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Automated Continuous Deployment of Software Projects with Jenkins through DevOps-based Hybrid Model

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Abstract Software development and delivery have changed from conventional deployment and agile methods to the continuous culture of DevOps. DevOps, the current craze in the software development process, has benefited the software industry by increasing not just software production but also software quality. But because there are no standards for evaluating and improvising DevOps application in the software sectors, the implementation and assessment of DevOps practices are difficult. Consequently, a hybrid model approach is required to help software developers implement DevOps. The goal of this research work is to execute the DevOps-based hybrid model that has already been recommended utilizing suggested tool chains that include the project management environment and plugins for Jenkins, Ansible, GitLab, Nagios and Selenium under DevOps automation tools. This implementation goal will be achieved by the use of a java project with an online visual front-end. The obstacles and advantages of implementing Jenkins will also be covered in this paper along with the success of the DevOps-based model implementation in software organisations. As part of future or additional research, investigation on the effects of taking into account different automation technologies and models can also be done.
Title: Automated Continuous Deployment of Software Projects with Jenkins through DevOps-based Hybrid Model
Description:
Abstract Software development and delivery have changed from conventional deployment and agile methods to the continuous culture of DevOps.
DevOps, the current craze in the software development process, has benefited the software industry by increasing not just software production but also software quality.
But because there are no standards for evaluating and improvising DevOps application in the software sectors, the implementation and assessment of DevOps practices are difficult.
Consequently, a hybrid model approach is required to help software developers implement DevOps.
The goal of this research work is to execute the DevOps-based hybrid model that has already been recommended utilizing suggested tool chains that include the project management environment and plugins for Jenkins, Ansible, GitLab, Nagios and Selenium under DevOps automation tools.
This implementation goal will be achieved by the use of a java project with an online visual front-end.
The obstacles and advantages of implementing Jenkins will also be covered in this paper along with the success of the DevOps-based model implementation in software organisations.
As part of future or additional research, investigation on the effects of taking into account different automation technologies and models can also be done.

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