• Look for pricing or offer preview.
• Confirm line item or commercial bridge logic is present.
• Done when the trip can move from plan to offer without confusion.

• Scroll to the bottom.
• Confirm there is a visible bridge back to /studio.
• Done when the return path is obvious and low-friction.

If a step breaks, note:

• route
• expected behavior
• actual behavior
• whether the issue is content, routing, or data

🟡 Partially ready: Offer Bridge. Code has pricing preview, line-item projection, and add-to-offer controls, but create/attach offer behavior still needs functional testing with real project/offer data.

⏳ Not complete: Booking And FareHarbor. Code has a join panel and FareHarbor button/modal component, but trip booking still logs/alerts and BookingBundle/FareHarbor are not wired as final execution truth.

Verified local routes returning 200: /trips, /trips/plans, /trips/plans/mezquita, /trips/featured, /trips/cities, /trips/cities/cordoba, /trips/network, /trips/updates, /trips/plan, /trips/planner, /trips/1, /trips/1/schedule.

🟡 Still needs rendered route check: confirm the updated copy appears in the deployed app and that FareHarbor opens as intended from the app buttons/modal.

🟡 pending revision: browser visual/modal click check still needed before main-project integration.

- pending revision - ✅ completed: audited all seven Molino Index section source sheets and confirmed each has Molino⺢Section.

- pending revision - ✅ completed: corrected source sheet links for practice contact, experience partner/network routing, and travel/education planner CTAs.

- pending revision - ✅ completed: ran Molino Index sync: dev/story/craft/practice/experience/travel/education all synced with 0 failed.

- pending revision - ✅ completed: verified affected routes returned 200: /studio/experience, /studio/travel, /studio/education, /trips, /trips/network, /trips/planner.

- pending revision - ✅ completed: enhanced Trips fallback/default section copy and image fallbacks while preserving builder/editable section flow.

🟡 pending revision: human browser review still needed for visual polish and FareHarbor modal click behavior before main-project integration.

2026-04-29 - Before coding
Goal: rebuild /trips marketing and narrative flow from the legacy landing reference into the current Molino Trips surface without breaking the studio -> trips bridge, the section editor, or the assistant-supported planner flow.
Scope: Trips landing shell and section order, FareHarbor lightframe behavior inside Trips, visible offer bridge, and visible footer bridge back to /studio.
Expected done condition: /trips reads as a complete Trips-first landing page, booking stays inside the Trips domain with one-click modal behavior, offer/pricing bridge is readable, and the return path to Studio is obvious.
Current status before coding: legacy reference captured locally, current Trips registry inspected, active offside notes aligned, and trip edit permissions already tightened.

If you only do the minimum useful pass in staging, do these in order:

1. Open /trips and confirm the public front door renders cleanly.✅

2. Check that the four commercial lanes are visible near the top.

3. Click one CTA from each lane and verify every route lands somewhere real.

4. Open one trip detail and one schedule page to confirm read-only separation.

5. Open the planner surface and verify it stays private and separate from public browsing.

6. Click one booking button and confirm FareHarbor behaves as button/modal execution only.

7. Scroll to the footer and confirm there is a visible bridge back to /studio.
   Fast stop rule: if a step breaks, note the route, expected behavior, actual behavior, and whether the issue is content, routing, or data.

8. Implementation order Phase 0 — freeze Do not touch: Folio pagination DocumentPage ensureBlocks Prisma redesign AI mode refactor unless blocking current page Phase 1 — public /trips Build: types/trips.types.ts actions/getTripsLandingData.ts components/TripsHero.tsx components/TripsPathways.tsx components/FeaturedTripsSection.tsx components/FeaturedCitiesSection.tsx components/FeaturedPlansSection.tsx components/TripsPartnerCTA.tsx components/TripsUpdatesSection.tsx page.tsx Closure: Trips landing is deployable and commercially coherent. Phase 2 — read-only discovery routes Build: /trips/featured /trips/cities /trips/cities/[citySlug] /trips/plans /trips/plans/[planSlug] /trips/[tripId] /trips/[tripId]/schedule Closure: Users can browse trips, cities, plans, and schedules without planner complexity. Phase 3 — inline planner Build: /trips/planner /trips/planner/[draftId] TripPlannerContext reuse normalizeStops reuse inline TripDetail editing autosave only through actions Closure: Private trip draft creation and editing works. Phase 4 — pricing and offer bridge Build: LineItem preview OfferBuilderBridge createOfferFromTrip copyTripLineItemsToOffer share trip / guestlist CTA Closure: A planned trip can become a commercial offer. Phase 5 — BookingBundle Build: createBookingBundleFromTrip requestBooking BookingBundle status UI BookingItem confirmation UI Closure: Booking execution no longer contaminates Trip planning truth. Phase 6 — Apps Script exports Build: exportTripPdf exportTripEmail exportTripCalendar exportBookingDoc Closure: Trips can produce operational Google outputs. Phase 7 — FareHarbor validation Build later: fareharbor availability adapter calendar validation external reference storage manual confirmation bridge Closure: FareHarbor helps validate and execute, but does not become truth.
   Trips closure plan — streamlined execution order One-glance execution path

9. Freeze boundaries No Folio, pagination, schema redesign, or backend reshuffle.

10. Close public Trips surface first /trips as Al-Andalus Experience front door.

11. Close dual narrative Travellers/custom trips + local/professional network.

12. Close planner UX Keep TripPlannerContext + normalizeStops, move toward inline TripDetail editing.

13. Close execution layer Trip remains planning; BookingBundle handles booking fulfillment.

14. Close projections Apps Script exports: PDF, email, calendar, booking doc.

15. Close FareHarbor Manual-first execution now; calendar validation later. Your deployed notes already define the core order: keep TripPlannerContext and normalizeStops, move to inline TripDetail editing, derive hotel policy from start date, introduce BookingBundle, add Apps Script export endpoints, and keep FareHarbor manual until validation is solid.

16. Product truth Trips is the public commercial surface of Molino. Externally, it is: Al-Andalus Experience → trips → city experiences → shared departures → local sessions → travel planning → partner network Internally, it is: Trip = bundled commercial plan SessionCard / Experience / GroupSession = underlying sellable units Planner = deterministic authoring surface Booking = execution, not trip truth Your notes explicitly separate these external and internal roles: Al-Andalus Experience is the public travel surface, while Trip, SessionCard, Experience, GroupSession, Planner, and Booking each keep separate responsibilities.

17. Dual narrative to preserve The Trips interface must always speak to two audiences at once, without mixing their flows. Narrative A — Traveller / group organizer Purpose: “I want to plan, join, price, share, or book a trip.” Sections: Hero Plan your private trip Featured group trips Featured cities Featured local plans Trip schedule Cost preview Guestlist sharing Join / request booking CTA Primary routes: /trips /trips/plan /trips/featured /trips/[tripId] /trips/[tripId]/schedule /trips/planner/[draftId] Narrative B — local expert / travel professional / provider Purpose: “I want to collaborate, provide services, list plans, or work with your local network.” Sections: Travel professionals CTA Local providers CTA Partner network Featured city collaborators Submit / discuss local plan Operational trust story Primary routes: /trips/network /trips/cities /trips/plans /trips/updates Shared bridge Both narratives meet through: Experience / Plan → GroupSession → Trip → LineItems → Offer → Order → Projection Your notes define the canonical domain order as ConceptCard -> Experience -> GroupSession -> Trip -> LineItems -> Offer -> Order -> Projection, with Experiences defining what is sold, GroupSessions defining when it happens, and Trips defining how it is bundled.

18. Final route structure Use this as the complete Trips route map: app/(pages)/trips/ ├── page.tsx // public Al-Andalus Experience landing ├── plan/page.tsx // plan your private trip CTA surface ├── featured/page.tsx // shared departures / featured group trips ├── cities/page.tsx // city discovery ├── cities/[citySlug]/page.tsx // city detail + city plans ├── plans/page.tsx // daytime/local plans ├── plans/[planSlug]/page.tsx // plan detail / add to trip / book button ├── network/page.tsx // travel pros + local providers ├── updates/page.tsx // articles, news, shout-outs ├── [tripId]/page.tsx // public trip detail ├── [tripId]/schedule/page.tsx // public schedule / calendar / agenda └── planner/ ├── page.tsx // create planner draft └── [draftId]/page.tsx // inline trip planner editor This preserves your public product map: landing page, featured/shared trips, custom planner, trip detail, schedule, partners, cities, and experiences discovery.

19. Landing page closure The /trips landing page should close the public narrative first. Canonical section order: trip_hero trip_pathways trip_how_it_works trip_featured_group_trips trip_featured_cities trip_featured_experiences trip_plan_your_trip trip_for_partners trip_updates trip_final_cta This matches your deployed section map, which already lists these sections as canonical.
    Done when /trips renders cleanly All three entry paths are visible:

20. Plan private trip

21. Join featured group trip

22. Travel pro / local provider No failed-fetch messages appear publicly Empty states are graceful CTAs route somewhere real

23. Planner closure Planner rule: TripPlannerContext + normalizeStops stay as the base. Stops are the single source of truth. UI steps are only display abstraction. Your notes define the locked planner flow as Client → TripPlannerContext → normalizeStops → setForm → create/updateTripFromPlanner → Prisma → revalidate → Trip Engine → UI.
    Keep now TripPlannerContext normalizeStops createTripFromPlanner updateTripFromPlanner pricing engine line item generation persisted Trip Refactor target Sidebar planner → temporary Inline TripDetail editor → destination /trips/new or /trips/planner → real builder The deployed plan says the current pattern is deterministic form, normalized stops, pricing engine, and persisted trip, while the target is inline builder, single-surface editing, and no step fragmentation.
    Inline editor sections Basics Route Services Hotels Options Pricing preview Offer bridge Done when Can create trip draft Can edit existing trip inline Stops normalize deterministically Core cities remain valid Pricing recomputes LineItems remain economic truth No duplicate route state

24. Hotel policy closure Hotel handling should not be manually promised by the UI. Use one derived field: type HotelPolicy = | "managed_blocked_inventory" | "estimate_only" | "external_links_only"; Initial safe rule: function deriveHotelPolicy(daysUntilStart: number): HotelPolicy { if (daysUntilStart > 40) { return "managed_blocked_inventory"; }

    return "external_links_only"; } Your notes define hotelPolicy as derived from daysUntilStart, with managed blocked inventory above 40 days and external links only otherwise.
    UI behavior managed_blocked_inventory → show room allocation / managed hotel planning

    estimate_only → show estimate disclaimer / optional hotel inclusion

    external_links_only → show external booking links / no managed room promise Done when Hotel policy is computed, not manually selected Trip start date controls hotel behavior UI only shows allowed hotel controls Offer/export language matches policy

