A pressure method and system for stress testing related transactions in the banking system

Abstract

The invention discloses a pressure sending method of a banking system pressure test connected transaction. The method comprises the following steps; extracting transaction source data in the transaction process one by one according to the transaction order; judging whether the extracted transaction source data is within a set connected transaction range one by one; generating a primary table when judging that the extracted transaction source is out of the set connected transaction range; generating a connected table when judging that the extracted transaction source data is within the set connected transaction range; replacing related transaction elements in a connected transaction message based on the primary table and the connected table; and sending the updated message to the tested environment. By use of the method disclosed by the invention, the transaction quantity finished in per pressure-sending second can be improved as soon as possible in the premise of guaranteeing the success rate of the transaction. The invention further discloses a pressure sending system of the banking system pressure test connected transaction.

Description

technical field [0001] The present invention relates to the technical field of banking system stress testing, in particular to a pressure issuing method and system for associated transactions of banking system stress testing. Background technique [0002] Today's banking information system architecture is complex, involving many subsystems, and the interaction between each subsystem is complex and diverse. Single transaction pressure testing, manual business testing, and playback testing of general testing tools cannot accurately predict the banking system. The comprehensive performance and performance bottlenecks in actual business scenarios have given birth to a variety of stress testing systems independently developed by commercial banks. [0003] Although these stress testing systems have their own characteristics, from the perspective of the overall process, they are basically divided into three steps: data collation, pressure distribution, and statistical analysis of r...

AI Technical Summary

Problems solved by technology

Due to the different logic of the transaction program in the tested environment, the response time of the transaction varies widely. In this multi-concurrency scenario, it is difficult to ensure that the transactions are completed in an ideal order.

Therefore, most stress test systems do not do special processing for related transactions, which may cause failure; or simply remove related transactions from the stress data source, so that the stress test cannot accurately and completely reflect the comprehensive performance and performance of the system bottleneck

There are also a small number of stress test systems that pre-set and store transaction association relationships in the table during data sorting. During the stressing process, the leading transaction sending thread updates the association relationship table in real time to record transaction return elements, and the associated transaction sending thread queries the association relationship in real time. Table acquisition elements, due to high concurrency and unstable transaction response time, the completion order of related transactions cannot be guaranteed, and there are cases where related transactions are completed before the predecessor transaction and the required transaction elements cannot be obtained, and due to the existence of related relationship tables Take overhead, this method is time-consuming and cannot ensure the success rate of related transactions

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