# BETA-001
## End-to-End Wedding Simulation

You are executing the first Beta Acceptance phase for the INVEETAIRE platform.

This is NOT feature development.

This is NOT architecture refactoring.

This is a full end-to-end acceptance simulation using the existing Alpha Stable platform.

Your objective is to verify that a real wedding can be operated from start to finish.

Do NOT introduce new business features.

Only fix defects that prevent the flow from completing.

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Current Status

✅ Sprint 0 Complete

✅ Sprint 1 Complete

✅ Sprint 2 Complete

✅ Sprint 3 Complete

✅ Pilot-001 Invitation Engine

✅ Pilot-002 Guest Import

✅ Pilot-003 Public Guest Identity

✅ Pilot-004 Public Invitation Rendering

✅ Pilot-005 Guest Interaction

✅ Pilot-006 Messaging

✅ Pilot-007 Operation Suite

✅ Alpha Patch-001

✅ Alpha Patch-002

✅ DEV PATCH-001

✅ DEV PATCH-002

✅ Alpha Stabilization-001

✅ Alpha Stabilization-002

✅ Alpha Stabilization-003

✅ Alpha Stabilization-004

Repository Status

ALPHA STABLE

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Objective

Execute a complete wedding simulation.

The platform must be operated exactly as a real couple would use it.

No shortcuts.

No mocked business logic.

No direct database editing except seed data when absolutely required.

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Simulation Workspace

Workspace

test-couple

Couple

Test Couple

Wedding Date

Choose a future date.

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Simulation Flow

STEP 1

Login as Couple.

Verify dashboard loads.

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STEP 2

Configure invitation.

Bride name

Groom name

Wedding story

Wedding date

Holy Matrimony

Reception

Venue

Publish invitation

Verify preview.

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STEP 3

Import guests.

Use realistic sample guests.

Include:

single guests

families

VIP

friends

different pax counts

Verify duplicates.

Verify import statistics.

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STEP 4

Generate guest identities.

Verify:

guest_code

guest_slug

QR

Invitation URL

No internal IDs exposed.

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STEP 5

Messaging.

Generate message preview.

Verify placeholders.

Verify Holy-only guest.

Verify Reception-only guest.

Verify Dual-event guest.

Verify WhatsApp Deep Link.

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STEP 6

Public Invitation.

Open invitation as guest.

Verify:

personalized name

event visibility

RSVP

Wish

QR

Responsive layout

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STEP 7

Guest Interaction.

Submit RSVP.

Submit Wish.

Verify duplicate protection.

Verify persistence.

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STEP 8

Operation.

Login as Crew/Owner.

Open Check-In.

Scan QR.

Verify:

correct guest

correct event

attendance update

duplicate scan prevention

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STEP 9

Dashboard.

Verify:

guest attendance

pax attendance

RSVP counts

wish counts

operational metrics

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Bug Handling

If defects are discovered:

Fix ONLY defects that block the acceptance flow.

Do NOT redesign architecture.

Do NOT implement unrelated enhancements.

Keep fixes isolated.

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Constraints

Do NOT:

Refactor architecture

Modify authentication

Modify routing

Modify workspace model

Modify permissions

Modify database schema

Introduce new modules

Implement production integrations

Implement payment

Implement WhatsApp API

Implement Email

Implement SMS

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Verification

Verify every step manually.

Verify every modified file using PHP syntax check.

Verify tenant isolation remains intact.

Verify responsive layout where applicable.

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Acceptance Criteria

PASS only if:

A complete wedding can be simulated.

Invitation can be configured.

Guests imported successfully.

Invitation URLs generated.

WhatsApp preview generated.

Guest can RSVP.

Guest can submit wishes.

QR Check-In succeeds.

Dashboard metrics update correctly.

No critical defects remain.

PHP syntax passes.

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Output

Provide:

1. Simulation summary.

2. Steps executed.

3. Bugs discovered.

4. Bugs fixed.

5. Remaining known issues (if any).

6. Verification results.

7. Acceptance checklist.

8. PHP syntax results.

Stop after the simulation.

Wait for Human Approval.