TWI502342B - Method and system for automatic synchronization of dual - track test - Google Patents

Description

Automatic synchronization dual-track test comparison method and system

The present invention relates to a method and system for testing comparisons, and more particularly to a method and system for automatically synchronizing two-track test comparisons.

In response to the update of the operating platform, system environment changes, program language conversion, product revision, in order to achieve system stability and seamless conversion, generally for major system changes that have been launched, for the purpose of cautious common dual-track test, that is, the new system is Functional parallel testing is carried out before the official launch, but parallel testing is mostly performed by artificial emulation. It often takes a lot of manpower and engineering. It is especially difficult for large-scale and complex business logic system quality. The general automated testing tools do not have valid verification tests. The result of the way, when the information system is converted, often the project is huge but often encounters the reaction of the poor quality of the new online system.

To this end, the data testing system and method (Patent Certificate No. I273448) proposes to input the data to be tested through the editing platform, analyze the data to be tested through the analysis module and generate the analysis results, and the test module obtains the data and analysis of the test data from the database. The results are compared, and finally the error module is detected by the reporting module and a test report is generated. However, the data to be tested in this patent is simulation data, not real and continuous event data, so the data such as problem detection, performance evaluation, stress test, etc. need to be further improved.

In view of the many shortcomings of the above-mentioned old and well-known technologies, Nai Si has made improvements and innovations, and based on the understanding of the evolution of information systems, after careful data research, evaluation considerations, test verification and improvement, the invention has finally been successfully developed. Automatic synchronization of dual-track test comparison methods and systems."

The object of the present invention is to provide a method and system for automatically synchronizing two-track test comparison, which is used for automatically detecting whether a verification environment system and a field environment system have the same output results, and can reduce the work and time of manual input and comparison. In order to save the cost of the project, and the present invention can more accurately simulate the data processing situation of the field environment system in the verification environment system, the data in the problem detection, performance evaluation, and stress test will be more accurate.

According to one aspect of the present invention, a system for automatically synchronizing a two-track test comparison is provided for detecting whether a verification environment system and a field environment system are consistent in output results, and includes a synchronous test filter module and a service data. a packaging module, a proxy synchronous write back module, a synchronous test data processing module, and a data comparison module; the method is to verify the demand event of the on-site environmental system operation, if the synchronous test filter module is To set a demand event to be tested, a new queue data is added through the business data packaging module, and the proxy synchronization write-back module synchronizes the queue data to the verification environment queue data; The correctness of the event verification, the synchronous test data processing module will copy the verified verification environment data according to the verification environment system setting, and the package is converted into a required event and parameter that can be executed by the verification environment system, and then executed by the verification environment system. After the completion of the demand event, the data comparison library compares the on-site environmental database and the verification environment data. Whether the implementation result data is the same, in order to speed up the comparison efficiency, establish a database screening comparison rule for different demand events, avoid unnecessary and time-consuming data comparison; if the comparison data is the same, it means verifying the environmental system function. Correct, if different means that the verification environment system function is wrong, it can achieve the purpose of automatic detection and verification of the environmental system and the on-site environmental system; in order to avoid direct interaction between the on-site environmental system and the verification environment system, resource mutual biting and loop waiting In addition to affecting system performance, the present invention maintains the operation of the two environmental systems by establishing a performance waterproof cabin structure. The waterproof cabin structure is established in the verification environment system and the on-site environment system to establish a verification environment queue and a site environment queue. Let the two environmental systems operate as independently as possible, so that the data in the problem detection, performance evaluation, and stress test is more accurate when the verification environment system completely simulates the data processing situation of the field environment system.

According to one aspect of the present invention, a method for automatically synchronizing a two-track test comparison is to: filter a demand event to be detected and a parameter setting thereof for a demand event executed by the field environment system; The event and its parameters are written into a site environment queue data; the site environment queue data is sequentially written into a verification environment queue data; according to the verification environment system setting, the verification environment queue data is sequentially converted into a requirement event verification. The parameters are verified by the verification environment system to perform the verification parameters of the demand event. Finally, whether the verification environment system and the on-site environment system are consistent with the data generated by the execution of the demand event can reduce the work and time of manual input and comparison. And verifying the environmental system to more fully simulate the data processing situation of the field environment system, making the verification environment system more accurate in the problem detection, performance evaluation, stress test data, in addition, by listing the field environment and verification environment Separate data allows the two environmental systems to operate independently and avoid Field verification environment system and environmental system directly call each other using resources lead to bite each other and wait for the cycle to affect system performance.

