CN114817022A

CN114817022A - Railway electronic payment platform test method, system, equipment and storage medium

Info

Publication number: CN114817022A
Application number: CN202210411717.XA
Authority: CN
Inventors: 景晓志; 王宁; 刘渭滨; 刘凯; 李健; 朱建生; 邢薇薇; 甘人才; 罗晓燕; 李文宝; 席宁; 王胜; 王兴成; 赵颖; 郝雅青; 李燕波; 冯盛楠; 孙琇; 冯美琪; 冯锐
Original assignee: China Academy of Railway Sciences Corp Ltd CARS; Institute of Computing Technologies of CARS; Beijing Jingwei Information Technology Co Ltd
Current assignee: China Academy of Railway Sciences Corp Ltd CARS; Institute of Computing Technologies of CARS; Beijing Jingwei Information Technology Co Ltd
Priority date: 2022-04-19
Filing date: 2022-04-19
Publication date: 2022-07-29

Abstract

The application discloses railway electronic payment platform test method is applied to the test of railway electronic payment platform, and the railway electronic payment platform that awaits measuring includes: the system comprises a transaction processing module, a management platform module, an account checking and settlement module, a Paas platform management module and a comprehensive application monitoring and management module, wherein the method comprises the following steps: simulation service testing: based on the simulated payment interface, sending out a simulated transaction request of a transaction service system, and receiving a simulated transaction response of a financial institution; the electronic payment platform function testing step: receiving a simulated transaction request, forwarding a simulated transaction response of a financial institution, completing the tests of the transaction processing module, the reconciliation settlement module and the platform management module based on the expected passing standard of test verification, and outputting test defect lists of different levels of the railway electronic payment platform to be tested. The invention also provides a railway electronic payment platform test system.

Description

Railway electronic payment platform test method, system, equipment and storage medium

Technical Field

The application relates to the field of software testing, in particular to a railway electronic payment platform testing method, a railway electronic payment platform testing system, a railway electronic payment platform testing computer device and a computer readable storage medium.

Background

At present, a railway electronic payment platform system is one of six key information infrastructure systems of a railway, is a network security level protection four-level system, and is used for bearing centralized collection and payment of funds in an electronic payment mode of railway passenger and freight transportation income, wherein 1000 ten thousand transactions are carried out in daily average, the peak period transaction amount reaches 1700 thousand transactions, the daily average income amount is 10 million yuan, and the peak period reaches 20 million yuan. The railway electronic payment platform provides safe and stable electronic payment service for railway passenger and freight transportation and extended service business.

With the advance of national 'autonomous controllable' planning, domestic software and hardware are rapidly developed in recent years, and particularly, the information and creation industry is comprehensively popularized in 2020. The CPU and the core basic software are in the core position of a domestic ecological system. In recent years, along with the rapid development of domestic basic software and hardware in the aspects of performance, stability and the like, under the guidance of national policies, governments and central enterprises in provinces and cities actively respond, the substitution work of original products is developed, and the migration and adaptation work of original business application software to a domestic autonomous software and hardware platform is started.

The integration of the service application software and the domestic basic software and hardware is theoretically feasible, but the domestic software and hardware technology still has a certain difference compared with the similar technology in the abroad, under the complex conditions of high concurrency, high access data volume and the like, various functional problems can occur after some domestic service systems are migrated to the domestic basic software and hardware platform to operate for a period of time, and meanwhile, whether the performance of the service application software operating on the domestic basic software and hardware platform environment meets the requirements is not verified, so that the complete and comprehensive integrated adaptation function and performance test verification needs to be carried out on the domestic basic software and hardware combination and the service application software system operating on the domestic basic software and hardware combination. The adaptation verification test and evaluation of the localization basic software and hardware become actual problems to be solved urgently, so that the research of the localization trust creation adaptability matching verification test method and the evaluation system have important significance.

At present, the localization basic software and hardware adaptation verification test work of a railway electronic payment platform is not developed completely, a localization basic software and hardware platform experiment environment needs to be built urgently, trust and innovation adaptation verification of key modules such as railway electronic payment transaction processing, reconciliation settlement service, a management platform, Paas platform management, comprehensive application monitoring management and the like is completed, an adaptation evaluation index system of electronic payment platform application software and basic software and hardware is researched and provided, and powerful technical condition support is provided for formulating a localization trust and innovation technology transformation route of the railway electronic payment platform.

In view of the above, in order to solve the technical problem in the localization credit and innovation adaptation verification test of the railway electronic payment platform, the invention provides a railway electronic payment platform test method and a railway electronic payment platform test system, which can realize the railway electronic payment platform basic function point function test, the performance test of payment transaction application, the safety evaluation test and the overall comprehensive railway electronic payment platform localization credit and innovation adaptation verification test of standard basic software and hardware tests in the localization basic software and hardware platform experimental environment.

Disclosure of Invention

The embodiment of the application provides a method and a system for testing a railway electronic payment platform, which aim to solve the technical problem in the step of testing the railway electronic payment platform.

In a first aspect, an embodiment of the present application provides a method for testing a railway electronic payment platform, which is applied to a test of the railway electronic payment platform, where the railway electronic payment platform to be tested includes: transaction processing module, management platform module, reconciliation settlement module, Paas platform management module, comprehensive application monitoring management module include:

simulation service testing: based on the simulated payment interface, sending out a simulated transaction request of a transaction service system of the railway electronic payment platform to be tested, and receiving a simulated transaction response of a financial institution;

the electronic payment platform function testing step: receiving a simulated transaction request, forwarding a simulated transaction response of a financial institution, completing the tests of the transaction processing module, the reconciliation settlement module and the management platform module based on the expected passing standard of test verification, and outputting test defect lists of different levels of the railway electronic payment platform to be tested.

