differences ("show the class options", "how much to upgrade to business"). A normal search returns no fare grid, and you can't get one by resuming a prior lean search — when the user wants to compare, run a fresh search with `include_fare_options=true` (then fetch returns from that job).

• `cabin_class` is optional — leave off to search all cabins; add only for one cabin.
• `include_fare_options: true` adds each flight's bookable fare classes to fare_options

(each with fare_name, fare_category — Basic Economy/Economy/Economy Plus/ Premium/Business/First — price, in_policy/policy_reason, and a bookable fare id).

The offer's top-level price is the cheapest fare; fare_options lists the upgrades. To book a specific fare, pass that fare option's id, not the offer's top-level id.

Send it via --include_fare_options if the available flight-search command lists it; otherwise via the --json body:

ramp travel search-flight --output json --json '{
  "departure": "JFK", "arrival": "SFO",
  "departure_date": "2026-07-06", "return_date": "2026-07-10",
  "include_fare_options": true,
  "rationale": "compare cabin/fare classes for the JFK→SFO trip, Jul 6-10"
}'

Once you're in a comparison (the search that set include_fare_options=true), re-send include_fare_options on every follow-up call (pagination and the Step 5 return search) — it doesn't persist on its own — so the fare grid stays on across pages.

Present a single cabin-grid matrix — one row per flight, one column per cabin category — ordered by departure time (a comparison, not a ranked list):

• # — display position (top = 1); keep an internal #→per-cabin-fare-id map so

"book #2 in economy" resolves to the right fare option id.

• Depart → Arrive — local times, ⁺¹ for next-day.
• One column per fare_category; cell = that fare's price, — if the flight doesn't sell it.
• Bold = in policy (in_policy: true); plain otherwise; render null plain (don't claim

out-of-policy). Add a one-line legend.

Above the table, give the lead line (cheapest fare anywhere + the highest in-policy cabin) and make the upgrade math explicit ("Basic Economy $289, in policy; Economy $399; Business $1,101, out of policy").

Supporting tools (profile, trips, bookings)

Four supporting tools; use when relevant, not on every booking.

• `travel profile` — the traveler's saved profile (name, email, phone, DOB, gender,

KTN/TSA, redress, loyalty). Use for "what's my known traveler number?" and before booking to check whether has_profile is true.

• `travel profile-update` — saves missing traveler details before booking when

travel profile returns has_profile: false, or when a failed booking points to missing traveler details.

• `travel list` — the traveler's trips (--status completed|ongoing|upcoming,

--cursor). Each has id, trip_name, dates, locations. Use to find a trip id for --trip_id on book.

• `travel bookings` — existing flight/hotel bookings (--include_flights/

--include_hotels, --limit). Each has a status (CONFIRMED/PENDING_APPROVAL/FAILED

• error_message), route/times, trip_name/trip_id. **Source of truth for whether a

booking succeeded** (Phase 3) and for "what flights do I have booked?".

Gotchas

• Offers expire from the cache. If a return or book call fails with a cache/offer error,

re-run the search (Step 3) for fresh offers and continue.