The method and system for automatically synchronizing two-track test comparison provided by the invention have the following advantages compared with the current test method and system:

1. The double-track test by artificial imitation takes time and labor, and it is not easy to check the quality of the project system with large and complex business logic. The present invention provides an automatic synchronous dual-track test comparison method and system, and the performance waterproof shell structure is verified. The environmental system performs simultaneous testing without affecting the on-site environmental system, and reduces the labor and time of manual input and comparison through automation.

2. The general automated test tool does not have a way to validate the test results effectively. The present invention filters out invalid demand events from real demand events. The demand event to be detected is sent out, and the demand event is sent from the on-site environmental system to the verification environment system for automatic testing by using synchronous technology, so that the verification environment system can more completely simulate the data processing situation of the field environment system, and achieve the problem detection. Data for performance evaluation and stress testing are more accurate.

3. The invention can be applied to various information systems, and only needs to establish a system setting comparison and database screening rule of the verification environment system and the on-site environment system, so that stable and efficient information system change conversion can be performed.

100‧‧‧ On-site environmental system

110‧‧‧ Live Environment Application Server

120‧‧‧ On-site environmental database

200‧‧‧Automatic Synchronous Dual Track Test Comparison System

210‧‧‧Synchronous test filter module

220‧‧‧Business Information Packaging Module

221‧‧‧ On-site environmental queue

230‧‧‧Proxy synchronous write back module

231‧‧‧Verification of environmental records

240‧‧‧Synchronous test data processing module

250‧‧‧ data comparison module

300‧‧‧Verification of environmental systems

310‧‧‧Verification Environment Application Server

320‧‧‧Verification Environmental Database

Step procedure of S201~S205‧‧‧Automatic Synchronous Dual Track Test Comparison Method

Step process of S211~S213‧‧‧ synchronous test filtering

S221~S223‧‧‧Steps for packaging business data

Step process of S231~S232‧‧‧Proxy synchronous write back

Steps for S241~S244‧‧‧Synchronous Test Data Processing

S251~S253‧‧‧Steps of data comparison

1 is a schematic diagram of a system for automatically synchronizing a two-track test comparison according to the present invention.

FIG. 2 is a system architecture diagram of an automatic synchronous dual-track test comparison according to the present invention.

FIG. 3 is a flow chart showing the steps of an automatic synchronization dual-track test comparison method according to the present invention.

4 is a flow chart of a synchronous test filtering step of an automatic synchronous dual-track test comparison method according to the present invention.

FIG. 5 is a flow chart of business data packaging of an automatic synchronization dual-track test comparison method according to the present invention.

FIG. 6 is a flow chart of a proxy synchronous write back step of an automatic synchronous dual-track test comparison method according to the present invention.

FIG. 7 is a flow chart showing the steps of the synchronous test data processing of the automatic synchronization dual-track test comparison method according to the present invention.

FIG. 8 is a flow chart of a data comparison step of an automatic synchronization dual-track test comparison method according to the present invention.

To understand the technical features, contents, and advantages of the present invention and the effects thereof, the present invention will be implemented in conjunction with the drawings and implemented. The expressions of the examples are described in detail below, and the drawings are used for the purpose of illustration and supplementary description, and are not necessarily true proportions and precise configurations after the implementation of the invention, and therefore should not be attached to the drawings. Interpretation and limitation of the relationship between proportion and configuration The scope of rights of the present invention in actual implementation is described in the first place.

The object of the present invention is to provide a method and system for automatically synchronizing two-track test comparison, which is used for automatically detecting whether a verification environment system and a field environment system have the same output results, and can reduce the work and time of manual input and comparison. In order to save the cost of the project, and the present invention can more accurately simulate the data processing situation of the field environment system in the verification environment system, the data in the problem detection, performance evaluation, and stress test will be more accurate.

An embodiment of the present invention can refer to the system schematic diagram of FIG. 1 . The system 200 for automatically synchronizing dual-track test comparison of the present invention is coupled to a field environment system 100 and a verification environment system 300 for automatically detecting and verifying the environment system 300. Whether it is consistent with the output result calculated by the on-site environmental system 100.