Preferably, the method for testing the railway electronic payment platform further includes:

electronic payment platform compatibility testing: testing the adaptation functions of different credit creation system products comprising a central processing unit, an operating system, a database and middleware, and respectively testing the combination of various credit creation system products and the adaptability of the credit creation system products to a railway electronic payment application system;

the electronic payment platform performance test step: testing, under a preset test scene, simulating a preset number of users, generating flow pressure on a data server, testing the pressure test function of the railway electronic payment platform to be tested, and testing the stable operation function of the railway electronic payment platform to be tested within a preset time;

the electronic payment platform security testing step: testing the security test function of the railway electronic payment platform to be tested on the loophole and the whole port through a loophole scanning tool;

the electronic payment platform benchmarking test step: and testing the comparison of the test indexes of the railway electronic payment platform to be tested based on the performance standard of different standard basic software and hardware product operating environments, and outputting a test grading result.

Preferably, the step of testing the function of the electronic payment platform includes:

transaction processing function testing step: based on the transaction processing verification expected pass standard, selecting payment functions of various different transaction types for testing, receiving simulated transaction requests under different transaction types, storing transaction data and message snapshot records, receiving simulated transaction responses of financial institutions and forwarding the simulated transaction responses to a service system;

checking account settlement function test step: based on the reconciliation settlement verification expected pass standard, testing and receiving bank statement information and business statement information, and testing the information query function of the bank statement, the business statement and the platform transaction statement;

and a management platform function testing step: and respectively completing the login function, the safe exit function and the re-login function of the railway electronic payment platform to be tested based on the expected passing standard verified by the management platform.

Preferably, the step of testing the function of the electronic payment platform further includes:

the Paas platform management function testing step: based on the Pass standard of the Pass platform management verification expectation, respectively completing the container operation support functions of a Paas platform management transaction processing module, a management platform module and a reconciliation settlement module;

and a step of testing the comprehensive application monitoring management function: based on the comprehensive application monitoring management verification expected pass standard, respectively completing monitoring management, system role management and analysis and statistics function tests;

and (3) double-center verification function testing: and testing the function of data synchronization under the activated state of the double-center database of the railway electronic payment platform to be tested based on the double-center verification expected passing standard.

Preferably, the transaction processing function testing step includes:

and (3) a payment function testing step: after testing and logging in the railway electronic payment platform, entering a transaction type selection function, and verifying whether each order information function is successfully generated;

submitting a function test step: based on the payment testing step, further verifying whether the information of each order is successfully submitted;

and a payment mode selection function testing step: based on the payment testing step, whether the plurality of payment methods are successfully selected is further verified.

Preferably, the checking and settling function testing step includes:

and a step of testing a service data warehousing query function: after testing and logging in the railway electronic payment platform, entering a reconciliation settlement function, and finishing the functions of test data warehousing and business data warehousing condition query;

the bank data warehousing query function testing step comprises: after testing and logging in the railway electronic payment platform, entering a reconciliation settlement function, and finishing the functions of test data warehousing and bank data warehousing condition query;

the test step of the abnormal refund data query function of the bank comprises the following steps: after testing and logging in the railway electronic payment platform, entering a reconciliation settlement function, and finishing the functions of test data warehousing and inquiry of abnormal bank refund data warehousing conditions;

the method comprises the following steps of (1) testing the function of searching for the supply data of the bank: after testing and logging in the railway electronic payment platform, entering a reconciliation settlement function, and finishing the functions of test data warehousing and bank vacancy-filling data warehousing condition query;

refund data query function testing: after the test logs on the railway electronic payment platform, the checking and settlement function is entered, and the functions of test data warehousing and refund data warehousing condition query are completed.

Preferably, the step of testing the functions of the management platform includes:

the user login function testing step: respectively testing a system login function, a safety exit function and a re-login function of the railway electronic payment platform;

a transaction inquiry function testing step: after testing and logging in a railway electronic payment platform, entering an online transaction inquiry function, and respectively completing one or any combination of function tests in business serial number inquiry, platform serial number inquiry, bank serial number inquiry, transaction time, transaction state, transaction bank and payment type; the transaction statistical function test step of report statistics comprises the following steps: after the test logs in the railway electronic payment platform, the transaction statistical function is entered, and after the adjustment of each parameter of the statistical function of the test terminal is completed, the query function test is completed.

Preferably, the Paas platform management function testing step includes:

the user login function testing step: testing a user login function entering the Paas platform management;

and a workload management function testing step: respectively testing a work load establishing function and a work load updating function;

and a service management function testing step: respectively testing a service creation function and a service access function;

a storage volume management function testing step: respectively testing a storage volume creating function and a storage volume mounting function;

and cluster monitoring function testing: and respectively testing the cluster state monitoring function and the cluster resource monitoring function.

Preferably, the step of testing the comprehensive application monitoring management function includes:

the user login function testing step: testing the function of logging in the monitoring management platform;

and (3) testing the system role management function: after testing and logging in the monitoring management platform, adding system users, updating the system users and adding system role functions;

early warning management function testing step: after testing and logging in the monitoring management platform, adding an early warning template function;

and a backlog management function test step: after testing and logging in the monitoring management platform, adding backlog and updating the backlog functions;

and (3) transaction amount curve function testing: respectively testing the function of adding the transaction traffic monitoring curve and the function of inquiring and displaying the transaction traffic monitoring curve;

and a data query function test step: and respectively testing the data query function completed by adopting a plurality of log information retrieval modes.

