Engineering construction method and device for software development

Abstract

The invention discloses an engineering construction method and a device for software development, which relate to the field of software development. The method comprises the following steps of: creating an environment description file and a module description file on a terminal which needs to construct an engineering; according to the compiler of the project description file and the running environment of the current terminal, the compiling environment needed by the current project being determined, and the compiling environment needed by the current project being constructed according to theenvironment description file; building all the modules mentioned in the current project description file according to the module description file; generating the current project based on the build environment required for the current project and all the modules mentioned in the current project description file. The invention decouples the project and the module, supports cross-platform deployment,and can flexibly and efficiently deploy multiple projects in a source code system.

Description

technical field [0001] The invention relates to the field of software development, in particular to an engineering construction method and device for software development. Background technique [0002] In the process of software development, as the scale of the project increases, the scale of the project's source code and operating environment (the operating environment includes the project's dependent modules, description files, etc.) also increases, which makes the construction of the project very complicated. and difficult to maintain. [0003] When a set of projects is deployed on different boards, due to the differences in the hardware and operating system environments of different boards, the compilation and running environment of the same set of projects on different boards are different; Determine and reference all modules and corresponding compilation environments (compilation chains, parameters, required system libraries, etc.) required for the project on differen...

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Problems solved by technology

[0004] However, a set of projects is usually completed by multiple module developers who know different technologies, and to determine all the modules required by the project requires multiple corresponding module developers and engineers to complete, because people with different behaviors only know The knowledge of the corresponding behavior does not know the knowledge of other behaviors. When the project scale is large, this will undoubtedly seriously increase the difficulty and workload of project construction. For example: when building multiple sets of projects on one board, multiple sets of projects need to be The modules may be similar. When the number of modules required by the project is very large, it is undoubtedly a big challenge for developers to modify the corresponding modules and compilation methods, and to select those modules to make the system run normally.

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