25. Execution closure Hard rule: Trip ≠ Booking Trip = plan Booking = execution Your next-steps note states this directly and defines Trip Planner as Builder + Engine + Execution Layer.
    Required separation Trip → planning truth
    BookingBundle → fulfillment bundle
    BookingItem → individual execution item
    Apps Script / manual ops / FareHarbor → projection and execution channels The deployed guide defines BookingBundle as separate from Trip, hotel policy as derived from days until start, FareHarbor as manual-first or validation-first, and Apps Script as the office output layer.
    Minimum model concept type BookingBundleStatus = | "draft" | "pending" | "partial" | "confirmed" | "cancelled";
    type BookingBundle = { id: string; tripId: string; status: BookingBundleStatus; items: BookingItem[]; };
    type BookingItem = { id: string; bundleId: string; kind: | "hotel" | "transport" | "guide" | "experience" | "meal" | "ticket" | "other"; status: "draft" | "requested" | "confirmed" | "failed" | "cancelled"; externalRef?: string | null; }; Done when Request Booking creates BookingBundle Trip remains unchanged as planning truth Bundle status moves draft → pending Ops can confirm items manually Confirmation updates bundle, not Trip truth

26. FareHarbor closure FareHarbor role: Execution bridge only. Not truth. Not booking backbone yet. Your notes explicitly resolve the FareHarbor conflict by keeping FareHarbor as projection/execution bridge, not truth, and manual-first until calendar validation is stable.
    Stage now Use FareHarbor buttons / links / lightframe Confirm bookings in dashboard Update Molino booking status manually Do not automate booking execution Stage later Read calendar availability Validate schedulability Warn if impossible Still do not treat FareHarbor as canonical truth Done when Featured plans/trips can show FH button Button opens booking path Molino stores external reference where available Manual confirmation can update BookingBundle No internal Trip state depends on FH

27. Apps Script export closure Exports are required, but they stay projections. Required endpoints: /export/pdf /export/email /export/calendar /export/booking-doc Your deployed plan names these four Apps Script highway endpoints and defines the flow as Next.js action → API route → Apps Script → Google output → metadata → Prisma.
    Correct Molino pattern Server action → validates canonical entity → writes/export job metadata → calls API route only for external Apps Script bridge → Apps Script creates Google output → response stores externalRef → revalidate Done when Trip can export booking doc Trip can export calendar draft Offer can export PDF/doc Email export can be generated External Google IDs are persisted

28. Final module boundary Use this vertical slice: app/(pages)/trips/ ├── page.tsx ├── featured/page.tsx ├── plan/page.tsx ├── planner/ ├── cities/ ├── plans/ ├── network/ ├── updates/ ├── [tripId]/ ├── actions/ ├── adapters/ ├── components/ ├── context/ ├── types/ └── api/ Rules: page.tsx → read-only orchestration

    actions/ → Prisma + mutation authority

    components/ → dumb UI only

    context/ → ephemeral planner UI state only

    api/ → external integrations only

    adapters/ → legacy/FareHarbor payloads into Molino view models

29. Final closure checklist Trips is closed when all of this is true: Public story works /trips is clean, commercial, and complete
    Dual narrative works travellers and providers/pros have separate visible paths
    Discovery works trips, cities, plans, updates render without failed-fetch noise
    Planner works inline builder uses TripPlannerContext + normalizeStops
    Pricing works LineItems remain canonical
    Offer works trip can generate offer preview / offer
    Booking works BookingBundle handles execution separately
    Hotel logic works hotelPolicy is derived from timing
    FareHarbor is safe manual-first, validation later, never truth
    Exports work PDF/email/calendar/booking-doc go through Apps Script highway
    Architecture holds no Prisma outside actions no mutation in pages no internal API plumbing no Folio changes Final decision The safest closure path is: Public Trips surface → Read-only discovery → Inline planner → Offer bridge → BookingBundle → Apps Script exports → FareHarbor validation Do not start with planner internals or booking automation. Start by making /trips commercially complete, then progressively connect the working planner and execution layers behind it.
    Trips closure plan — streamlined execution order One-glance execution path

30. Freeze boundaries No Folio, pagination, schema redesign, or backend reshuffle.

31. Close public Trips surface first /trips as Al-Andalus Experience front door.

32. Close dual narrative Travellers/custom trips + local/professional network.

33. Close planner UX Keep TripPlannerContext + normalizeStops, move toward inline TripDetail editing.

34. Close execution layer Trip remains planning; BookingBundle handles booking fulfillment.

35. Close projections Apps Script exports: PDF, email, calendar, booking doc.

36. Close FareHarbor Manual-first execution now; calendar validation later. Your deployed notes already define the core order: keep TripPlannerContext and normalizeStops, move to inline TripDetail editing, derive hotel policy from start date, introduce BookingBundle, add Apps Script export endpoints, and keep FareHarbor manual until validation is solid.

37. Product truth Trips is the public commercial surface of Molino. Externally, it is: Al-Andalus Experience → trips → city experiences → shared departures → local sessions → travel planning → partner network Internally, it is: Trip = bundled commercial plan SessionCard / Experience / GroupSession = underlying sellable units Planner = deterministic authoring surface Booking = execution, not trip truth Your notes explicitly separate these external and internal roles: Al-Andalus Experience is the public travel surface, while Trip, SessionCard, Experience, GroupSession, Planner, and Booking each keep separate responsibilities.

38. Dual narrative to preserve The Trips interface must always speak to two audiences at once, without mixing their flows. Narrative A — Traveller / group organizer Purpose: “I want to plan, join, price, share, or book a trip.” Sections: Hero Plan your private trip Featured group trips Featured cities Featured local plans Trip schedule Cost preview Guestlist sharing Join / request booking CTA Primary routes: /trips /trips/plan /trips/featured /trips/[tripId] /trips/[tripId]/schedule /trips/planner/[draftId] Narrative B — local expert / travel professional / provider Purpose: “I want to collaborate, provide services, list plans, or work with your local network.” Sections: Travel professionals CTA Local providers CTA Partner network Featured city collaborators Submit / discuss local plan Operational trust story Primary routes: /trips/network /trips/cities /trips/plans /trips/updates Shared bridge Both narratives meet through: Experience / Plan → GroupSession → Trip → LineItems → Offer → Order → Projection Your notes define the canonical domain order as ConceptCard -> Experience -> GroupSession -> Trip -> LineItems -> Offer -> Order -> Projection, with Experiences defining what is sold, GroupSessions defining when it happens, and Trips defining how it is bundled.

39. Final route structure Use this as the complete Trips route map: app/(pages)/trips/ ├── page.tsx // public Al-Andalus Experience landing ├── plan/page.tsx // plan your private trip CTA surface ├── featured/page.tsx // shared departures / featured group trips ├── cities/page.tsx // city discovery ├── cities/[citySlug]/page.tsx // city detail + city plans ├── plans/page.tsx // daytime/local plans ├── plans/[planSlug]/page.tsx // plan detail / add to trip / book button ├── network/page.tsx // travel pros + local providers ├── updates/page.tsx // articles, news, shout-outs ├── [tripId]/page.tsx // public trip detail ├── [tripId]/schedule/page.tsx // public schedule / calendar / agenda └── planner/ ├── page.tsx // create planner draft └── [draftId]/page.tsx // inline trip planner editor This preserves your public product map: landing page, featured/shared trips, custom planner, trip detail, schedule, partners, cities, and experiences discovery.

40. Landing page closure The /trips landing page should close the public narrative first. Canonical section order: trip_hero trip_pathways trip_how_it_works trip_featured_group_trips trip_featured_cities trip_featured_experiences trip_plan_your_trip trip_for_partners trip_updates trip_final_cta This matches your deployed section map, which already lists these sections as canonical.
    Done when /trips renders cleanly All three entry paths are visible:

41. Plan private trip

42. Join featured group trip

43. Travel pro / local provider No failed-fetch messages appear publicly Empty states are graceful CTAs route somewhere real

44. Planner closure Planner rule: TripPlannerContext + normalizeStops stay as the base. Stops are the single source of truth. UI steps are only display abstraction. Your notes define the locked planner flow as Client → TripPlannerContext → normalizeStops → setForm → create/updateTripFromPlanner → Prisma → revalidate → Trip Engine → UI.
    Keep now TripPlannerContext normalizeStops createTripFromPlanner updateTripFromPlanner pricing engine line item generation persisted Trip Refactor target Sidebar planner → temporary Inline TripDetail editor → destination /trips/new or /trips/planner → real builder The deployed plan says the current pattern is deterministic form, normalized stops, pricing engine, and persisted trip, while the target is inline builder, single-surface editing, and no step fragmentation.
    Inline editor sections Basics Route Services Hotels Options Pricing preview Offer bridge Done when Can create trip draft Can edit existing trip inline Stops normalize deterministically Core cities remain valid Pricing recomputes LineItems remain economic truth No duplicate route state

45. Hotel policy closure Hotel handling should not be manually promised by the UI. Use one derived field: type HotelPolicy = | "managed_blocked_inventory" | "estimate_only" | "external_links_only"; Initial safe rule: function deriveHotelPolicy(daysUntilStart: number): HotelPolicy { if (daysUntilStart > 40) { return "managed_blocked_inventory"; }

    return "external_links_only"; } Your notes define hotelPolicy as derived from daysUntilStart, with managed blocked inventory above 40 days and external links only otherwise.
    UI behavior managed_blocked_inventory → show room allocation / managed hotel planning

    estimate_only → show estimate disclaimer / optional hotel inclusion

    external_links_only → show external booking links / no managed room promise Done when Hotel policy is computed, not manually selected Trip start date controls hotel behavior UI only shows allowed hotel controls Offer/export language matches policy