In a second aspect, an embodiment of the present application provides a railway electronic payment platform test system, which is applied to a test of a railway electronic payment platform to be tested, where the railway electronic payment platform to be tested includes: the transaction processing module, the management platform module, the reconciliation settlement module, the Paas platform management module and the comprehensive application monitoring management module adopt the above railway electronic payment platform test method, which comprises the following steps:

the simulation service testing device comprises: based on the simulated payment interface, sending out a simulated transaction request of a transaction service system of the railway electronic payment platform to be tested, and receiving a simulated transaction response of a financial institution;

electronic payment platform functional test device: the electronic payment platform function testing device is connected with the simulated service testing device and used for receiving a simulated transaction request, forwarding a simulated transaction response of a financial institution, completing the tests of the transaction processing module, the reconciliation settlement module and the management platform module based on the expected pass standard of test verification, and outputting a different-grade defect list of the railway electronic payment platform to be tested;

a dual-center database server: and the double-center database server is hot-standby and is used for storing data of the transaction processing module, the management platform module and the reconciliation settlement module.

Preferably, the railway electronic payment platform test system further includes:

a pressure server: and the pressure server is used for carrying out pressure test on the railway electronic payment platform to be tested.

In a third aspect, the present application provides a computer device, including a memory, a processor, and a computer program stored on the memory and executable on the processor, where the processor executes the computer program to implement the method for testing the railway electronic payment platform according to the first aspect.

In a fourth aspect, the present application provides a computer-readable storage medium, on which a computer program is stored, where the computer program, when executed by a processor, implements the method for testing a railroad electronic payment platform according to the first aspect.

Compared with the related prior art, the method has the following outstanding advantages:

1) the test contents of the method comprise functions of a plurality of subsystems such as transaction processing, a management platform, account checking and settlement, Paas platform management, comprehensive application monitoring and management and the like of the railway electronic payment platform, and the localization credit creation adaptation verification integral test of the railway electronic payment platform is completed through the aspects of installation and deployment adaptation of the subsystems in each basic software, typical basic function test, transaction application performance test, safety test evaluation, stability test and standard foreign basic software test;

2) the method realizes independent software deployment of a plurality of adaptation test technology routes on a plurality of service servers, realizes quick switching and test scene reproduction among the test scenes of each adaptation test technology route, conveniently and completely saves the system information and the test data of the test environment, and is convenient for subsequent investigation and comparative analysis.

Drawings

The accompanying drawings, which are included to provide a further understanding of the application and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the application and together with the description serve to explain the application and not to limit the application. In the drawings:

FIG. 1 is a business architecture diagram of a railroad electronic payment platform of the present invention;

FIG. 2 is a flow chart of a railway electronic payment platform testing method of the present invention;

FIG. 3 is a schematic diagram of a test system according to an embodiment of the present invention;

FIG. 4 is a schematic diagram of the testing procedure according to an embodiment of the present invention;

FIG. 5 is a schematic diagram of a railway electronic payment platform simulation in accordance with an embodiment of the present invention;

FIG. 6 is a schematic diagram of a railway electronic payment platform simulation according to yet another embodiment of the present invention;

FIG. 7 is a schematic diagram of a railway electronic payment platform test system of the present invention;

fig. 8 is a schematic diagram of a hardware configuration of a computer device according to an embodiment of the present invention.

In the above figures:

10 simulation service testing device 20 electronic payment platform function testing device

30 double-center database server

81. A processor; 82. a memory; 83. a communication interface; 80. a bus.

Detailed Description

In order to make the objects, technical solutions and advantages of the present application more apparent, the present application will be described and illustrated below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present application and are not intended to limit the present application. All other embodiments obtained by a person of ordinary skill in the art based on the embodiments provided in the present application without any inventive step are within the scope of protection of the present application.

It is obvious that the drawings in the following description are only examples or embodiments of the present application, and that it is also possible for a person skilled in the art to apply the present application to other similar contexts on the basis of these drawings without inventive effort. Moreover, it should be appreciated that in the development of any such actual implementation, as in any engineering or design project, numerous implementation-specific decisions must be made to achieve the developers' specific goals, such as compliance with system-related and business-related constraints, which may vary from one implementation to another.

The details of one or more embodiments of the application are set forth in the accompanying drawings and the description below to provide a more thorough understanding of the application.

Reference in the specification to "an embodiment" means that a particular feature, structure, or characteristic described in connection with the embodiment can be included in at least one embodiment of the specification. The appearances of the phrase in various places in the specification are not necessarily all referring to the same embodiment, nor are separate or alternative embodiments mutually exclusive of other embodiments. Those of ordinary skill in the art will explicitly and implicitly appreciate that the embodiments described herein may be combined with other embodiments without conflict.

Unless defined otherwise, technical or scientific terms referred to herein shall have the ordinary meaning as understood by those of ordinary skill in the art to which this application belongs. Reference to "a," "an," "the," and similar words throughout this application are not to be construed as limiting in number, and may refer to the singular or the plural. The present application is directed to the use of the terms "including," "comprising," "having," and any variations thereof, which are intended to cover non-exclusive inclusions; for example, a process, method, system, article, or apparatus that comprises a list of steps or modules (elements) is not limited to the listed steps or elements, but may include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus. Reference to "connected," "coupled," and the like in this application is not intended to be limited to physical or mechanical connections, but may include electrical connections, whether direct or indirect. The term "plurality" as referred to herein means two or more. "and/or" describes an association relationship of associated objects, meaning that three relationships may exist, for example, "A and/or B" may mean: a exists alone, A and B exist simultaneously, and B exists alone. The character "/" generally indicates that the former and latter associated objects are in an "or" relationship. Reference herein to the terms "first," "second," "third," and the like, are merely to distinguish similar objects and do not denote a particular ordering for the objects.

The invention aims to provide a testing method and a testing system for a railway electronic payment platform, wherein the railway electronic payment platform provides unified payment and settlement electronic payment functions for railway passenger transport, freight transport and other services. The method provides multiple transaction channel access support according to different scenes, and comprises multiple channels based on PC end internet payment, mobile phone end H5 and APP payment, two-dimensional code scanning payment, POS machine bank card swiping payment, TVM self-service ticket purchasing machine card swiping or code scanning payment and the like.

