Visual biological information analysis process debugging method and system

Abstract

The invention discloses a visual biological information analysis process debugging method and system. The method comprises the following steps of: obtaining information elements required by a biological information analysis process, and constructing a visual biological information analysis system; receiving a selection instruction of a user, and selecting corresponding codes to carry out debuggingat different nodes of the biological information analysis process; obtaining parameter information of process debugging, and receiving related parameter information input in a parameter setting module by the user through a form; creating processes corresponding to the parameter information on the basis of the analysis system; and receiving debugging instructions of the user, and enabling the debugging module to enable the created processes to execute a series of operations such as debugging start, pause, retry, cancel and the like according to different debugging instructions. According to the visual biological information analysis process debugging method and system, the debugging process is displayed in a visual manner, so that the correctness and efficiency of the whole debugging process are improved.

Description

technical field [0001] The invention relates to the related field of computer program development and management, in particular to a debugging method and system for a visualized biological information analysis process. Background technique [0002] As the technology of genetic testing matures day by day, the corresponding bioinformatics analysis technology is gradually moving from the laboratory to commercialization and engineering. In the existing technology, the method of staff writing scripts is often used to debug the relevant analysis process, which not only requires relatively high requirements for bioinformatics analysts, but also must understand programming techniques, and it is also very difficult in specific operations. Inconvenient and low efficiency, as shown in the following: [0003] First of all, bioinformatics analysts cannot check the debugging progress at a glance during the debugging process. If the designer of the debugging process and the design process...

AI Technical Summary

Problems solved by technology

In the existing technology, the method of staff writing scripts is often used to debug the relevant analysis process, which not only requires relatively high requirements for bioinformatics analysts, but also must understand programming techniques, and it is also very difficult in specific operations. Inconvenient and low efficiency, as shown in the following:

[0003] First of all, bioinformatics analysts cannot check the debugging progress at a glance during the debugging process. If the designer of the debugging process and the design process are not the same person, the process is slightly more complicated, and it is impossible for the debugger to understand the process. progress, not only cannot be debugged quickly and effectively, but also prone to errors

Secondly, in the process of debugging by writing process scripts, the staff of Shengxin may need to suspend the process due to factors such as unreasonable parameter settings. After adjusting the parameters, they need to continue debugging from a certain link in the middle. Faced with this However, in this way, the process does not record which nodes have been executed, and the bioinformatics personnel must clearly understand the process and the current process operation status, which will consume a lot of biographies. mind, and fallible

[0004] Therefore, in the process of realizing the heat generation of this application, the inventor found that the existing technology has at least the following defects: the current debugging of the biological information analysis process is difficult to be efficient, accurate and visualized, and at the same time, it has high business requirements for the debugging personnel. process inefficiency

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