46. Execution closure Hard rule: Trip ≠ Booking Trip = plan Booking = execution Your next-steps note states this directly and defines Trip Planner as Builder + Engine + Execution Layer.
    Required separation Trip → planning truth
    BookingBundle → fulfillment bundle
    BookingItem → individual execution item
    Apps Script / manual ops / FareHarbor → projection and execution channels The deployed guide defines BookingBundle as separate from Trip, hotel policy as derived from days until start, FareHarbor as manual-first or validation-first, and Apps Script as the office output layer.
    Minimum model concept type BookingBundleStatus = | "draft" | "pending" | "partial" | "confirmed" | "cancelled";
    type BookingBundle = { id: string; tripId: string; status: BookingBundleStatus; items: BookingItem[]; };
    type BookingItem = { id: string; bundleId: string; kind: | "hotel" | "transport" | "guide" | "experience" | "meal" | "ticket" | "other"; status: "draft" | "requested" | "confirmed" | "failed" | "cancelled"; externalRef?: string | null; }; Done when Request Booking creates BookingBundle Trip remains unchanged as planning truth Bundle status moves draft → pending Ops can confirm items manually Confirmation updates bundle, not Trip truth

47. FareHarbor closure FareHarbor role: Execution bridge only. Not truth. Not booking backbone yet. Your notes explicitly resolve the FareHarbor conflict by keeping FareHarbor as projection/execution bridge, not truth, and manual-first until calendar validation is stable.
    Stage now Use FareHarbor buttons / links / lightframe Confirm bookings in dashboard Update Molino booking status manually Do not automate booking execution Stage later Read calendar availability Validate schedulability Warn if impossible Still do not treat FareHarbor as canonical truth Done when Featured plans/trips can show FH button Button opens booking path Molino stores external reference where available Manual confirmation can update BookingBundle No internal Trip state depends on FH

48. Apps Script export closure Exports are required, but they stay projections. Required endpoints: /export/pdf /export/email /export/calendar /export/booking-doc Your deployed plan names these four Apps Script highway endpoints and defines the flow as Next.js action → API route → Apps Script → Google output → metadata → Prisma.
    Correct Molino pattern Server action → validates canonical entity → writes/export job metadata → calls API route only for external Apps Script bridge → Apps Script creates Google output → response stores externalRef → revalidate Done when Trip can export booking doc Trip can export calendar draft Offer can export PDF/doc Email export can be generated External Google IDs are persisted

49. Implementation order Phase 0 — freeze Do not touch: Folio pagination DocumentPage ensureBlocks Prisma redesign AI mode refactor unless blocking current page Phase 1 — public /trips Build: types/trips.types.ts actions/getTripsLandingData.ts components/TripsHero.tsx components/TripsPathways.tsx components/FeaturedTripsSection.tsx components/FeaturedCitiesSection.tsx components/FeaturedPlansSection.tsx components/TripsPartnerCTA.tsx components/TripsUpdatesSection.tsx page.tsx Closure: Trips landing is deployable and commercially coherent. Phase 2 — read-only discovery routes Build: /trips/featured /trips/cities /trips/cities/[citySlug] /trips/plans /trips/plans/[planSlug] /trips/[tripId] /trips/[tripId]/schedule Closure: Users can browse trips, cities, plans, and schedules without planner complexity. Phase 3 — inline planner Build: /trips/planner /trips/planner/[draftId] TripPlannerContext reuse normalizeStops reuse inline TripDetail editing autosave only through actions Closure: Private trip draft creation and editing works. Phase 4 — pricing and offer bridge Build: LineItem preview OfferBuilderBridge createOfferFromTrip copyTripLineItemsToOffer share trip / guestlist CTA Closure: A planned trip can become a commercial offer. Phase 5 — BookingBundle Build: createBookingBundleFromTrip requestBooking BookingBundle status UI BookingItem confirmation UI Closure: Booking execution no longer contaminates Trip planning truth. Phase 6 — Apps Script exports Build: exportTripPdf exportTripEmail exportTripCalendar exportBookingDoc Closure: Trips can produce operational Google outputs. Phase 7 — FareHarbor validation Build later: fareharbor availability adapter calendar validation external reference storage manual confirmation bridge Closure: FareHarbor helps validate and execute, but does not become truth.

50. Final module boundary Use this vertical slice: app/(pages)/trips/ ├── page.tsx ├── featured/page.tsx ├── plan/page.tsx ├── planner/ ├── cities/ ├── plans/ ├── network/ ├── updates/ ├── [tripId]/ ├── actions/ ├── adapters/ ├── components/ ├── context/ ├── types/ └── api/ Rules: page.tsx → read-only orchestration

    actions/ → Prisma + mutation authority

    components/ → dumb UI only

    context/ → ephemeral planner UI state only

    api/ → external integrations only

    adapters/ → legacy/FareHarbor payloads into Molino view models

51. Final closure checklist Trips is closed when all of this is true: Public story works /trips is clean, commercial, and complete
    Dual narrative works travellers and providers/pros have separate visible paths
    Discovery works trips, cities, plans, updates render without failed-fetch noise
    Planner works inline builder uses TripPlannerContext + normalizeStops
    Pricing works LineItems remain canonical
    Offer works trip can generate offer preview / offer
    Booking works BookingBundle handles execution separately
    Hotel logic works hotelPolicy is derived from timing
    FareHarbor is safe manual-first, validation later, never truth
    Exports work PDF/email/calendar/booking-doc go through Apps Script highway
    Architecture holds no Prisma outside actions no mutation in pages no internal API plumbing no Folio changes Final decision The safest closure path is: Public Trips surface → Read-only discovery → Inline planner → Offer bridge → BookingBundle → Apps Script exports → FareHarbor validation Do not start with planner internals or booking automation. Start by making /trips commercially complete, then progressively connect the working planner and execution layers behind it.

Use this as the first-tab working view for the Trips tab in Molino Stageup.

Use ✅ Done only after the step has been checked on the staging surface or verified locally.

Use 🟡 Partial when the path exists but still needs visual, data, auth, or real-content verification.

Use ⏳ Open when the step has not been checked yet.

Use 🚫 Blocked when the fast stop rule catches a break.

The older Trips PRD and implementation notes below remain useful implementation reference, but this first section is the working flow for staying out of offside.

version: 2026.04 status: locked owner: Molino scope: app/trips last_updated: 2026-04-26

Turn /trips into:

Builder-driven commercial hub

NOT:

• static layout
• hardcoded sections

Implement the next Trips PRD slice. Use _PRD/trips/README.md as source of truth. Keep /trips as the commercial trip hub with four visible lanes: ready-made city tours, featured guided group trip, flexible trip planning, and collaborations. Use native Molino cards. FareHarbor is button/modal execution only through Lightframe; do not embed FareHarbor grids, calendars, or widget React children. Keep mutations in app/trips/actions/, page.tsx read-only, and TripPricing -> LineItem as the economic bridge. Preserve draft/public separation and add or maintain the footer bridge back to /studio.

• Trips is the main commercial and operational trip hub.
• Trips is the actual actionable offer surface.
• Trips remains broader than Studio Travel.
• Experiences sit alongside Trips as supporting commercial units, not as the top-level execution root.

• Trips already renders a featured experiences lane.
• Experiences act as reusable commercial ingredients and discovery surfaces.
• Trip pricing, join flows, and booking authority stay in the Trips execution chain.

Use one shared concept family across the trip surfaces:

• ready-made city tours
• city highlight tours
• featured experiences
• experience cards

These all refer to the same visible commercial lane: reusable city-linked trip ingredients surfaced inside Trips.

Use one shared planning family for the intake side:

• flexible trip planning
• trip plan
• trip planner
• plans

These all refer to the same planning / intent surface that feeds Trips, not a separate commercial entity.

• show the four visible commercial lanes above the fold or as close as possible
• present the four visible commercial lanes near the top
• keep planning, calculation, sharing, and promotion paths explicit
• preserve featured trip, custom trip, and collaboration pathways
• avoid raw FareHarbor widgets
• avoid over-editorial Studio language
• avoid one generic form for all intents

Add a small closing bridge back upward to Studio:

• Developed by Molino Practice
• link to /studio
• optionally link to Skills, Practice, and Experience

This keeps the reverse transition visible without weakening /trips.

• page.tsx reads and orchestrates only
• app/trips/actions/ owns mutation logic
• app/trips/api/ stays for external access only
• TripPricing and downstream line items remain explicit economic layers

• app/trips/actions/trips.read.actions.ts
• app/trips/actions/tripsLanding.actions.ts
• app/trips/actions/trips.planner.read.actions.ts
• app/trips/actions/trips.planner.edit.read.actions.ts
• app/trips/actions/trip-join.create.ts
• app/trips/actions/trip-join.recompute.ts
• app/trips/actions/trip.update.actions.ts
• app/trips/actions/createTripDraft.ts
• app/trips/components/
• app/trips/new/
• app/trips/[tripId]/

• buttons only
• no calendar embeds
• no item-grid embeds
• no widget rendering as React children
• no production dependence on parsed HTML widget islands except test or reference
• use FH booking URLs or button targets only

• FareHarborBookAction
• TravelBookingCard
• FeaturedTripBookingCard
• FlexibleTripPlannerCard
• CollaborationsCard

• /studio/travel is the first revenue-capable booking surface.
• Use one city tour card and one featured trip card with real FareHarbor buttons there.
• Keep the planner CTA and collaborations CTA as in-app exits, not generic contact fallbacks.
• Treat the Studio surface as the entry bridge into Trips, not as a replacement for the Trips hub.

• public trip routes render without runtime errors
• draft and public views stay separated
• planner and join flows remain explicit
• trip pricing continues to feed line items through a controlled bridge
• Trips shows the four commercial lanes clearly
• Trips uses native booking cards with FH button execution only
• Trips footer bridges back to Studio
• featured experiences remain visible as support input, not as a second primary hub
• old notes stay in archive/ instead of being deleted

Trips is the stable Molino module for trip discovery, planning, join flows, and commercial projection. It reads canonical trip data, keeps mutation authority in server actions, preserves the booking and pricing boundary, uses FareHarbor only as a button-driven execution layer, and treats experiences as supporting ingredients rather than the core execution domain.

Your developed Trips plan is broader and more correct than my first donor-code migration plan.
My prior plan is useful as a technical extraction scaffold, but your /md/trips direction should remain the canonical product plan.