As shown in fig. 1, the railway electronic payment platform includes systems for transaction processing, account checking and settlement, platform management, and the like, and completes the service support of the whole process of transaction, account checking, management, operation and maintenance monitoring. The railway electronic payment platform is externally connected with banks such as a worker bank and a farmer bank and third-party payment mechanisms such as a payment treasure and a WeChat, and is switched to the banks and the payment mechanisms through transactions to complete various payment and settlement functions.

In a first aspect, an embodiment of the present application provides a method for testing a railway electronic payment platform, which is applied to a test of the railway electronic payment platform, where the railway electronic payment platform to be tested includes: transaction processing module, management platform module, account checking and settlement module, Paas platform management module, comprehensive application monitoring management module, as shown in fig. 2, include:

simulated service testing step S10: based on the simulated payment interface, sending out a simulated transaction request of a transaction service system of the railway electronic payment platform to be tested, and receiving a simulated transaction response of a financial institution;

electronic payment platform function test step S20: receiving a simulated transaction request, forwarding a simulated transaction response of a financial institution, completing the tests of the transaction processing module, the reconciliation settlement module and the management platform module based on the expected passing standard of test verification, and outputting test defect lists of different levels of the railway electronic payment platform to be tested.

the electronic payment platform compatibility testing step: testing the adaptation functions of different credit creation system products comprising a central processing unit, an operating system, a database and middleware, and respectively testing the combination of various credit creation system products and the adaptability of the credit creation system products to a railway electronic payment application system;

Preferably, the step S20 of testing the function of the electronic payment platform includes:

and a step of testing the comprehensive application monitoring management function: based on the comprehensive application monitoring management verification expected passing standard, respectively completing monitoring management, system role management and analysis and statistics function tests;

Preferably, the transaction processing function testing step includes:

Preferably, the checking and settling function testing step includes:

transaction inquiry function testing: after testing and logging in a railway electronic payment platform, entering an online transaction inquiry function, and respectively completing one or any combination of function tests in business serial number inquiry, platform serial number inquiry, bank serial number inquiry, transaction time, transaction state, transaction bank and payment type; the transaction statistical function test step of report statistics comprises the following steps: after the test logs in the railway electronic payment platform, the transaction statistical function is entered, and after the adjustment of each parameter of the statistical function of the test terminal is completed, the query function test is completed.

Preferably, the Paas platform management function testing step includes:

The following detailed description of specific embodiments of the invention refers to the accompanying drawings in which:

the railway electronic payment platform mainly comprises modules of transaction processing, platform management, account checking and settlement, fund accounting, refund processing, report statistics and the like, and subsystems of statistical analysis, comprehensive query interface service, application monitoring and the like. The localization credit creation adaptation of the railway electronic payment platform software is mainly a credit creation product such as an operating system, a database, middleware and the like.

As shown in fig. 3, the railway electronic payment platform test system mainly comprises a pressure server, an extranet application server, an intranet application server, a database server, and the like.

(1) Pressure server

The pressure server deploys Loadrunner pressure test software to mainly complete the function of initiating pressure test. The performance testing tool running support is mainly completed in the overall testing environment.

(2) External network application server

The extranet application server deploys electronic payment extranet transaction processing. The external network transaction application realizes the functions of sub-modules such as simulating business system support requests, payment interface processing, simulating and receiving bank payment results and the like.

(3) Intranet application server

The intranet application server deploys electronic payment intranet transaction processing. The intranet transaction application mainly completes payment application core transaction processing, including the functions of a transaction processing module, a signature verification module, a transaction log and other core modules.

The intranet application server is provided with a reconciliation settlement subsystem and a platform management subsystem at the same time, and the system is an internal service management system and only performs adaptation and function tests in the whole test.

(4) A database server:

the database server mainly deploys database software, and the database at least forms a main-standby mode for a dual-computer hot-standby mode and a dual-computer mode according to the high availability requirement of the database. The database server stores data of electronic payment transaction application, account checking and settlement, and platform management applications.

1. Test environment software deployment for railway electronic payment platform test system

The service software deployment of the localization trust and creation adaptation test system of the railway electronic payment platform relates to 4 servers: an intranet/extranet application server and a database server. In each set of test scene, an adaptive test technology route is adopted as an adaptive type selection test combination of a Central Processing Unit (CPU), an operating system, a database, middleware and the like. Aiming at the database, the test scene mainly uses a single machine to deploy verification service and functions, and simultaneously, the double-machine verification of the database is synchronously developed.

Because the adaptive test work is limited by factors such as the prototype supply of a complete machine manufacturer, a machine room field and the like, the approach of a large number of servers cannot be coordinated, a multi-system mode is adopted for physical machine deployment, 4 sets of test scene software are respectively deployed in each server based on 4 service servers, each test scene uses an independent starting partition, a root partition and data analysis, and an EFI (extensible firmware interface) guide partition is shared. Specifically, two independent startup items are configured on the BIOS of the server, so that two test selection brand operating system environments are isolated, and data interoperation between operating systems is avoided; different guide items are defined by grub in the same type-selection brand operating system domain so as to start operating systems of different test scenes; and then deploying software environments such as a database of a test technology route corresponding to the test scene, middleware type selection, railway electronic payment platform application and the like in different test scene operating systems. And respectively setting storage spaces used by the operating system environment in each test scene in server RAID division. When the instance of the test scene operating system is switched each time, the RAID group used by other test scene operating systems is shielded in the BIOS, and only the RAID group of the current test scene operating system is started, so that the storage space of the current test scene operating system accessing other scene operating systems is shielded. Meanwhile, the servers are all configured to be full flash memories, so that the whole system performance is not influenced by the occupation of partial storage spaces in different test scenes.

