Разработка модели и совершенствование процессов цикла выпуска информационных систем
Аннотация
В данной работе был изучен процесс цикла выпуска информационных систем в команде разработки веб-приложения Контур.Экстерн. Рассмотрены теоретические аспекты непрерывной интеграции и непрерывной доставки. Построена цепочка процессов цикла выпуска ИС и выявлены возможности для автоматизации. Ппроведено моделирование и анализ процессов с помощью системы поддержки принятия решений. Описана разрабатываемая система автоматизации, проведен анализ внешней и внутренней среды и прогноз их изменения, рассмотрены проблемные ситуации и предложено их решение. В результате получен рабочий прототип системы автоматизации цикла выпуска ИС.
Abstract
In this paper, the process of releasing information systems in the development team of the Kontur.Extern web application was studied. The theoretical aspects of continuous integration and continuous delivery are considered. A chain of IS production cycle processes has been built and automation capabilities have been identified. Modeling and analysis of processes was carried out using a decision support system. The developed automation system is described, an analysis of the external and internal environment and a forecast of their change are carried out, problem situations are considered and their solution is proposed. The result is a working prototype of an automation system for the production cycle of IS.
Abstract
In this paper, the process of releasing information systems in the development team of the Kontur.Extern web application was studied. The theoretical aspects of continuous integration and continuous delivery are considered. A chain of IS production cycle processes has been built and automation capabilities have been identified. Modeling and analysis of processes was carried out using a decision support system. The developed automation system is described, an analysis of the external and internal environment and a forecast of their change are carried out, problem situations are considered and their solution is proposed. The result is a working prototype of an automation system for the production cycle of IS.