The best merge is:

Your Trips plan = product authority / IA / commercial logic

Reference codebase = donor implementation / UX patterns / missing feature reminders

My prior plan = Molino module structure / migration guardrails

Direct access note: the exact URL you gave, molino-staging.vercel.com/md/trips, returned unavailable/404 from this environment. The likely corrected .vercel.app variant also could not be reliably fetched here, so this comparison is based on the Trips plan content you pasted into the conversation plus the uploaded reference archive.

types/

actions/

components/

context/

page.tsx as read-only server orchestrator

actions as sole Prisma authority

components as dumb UI

api routes only for external integrations

Replace this:

/trips/featured

/trips/planner

/trips/network

/trips/[tripId]

With this fuller commercial surface:

/trips

/trips/plan

/trips/featured

/trips/cities

/trips/plans

/trips/network

/trips/updates

/trips/[tripId]

/trips/[tripId]/schedule

/trips/planner/[draftId]

FareHarborButtonBridge

TripGuestlistShare

LocalProviderCTA

TravelProCTA

CityPlansSection

PlanCostCalculator

JoinGroupTripCTA

Build only:

/trips

Sections:

Hero

Audience CTAs

Welcome / trust story

Private Trip CTA

Featured Group Trips

Featured Cities

Featured Plans

Updates

Travel Pros / Local Network CTA

Footer links

This gives you a deployable commercial page immediately.

Build:

/trips/featured

/trips/[tripId]

/trips/[tripId]/schedule

/trips/cities

/trips/plans

No mutations yet.

Build:

JoinGroupTripCTA

FareHarborButtonBridge

OfferBuilderBridge

GuestlistShare

PlanCostCalculator

This is where the app starts making money.

Build:

/trips/planner

/trips/planner/[draftId]

Only after the public surfaces are stable.

Keep the trips UI working from view models, not raw legacy payloads.

Use adapters in actions:

• legacy/external trip payload → TripSummary
• legacy/external plan payload → PlanSummary
• legacy/external city payload → TripCitySummary

That lets you integrate the 90% working codebase without contaminating Molino.

Done when these work:

Build these first, in this order:

1. app/(pages)/trips/types/trips.types.ts

2. app/(pages)/trips/actions/getTripsLandingData.ts

3. app/(pages)/trips/components/TripsLandingHero.tsx

4. app/(pages)/trips/components/TripsAudienceGrid.tsx

5. app/(pages)/trips/components/FeaturedTripsSection.tsx

6. app/(pages)/trips/components/FeaturedPlansSection.tsx

7. app/(pages)/trips/components/FeaturedCitiesSection.tsx

8. app/(pages)/trips/components/TripsUpdatesSection.tsx

9. app/(pages)/trips/components/TripsNetworkSection.tsx

10. app/(pages)/trips/page.tsx

• The archive is usable mainly as UX/content reference, not as an architectural transplant.
• The old app already contains the right trip surface set: landing, listing, detail, schedule, cities, plans, updates.
• Molino should absorb that into a server-first trips module with actions as sole authority.
• Best first milestone: finish /trips as the new public front door, then /trips/[tripId], then planner, then OfferBuilder bridge.

Next best move is generating the actual first 10 files for the new app/(pages)/trips/ module as pluggable production-ready components.

Route check completed in the stage molino-index clone.

✅ Completed in staging route check: Public Trips Front Door; Lane Visibility And Order; CTA Routing; Public Trip Detail; Schedule View; Planner Separation; Footer Bridge Back To Studio.

-pending revision - ✅ Completed -> means I havent checked the front end yet, but is completed.

✅ Completed here: section source sheets aligned for Experience, Travel, and Education through the central section registry workflow.

✅ Experience now bridges clearly into /studio/travel and /trips.

✅ Travel now carries the first commercial starts: one FareHarbor city experience, one FareHarbor featured group trip, plus /trips and /trips/new#planner exits.

✅ Education now points schools and teachers toward conversation first, then /trips and /trips/new#planner when the journey becomes concrete.

✅ Molino Index sync completed after the sheet edits: dev, story, craft, practice, experience, travel, and education all synced successfully.

Open /trips.

Confirm the page renders cleanly.

Check the top area for the commercial lanes.

Done when the page feels like a real commercial front door.

Verify ready-made city tours are visible.

Verify the featured guided trip is visible.

Verify flexible trip planning is visible.

Verify collaborations or provider entry is visible.

Done when the lanes are easy to scan in under 10 seconds.

Click one CTA from each lane.

Confirm each route lands somewhere real.

Done when no CTA dead-ends on the same page.

Open one trip detail page.

Confirm the hero, route, cities, and join or offer-preview action are readable.

Done when the page reads as a real trip page, not a data dump.

Open one schedule page.

Confirm the dated or grouped schedule is readable.

Done when the schedule can be understood without opening the planner.

Open the planner surface.

Confirm draft creation or inline editing is private.

Done when public browsing and private planning stay separate.

- pending revision - ✅ completed: `lib/data/sessions.ts` now carries FareHarbor booking metadata for each Journey session/bundle.

- pending revision - ✅ completed: `/studio/travel` now renders FareHarbor booking cards from session data for featured booking, weekly agenda, full journey, and individual session cards.

- pending revision - ✅ completed: `/studio/travel/[id]` now renders an on-demand FareHarbor booking card from the selected session record instead of choosing a separate calendar/widget path by city.

- pending revision - ✅ completed: verified local routes returned 200 for `/studio/travel`, `/studio/travel/cordoba-intro-andalusi`, `/studio/travel/cordoba-granada-bundle`, `/trips/plans/mezquita`, and `/trips`.

- pending revision - ✅ completed: verified rendered Travel pages include FareHarbor booking links and the `autolightframe=yes` script.

staging-molino-vercel-git-app/molino-staging

There are no commits from today, but there are uncommitted working changes on main.

Main changes in the workspace:

Trips public interface work is active: /trips, /trips/plans, /trips/planner, /trips/network, /trips/cities, /trips/updates, and schedule-related routes are being shaped.

Trips section defaults and CTAs were updated around four lanes: ready-made city tours, featured guided trips, flexible trip planning, and provider/collaboration network.

FareHarbor wiring exists in lib/data/sessions.ts, with flow/item IDs for Córdoba, Granada, and the group trip.

lib/data/skills.ts has a larger service/skills catalog update.

Staging docs were added under dev-docs/staging/, and active Trips review memory was added in human-layer-checklist.md.

There’s also a new copied/renderable docs area under dev-docs/_PRD/.

log.md is deleted in the working tree.

I did not run tests or build verification; this was a status scan only.

Molino Index is not a “new website” so much as a practical operating layer for the next era of Al-Andalus Experience. The brand already has nearly two decades of trust, journeys, cultural knowledge, itineraries, guide work, and relationship capital. Molino’s value is that it gives this heritage a cleaner structure: trips, city rhythms, sessions, documents, offers, and internal notes can become organised, editable, reusable parts of one living system.

The singular opportunity is to uplift Al-Andalus Experience without losing its human character. Instead of replacing the existing voice, older sites, itineraries, and accumulated material, Molino can recycle and clarify them into a modern trips section, structured public pages, internal planning flows, and document outputs. The current trips page already shows the direction: persistent CRUD for trip records, functional page IDs and editing, and a frontend that can grow from real operational data rather than static marketing pages.

The base architecture is deliberately sober: canonical data, server-side mutation rules, rendered documentation, projection into Google Workspace, and clear separation between public UI, admin workflows, and external integrations. The structured LLM layer is part of the site, but not as hype. Its role is to help organise, summarize, draft, and project existing knowledge into useful forms: trip briefs, offer documents, planning notes, guide materials, sponsor summaries, and operational checklists.

For Al-Andalus Experience, Molino can become a bridge between a 15-year brand archive and a sharper commercial future: better trip pages, reusable content, clearer workflows, partner-ready documents, and a system that makes the brand easier to run, explain, sponsor, and scale.

References: [Molino specs](https://molino-3kui34kvnq-ew.a.run.app/md), [current trips page](https://molino-3kui34kvnq-ew.a.run.app/trips), [older trips material](https://trips.alandalus-experience.com/).

Codex is offside if it starts or continues coding without updating this planning document before and after the build step.

Before coding, record the intended goal, the route or feature area, and the expected done condition.

After coding, mark what was achieved, what remains open, and what must be checked next.

If a step breaks, stop and classify it as content, routing, data, design, or implementation before moving deeper.

Use it as a local working-session manager for any folder of files, not necessarily a software project.

The practical model:

One folder = one project context

One Codex thread = one bounded task/session

One output file = the durable memory

Git or dated folders = the safety/rollback layer

It can be used for writing, research notes, admin workflows, learning, job applications, grant applications, trip planning, legal/admin paperwork preparation, business planning, or personal knowledge organization.

Create a folder anywhere, for example:

~/CodexSessions/

rent-income-plan/

**00\_inbox/**

**01\_sources/**

**02\_working/**

**03\_outputs/**

**04\_archive/**

**session-ledger.md**

**next-actions.md**

**context.md**

Use this as a general operating system:

00_inbox = raw notes, pasted text, screenshots, PDFs, copied emails

01_sources = reference material

02_working = drafts, messy intermediate files

03_outputs = final usable documents

04_archive = old versions

No web app, no codebase, no architecture assumptions.

Codex is useful when you want to repeatedly return to the same real-world objective and not start from zero each time.

Example:

Goal:

Generate income within 2 weeks.

Folder:

~/CodexSessions/income-sprint/

Threads:

1. Sort current assets and offers

2. Draft outreach messages

3. Build target contact list

4. Prepare one-page service menu

5. Track replies and follow-ups

6. Improve pitch based on responses

The key is that Codex can read and update files inside the folder, while the folder becomes your memory.

income-sprint/

context.md

session-ledger.md

next-actions.md

contacts.csv

offers.md

outreach-drafts.md

reply-log.md

Use this kind of prompt inside Codex Desktop:

You are helping me operate this folder as a sequencing assistant.

Read:

- context.md

- session-ledger.md

- next-actions.md

- offers.md

- outreach-drafts.md

- reply-log.md

Task:

Prepare my next practical work session.

Output:

1. Update next-actions.md with only the next 5 actions.

2. Add a new dated entry to session-ledger.md.

3. Improve outreach-drafts.md if needed.

4. Do not invent facts.

5. Keep everything practical and executable today.

This turns Codex into a local “continue from here” assistant.

Do not rely on Codex chat history as the main memory.

Use files like these:

context.md = stable background

ledger.md = what happened

next-actions.md = what to do next

decisions.md = choices already made

outputs/ = final usable results

Codex can then resume by reading the files, even if the chat thread becomes messy.