Therefore, the 4 service servers realize the physical machine independent software deployment of the 4 adaptive testing technical routes, realize the quick switching and test scene reproduction among the test scenes of the adaptive testing technical routes, conveniently and completely store the system information and the test data of the testing environment, and facilitate the subsequent investigation and comparative analysis. The invention can also adopt a plurality of service servers to realize the physical machine independent software deployment of the plurality of adaptation testing technical routes.

2. Electronic payment platform test flow

The flow of the specific embodiment of the testing method is shown in fig. 4, and the adaptation verification execution stage is entered after the early preparation work is finished, wherein the adaptation verification execution stage needs the participation of an application system manufacturer and a trusted manufacturer, and the application system manufacturer debugs the application system so as to meet the condition that the application system meets the later testing. And the trusted and created manufacturers can conform to the compatibility of the application system by modifying the software and the hardware. And then, when each test has errors, returning to the stage, and modifying the respective products by the application system manufacturer and the credit manufacturer to enable the test to meet the requirements. Multiple technical routes need to be tested in this order from this stage.

This is followed by a compatibility test, a functionality test, a performance test and a security test.

3. Compatibility testing

After the electronic payment platform operation and maintenance personnel transfer the application system to a test environment, whether the compatibility meets the requirement is firstly tested, the adaptation center personnel and the credit and creation manufacturer cooperate with each other, the personnel related to the electronic payment platform verify whether the application system can normally operate or not, whether the page can normally display or not, and whether the basic function can normally operate or not. If the test is normal, the next test can be started, and if the test is not normal, the software manufacturer and the application system manufacturer need to negotiate and modify respective products so as to meet the test requirements.

4. Functional testing

4.1 domestic Xinchuang adaptation functional problem evaluation grade table

Specification of defect grade:

1. fatal: causing server downtime, system crash, dead cycles, database deadlock, program interruption and the like;

2. severe: functional errors or non-implementation, business logic errors or interruptions, program interface errors, etc.;

3. in general: the method comprises the following steps of (1) making an operation interface wrong, making an input limit wrong, deleting no prompt, deleting excessive empty fields in a database table and the like;

4. slight: the interface is not standard, the usability is poor, the prompt box is wrong or inaccurate, the auxiliary text description is inaccurate, the output and input are not standard, the key service operation is not prompted, and the like.

Four levels of problems are defined in terms of problem severity:

(1) fatal problem: blocking defects, such as: the data loss, the crash, the dead cycle, the deadlock, the restart or the crash of the database, the missing or the obstruction of the flow, the defect that the test work can not be continued, and the like are caused;

(2) severity issues: serious drawbacks, such as: lack of important functions, realization error of cores or main functions, incapability of operating after operation and the like.

(3) General problems: general functional deficiencies, such as: the software under a certain specific condition has non-main function failure, and the functional defect which can be bypassed by certain operation can cause the problems of inconvenient use or bad feeling of partial users, errors of operation interfaces, errors of printing contents and formats, simple input limitation without control, no prompt for illegal operation and the like.

(4) Minor problems: minor, proposed modified functional deficiencies, such as: for the problems of suggestion types such as software function specifications and the like, interface display is not standard, the description of the auxiliary description is not clear, the characters of the prompt window do not adopt industrial terms, no obvious distinguishing mark exists in an inputtable area and a read-only area, and the newly added functions or problems of user experience can be improved.

4.2 functional test items

The functional test comprises the following steps: the system comprises a payment function, an order submitting and payment mode selecting module, a management platform-user login module, a management platform-transaction processing-transaction query module, an account checking and settlement-data warehousing query module, a management platform-report statistics-transaction statistics module, a comprehensive application monitoring management platform, Paas platform management and double-center verification.

Specifically, as shown in fig. 5 and 6, the functionality test mainly includes: the system comprises an electronic payment transaction processing test, an electronic payment reconciliation settlement test, an electronic payment management platform test, a comprehensive application monitoring management platform test, a Paas platform management test, a double-center verification test and the like. The electronic payment transaction processing test mainly comprises a function test of a payment function, order submission, payment mode selection and the like; the electronic payment reconciliation settlement test mainly comprises the functional tests of business data warehousing inquiry, bank abnormal refund data inquiry, bank vacancy filling data inquiry, refund data inquiry and the like; the electronic payment management platform test mainly comprises the function tests of a user login module, a transaction query module for transaction processing, a transaction statistic module for report statistics and the like; the Paas platform management test mainly comprises the functional tests of user login, workload management, service creation and access, storage volume management, cluster operation monitoring and the like; the comprehensive application monitoring management platform test mainly comprises the function tests of account management, early warning management, backlog management, transaction amount curve display, data query and the like; the double-center verification test mainly selects core data synchronization in a double-activity center architecture, and tests configuration management, synchronization speed and the like of database data synchronization.

4.3 adaptive functionality testing of transaction processing, reconciliation Settlement and management platforms

4.3.1 transaction processing Module

The test module contains payment test items. The test item comprises three test points, namely a payment test point, a submission test point, a bank card selection test point and the like.

(1) Payment test point

The test point needs to enter a data page of a railway electronic payment demonstration system, click a menu bar to enter an internet interface, and click a [ pay ] button.

Verification expectation: the < railway electronic payment presentation system > data page may be entered, the < transaction type selection > page may be entered, and the "order number" is regenerated successfully.

(2) Submit test point

The test point needs to enter a < railway electronic payment demonstration system > data page, click a menu bar to enter an internet interface, and enter a < transaction type selection > page. Click [ pay ], fill in or select the corresponding information or function, and then click [ submit ] button.

Verification expectation: the data page of the < railway electronic payment demonstration system > can be entered, the page of the < transaction type selection > can be entered, the page of the < payment > can be entered, and the corresponding transData (original message) information is generated after the page is submitted.

