Production deployment method, device, system, electronic equipment and storage media for program package

Abstract

The invention embodiment provides a production deployment method, device, system, electronic equipment and storage media for a program package. In the production deployment method, a mission instruction is received and deployed. A task to be deployed contained in a deployment task instruction is displayed in a production deployment interface, and the program package of the task to be deployed corresponding to the task to be deployed is obtained, and then the program package of the task to be deployed is deployed to a publish server. The production deployment method, device, system, electronicequipment and storage media for the program package provides the production deployment method based the interface through the method of displaying the task to be deployed on the production deploymentinterface, so as to a non-specialized person can carry the production deployment work based the interface. And the method of deploying the publish server to the program package of the task to be deployed of the production deployment method, device, system, electronic equipment and storage media for the program package achieves the purpose of automated production deployment through obtaining the program package of the task to be deployed corresponding to the task to be deployed. Without manual production deployment, the workload of production deployment is reduced and time consumption is also reduced. As the automatic production deployment, the error rate during deployment is reduced and the efficiency of production deployment is improved.

Description

technical field [0001] The present invention relates to the technical field of system development, in particular to a program package production and deployment method, device, system, electronic equipment and storage medium. Background technique [0002] The current program development generally requires multiple developers to work together to complete the development. Generally speaking, a program can be split into multiple subroutines, and each subroutine can be completed by one developer or collaboratively by multiple developers. When done collaboratively by multiple developers, each developer has a different development task. [0003] The conventional program development life cycle generally involves at least two environments, the test environment and the formal environment. After the developer completes his own development tasks, he packages the completed program code, and then deploys the packaged program package to the test environment. The tester The packaged progr...

AI Technical Summary

Problems solved by technology

[0004] In related technologies, technically-savvy personnel need to package the code of the program completed by the developer to obtain the program package to be tested, and then the developer manually deploys the program package to be tested to the test environment. Due to the large amount of program codes completed by developers, the number of program packages to be tested is huge, which further makes the number of program packages that need to be deployed to the formal environment huge, making the workload of production deployment relatively large. Large, it takes a lot of time, making production deployment less efficient

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