For folders:

YYYY-MM-topic

2026-04-income-sprint

2026-04-job-search

2026-04-admin-paperwork

2026-04-writing-project

For session files:

session-ledger.md

next-actions.md

decisions.md

context.md

For outputs:

2026-04-27_service-menu_v1.md

2026-04-27_outreach-message_warm-contacts.md

2026-04-27_call-script_v1.md

For archived versions:

archive/

2026-04-27_next-actions_before-cleanup.md

2026-04-28_offer-draft_old.md

1. Put raw material in 00_inbox.

2. Start one Codex thread with one bounded task.

3. Tell Codex which files to read.

4. Let it update only the agreed files.

5. Review the diff.

6. Save/commit/keep the changed files.

7. End by updating next-actions.md.

The strongest use is not “chat with AI forever.”

The strongest use is:

Read the folder → make the next step clear → update the files → continue tomorrow.

Act as a sequencing assistant for this local folder.

First read:

- context.md

- session-ledger.md

- next-actions.md

- decisions.md

Then do this task:

[describe one task only]

Rules:

- Do not assume missing facts.

- Keep outputs short and actionable.

- Preserve existing decisions unless contradicted by new notes.

- Update session-ledger.md with what changed.

- End by updating next-actions.md with the next 3 to 5 actions.

That is the most useful standalone pattern.

For your Molino-style workflow, I would use this:

molino/

AGENTS.md

.codex/

**config.toml**

**hooks.json**

**actions.md**

**prompts/**

  **00\_project\_rules.md**

  **10\_entity\_refactor.md**

  **20\_validation.md**

docs/

**codex/**

  **session-ledger.md**

  **current-plan.md**

  **decisions.md**

  **handoff.md**

app/

**trips/**

**studio/**

**md/**

Recommended naming pattern for Codex threads:

[ENTITY] - [GOAL] - [MODE]

Trips - FareHarbor button integration - worktree

Offers - line item audit - local

Studio MD - milestone sidebar extraction - worktree

Deploy - Cloud Run env validation - local

For branches/worktrees:

codex/trips-fh-buttons

codex/offers-lineitems-audit

codex/md-milestone-sidebar

codex/deploy-cloudrun-env

For commits:

feat(trips): add fareharbor booking buttons

fix(md): prevent milestone project id fallback crash

refactor(offers): isolate line item copy action

docs(codex): add current session handoff

Use Codex as a controlled execution assistant, not as the only planner.

Your best pattern:

1. ChatGPT = decide strategy, architecture, sequence, constraints.

2. Codex Desktop = inspect repo, edit files, run tests, make diffs.

3. Git = durable truth.

4. docs/codex/session-ledger.md = human-readable continuity.

For every Codex session, give it a tight brief:

Goal:

Fix only the Trips commercial beta path.

Scope:

app/trips/**

app/(pages)/trips/**

prisma actions related to Trips only

Rules:

- No Prisma outside actions/

- page.tsx read-only only

- components are dumb UI

- mutations only through server actions

- no API route unless external integration

- run lint/build/typecheck after changes

Deliver:

- changed files summary

- tests/checks run

- remaining risks

- next exact step

Use one thread per bounded unit, not one giant forever chat.

Thread 1: Deploy blocker

Thread 2: Trips beta checkout surface

Thread 3: FareHarbor button wiring

Thread 4: Offer → PDF confirmation

Thread 5: Studio/MD commercial packaging

Thread 6: Prisma schema safety audit

Use Worktree mode for anything that may change multiple files. Use Local mode only for inspection, small fixes, or when you are ready to directly patch main working state.

OpenAI recommends Worktree when you want to try ideas without touching your current project or run independent tasks side by side.

For your app, this is the most valuable Codex memory file:

# Molino Codex Rules

## Architecture Contract

page.tsx = read-only server orchestrator.

actions/ = sole mutation authority.

components/ = dumb client UI.

api/route.ts = external integration surface only.

context/ = ephemeral UI state only.

types/ = shared domain truth.

## Hard Rules

- Never import Prisma outside actions/.

- Never mutate from page.tsx.

- Never call internal API routes from components.

- Server actions own writes and must revalidatePath or revalidateTag.

- One entity, one folder, one working unit.

- Prefer small diffs.

- Validate with typecheck/build/lint where available.

## Current Priority

Commercial beta:

1. Trips public surface.

2. FareHarbor button/lightframe booking.

3. Offer confirmation output.

4. Order/deposit path.

5. Studio/MD packaging as developer/SaaS proof.

Codex best-practice docs specifically recommend durable guidance through AGENTS.md, good task context, workflow config, skills, and repeatable automation.

For your situation, use Codex Desktop like this:

Morning:

1 planning thread in ChatGPT

Produce exact task card

Codex:

1 worktree thread per task card

Let it edit + test

Review diff

Commit or discard

End of session:

Update docs/codex/session-ledger.md

Commit working changes

Create next task card

Your durable sequence file should be:

docs/codex/current-plan.md

With this structure:

# Current Execution Plan

## Active goal

Make Trips Stage 1 beta commercially deployable.

## Current task

Wire FareHarbor booking buttons into Trips cards.

## Done

- Deployment script stable

- MD docs route available

- Trips route exists

- Offer/order scaffolding exists

## Next

1. Confirm public Trips route renders.

2. Add booking CTA component.

3. Add FareHarbor lightframe script.

4. Validate on production URL.

5. Add fallback enquiry CTA.

## Do not touch

- Folio pagination engine

- Prisma schema unless required

- Apps Script integration

That gives Codex continuity without relying on hidden chat history.

✅ Config sheet OK
✅ Contexts sheet OK
✅ DocConfig sheet OK
✅ API Key OK: sk-proj-
✅ OpenAI call OK: Molino⺢Practice v1.5 is alive.
✅ Logging OK: OK
✅ Department sheets OK
✅ Cues sheet OK

00:13:32

Notice

Execution started

00:13:33

Info

[2026-04-28T22:13:33.851Z] Temperature ignored: Model gpt-4.1 only supports default=1

00:13:33

Info

[2026-04-28T22:13:33.851Z] Temperature ignored: Model gpt-4.1 only supports default=1

00:13:34

Info

[2026-04-28T22:13:34.670Z] GPT OK: 30 chars (attempt 1)

00:13:34

Info

[2026-04-28T22:13:34.670Z] GPT OK: 30 chars (attempt 1)

00:13:35

Info

[2026-04-28T22:13:35.738Z] Test: Setup test

00:13:35

Info

[2026-04-28T22:13:35.738Z] Test: Setup test

00:13:36

Info

⺢Headless Google Doc Based - Web Content Sections 🌱 Molino⺢Practice · Granada · Spain *_

✱⚡️🥷🏽🚩DOC AUTO-GENERAR-OFERTA RUTA - OFERTA BIN-FIRNAS ESTILO AE - Zaruq_🦚✱Plantilla-Template_HTv0.3coreClient_by zaruq.me

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✱Z_⚡️🦸🏻‍♂️🥷🏽🚩 Panel de Control Editable de Zaruq_vlatest

Copy of Molino⺢Cards _copyOf→ ✱Z_⚡️🦸🏻‍♂️🥷🏽🚩 Panel de Control Editable de Zaruq_vlatest