(3) Bank card selection test point

The test point needs to enter a data page of a railway electronic payment demonstration system, fill or select designated information or functions, click a [ submit ] button, click an [ Internet submit ] button, and finally select a [ test bank ] icon.

Verification expectation: the method can enter a < railway electronic payment demonstration system > data page, a < transaction type selection > page, a < payment > page, a < message submission > page and a < bank payment > page for payment, and after the payment is successful, the data is logged in a database to view a path _ trans _ web, a path _ trans _ log (log table) and a path _ trans _ snapshot (snapshot table) to see and generate corresponding transaction records.

4.3.2 management platform-user Login Module

The test module comprises test items such as system login, safe exit, re-login and the like.

4.3.3 management platform-transaction query Module

The test module contains online transaction inquiry test items. The test items comprise test points such as transaction inquiry, upper page and lower page browsing and the like.

(1) Transaction query test point

The test point needs to use (admin6666) account number to login successfully, select menu "transaction processing", enter < transaction processing > page, select menu "transaction query", enter < online transaction query > page in < transaction query >, input correct business serial number, click [ serial number exact match ] button, click [ query ] button.

Verification expectation: if the account is successfully logged in using (admin6666), the page < transaction processing > can be entered after the menu "transaction processing" is selected, and the page < online transaction query > in the page < transaction query > can be entered after the menu "transaction query" is selected, so that the retrieval is successful and the related data is displayed.

The invention is not limited to this, and can also be used for other test cases for testing the transaction query function, such as "input error service serial number".

(2) Up and down page browsing test point

The test point successfully logs in by using an account number (admin6666), selects a menu 'transaction processing', enters a < transaction processing > page, selects a menu 'transaction query', enters an < online transaction query > page in the < transaction query >, inputs a business serial number, clicks a [ serial number precise matching ] button, clicks a [ query ] button, and clicks an [ upper ] or [ lower ] button.

Verification expectation: the account number is successfully logged in by using (admin6666), a < transaction processing > page can be entered, a < transaction query > - < online transaction query > page can be entered, and a button (upper page) or (lower page) is clicked, so that page skipping is successful.

4.3.4 reconciliation and settlement-data storage module

The test module comprises test items such as business data warehousing inquiry, bank abnormal refund data warehousing inquiry, bank vacancy supplementing data warehousing inquiry, refund data warehousing inquiry and the like.

4.3.4.1 business data warehousing query test item

The test point successfully logs in by using (admin6666) an account number, selects a menu of account checking and settlement, enters a page of < data storage > - < business data storage condition >, adjusts a start date and an end date, and clicks a button of (inquiry).

Verification expectation: and (admin6666) account login is successful, an account checking and settlement page can be entered, a data storage page-a business data storage condition page can be entered, retrieval is successful, and related data is displayed.

The invention is not limited to this, and can also be used for testing other test cases of the business data warehousing query function, such as "search failure", screening "business system", screening "warehousing state", and the like.

4.3.4.2 bank data warehouse query test item

The test point successfully logs in by using an account (admin6666), selects a menu of account checking and settlement, enters a page of < data warehousing > - < bank data warehousing condition >, adjusts a start date and an end date, and clicks an (inquiry) button.

Verification expectation: and (admin6666) account login is successful, an account checking and settlement page can be entered, a data warehousing page-a bank data warehousing condition page can be entered, retrieval is successful, and related data is displayed.

The invention is not limited to the above, and the invention can also be used for testing other test cases of the bank data warehousing query function, such as "retrieving no display information", screening "acquiring bank", screening "warehousing state", and the like.

4.3.4.3 abnormal refund data warehousing query test item for bank

The test point successfully logs in by using an account (admin6666), selects a menu of account checking and settlement, enters a page of < data warehousing > - < abnormal bank refund data warehousing condition >, adjusts a start date and an end date, and clicks an [ inquiry ] button.

Verification expectation: and (admin6666) account login is successful, an account checking and settlement page can be entered, a data entry page-a bank abnormal refund data entry condition page can be entered, retrieval is successful, and related data is displayed.

The invention is not limited to the method, and can also be used for testing other test cases of the abnormal refund data warehousing query function of the bank, such as 'searching no display information', screening 'acquiring bank', screening 'warehousing state' and the like.

4.3.4.4 stock inquiry test item for bank's vacancy-filling data

The test point successfully logs in by using an account (admin6666), selects a menu of account checking and settlement, enters a page of < data warehousing > - < situation of database vacancy filling > and adjusts a start date and an end date, and clicks an [ inquiry ] button.

Verification expectation: and (admin6666) account login is successful, an account checking and settlement page can be entered, a data warehousing page-a bank vacancy data warehousing condition page can be entered, retrieval is successful, and related data is displayed.

The invention is not limited to the method, and can also be used for testing other test cases of the database entry query function of the bank vacancy-filling data, such as 'searching no display information', screening 'acquiring bank', screening 'storage state' and the like.

4.3.4.5 refund data warehouse query test item

The test point successfully logs in by using an account (admin6666), selects a menu of account checking and settlement, enters a page of < data warehousing > - < refund data warehousing condition >, adjusts a start date and an end date, and clicks an (inquiry) button.

Verification expectation: and (admin6666) account login is successful, an account checking and settlement page can be entered, a data entry page-a refund data entry condition page can be entered, retrieval is successful, and related data is displayed.

The invention is not limited to the above, and the invention can also be used for testing other test cases of the refund data warehousing query function, such as 'searching no display information', screening 'acquiring bank', screening 'warehousing state' and the like.

4.3.5 management platform-report statistics-transaction statistics module

The test module comprises a terminal statistical query test item.

The test point successfully logs in by using (admin6666) an account number, selects a menu of 'report statistics', enters a page of < transaction statistics > - < terminal statistics >, adjusts 'start time' and 'end time', and clicks a button of 'query'.

