{"title":"Unveiling the AWS SAM Magic for Serverless Restful APIs: Architecting with ALB Path-Based Routing in AWS","authors":"Balasubrahmanya Balakrishna","doi":"10.47941/ijce.1734","DOIUrl":null,"url":null,"abstract":"Purpose: This paper provides a thorough roadmap for developers, architects, and cloud enthusiasts who want to use the AWS Serverless Application Model (AWS SAM) to create a REST API and use the power of serverless computing. To handle HTTP requests effectively, the article focuses on deploying the API behind an Application Load Balancer (ALB) using path-based routing. The hands-on approach offers detailed instructions and valuable insights on planning, creating, and implementing serverless REST APIs. The focus is on the details of AWS SAM, examining its benefits and complexities. The paper makes the procedure easier to understand by providing thorough code excerpts, explanations, and pictures. \nMethodology: The methodology covers local testing using the SAM CLI, allowing developers to validate the API's functionality before deployment. \nFindings: The process also includes local testing with the SAM CLI, which enables developers to confirm the functioning of the API before deployment. To target the Lambda function, this paper will discuss AWS Lambda behind an ALB using a path-based listener rule on the ALB. The article’s conclusions cover essential topics like path-based routing, ALB integration, AWS SAM template structure, and recommended security and performance optimization practices. \nUnique Contributor to Theory, Policy and Practice: Based on these findings, recommendations offer information on optimizing templates, ensuring secure deployment, and using local testing to speed up development. Finally, the article walks readers through deploying the built API to AWS via the SAM CLI, facilitating a seamless transfer from a local development environment to an environment in production. Ultimately, this paper provides readers with the know-how and abilities to successfully negotiate AWS SAM's complexities and build reliable serverless REST APIs.","PeriodicalId":503134,"journal":{"name":"International Journal of Computing and Engineering","volume":"8 18","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2024-03-20","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"International Journal of Computing and Engineering","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.47941/ijce.1734","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Purpose: This paper provides a thorough roadmap for developers, architects, and cloud enthusiasts who want to use the AWS Serverless Application Model (AWS SAM) to create a REST API and use the power of serverless computing. To handle HTTP requests effectively, the article focuses on deploying the API behind an Application Load Balancer (ALB) using path-based routing. The hands-on approach offers detailed instructions and valuable insights on planning, creating, and implementing serverless REST APIs. The focus is on the details of AWS SAM, examining its benefits and complexities. The paper makes the procedure easier to understand by providing thorough code excerpts, explanations, and pictures.
Methodology: The methodology covers local testing using the SAM CLI, allowing developers to validate the API's functionality before deployment.
Findings: The process also includes local testing with the SAM CLI, which enables developers to confirm the functioning of the API before deployment. To target the Lambda function, this paper will discuss AWS Lambda behind an ALB using a path-based listener rule on the ALB. The article’s conclusions cover essential topics like path-based routing, ALB integration, AWS SAM template structure, and recommended security and performance optimization practices.
Unique Contributor to Theory, Policy and Practice: Based on these findings, recommendations offer information on optimizing templates, ensuring secure deployment, and using local testing to speed up development. Finally, the article walks readers through deploying the built API to AWS via the SAM CLI, facilitating a seamless transfer from a local development environment to an environment in production. Ultimately, this paper provides readers with the know-how and abilities to successfully negotiate AWS SAM's complexities and build reliable serverless REST APIs.
揭开 AWS SAM 在无服务器有源 API 方面的神奇面纱:在 AWS 中使用基于 ALB 路径的路由进行架构设计
目的:本文为希望使用 AWS 无服务器应用程序模型(AWS SAM)创建 REST API 并使用无服务器计算功能的开发人员、架构师和云计算爱好者提供了详尽的路线图。为了有效处理 HTTP 请求,文章重点介绍了如何使用基于路径的路由在应用负载平衡器 (ALB) 后面部署 API。实践方法提供了有关规划、创建和实施无服务器 REST API 的详细说明和宝贵见解。重点是 AWS SAM 的细节,研究其优点和复杂性。本文通过提供详尽的代码摘录、解释和图片,使程序更易于理解。方法论:该方法包括使用 SAM CLI 进行本地测试,使开发人员能够在部署前验证 API 的功能。结果:该过程还包括使用 SAM CLI 进行本地测试,使开发人员能够在部署前确认 API 的功能。针对 Lambda 功能,本文将讨论在 ALB 后面使用基于路径的 ALB 监听器规则的 AWS Lambda。文章的结论涵盖了基于路径的路由、ALB 集成、AWS SAM 模板结构以及推荐的安全和性能优化实践等基本主题。对理论、政策和实践的独特贡献: 基于这些发现,建议提供有关优化模板、确保安全部署以及使用本地测试加快开发速度的信息。最后,文章指导读者通过 SAM CLI 将构建的 API 部署到 AWS,从而促进从本地开发环境到生产环境的无缝转移。最终,本文为读者提供了成功应对 AWS SAM 的复杂性并构建可靠的无服务器 REST API 的诀窍和能力。