✱🦚HelloTabsLIBCore_LIB_🦚LIBRERÍA DOCS V4 ENV LIB v0.5core_vlatest

👾🌱NBS_HumanFirst+AI_vlatest

✱ . Dev flow👾_vlatest

| Connection from NextJS to our AppsScript Molino⺢Office Automation serverStored as a sheet bound script hereMLV One-Glance Index Got it — the app is **Molino**, and the trips side will likely carry a different brand (Al-Andalus Experience, etc.). I'll keep the code generic so branding can be injected later via templates/configs. Looking at your architecture, I see a potential gap: **SheetMind v1.2 currently has no `doPost` handler** to receive data from your Next.js app. The `postToNext_()` function only sends *outbound* data. For the **App → SheetMind** flow (pushing trips/line items into Sheets), you need a GAS Web App endpoint. Let me build the missing piece — a **GAS Web App `doPost` handler** that receives trip data from your Next.js server action and writes it to the correct entity sheet: ```javascript /* ============================================================ WEB APP ENDPOINT — Receives data from Molino Next.js Deploy: Publish → Deploy as web app → Execute as me → Anyone ============================================================ */ function doPost(e) { try { const data = JSON.parse(e.postData.contents || "{}"); const { action, sheetName, row, rows, secret } = data; // ✅ Auth check (optional but recommended) const expectedSecret = getProp_("MOLINO_WEBHOOK_SECRET"); if (expectedSecret && secret !== expectedSecret) { return jsonResponse_({ error: "Unauthorized" }, 401); } switch (action) { case "appendRow": return handleAppendRow_(sheetName, row); case "appendRows": return handleAppendRows_(sheetName, rows); case "updateRow": return handleUpdateRow_(sheetName, row); case "findAndUpdate": return handleFindAndUpdate_(sheetName, row); default: return jsonResponse_({ error: `Unknown action: ${action}` }, 400); } } catch (err) { Logger.log("❌ doPost error: " + err.message); return jsonResponse_({ error: err.message }, 500); } } /* --------------------------------------------------------- HANDLERS --------------------------------------------------------- */ function handleAppendRow_(sheetName, row) { if (!sheetName || !row) { return jsonResponse_({ error: "Missing sheetName or row" }, 400); } const ss = ConfigSheet; let sh = ss.getSheetByName(sheetName); // Auto-create sheet if it doesn't exist (with standard headers) if (!sh) { sh = ss.insertSheet(sheetName); const headers = ["ID", "Input", "Status", "AI_Result", "Projected_To", "🤖 Trigger", "RefExp", "DOC ID", "_meta"]; sh.getRange(1, 1, 1, headers.length).setValues([headers]); sh.setFrozenRows(1); log_("Sheet auto-created", sheetName); } // Ensure row is an array const rowArray = Array.isArray(row) ? row : Object.values(row); // Pad to match headers if needed const headerCount = sh.getLastColumn(); while (rowArray.length < headerCount) rowArray.push(""); sh.appendRow(rowArray); const rowId = sh.getLastRow(); log_("Row appended", `${sheetName}:${rowId}`); return jsonResponse_({ ok: true, action: "appendRow", sheetName, rowId, status: "pending", }); } function handleAppendRows_(sheetName, rows) { if (!sheetName || !Array.isArray(rows)) { return jsonResponse_({ error: "Missing sheetName or rows array" }, 400); } const ss = ConfigSheet; let sh = ss.getSheetByName(sheetName); if (!sh) { return jsonResponse_({ error: `Sheet not found: ${sheetName}` }, 404 }); } const rowArrays = rows.map(r => Array.isArray(r) ? r : Object.values(r)); const startRow = sh.getLastRow() + 1; sh.getRange(startRow, 1, rowArrays.length, rowArrays[0].length).setValues(rowArrays); log_("Rows appended", `${sheetName}:${startRow}-${sh.getLastRow()}`); return jsonResponse_({ ok: true, action: "appendRows", sheetName, firstRow: startRow, count: rows.length, }); } function handleUpdateRow_(sheetName, row) { // Update by ID column (column 1) if (!sheetName || !row || !row[0]) { return jsonResponse_({ error: "Missing sheetName or row with ID" }, 400); } const ss = ConfigSheet; const sh = ss.getSheetByName(sheetName); if (!sh) return jsonResponse_({ error: "Sheet not found" }, 404); const idToFind = String(row[0]); const ids = sh.getRange(2, 1, sh.getLastRow() - 1, 1).getValues().flat(); const rowIndex = ids.findIndex(id => String(id) === idToFind); if (rowIndex === -1) { return jsonResponse_({ error: `ID not found: ${idToFind}` }, 404); } const targetRow = rowIndex + 2; // +2 because data starts at row 2 const colCount = Math.min(row.length, sh.getLastColumn()); sh.getRange(targetRow, 1, 1, colCount).setValues([row.slice(0, colCount)]); return jsonResponse_({ ok: true, action: "updateRow", sheetName, rowId: targetRow, }); } function handleFindAndUpdate_(sheetName, params) { const { findColumn, findValue, update } = params; const ss = ConfigSheet; const sh = ss.getSheetByName(sheetName); if (!sh) return jsonResponse_({ error: "Sheet not found" }, 404); const colIdx = findColumn - 1; const values = sh.getRange(2, findColumn, sh.getLastRow() - 1, 1).getValues().flat(); const rowIndex = values.findIndex(v => String(v) === String(findValue)); if (rowIndex === -1) { return jsonResponse_({ error: `Value not found: ${findValue}` }, 404); } const targetRow = rowIndex + 2; Object.keys(update).forEach(col => { const colNum = Number(col); if (!isNaN(colNum)) { sh.getRange(targetRow, colNum).setValue(update[col]); } }); return jsonResponse_({ ok: true, action: "findAndUpdate", row: targetRow, }); } /* --------------------------------------------------------- UTILS --------------------------------------------------------- */ function jsonResponse_(payload, statusCode) { return ContentService.createTextOutput(JSON.stringify(payload)) .setMimeType(ContentService.MimeType.JSON) .setHttpStatus(statusCode || 200); } // Also support GET for health checks function doGet(e) { const action = e.parameter.action; if (action === "health") { return jsonResponse_({ ok: true, version: "1.2", timestamp: new Date().toISOString(), sheets: ConfigSheet.getSheets().map(s => s.getName()), }); } if (action === "listSheets") { return jsonResponse_({ sheets: ConfigSheet.getSheets().map(s => ({ name: s.getName(), rows: s.getLastRow(), cols: s.getLastColumn(), })), }); } return jsonResponse_({ error: "Use POST for actions, or ?action=health" }, 400); } ``` --- ## Updated Next.js Server Action Now your `syncTripToSheetMind` can call this endpoint: ```typescript "use server"; import { getPrisma } from "@/lib/prisma"; import { revalidatePath } from "next/cache"; const SHEETMIND_WEBAPP_URL = process.env.SHEETMIND_WEBAPP_URL; const SHEETMIND_WEBHOOK_SECRET = process.env.SHEETMIND_WEBHOOK_SECRET; export async function syncTripToSheetMind({ tripId, sheetName = "⚜️ Gestión de Viajes", triggerAction = "process", }: { tripId: number; sheetName?: string; triggerAction?: "generate_offer_doc" | "generate_reminder" | "generate_campaign" | "process"; }) { const prisma = getPrisma(); const trip = await prisma.trip.findUnique({ where: { id: tripId }, include: { cities: { include: { experiences: true } }, lineItems: true, project: { select: { id: true, name: true } }, }, }); if (!trip) throw new Error(`Trip ${tripId} not found`); // Build row aligned with SheetMind headers: // ID | Input | Status | AI_Result | Projected_To | 🤖 Trigger | RefExp | DOC ID | _meta const row = [ `TRIP-${trip.id}`, // ID buildTripPrompt(trip), // Input (goes to GPT) "pending", // Status "", // AI_Result (filled by SheetMind) triggerAction, // Projected_To "run", // 🤖 Trigger (auto-runs on append) trip.name, // RefExp "", // DOC ID (filled by DocEngine) JSON.stringify({ // _meta (extra data for SheetMind) tripId: trip.id, startDate: trip.startDate, numPax: trip.numPax, lineItems: trip.lineItems.map(li => ({ title: li.title, qty: li.qty, unitPrice: li.unitPrice, total: li.total, })), }), ]; const response = await fetch(`${SHEETMIND_WEBAPP_URL}?action=appendRow`, { method: "POST", headers: { "Content-Type": "application/json" }, body: JSON.stringify({ action: "appendRow", sheetName, row, secret: SHEETMIND_WEBHOOK_SECRET, }), }); if (!response.ok) { const err = await response.text(); throw new Error(`SheetMind sync failed: ${response.status} — ${err}`); } const result = await response.json(); revalidatePath(`/trips/${tripId}`); return { ok: true, tripId, sheetMindRowId: result.rowId, projectedAction: triggerAction, }; } function buildTripPrompt(trip: any): string { const items = trip.lineItems || []; const total = items.reduce((s: number, li: any) => s + (li.total || 0), 0); return [ `Generate a professional trip offer document for: ${trip.name}`, `Travelers: ${trip.numPax} pax`, `Start date: ${trip.startDate?.toISOString().split("T")[0] || "TBD"}`, `Route: ${trip.cities?.map((c: any) => `${c.cityId} (${c.nights} nights)`).join(" → ")}`, ``, `Services included:`, ...items.map((li: any) => `- ${li.title}: ${li.qty} × ${li.unitPrice}€ = ${li.total}€`), ``, `Total estimate: ${total}€`, ``, `Generate a complete offer letter with itinerary summary, terms, and next steps.`, ].join("\n"); } ``` --- ## Environment Variables (Final) | Variable | Location | Purpose | |---|---|---| | `SHEETMIND_WEBAPP_URL` | Next.js `.env` | GAS Web App URL (ends in `/exec`) | | `SHEETMIND_WEBHOOK_SECRET` | Next.js `.env` | Shared secret for GAS auth | | `MOLINO_WEBHOOK_SECRET` | GAS Script Properties | Same secret, checked in `doPost` | | `NEXT_ENDPOINT` | GAS Script Properties | `https://molino-staging.vercel.app/api/sheetmind/trips\` | | `SHEETMIND_API_KEY` | GAS Script Properties | For GAS → Next.js API calls | --- ## Deployment Steps 1. **Add `doPost`/`doGet` to your SheetMind v1.2** (paste the code above at the bottom of your GAS file) 2. **Deploy as Web App**: - GAS Editor → Deploy → New deployment → Web app - Execute as: Me - Who has access: Anyone - Copy the Web App URL 3. **Set `SHEETMIND_WEBAPP_URL`** in your Next.js `.env` to that URL 4. **Set `MOLINO_WEBHOOK_SECRET`** in GAS Script Properties (same as Next.js `SHEETMIND_WEBHOOK_SECRET`) 5. **Test**: Run `syncTripToSheetMind({ tripId: 1 })` from your Next.js app --- Does this close the loop? The flow is now: ``` Molino Next.js → syncTripToSheetMind() → GAS doPost → SheetMind sheet → runAutonomousPipeline() → GPT processing → DocEngine → Google Doc ``` And the reverse: ``` SheetMind weekly trigger → fetch /api/sheetmind/trips → GPT email draft → Gmail send or Outbox queue ``` | | :---- |