Verification expectation: if the account is successfully logged in (admin6666), the page < report statistics > can be entered, the page < transaction statistics > - < terminal statistics > can be entered, the retrieval is successful, and the relevant data is displayed.

The invention is not limited to this, and can also be used for other test cases for testing the statistical function of the report, such as 'search failure', 'road bureau selection' statistics, 'bank selection' statistics, etc.

4.4Paas platform managed Adaptation functionality test

The electronic payment Paas platform provides container operation support for subsystems such as transaction processing, management platform and account checking and settlement, and the existing application can be issued to the Paas platform through packaging. The method has the advantages that the number of containers deployed by the electronic payment application, the login of the containers, the running state monitoring of the containers and the log query in the containers can be completed through a project management module of the Paas platform. The image package released by the application can automatically carry out version management on the Paas platform, and gray level release can be realized according to different versions. And the application is released on the Paas platform, and the internal container forms an internal cluster and provides a uniform access service to the outside through a gateway of the Paas platform.

The Paas platform testing module comprises: user login, workload management, service management, storage volume management, cluster monitoring and other test items.

4.5 Dual-center verified Adaptation functionality test

The electronic payment platform has higher requirement on storage performance, has special requirement on database double activities in the aspect of functions, and performs data synchronization test in the same-money database double activity mode to obtain the result of whether the database can realize the double activity function, the data synchronization delay size and the like.

The deployment and implementation mode is as follows: the database server A is in butt joint with the application system and the middleware, and the database server B is in synchronous butt joint with the database server A. When database server a has data storage, database server B may automatically synchronize the data in real time.

5 Performance test

5.1 testing of technical parameters

The test contents are based on part 51 of System and software engineering System and software quality requirement and evaluation (SQuaRE): quality requirements and test rules of ready available software products (RUSP) GB/T25000.51-2016 perform industry application software performance efficiency tests.

The national iron group passenger transport and electronic payment platform needs to meet the following efficiency requirements under the current testing environment:

and (3) pressure testing: verifying the service processing capacity peak value of the electronic payment platform in the current test environment, wherein the average response time of the transaction is less than 1 second, and the success rate of the transaction is more than 96%;

and (3) stability testing: the electronic payment platform is verified to stably run for 8 hours under the current test environment, the average response time of the transaction is less than 1 second, and the success rate of the transaction is more than 96%.

The invention is not limited to this, and other transaction average response time and transaction success rate can be used to perform the stress test.

6.2 electronic Payment platform stability test

And setting the number of concurrent users of the stability test according to the peak data of transaction processing quantity per second (TPS) obtained by the pressure test, and carrying out the electronic payment service stability test on the adaptive test system by using the Loadrunner for continuously operating for 8 hours.

The invention is not limited in this regard and other systems may be used for the duration of the operational test period.

8. Safety testing

And a gray box testing method is used for testing, a third-party tester performs vulnerability and full-port scanning inspection on the adaptive testing system through a missing scanning tool, and the application system manufacturer and the credit and development manufacturer repair the vulnerability and test the vulnerability again after the vulnerability is detected.

9. To the mapping test

In order to evaluate the performance difference between the application system after the localization innovation adaptation and the application system in the simulated production environment, the mapping test needs to be performed on the application system which simulates the current production environment and is deployed on foreign basic software and hardware products.

And (3) building a foreign central processing unit platform server device configured in the same way as the domestic environment, installing and deploying a foreign operating system, a database and middleware simulating the current production environment, and deploying the railway electronic payment platform application for performance testing. And comparing the test result with the performance test result under the domestic basic software and hardware environment. And the test results are compared in a grading mode according to the test index library, and finally the performance difference between the application system after the localization innovation adaptation and the application system in the simulated production environment can be observed.

In a second aspect, an embodiment of the present application provides a railway electronic payment platform test system, which is applied to a test of a railway electronic payment platform to be tested, where the railway electronic payment platform to be tested includes: the transaction processing module, the management platform module, the reconciliation settlement module, the Paas platform management module and the comprehensive application monitoring management module adopt the above railway electronic payment platform test method, as shown in fig. 7, and comprise the following steps:

the simulation service test apparatus 10: based on the simulated payment interface, sending out a simulated transaction request of a transaction service system of the railway electronic payment platform to be tested, and receiving a simulated transaction response of a financial institution;

electronic payment platform function test device 20: the electronic payment platform function testing device is connected with the simulated service testing device and used for receiving a simulated transaction request, forwarding a simulated transaction response of a financial institution, completing the tests of the transaction processing module, the reconciliation settlement module and the management platform module based on the expected pass standard of test verification, and outputting a different-grade defect list of the railway electronic payment platform to be tested;

dual-center database server 30: and the double-center database server is hot-standby and is used for storing data of the transaction processing module, the management platform module and the reconciliation settlement module.

In a third aspect, the present application provides a computer device, which includes a memory, a processor, and a computer program stored on the memory and executable on the processor, and the processor, when executing the computer program, implements the railway electronic payment platform testing method according to the first aspect.

The computer device may comprise a processor 81 and a memory 82 in which computer program instructions are stored.

The memory 82 may be used to store or cache various data files for processing and/or communication use, as well as possible computer program instructions executed by the processor 81.

The processor 81 reads and executes the computer program instructions stored in the memory 82 to implement any one of the railway electronic payment platform testing methods in the above embodiments.

In some of these embodiments, the computer device may also include a communication interface 83 and a bus 80. As shown in fig. 8, the processor 81, the memory 82, and the communication interface 83 are connected via the bus 80 to complete communication therebetween.

The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.

