A payload test method and system based on a configuration test sequence

Abstract

The invention provides a payload test method based on a configuration test sequence, which comprises the following steps: step 1) reading payload design instruction information, managing the design instruction information in a layered instruction tree form, and providing quick retrieval and positioning of the instruction information; 2) selecting an instruction from the layered instruction tree toadd a test sequence instruction, and performing graphical editing on the added instruction to generate a payload test sequence; 3) detecting the consistency of the effective load test sequence and the load design instruction information; And 4) after the consistency detection is passed, executing the payload test sequence, and generating an instruction sending record and an execution log list inthe execution process of the test sequence to form a test coverage analysis report and a test sequence execution report. Test sequence errors caused by manual careless omission can be effectively avoided, the test efficiency is improved, an analysis report is provided, and an objective basis is provided for a payload user to grasp the technical state of the equipment.

Description

technical field [0001] The present invention mainly relates to technical fields such as space payload stand-alone equipment self-inspection, payload sub-system ground comprehensive test, and in particular to a payload testing method and system based on a configurable test sequence. Background technique [0002] In order to complete military, meteorological, scientific and other space exploration tasks, different spacecraft are generally equipped with different types of payload scientific detection instruments. These instruments span different disciplines and are designed with different instructions, functions and working modes. At each stage of the development of the payload, such as the initial sample and the positive sample, it is necessary to conduct comprehensive ground tests and verifications on the payload equipment level, subsystem level electrical and data interfaces, function and performance indicators, and equipment working modes. Driven by the remote control instr...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to solve the problems in two aspects: 1. when editing test sequences based on text scripts, test sequence errors are caused by manual omissions, and then lead to invalid test process and repeated tests; 2. manual payload test coverage statistics The analysis process is cumbersome and highly subjective, and it is impossible to objectively grasp the technical status of the payload equipment, such as the payload user, the overall payload, and the overall satellite

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