混合分布式软件架构在秘鲁社会生产性项目管理中的应用

Jorge Valenzuela Posadas
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引用次数: 3

摘要

FONCODES是负责资助和管理秘鲁全境社会生产性项目执行的公共机构。在发展和社会包容部《国家战略》框架内的社会生产性项目的目标是为生活在贫困和极端贫困中的农村家庭创造经济机会。实现这些国家战略目标的关键过程与所有阶段的组合和项目管理有关。这些过程的关键资料是与预算、支出授权、责任、清算和财务记录有关的资料,因为它可以评价所取得的管理结果的效率。在信息的实时传输过程中存在严重的局限性,在各自的过程中产生瓶颈。本文介绍了混合分布式软件架构的开发和应用,以改善秘鲁境内社会生产项目关键信息的流动和交换。比较了已开发的混合体系结构、带有SOA服务的单体体系结构和作为云上REST API的微服务体系结构。混合分布式软件架构满足了与单片web应用程序和SOA服务互操作遗留系统的需求,同时也满足了在某些流程中支持高峰请求的需求,在这些流程中,部署在云上的微服务是最佳选择。给出了在两种架构上获得的性能测试结果,从而对单片架构和微服务架构进行了性能比较。本文允许在高技术水平上评估机构政府在实施与执行性能和开发团队管理相关的云上的单片web应用程序和微服务时可能面临的好处和挑战。
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Application of mixed distributed software architectures for social-productive projects management in peru
FONCODES is the public body in charge of financing and managing the execution of social-productive projects throughout the Peruvian territory. The objective of social-productive projects within the framework of the National Strategy of the Ministry of Development and Social Inclusion is to generate economic opportunities for rural households living in poverty and extreme poverty. The key processes to achieve these national strategic objectives are related to the management of portfolios and projects at all stages. The key information of these processes is that related to budget, expenditure authorizations, accountability, liquidation and financial records since it allows evaluating the efficiency of the obtained management results. There are serious limitations during the transmission of information in real time generating bottlenecks in the respective processes. This paper presents the development and application of mixed distributed software architectures to improve the flow and exchange of key information of social-productive projects in the Peruvian territory. A comparison is made of the developed mixed architectures, the monolithic architecture with SOA services and the microservices architecture as a REST API on Cloud. The mixed distributed software architecture satisfies the need to interoperate legacy systems with a monolithic web application and SOA services however also is required satisfies the need to support high peaks of requests in certain processes where microservices deployed on the Cloud are the best choice. The performance tests results obtained on both architectures are presented, allowing a performance comparison of monolithic architecture and microservice architecture. The paper allow to evaluate at high technical level the benefits and challenges that agencies government can face when implement monolithic web applications and microservices on cloud related to execution perfomance and development team management.
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