The above-mentioned embodiments only express several embodiments of the present application, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the scope of protection of the present application. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims

1. A railway electronic payment platform test method is applied to the test of a railway electronic payment platform, and the railway electronic payment platform to be tested comprises the following steps: transaction processing module, management platform module, reconciliation settlement module, Paas platform management module, comprehensive application monitoring management module, its characterized in that includes:

simulation service testing: based on a simulated payment interface, sending a simulated transaction request of a transaction service system of the railway electronic payment platform to be tested, and receiving a simulated transaction response of a financial institution;

the electronic payment platform function testing step: and receiving the simulated transaction request, forwarding a simulated transaction response of the financial institution, completing the tests of the transaction processing module, the reconciliation settlement module and the management platform module based on a test verification expected pass standard, and outputting test defect lists of different levels of the railway electronic payment platform to be tested.

2. The railroad electronic payment platform testing method of claim 1, further comprising:

electronic payment platform compatibility testing: testing the adaptation functions of different credit creation system products comprising a central processing unit, an operating system, a database and middleware, and respectively testing the combination of various credit creation system products and the adaptability of the credit creation system products to the railway electronic payment application system;

3. The railway electronic payment platform test method of claim 1 or 2, wherein the electronic payment platform function test step comprises:

transaction processing function testing step: based on the transaction processing verification expected pass standard, selecting payment functions of various different transaction types for testing, receiving the simulated transaction request under different transaction types, storing transaction data and message snapshot records, receiving the simulated transaction response of the financial institution and forwarding the simulated transaction response to the service system;

a management platform function testing step: and respectively completing the login function, the safe exit function and the re-login function of the railway electronic payment platform to be tested based on the expected passing standard verified by the management platform.

4. The railway electronic payment platform test method of claim 3, wherein the electronic payment platform function test step further comprises:

the Paas platform management function testing step: based on the Pass standard of the Pass platform management verification expectation, respectively completing the container operation support function of the Pass platform management on the transaction processing module, the management platform module and the reconciliation settlement module;

5. The railroad electronic payment platform testing method of claim 3, wherein the transaction processing function testing step comprises:

submitting a function test step: further verifying whether said respective order information was successfully submitted based on said payment testing step;

and a payment mode selection function testing step: and further verifying whether the plurality of payment modes are successfully selected based on the payment testing step.

6. The railway electronic payment platform test method of claim 3, wherein the reconciliation settlement function test step comprises:

and a step of testing a service data warehousing query function: after the test logs in the railway electronic payment platform, entering a reconciliation settlement function to finish the functions of test data warehousing and business data warehousing condition query;

the bank data warehousing query function testing step comprises: after the test logs in the railway electronic payment platform, entering a reconciliation settlement function to finish the functions of test data warehousing and bank data warehousing condition query;

the test step of the abnormal refund data query function of the bank comprises the following steps: after the test logs in the railway electronic payment platform, entering a reconciliation settlement function to finish the functions of test data warehousing and inquiry of abnormal bank refund data warehousing conditions;

the method comprises the following steps of (1) testing the function of searching for the supply data of the bank: after the test logs in the railway electronic payment platform, entering a reconciliation settlement function to finish the functions of test data warehousing and bank vacancy-filling data warehousing condition query;

refund data query function testing: and after the test logs in the railway electronic payment platform, entering a reconciliation settlement function to finish the functions of test data warehousing and refund data warehousing condition query.

7. The railroad electronic payment platform testing method of claim 3, wherein the management platform functional testing step comprises:

the user login function testing step: respectively testing the login function, the safe exit function and the re-login function of the railway electronic payment platform system;

transaction inquiry function testing: after the test logs on the railway electronic payment platform, the function of on-line transaction inquiry is entered, and one or any combination of function tests of business serial number inquiry, platform serial number inquiry, bank serial number inquiry, transaction time, transaction state, transaction bank and payment type are respectively completed; the transaction statistical function test step of report statistics comprises the following steps: and after the test logs in the railway electronic payment platform, entering a transaction statistical function, and after adjusting each parameter of the statistical function of the test terminal, completing the test of the query function.

8. The railroad electronic payment platform testing method of claim 4, wherein the Paas platform management function testing step:

9. The railroad electronic payment platform testing method of claim 4, wherein the integrated application monitoring management function testing step comprises:

and a backlog management function testing step: after testing and logging in the monitoring management platform, adding backlog and updating the backlog functions;

10. A railway electronic payment platform test system is applied to the test of a railway electronic payment platform to be tested, and the railway electronic payment platform to be tested comprises: the railway electronic payment platform testing method as claimed in any one of claims 1 to 9 is adopted by a transaction processing module, a management platform module, an account checking and settlement module, a Paas platform management module and a comprehensive application monitoring and management module, and is characterized by comprising the following steps:

the simulation service testing device comprises: based on a simulated payment interface, sending a simulated transaction request of a transaction service system of the railway electronic payment platform to be tested, and receiving a simulated transaction response of a financial institution;

electronic payment platform functional test device: the electronic payment platform function testing device is connected with the simulated service testing device and used for receiving the simulated transaction request, forwarding a simulated transaction response of the financial institution, completing the tests of the transaction processing module, the reconciliation settlement module and the management platform module based on the expected passing standard of test verification, and outputting a different-grade defect list of the railway electronic payment platform to be tested;

a dual-center database server: and the double-center database server is hot-standby and is connected with the electronic payment platform function testing device and used for storing data of the transaction processing module, the management platform module and the reconciliation settlement module.

11. The railroad electronic payment platform testing system of claim 10, further comprising:

a pressure server: and the pressure server is connected with the simulation service testing device and is used for carrying out pressure test on the railway electronic payment platform to be tested.

12. A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, wherein the processor when executing the computer program implements the railroad electronic payment platform testing method of any one of claims 1 to 9.

13. A computer-readable storage medium, on which a computer program is stored, which program, when being executed by a processor, carries out the railroad electronic payment platform testing method according to any one of claims 1 to 9.