| I see — you have two distinct data flows between SheetMind and your Next.js app: 1. **App → SheetMind**: Push entity data (trips, line items, offers) into Sheets to trigger sequences (docs, emails, campaigns) 2. **SheetMind → App**: Pull trip status updates from the app to generate reminder emails, status checks, greetings Let me build both bridges for you. --- ## Flow 1: App → SheetMind (Push Entity Data) You need a **Next.js server action** that pushes trip/line-item data into a SheetMind entity sheet, where it gets processed by the autonomous pipeline. ### `app/trips/actions/syncTripToSheetMind.ts` ```typescript "use server"; import { getPrisma } from "@/lib/prisma"; import { revalidatePath } from "next/cache"; /* ============================================================ SYNC TRIP → SHEETMIND Pushes trip + line items into a SheetMind entity sheet SheetMind's runAutonomousPipeline() picks it up ============================================================ */ const SHEETMIND_WEBAPP_URL = process.env.SHEETMIND_WEBAPP_URL; // e.g. "https://script.google.com/macros/s/AKfycb.../exec" interface SyncTripPayload { tripId: number; sheetName?: string; // defaults to "⚜️ Gestión de Viajes" triggerAction?: "generate_offer_doc" | "generate_reminder" | "generate_campaign" | "process"; } export async function syncTripToSheetMind({ tripId, sheetName = "⚜️ Gestión de Viajes", triggerAction = "process", }: SyncTripPayload) { const prisma = getPrisma(); // 1. Fetch trip with full commercial data const trip = await prisma.trip.findUnique({ where: { id: tripId }, include: { cities: { include: { experiences: true, }, }, lineItems: true, project: { select: { id: true, name: true } }, }, }); if (!trip) throw new Error(`Trip ${tripId} not found`); // 2. Build the row payload for SheetMind const rowPayload = { ID: `TRIP-${trip.id}`, Input: buildTripPrompt(trip), Status: "pending", AI_Result: "", Projected_To: triggerAction, "🤖 Trigger": "run", // This triggers onEditHandler in SheetMind RefExp: trip.name, "DOC ID": "", // Extended fields for SheetMind context _tripData: { id: trip.id, name: trip.name, startDate: trip.startDate, numPax: trip.numPax, status: trip.status, cities: trip.cities.map(c => ({ cityId: c.cityId, nights: c.nights, experiences: c.experiences.map(e => e.experienceId), })), lineItems: trip.lineItems.map(li => ({ title: li.title, qty: li.qty, unitPrice: li.unitPrice, total: li.total, unitLabel: li.unitLabel, sourceType: li.sourceType, })), totalEstimate: trip.lineItems.reduce((sum, li) => sum + (li.total || 0), 0), }, }; // 3. Push to SheetMind via Web App POST // SheetMind needs a doPost handler to receive this const response = await fetch(`${SHEETMIND_WEBAPP_URL}?action=appendRow`, { method: "POST", headers: { "Content-Type": "application/json" }, body: JSON.stringify({ sheetName, row: Object.values(rowPayload), // Or send as object if your GAS handler parses JSON }), }); if (!response.ok) { throw new Error(`SheetMind sync failed: ${response.status}`); } const result = await response.json(); revalidatePath(`/trips/${tripId}`); return { ok: true, tripId, sheetMindRowId: result.rowId, projectedAction: triggerAction, }; } /* --------------------------------------------------------- BUILD TRIP PROMPT FOR GPT --------------------------------------------------------- */ function buildTripPrompt(trip: any): string { const lines = [ `Trip: ${trip.name}`, `Dates: ${trip.startDate?.toISOString().split("T")[0] || "TBD"}`, `Pax: ${trip.numPax}`, `Cities: ${trip.cities.map((c: any) => `${c.cityId} (${c.nights}n)`).join(", ")}`, ``, `Line Items:`, ...trip.lineItems.map((li: any) => `- ${li.title}: ${li.qty} x ${li.unitPrice}€ = ${li.total}€` ), ``, `Total: ${trip.lineItems.reduce((s: number, li: any) => s + (li.total || 0), 0)}€`, ]; return lines.join("\n"); } ``` --- ## Flow 2: SheetMind → App (Pull Data + Generate Emails) SheetMind needs to **fetch trip data from your app** to build reminder emails with fresh status. This requires a **read-only API route** that SheetMind can call. ### `app/api/sheetmind/trips/route.ts` — Read-Only Feed for SheetMind ```typescript // app/api/sheetmind/trips/route.ts import { NextRequest, NextResponse } from "next/server"; import { getPrisma } from "@/lib/prisma"; /* ============================================================ SHEETMIND READ API — Trip Status Feed SheetMind calls this to get fresh trip data for emails/reminders Auth: SHEETMIND_API_KEY header ============================================================ */ const SHEETMIND_API_KEY = process.env.SHEETMIND_API_KEY; export async function GET(req: NextRequest) { // ✅ Auth const authHeader = req.headers.get("x-sheetmind-key"); if (SHEETMIND_API_KEY && authHeader !== SHEETMIND_API_KEY) { return NextResponse.json({ error: "Unauthorized" }, { status: 401 }); } const { searchParams } = new URL(req.url); const status = searchParams.get("status"); // "draft" | "confirmed" | "pending" | null const upcoming = searchParams.get("upcoming") === "true"; // trips in next 14 days const limit = Math.min(Number(searchParams.get("limit") || "50"), 100); const prisma = getPrisma(); // Build where clause const where: any = {}; if (status) where.status = status; if (upcoming) { const twoWeeksFromNow = new Date(); twoWeeksFromNow.setDate(twoWeeksFromNow.getDate() + 14); where.startDate = { gte: new Date(), lte: twoWeeksFromNow, }; } const trips = await prisma.trip.findMany({ where, take: limit, orderBy: { startDate: "asc" }, include: { cities: { include: { city: true, experiences: { include: { experience: true }, }, }, }, lineItems: true, project: { select: { id: true, name: true } }, // Include contacts if you have a TripContact relation }, }); // Shape for SheetMind consumption const shaped = trips.map(t => ({ id: t.id, name: t.name, status: t.status, startDate: t.startDate?.toISOString(), numPax: t.numPax, totalEstimate: t.lineItems?.reduce((s, li) => s + (li.total || 0), 0) || 0, cities: t.cities?.map(c => ({ name: c.city?.name || c.cityId, nights: c.nights, experiences: c.experiences?.map(e => e.experience?.name || e.experienceId), })), lineItems: t.lineItems?.map(li => ({ title: li.title, qty: li.qty, unitPrice: li.unitPrice, total: li.total, unitLabel: li.unitLabel, })), projectName: t.project?.name, })); return NextResponse.json({ ok: true, count: shaped.length, trips: shaped, fetchedAt: new Date().toISOString(), }); } ``` --- ## SheetMind Side: Weekly Reminder Trigger In your **v1.2 SheetMind code**, add this function that runs on a weekly trigger: ```javascript /* ============================================================ WEEKLY REMINDER ENGINE — SheetMind v1.2 Fetches trips from Next.js, generates reminder emails ============================================================ */ function runWeeklyReminders() { const config = getConfig_(); const endpoint = getProp_("NEXT_ENDPOINT"); // e.g. https://molino-staging.vercel.app/api/sheetmind/trips if (!endpoint) { log_("Weekly reminders skipped", "NEXT_ENDPOINT not set"); return; } try { // 1. Fetch upcoming trips from Next.js app const url = `${endpoint}?upcoming=true&limit=20`; const response = UrlFetchApp.fetch(url, { method: "get", headers: { "x-sheetmind-key": getProp_("SHEETMIND_API_KEY") || "", }, muteHttpExceptions: true, }); const code = response.getResponseCode(); const data = JSON.parse(response.getContentText() || "{}"); if (code !== 200 || !data.trips) { throw new Error(`Fetch failed: ${code} — ${data.error || "Unknown"}`); } // 2. For each trip, generate a reminder email data.trips.forEach(trip => { try { const emailBody = generateReminderEmail_(trip, config); // Send or draft based on trip status if (trip.status === "confirmed") { sendConfirmationReminder_(trip, emailBody); } else if (trip.status === "draft") { sendFollowUpReminder_(trip, emailBody); } log_("Reminder processed", `${trip.name} (${trip.status})`); Utilities.sleep(2000); // Rate limit protection } catch (e) { log_("Reminder error", `${trip.name}: ${e.message}`); } }); log_("Weekly reminders complete", `${data.trips.length} trips processed`); } catch (e) { log_("Weekly reminders failed", e.message); } } /* --------------------------------------------------------- EMAIL GENERATORS --------------------------------------------------------- */ function generateReminderEmail_(trip, config) { const ctx = ContextSheets_.getContext("⚜️ Gestión de Viajes", config.base_context); const prompt = [ `You are a professional travel coordinator writing a reminder email.`, `Trip: ${trip.name}`, `Start: ${trip.startDate}`, `Pax: ${trip.numPax}`, `Cities: ${trip.cities.map(c => c.name).join(", ")}`, `Status: ${trip.status}`, ``, `Generate a warm, professional ${trip.status === "confirmed" ? "pre-departure reminder" : "follow-up"} email.`, `Include: greeting, trip summary, next steps, contact info.`, `Return ONLY the email body text. No subject line.` ].join("\n"); return GPT_.call(prompt, "⚜️ Gestión de Viajes", { maxTokens: 600 }); } function sendConfirmationReminder_(trip, body) { // Could send directly or log to sheet for review const subject = `Reminder: ${trip.name} — Departure ${trip.startDate.split("T")[0]}`; // Option A: Send immediately // GmailApp.sendEmail(clientEmail, subject, body); // Option B: Log to a "⚜️ Outbox" sheet for review before sending logToOutbox_(trip, subject, body, "confirmation_reminder"); } function sendFollowUpReminder_(trip, body) { const subject = `Follow-up: ${trip.name} — Ready to confirm?`; logToOutbox_(trip, subject, body, "follow_up"); } function logToOutbox_(trip, subject, body, type) { const ss = ConfigSheet; let sh = ss.getSheetByName("⚜️ Outbox"); if (!sh) { sh = ss.insertSheet("⚜️ Outbox"); sh.appendRow(["Timestamp", "Type", "Trip", "To", "Subject", "Body", "Status"]); } // TODO: Add client email lookup from trip contacts sh.appendRow([ new Date().toISOString(), type, trip.name, "", // client email subject, body, "pending_review" ]); } ``` --- ## Add to SheetMind Triggers In `setupTriggers_()`, add the weekly reminder: ```javascript function setupTriggers_() { // ... existing triggers ... // Weekly reminders — every Monday at 9 AM ScriptApp.newTrigger("runWeeklyReminders") .timeBased() .everyWeeks(1) .onWeekDay(ScriptApp.WeekDay.MONDAY) .atHour(9) .create(); // Or daily check for more responsive reminders ScriptApp.newTrigger("runWeeklyReminders") .timeBased() .everyDays(1) .atHour(9) .create(); } ``` --- ## Environment Variables Summary | Var | Set In | Value | |---|---|---| | `SHEETMIND_WEBAPP_URL` | Next.js `.env` | Your GAS Web App URL | | `SHEETMIND_API_KEY` | Next.js `.env` | Shared secret | | `NEXT_ENDPOINT` | GAS Script Properties | `https://molino-staging.vercel.app/api/sheetmind/trips\` | | `SHEETMIND_API_KEY` | GAS Script Properties | Same as Next.js `SHEETMIND_API_KEY` | --- ## Architecture Check Does this align with your rules? | Rule | Status | |---|---| | **No Prisma outside actions/** | ✅ `syncTripToSheetMind` is a server action | | **API routes = external only** | ✅ `/api/sheetmind/trips` is external-facing for GAS | | **No mutation in pages** | ✅ All mutations via `syncTripToSheetMind` action | | **Compute in Next.js, project externally** | ✅ Trip data computed in Next.js, emails projected via GAS | --- ## What You Need to Provide 1. **Does your `Trip` model have a `status` field?** (draft/confirmed/pending/etc) — I assumed it does. 2. **Do you have trip contacts/emails stored?** The reminder email needs a recipient. 3. **Do you want the weekly reminder to send immediately or queue to an Outbox sheet for review first?** I can refine the email templates and the data shapes once you confirm these. | | :---- |

This mission is parked for later implementation priority in Molino Stageup and later in molino-index.

The current Google Doc sequence and first committed work should stay focused on the existing tabs and nearer ship path.

Introduce skills and sessions as a sheet-driven items pipeline, parallel to the current indexCache-driven document and section pipeline, without disturbing the working Molino index Apps Script or current sync flow.

Keep index and items separate.

Index stays responsible for navigation, section config, and rendered document surfaces.

Items should become a parallel structured commercial entities pipeline for skills and sessions.

