Test data-based storage method and medium

Abstract

The embodiment of the invention relates to the data storage technology, particularly to a test data-based storage method and medium. The test data-based storage method comprises receiving an uploadingrequest of test data, after the uploading request is verified, receiving and storing the test data into a storage area matched with the uploading request to form new data; after the new data are released and written into a request by a node, performing whole-network common recognition according to preset logic so that the new data can be written into a new block and every node involved in commonrecognition acquiring complete block data containing new block data. By writing the new data into the new block through whole-network common recognition according to the preset logic, enabling every node involved in common recognition to acquire the complete block data containing the new block data and combining timestamp standards and block height also known as blockchain age which are carried bythe blockchain technology, the test data-based storage method and medium solves the technical problem that the test data can be tampered.

Description

technical field [0001] Embodiments of the present invention relate to data storage technology, and in particular to a storage method and storage medium based on test data. Background technique [0002] The original test data refers to the test parameters, settings, and test results recorded during the test. These are directly available, not the data obtained through calculation and processing. Usually, such original test data is the current original test data. There are mainly two storage methods. One storage method is to save the original record carrier. For example, the original test data is recorded in the form of paper, and the paper with the original test data is saved. However, there are two disadvantages in this method. Once the original record carrier is lost, the above-mentioned original test data cannot be obtained again. The second disadvantage is that the keeper of the original test data or the original record carrier is an orphan data. It needs to be verified b...

AI Technical Summary

Problems solved by technology

[0002] The original test data refers to the test parameters, settings, and test results recorded during the test. These are directly available, not the data obtained through calculation and processing. Usually, such original test data is the current original test data. There are mainly two storage methods. One storage method is to save the original record carrier. For example, the original test data is recorded in the form of paper, and the paper with the original test data is saved. However, there are two disadvantages in this method. Once the original record carrier is lost, the above-mentioned original test data cannot be obtained again. The second disadvantage is that the keeper of the original test data or the original record carrier is an orphan data. It needs to be verified but cannot be verified. Another storage method is electronic storage. After the original test data is collected, it is uploaded to the data center through electronic equipment for storage. However, most data centers are usually designed for central deployment. The design methods include: 1. Single The central data center deployment design, that is, only one data center stores the original data, and the data center deployed in a single center is relatively difficult to tamper with. Once tampered, the original authenticity of the data cannot be verified. Second, the multi-center data center Deployment design, multi-center can realize partial prevention of data loss caused by force majeure (such as power failure, hard disk failure), but the system administrator authority can still modify the stored data

The electronic storage method relies too much on the reputation of the data center or software service provider, which is relatively subjective, that is, the stability of the data is relatively low

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