The site environment system 100 includes a site environment application server 110 and a site environment database 120. The site environment application server 110 executes a demand event, and stores the execution result in the site environment database 120.

In addition, the verification environment system 300 includes a verification environment application server 310 and a verification environment database 320. The verification environment application server 310 executes a requirement event, and stores the execution result in the verification environment database 320.

The system architecture diagram of this embodiment can be referred to FIG. 2. The system for automatically synchronizing dual-track test comparison 200 includes a synchronous test filter module 210, a service data package module 220, and a proxy synchronous write-back module 230. a synchronous test data processing module 240 and a data comparison module 250; for the demand event executed by the on-site environment system, the demand event and the parameter of the demand event to be detected by the synchronous test filter module filter 210 Setting; and the service data packaging module 220 writes the demand event and its parameters An on-site environment queue 221 data; the proxy synchronous write-back module 230 sequentially writes the field environment queue 221 data into a verification environment queue 231 data; and the synchronization test data processing module 240 according to the verification environment system 300 The verification environment 231 data is sequentially converted into the verification parameter of the requirement event, and the verification environment system 300 executes the verification parameter of the requirement event; finally, the data comparison module 250 retrieves the verification environment system 300 Verifying the environmental database 320 and the on-site environmental database 120 of the on-site environmental system 100, and comparing the verification environment system 300 with the information generated by the on-site environmental system 100 in performing the demand event, the automated detection verification can be achieved. Whether the environmental system is consistent with the output of the field environment system.

The synchronization test filter module 210 includes a synchronization test rule base 211 and a synchronization test filter 212, which are respectively described as follows:

1. Synchronization test rule base 211: records the demand event categories and rules to be detected, which may include the following rules: a total switch setting data for setting the system 200 for starting or deactivating the automatic synchronous dual-track test comparison of the present invention. Operation; write back the target environment setting, which is the configuration configuration data of the verification environment system 300; write the rule data once to record the judgment condition of the demand event to be detected; write back the restriction data for recording The performance control data, including the on-site environmental system 100 processing time limit, to avoid the automatic synchronization dual-track test comparison system of the present invention affecting the operation of the on-site environmental system 100, the parameter integrity limit of the demand event to avoid invalid demand event input; The synchronization test rule base 211 can be a data table of the site environment database 120.

2. Synchronization test filter 212: according to the synchronization test rule base 211 Record the demand event category and plan to filter whether the demand event needs to be detected, and take the parameter setting of the demand event.

The service data packaging module 220 composes the demand event and its parameters generated by the synchronous test filter module 210 into an object data, and then writes the information into the site environment, and executes the site environment sequentially by the site environment system 100. Queued data.

Wherein, the data comparison module 250 aims to provide an effective data correctness comparison, and outputs a data comparison result list, the data comparison module 250 includes a screening rule base and a comparison filter. The instructions are as follows: 1. The screening rule base 251: used to record the verification environment system 300 and the field environment system 100 to execute the verification environment database 320 data table and the field environment database 120 data table that the demand event will affect, wherein the screening rule library may be a data sheet of the verification environment database 320; 2. Alignment filter 252: Align the results of the demand event according to the screening rule base 251, and output a data similarity list of the comparison results.

The method for automatically synchronizing the two-track test of the present invention is used for automatically detecting whether the verification environment system 300 is consistent with the output result calculated by a field environment system 100, and the step flow chart thereof can refer to FIG. 3, The steps are as follows: S201: filtering a demand event and a parameter setting thereof to be detected for a demand event executed by the site environment system; S202: writing the demand event and its parameter into a site environment queue data 221; S203: The field environment queue 221 data is sequentially written into a verification environment queue 231 data; S204: according to the verification environment system 300 setting, the verification environment queue 231 data is sequentially converted into the verification parameter of the requirement event, And verifying the parameter of the demand event by the verification environment system 300; S205: comparing whether the verification environment system 300 and the field environment system 100 are consistent with the data generated by the execution of the demand event.

The flow chart of the step of step S201 for filtering the demand event to be detected and the parameter setting of the demand event may refer to FIG. 4, and the steps are as follows: S211: Establish a synchronization test rule base data, and record the required event category to be detected. And the rule; S212: filtering whether the demand event needs to be detected according to the demand event category and the plan recorded by the synchronization test rule base; S213: if the demand event needs to be detected, the parameter setting of the demand event is taken.

