Integrated machine platform

Abstract

The invention relates to the field of all-in-one machines, in particular to an all-in-one machine platform which comprises: a demand pool, into which all processed demands are put, a collection modulewhich is used for collecting user demands and checking and processing the user demands; a judgment module which is used for comparing the collected user demands with processed demands in a demand pool and judging whether the demands exist or are realized or not; a planning module which is used for planning to-do requirements; a construction module which is used for a developer to compile and deploy codes in the development process; a test module which is used for writing a test plan and establishing test calculation by a tester, and carrying out test acceptance on the demand in the development process; a association module which is used for creating associated defects for the demands which do not pass the test module; and a server, in which all the modules are arranged. According to the structure, the client, the server and the plurality of clients form a cluster, and the developed full life cycles are connected in series in an independent research and development or integration mode,so that the efficiency of a development management process is improved, and the cycle time is shortened.

Description

Technical field[0001]The invention relates to the field of all-in-one machines, in particular to an all-in-one machine platform.Background technique[0002]The efficiency and standardization of the development process have great influence in the development process. Under normal circumstances, a complete development life cycle covers the collection of requirements, the transformation of requirements to functions, and the final product development and release. In the whole process of the appeal, many development teams cannot actually connect each process closely. The main reason is that the different roles in the team and the different tools and platforms used in each process result in the inability to conduct unified development. The decentralization of management and tools also affects the transition from the previous process to the next process. At the same time, due to the inconsistency of tools and platforms, the progress of each process may overlap and cause confusion, which cann...

AI Technical Summary

Problems solved by technology

[0002] The efficiency and standardization of the development process have a great influence on the development process. Usually, a complete development life cycle covers the collection of requirements, the conversion of requirements to functions, and the final product development and release. A series of processes, in the whole process of appeal, many development teams can’t actually achieve the close connection of each process, the main reason is that different roles in the team and tools and platforms used in each process are different, which leads to the inability to conduct unified development The decentralization of management and tools also affects the transition from the previous process to the next process. At the same time, due to the inconsistency of tools and platforms, the overlapping progress of various processes may cause confusion, and it cannot be carried out sequentially according to the ideal plan. , and the transition of various processes requires manual operation by developers, which wastes a lot of development time. In addition, the DevMilOps platform in the market now only stays at the software level, and there is no product in the form of an all-in-one machine. The all-in-one machine has software built into the hardware server , which ensures the coupling and overall connectivity, and also has a good effect on data security and confidentiality. In summary, if an integrated platform can realize the unified management of the entire development cycle and connect various processes in series, it can realize full development. Automated or semi-automated process changes will be of great help to the improvement of development efficiency and standardization

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