Integra
Official@integra-beauty
Offers standardized architectural patterns and governance frameworks for TypeScript-based serverless environments and distributed transaction management.
Agent Skills by Integra
Showing 15 vetted skills indexed across 1 GitHub repositories.
integra-typescript-patterns
Enforce TypeScript type patterns for interfaces, enums, and null handling.
integra-generate-mcp-server
Generate a complete MCP server scaffold with OAuth, MongoDB, and AWS Serverless configuration.
integra-serverless
Guide Node.js developers in implementing AWS Lambda functions with serverless.yml configuration.
integra-document-code
Document JavaScript/TypeScript code rationale and usage with JSDoc and commenting standards.
integra-viewing-logs
Inspect Lambda logs via Serverless Framework and AWS CLI.
integra-generate-type-repository
Generate a TypeScript types repository scaffold with NPM dependencies and CI workflows.
integra-testing
Write assertion-based tests for JavaScript and TypeScript projects using node:assert.
integra-git-conventions
Enforce kebab-case branch names, conventional commits, and repository naming conventions.
integra-promises
Guides developers to write robust async/await code with correct promise usage and error handling.
integra-api-conventions
Define and enforce HTTP API conventions for headers, status codes, and JSON payloads.
integra-saga
Coordinate distributed transactions with Saga pattern state machines and recovery.
integra-database-persistence
Apply database best practices across DynamoDB, MongoDB, and SQL.
integra-code-style
Enforce Integra code-style conventions for arrays, objects, iteration, and formatting.
integra-error-handling
Guide structured try-catch, custom error classes, and logging in JavaScript and TypeScript codebases.
integra-code-organization
Identify coupling patterns and co-locate related code to minimize blast radius.
Frequently Asked Questions About Integra
FAQPage SchemaWhat specific technical tasks does Integra enable for developers?βΌ
Integra enables the enforcement of TypeScript type patterns, the generation of serverless scaffolds, and the implementation of distributed transaction state machines. It provides standardized guidance for error handling, JSDoc documentation, and HTTP convention enforcement to ensure consistency across complex JavaScript and TypeScript projects.
Which engineering personas benefit most from these architectural patterns?βΌ
Backend engineers and full-stack developers working within AWS serverless environments benefit most from these patterns. The framework is specifically designed for teams requiring strict code-style governance, robust async/await error handling, and structured database persistence strategies across DynamoDB, MongoDB, and SQL systems.
What are the primary prerequisites for implementing these patterns?βΌ
Implementation requires a Node.js environment and familiarity with the Serverless Framework. Developers must have existing access to AWS infrastructure and a foundational understanding of TypeScript interfaces, promise-based asynchronous logic, and distributed system state management to effectively utilize the provided scaffolding and convention enforcement.