The step of writing the demand event and its parameters into the site environment queue data and sequentially executing the site environment queue data S202 by the site environment system 100 can refer to FIG. 5, and the steps are as follows: S221: Obtained The demand event and its parameters to be detected; S222: forming the demand event and its parameters into an object data; S223: writing the object data into the site environment queue 221, wherein the site environment is listed as an advanced first Out of the queue.

The step of converting the verification environment queue data into the verification parameter of the requirement event and executing the verification parameter S203 of the requirement event by the verification environment system 300 can refer to FIG. 6 , and the steps are as follows: S231: Listening (Listen) and checking whether the site environment queue 221 has data; S232: If the site environment queue 221 has data, the site environment queue 221 data is written into the verification environment queue 231, wherein the verification environment伫Column 231 is a first in first out queue.

The flowchart of the step of sequentially writing the on-site environment queue data into the verification environment queue data S204 can refer to FIG. 7 , and the steps are as follows: S241: Listening and checking whether the verification environment queue 231 has data; S242: if the verification environment queue 231 has data, the verification environment queue 231 data is taken out; S243: linking the verification environment system 300 verification database The configuration data of the verification environment system 300 is obtained, and the verification environment 231 data is converted into the verification parameter of the requirement event that can be executed in the verification environment system 300 according to the setting data of the verification environment system 300; S244: The verification environment system 300 Execute the verification parameters for this requirement event.

For a flowchart of the steps of the verification environment system 300 and the field environment system 100 for performing the data generated by the demand event, the flowchart of the step S205 can be referred to the eighth figure, and the steps are as follows: S251: Establish a screening rule base. The verification environment database 300 and the on-site environment system 100 execute the verification environment database 320 data table and the field environment database 120 data table that are affected by the requirement environment; S252: read the demand event according to the screening rule library The related verification environment database 320 data table and the on-site environmental database 120 data table; S253: comparing the verification environment database 320 data generated by the demand event and the on-site environmental database 120 data, and outputting the comparison result List of data similarities and differences.

The detailed description of the present invention is intended to be illustrative of a preferred embodiment of the invention, and is not intended to limit the scope of the invention. The patent scope of this case.

In summary, this case is not only innovative in terms of technical thinking, but also has many of the above-mentioned effects that are not in the traditional methods of the past. The statutory and progressive statutory invention patent requirements, 提出 apply in accordance with the law, and ask your bureau to approve the invention patent application, in order to invent invention, to the sense of virtue.

100‧‧‧ On-site environmental system

110‧‧‧ Live Environment Application Server

120‧‧‧ On-site environmental database

200‧‧‧Automatic Synchronous Dual Track Test Comparison System

210‧‧‧Synchronous test filter module

220‧‧‧Business Information Packaging Module

221‧‧‧ On-site environmental queue

230‧‧‧Proxy synchronous write back module

231‧‧‧Verification of environmental records

240‧‧‧Synchronous test data processing module

250‧‧‧ data comparison module

300‧‧‧Verification of environmental systems

310‧‧‧Verification Environment Application Server

320‧‧‧Verification Environmental Database

Claims (16)