- spreadsheet: reuse the existing registry spreadsheet `1lP7aIqXsPUf4Hdjm0Ba3jwirKyIlHWP0rMaJoxlwh08`

- add two new tabs: `skills` and `sessions`

- Next.js side: create `sync-items.ts`

- cache layer: reuse `IndexCache` with `section = skills` and `section = sessions`

- server actions: `getSkills()` and `getSessions()`

- UI: read-only projection components only

- FareHarbor: use `fhLink` as projection-only booking target

- do not mix this into `getIndex()`

- do not use Prisma in components

- do not put mutation logic in pages

- do not replace or destabilize the current working Molino Docs Apps Script

- do not go backward into the settled Molino index pipeline just because a new lane is being explored

For now, prefer not to touch the working Molino index Apps Script at all.

If item ingestion later needs script support, use a separate Apps Script deployment and a separate Next.js env var such as `MOLINO_ITEMS_API` rather than changing the current working document sync endpoint.

The mission is valid, but it is broader than it first looked.

It introduces a second ingestion contract, new sheet tabs, a parallel cache path, new server actions, and replacement of current hardcoded skills and sessions data.

That should be reached in order, not forced ahead of the current committed path.

- `lib/data/skills.ts`

- `lib/data/sessions.ts`

- any UI surface still reading those files directly

1. create the `skills` and `sessions` sheet tabs

2. decide whether item ingestion is pure Next.js fetch or separate Apps Script deployment

3. implement `sync-items.ts`

4. write cached rows into `IndexCache`

5. add `getSkills()` and `getSessions()` server actions

6. switch staging UI from hardcoded data to cached projection

7. only later consider deeper Trips or Offer pipeline integration

This is a deferred parallel pipeline mission, not the current build target.

Keep it documented here so it can be reached in the right order without losing the architecture decisions already clarified.

Build goal for this week: make the non-Trips side commercially usable as a Studio / Automation / Boilerplate services surface, while stabilizing the docs/deployment workflow enough that you stop getting lost in planning.

The /md root already says the codebase has multiple deployment modes: core boilerplate, demo SaaS/showcase, reusable vertical package, and client-specific installations. It also says the current focus includes document orchestration, Apps Script exports, shared pricing/projection patterns, and DRY standardization.

Do not build new product systems this week. Build only the minimum path that helps you sell and deliver.

Make /md useful as your daily command center, not another infinite documentation folder.

Current /md/README.md already defines itself as the global entry point for documentation, planning, and delivery guidance. It also says the root should stay broad and practical.

Edit /md/README.md into a short execution index.

Keep only:

1. Current week focus

2. Active commercial surfaces

3. Active build modules

4. Do-not-touch-this-week list

5. Links to deeper docs

## Current Week Build Focus

1. Studio service surface

2. Shared inquiry/lead capture

3. Apps Script export proof path

4. Boilerplate/service packaging page

5. Deployment QA checklist

Do not start:

- new product modules

- new pricing engines

- subscription billing

- full AI assistant workflows

- refactors outside the active route

The root /md page tells you what to build this week in under 60 seconds.

Remove friction from the project map.

During inspection, these /md links failed with server errors:

/md/micro-goals/20260422_micro-goals-benchmarks.md

/md/recursive-audit-playbook.md

/md/appscript/README.md

The root links to micro goals, recursive audit, Apps Script, framework, integrations, offers, orders, projects, and other feature hubs, but some of those linked docs currently fail.

1. Check whether the files exist.

2. If file exists but route fails, fix markdown renderer path handling.

3. If file does not exist, create a short placeholder.

4. Do not write full specs.

# Apps Script

Status: placeholder.

Current week role:

- provide export proof path

- do not expand into full office hub this week

Next action:

- connect one working export route or document the current blocker

Every Quick Access link opens without 500 errors.

Turn /studio into the non-Trips sales front.

Your /md/studio doc says Studio is the hub for studio/editorial route notes and section tools, with Skills, Practice, Experience, Writing, and CTAs.

Create or revise the Studio route hierarchy like this:

/studio

main identity page

/studio/practice

automation + weekly support services

/studio/skills

focused sessions / practical initiations

/studio/writing

writing, narrative, docs, copy, content support

/studio/experience

portfolio/examples, not Trips-specific

/studio

/studio/practice

/studio/skills

Leave /studio/writing and /studio/experience as simple cards or placeholders.

A visitor can understand in 30 seconds:

- what you do

- how to hire you

- which service to choose

Create reusable cards for Studio services and future boilerplate offers.

Use three tiers:

1. Starter / Diagnostic

2. Done-With-You Sprint

3. Done-For-You Implementation

Automation Audit

€75–€150

Map the workflow, identify the first 3 automations, produce a short action plan.

Google Workspace Automation Sprint

€250–€600

Build one useful workflow: Sheet → Doc, PDF, Gmail, Calendar, Drive, or dashboard.

Mini Automation Portal

€750–€2,500

Small Next.js + Google Workspace portal for a real internal workflow.

components/commercial/OfferCard.tsx

components/commercial/OfferGrid.tsx

components/commercial/CTASection.tsx

OfferCard receives props only.

No fetch.

No Prisma.

No business logic.

The same OfferCard can be reused on /studio, /studio/practice, and later /trips.

One lead capture path for all current commercial surfaces.

Do not build CRM, dashboards, automations, tagging systems, or client portals yet.

name

email

whatsapp optional

sourceRoute

serviceType

budgetRange

message

status = new

createdAt

For App Router style:

app/(pages)/leads/actions/createLead.ts

app/(pages)/leads/types/lead.types.ts

app/(pages)/leads/components/LeadForm.tsx

For your current mixed setup, keep it compatible:

components/leads/LeadForm.tsx

pages/api/leads/create.ts

actions/leads/createLead.ts

server/leads/lead.service.ts

server/leads/lead.repo.ts

Given your project notes still mention reusable multi-mode deployment and DRY standardization, use the smallest structure that does not force a full refactor.

Submitting a form from /studio/practice creates a lead or sends you a notification.

This page should sell automation services immediately.

1. Hero

2. What I build

3. Service cards

4. Example workflows

5. Inquiry form

6. Beta availability note

Lightweight automation systems for small teams.

I build practical workflows connecting Google Sheets, Docs, Gmail, Calendar, Drive, Next.js, Prisma, and AI-assisted context tools.

Sheet → Google Doc proposal

Sheet → PDF quote

Form → Gmail draft

Client input → Calendar event

Markdown docs → project command center

Next.js admin page → Google Workspace output

This page can be sent to a business owner or freelancer without explaining the whole Molino platform.

Make the codebase itself sellable without packaging the full downloadable product yet.

The /md root says the codebase can operate as a core boilerplate, SaaS showcase deployment, reusable vertical package, and client-specific installation.

Developer / SaaS Boilerplate Support

I can help build or adapt a small deployment-ready Next.js system with:

- route structure

- Prisma schema

- admin pages

- document/export flow

- Google Workspace integration

- AI-assisted workflow layer

- deployment support

€150 — codebase review / architecture call

€500–€1,500 — feature/module implementation sprint

€2,500+ — client-specific boilerplate adaptation

The boilerplate becomes something you can sell as help/service now, not only as a future product.

Prove one office automation output. Not the full Office Hub.

Your roadmap says Apps Script export routes should cover PDF, calendar, email, and booking docs later, while keeping projections separate from business truth.

This week, pick one.

Best choice:

Lead / service request → Google Doc summary

Alternative:

Lead / service request → Gmail draft

1. Create one server action that prepares a simple export payload.

2. Send payload to existing Apps Script endpoint if available.

3. Store returned externalRef if your model supports it.

4. If endpoint is not ready, create a logged mock response.

full docs templating

PDF export

Drive folder automation

Calendar sync

email sending lifecycle

retry queues

You can demonstrate: inquiry received → structured summary/export created.

Make staging safe to show.

1. /md root loads.

2. /studio loads.

3. /studio/practice loads.

4. /studio/skills loads or redirects safely.

5. Lead form submits.

6. No fake booking/payment promise.

7. No obvious 500 links in the top docs index.

8. Mobile hero and cards readable.

9. Env fallback does not crash the page.

10. Vercel deployment has the right branch/env.

You can send the staging link to one potential client without apologizing first.

Protect focus.

Create /md/current-week.lock.md.

# Current Week Lock

## Build only

1. Studio service page

2. Shared offer cards

3. Shared inquiry form

4. One Apps Script export proof

5. Broken docs link cleanup

6. Staging QA

## Do not build

- full SaaS billing

- new assistant module

- full AI automation hub

- client dashboard

- subscription plans

- complete boilerplate packaging

- advanced document editor refactor

- new product taxonomy

- new Trips features

- new pricing engine

Every time you feel pulled into a new feature, check this file first.

Session 1 — Clean /md root

Session 2 — Fix broken doc links

Session 3 — Define Studio commercial surface

Session 4 — Build shared offer cards

Session 5 — Build shared inquiry module

Session 6 — Build /studio/practice money page

Session 7 — Add boilerplate/developer service positioning

Session 8 — Add one Apps Script export proof path

Session 9 — Deployment mode cleanup

Session 10 — Current week lock

Final QA

Send links to real people

Revise /md/README.md into a short execution index.

Keep:

- Current Week Build Focus

- Active commercial surfaces

- Active build modules

- Do-not-touch-this-week list

- Links to deeper docs

Do not expand the docs.

Do not create new feature specs.

Keep it readable in under 60 seconds.

Audit the Quick Access links in /md/README.md.

Fix any route that returns 500.

If the target document is missing, create a short placeholder document with:

- Status

- Current week role

- Next action

Do not write full specs.

Create reusable commercial offer components.

Files:

- components/commercial/OfferCard.tsx

- components/commercial/OfferGrid.tsx

- components/commercial/CTASection.tsx

Rules:

- props only

- no fetch

- no Prisma

- no business logic

- reusable on /studio and /studio/practice

Create a minimal shared lead capture module.

Fields:

- name

- email

- whatsapp optional

- sourceRoute

- serviceType

- budgetRange

- message

- status new

- createdAt

Add a form usable from /studio/practice.

Save the lead or use the existing notification path if available.

Do not build a CRM or dashboard.

Revise /studio/practice as a commercial automation services page.

Sections:

1. Hero

2. What I build

3. Service cards

4. Example workflows

5. Inquiry form

6. Beta availability note

Services:

- Automation Audit €75–€150

- Google Workspace Automation Sprint €250–€600

- Mini Automation Portal €750–€2,500

Do not mention unfinished platform features as available products.

Add one Apps Script export proof path.

Use case:

Lead or service request → structured Google Doc summary.

If the Apps Script endpoint is not ready, implement a safe mock/logged export response.

Do not build PDF, Calendar, Gmail lifecycle, retry queues, or full office hub.