integration-contracts

Name: integration-contracts
Availability: InStock
Author: WorkSync-Developement

Define canonical TypeScript payload contracts for API and edge-function boundaries.

Updated Aug 23, 2026

Search Tags:#API #TypeScript #schema #payload #edge-functions #data-contracts #contract-definition

Ready to run

npx skills add https://github.com/WorkSync-Developement/developertestrepo --skill integration-contracts

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Please help me install this Agent Skill.
Skill: integration-contracts
Source: https://github.com/WorkSync-Developement/developertestrepo/tree/main/.windsurf/skills/integration-contracts
Command: npx skills add https://github.com/WorkSync-Developement/developertestrepo --skill integration-contracts

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Contracts define the canonical shape of data that crosses boundaries between systems, ensuring consistency and reducing integration errors across coverage-nextjs, template-coverage-creatives, and edge utilities.

Core Features & Use Cases

Canonical TypeScript payload definitions and inline edge function schemas as the single source of truth.
Clear guidance on where to place contracts in existing repos and how to version them.
Use cases include API boundary validation, edge-function I/O, and AI assistant instruction boundaries.

Quick Start

Identify a boundary (e.g., API -> Edge Function) and document the required fields, optional fields, and types in TypeScript. Locate canonical definitions in TypeScript types (e.g., @/types/) and inline schemas under /supabase/edge-functions/, then align consumer contracts accordingly. Add or update a sample payload and document a versioning approach for breaking changes.

Frequently Asked Questions about integration-contracts

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I prevent data shape drift between APIs and edge functions in TypeScript?▼

To prevent data shape drift, define canonical payload contracts at system boundaries using TypeScript types and inline edge-function schemas. This establishes a single source of truth for required fields, optional fields, and types to ensure consistency across APIs and edge utilities.

What are data contracts and when do I need them for API boundary validation?▼

Data contracts define the canonical shape of data crossing system boundaries. You need them for API boundary validation, edge-function I/O, and AI assistant instruction boundaries to reduce integration errors and enforce consistent naming conventions and payload structures.

Where should I locate TypeScript schemas and edge function definitions for canonical data contracts?▼

Locate canonical TypeScript schema definitions in your types directory, such as @/types/*, and place inline schemas under /supabase/edge-functions/*. Align consumer contracts accordingly to maintain a single source of truth across system boundaries.

Can I use this approach to version breaking changes in payload definitions?▼

Yes, you can version breaking changes in payload definitions by documenting a versioning approach alongside your canonical contracts. Add or update sample payloads and maintain the TypeScript types and inline edge-function schemas as the authoritative source.

Does this contract definition approach work for template rendering and edge utilities?▼

Yes, this contract definition approach works across template rendering, edge utilities, and APIs. By defining canonical payload shapes in TypeScript, you enforce a single source of truth for data crossing boundaries between these systems.

What is the best way to enforce a single source of truth for required and optional fields across systems?▼

The best way to enforce a single source of truth is to define canonical payload contracts in TypeScript types and inline edge-function schemas. This explicitly documents required fields, optional fields, naming conventions, types, and example payloads.