A system for automatically synchronizing two-track test comparison, comprising: a synchronous test filter module, configured to filter a demand event and a parameter setting of the demand event; a business data packaging module, and the synchronous test filter module It is responsible for writing the demand event and its parameters into a site environment queue data; a proxy synchronous write-back module, which is connected to the service data packaging module, and is responsible for sequentially writing the field environment queue data into a verification environment. Column data; a synchronous test data processing module, connecting the proxy synchronous write back module, according to the verification environment system setting, sequentially converting the verification environment queue data into the verification parameter of the demand event, and the verification environment system Performing the verification parameter of the demand event; and a data comparison module, connecting the synchronous test data processing module, for extracting one of the verification environment system and verifying the environmental database data and one of the on-site environmental systems Library data, and whether the information produced by the verification environment system and the field environment system in performing the demand event is Cause. The system for automatically synchronizing two-track test comparison according to claim 1, wherein the synchronous test filter module comprises: a synchronous test rule base, which records required event categories and rules to be detected; and a synchronous test The filter filters the demand event according to the demand event category and plan recorded by the synchronization test rule base, and takes the parameter setting of the demand event. Automatic synchronization double-track test comparison system as described in item 2 of the patent application scope The synchronization test rule base includes a total switch setting data for setting the system operation for starting or closing the automatic synchronization dual-track test comparison. The automatic synchronization dual-track test comparison system described in claim 2, wherein the synchronization test rule base includes a write-back target environment setting, which is related configuration configuration data of the verification environment system. The automatic synchronization dual-track test comparison system described in claim 2, wherein the synchronization test rule base includes a write-back rule data for recording a judgment condition of the demand event to be detected. The system for automatically synchronizing two-track test comparison according to item 2 of the patent application scope, wherein the synchronization test rule base includes a write-back restriction data for recording performance control data, including processing time limit of the on-site environment system, Parameter integrity limits for demand events. The system for automatically synchronizing two-track test comparison according to item 2 of the patent application scope, wherein the synchronization test rule base is a data table of the on-site environmental database. For example, the automatic synchronization dual-track test comparison system described in claim 1 wherein the service data packaging module can rewrite the demand event and its parameters into an object environment data. The system for automatically synchronizing two-track test comparison according to claim 1, wherein the data comparison module comprises: a screening rule library for recording the verification environment system and the on-site environment system to execute the demand event The verification environment database data table and the on-site environmental database data table; and a comparison filter, according to the screening rule library, compare the results of the execution of the demand event, and produce a data similarity list of the comparison results. Automatic synchronization double-track test comparison system as described in item 9 of the patent application scope The screening rule base is a data table of the verification environment database. An automatic synchronization dual-track test comparison method for detecting whether a verification environment system and a field environment system perform the same output result, the steps including the following: for a demand event executed by the field environment system, filtering needs to be performed Detecting the demand event and the parameter setting of the demand event; writing the demand event and its parameters into a site environment queue data; sequentially writing the site environment queue data into a verification environment queue data; according to the verification environment The system is configured to sequentially convert the verification environment queue data into the verification parameter of the requirement event, and execute the verification parameter of the requirement event by the verification environment system; perform the demand event on the verification environment system and the on-site environment system Whether the information produced is consistent. The method for automatically synchronizing two-track test comparison according to claim 11, wherein the step of filtering the demand event and the parameter setting of the demand event is as follows: establishing a synchronization test rule base data, and the record needs to be performed. The demand event category and rule are detected; whether the demand event needs to be detected according to the demand event category and rule recorded by the synchronization test rule base; if the demand event needs to be detected, the parameter setting of the demand event is taken. For example, the method for automatically synchronizing two-track test comparison described in claim 11 wherein the demand event and its parameters are written into the site environment The steps of the material are as follows: obtaining the demand event and its parameters to be detected; composing the demand event and its parameters into an object data; writing the object data into the site environment queue, wherein the site environment is listed as an advanced First out of the queue. For example, the method for automatically synchronizing two-track test comparison described in claim 11 wherein the step of writing the on-site environmental queue data into a verification environment queue is as follows: listening and checking whether the site environment queue is If there is data in the on-site environment, the on-site environmental data will be written into the verification environment, and the verification environment will be listed as a first-in-first-out queue. The method for automatically synchronizing two-track test comparison according to claim 11, wherein the verification environment queue data is sequentially converted into the verification parameter of the requirement event, and the verification environment system executes the verification parameter of the requirement event. The steps are as follows: listening and checking whether the verification environment queue has data; if the verification environment lists the existence data, the verification environment queue data is taken out; and the verification environment system is verified to obtain the verification environment system setting. The verification data of the verification environment is converted into the verification parameter of the requirement event that can be executed in the verification environment system according to the setting data of the verification environment system; and the verification parameter of the requirement event is executed by the verification environment system. Automatic synchronization double-track test comparison as described in claim 11 The method, wherein the step of determining whether the verification environment system and the on-site environment system are consistent with the data generated by the execution of the demand event is as follows: establishing a screening rule base for recording the verification environment system and the on-site environment system to execute the The demand event will affect the verification environment database data table and the on-site environmental database data table; according to the screening rule library, the verification environment database data table and the on-site environmental database data table related to the demand event are read; The verification environment database data and the on-site environmental database generated by the demand event.