CN112015715A - Industrial Internet data management service testing method and system - Google Patents

Abstract

The embodiment of the invention discloses a method and a system for testing industrial internet data management service, wherein the method comprises the following steps: compiling a test case function of the tested database for the test server to call; the tested database system configuration and the test case are transmitted to the test management module; the test management module sends the test plan to a test server of a corresponding data type in the test execution module; the test server calls the test case function, tests on the tested system server, records the test result and returns the test result to the test management module; the test management module returns the relevant result data to the user interface module; the user interface module compiles and generates a test report with a uniform format, and the test report is provided for the testers to download. The invention can test data management services of various data types, generate a test data set with a specified size according to requirements, automatically generate a test report, and display related information of a tested system and test results of all test cases.

Description

Industrial Internet data management service testing method and system

technical field

The invention relates to the technical field of data testing, in particular to an industrial Internet data management service testing method and system for multiple data types.

Background technique

Industrial Internet has many application scenarios in industrial enterprises. During the operation of industrial Internet systems, data plays an important supporting and connecting role. Industrial Internet data includes various types of data generated in all aspects of the production cycle of industrial products, including Product design, research and development, production, sales, as well as order management, raw material procurement, inventory management, after-sales service and other processes. While massive data brings great opportunities to the development of the industrial industry, it also brings challenges to data security and information privacy. Therefore, it is necessary to determine whether the data management service products in the industrial Internet environment can meet the requirements through appropriate database testing technology.

The performance of the industrial Internet data management system is related to various factors such as system architecture, data scale, and basic hardware environment. To compare different industrial Internet data management products of the same type, it is necessary to evaluate their performance under the same conditions. And fully consider the application characteristics, carry out targeted testing. The design of a test plan often requires consideration from multiple perspectives. In terms of test data, the size, type and physical meaning of the test data set must conform to the industrial Internet scenario, and the generation speed of the test data must also conform to the requirements of the actual industrial scenario. In terms of test indicators, the benchmark test of the data management system can be comprehensively evaluated from multiple perspectives such as performance and reliability. In terms of application scenarios, the system under test should correspond to its actual usage scenarios in industrial production.

Commonly used performance tests are divided into various types. Typical performance testing methods include benchmark tests and load tests. Different test types evaluate the performance of database systems from different perspectives.

The existing test system has the following shortcomings: First, the support for multiple data types is not comprehensive enough. The above test tools are mainly for one or a few data types. In actual industrial scenarios, many types of data are common. If only one existing test tool is used, the The need for testing; the second is the lack of a graphical interface. It is inconvenient for testers to configure and execute tests and view test results. For example, YCSB and BigDataBench do not provide direct support for database types such as graph databases, message queue databases, and binary large objects, and do not provide users with a graphical interface for testing. Configuration and other operations, users are not intuitive and easy to use when starting tests and viewing test results. LinkBench mainly provides tests such as adding, deleting, modifying, and checking graph type data, and does not support modification of other data types.

Therefore, there is a need for improvement in the prior art.

SUMMARY OF THE INVENTION

A technical problem to be solved by the embodiments of the present invention is to provide an industrial Internet data management service testing method and system to solve the problems existing in the prior art,

Based on an aspect of the embodiments of the present invention, an industrial Internet data management service testing method is disclosed, including:

According to the test case requirements put forward in the test system and the API provided by the database under test, write the test case function of the database under test for the test server to call;

Select the database system under test and test case through the user interface module, and transmit the database system under test and test case ID selected by the user to the test management module in the background of the website by submitting a form through the Django framework;

After the test management module receives the test plan submitted by the front end, it sends the test plan to the test server of the corresponding data type in the test execution module according to the type of the database under test by sending a post request;

After the test server receives the test plan, it calls the test case function according to the test case specified by the user, performs the test on the system server under test, records the test result, and returns the test result to the test management module;

The test management module receives the test case running result returned by the test server, and returns the relevant result data to the user interface module, and the user interface module uses AJAX technology to display the result data on the page;

The user interface module automatically fills the database, test cases and running test results selected by the user into the Latex template according to the test plan selected by the user, and compiles and generates a PDF file of the test report, which is provided to the testers for download.

In another embodiment based on the above-mentioned industrial Internet data management service testing method of the present invention, the test case function of the tested database is written according to the test case requirements proposed in the test system and the API provided by the tested database for Test server calls include:

Each database system under test has a separate test server responsible for receiving specific test requests and executing tests on the database system under test.

Based on another aspect of the embodiments of the present invention, an industrial Internet data management service testing system is disclosed, including:

User interface module, test management module, test execution module;

The user interface module receives the test-related requirements and configuration of the tester through the interactive interface, and submits it to the test management module as a test plan;

The test management module forwards the user's test plan to the test execution module according to the type of the test plan;

The test execution module performs tests on each test case in the test plan respectively, and returns all test result data to the test management module;

The test management module performs statistical calculation on the result data of the executed test, obtains the test result of the test plan, and forwards it to the user interface module, and the user interface module feeds back the execution result of the corresponding test to the tester.

In another embodiment of the above-mentioned industrial Internet data management service testing system based on the present invention, the user interface module includes:

User login interface, database selection interface under test, test server configuration interface, test case selection interface and test result display interface;

Through the user login interface, the tester logs in through the user name and password, and the user interface module sends the user name and password information entered by the tester through the user login interface to the test management module, and the test management module will The login result is returned to the user login interface;

Through the database selection interface under test, the user selects the database of the test server from the database given by the test system;

Through the test server configuration interface, the user configures the IP address, user name and password of the test execution module of each data type to select the test server in the corresponding test execution module;

Through the test case selection interface, the user selects test cases for each data type from the test case list given by the test system, combines them into a test plan and executes the test;

The test result display interface displays the log information output during the test in the user interface module. After the test, the user downloads the automatically generated test report.

In another embodiment of the above-mentioned industrial Internet data management service test system based on the present invention, the test management module includes:

User management module, specification compliance test management module, performance test management module;

Add or delete users who have the right to log in to the user interface module through the user management module, and manage users and their permissions, so as to ensure the security of user data and the system and data of the system under test;

Standardize the data management system of different data types through the standard compliance test management module;

The performance test management module is used to test the performance of the tested database system, including data migration efficiency, data query efficiency, user authentication attack and trusted verification delay analysis.

In another embodiment of the above-mentioned industrial Internet data management service test system based on the present invention, the test execution module includes:

Test data management module, test result management module, test report generation module, test server;

The test data management module provides a test data set corresponding to the data type to the system under test when executing the test. For the test of the system under test that requires a large amount of data import, the test data management module generates an artificial test data set according to the characteristics of industrial data;

The test result management module collects and calculates the test result data, and feeds it back to the corresponding test management module;

The test report generation module collects the test process data and test result information, fills the test related data into the test report template, and forms a test report that completely includes the test environment, system under test, test cases, and detailed test results of this test;

The test server includes a variety of types, each type of system under test corresponds to a server under test, the test server where the system under test is located executes the test plan specified by the user, and the test plan of the user is forwarded to the specific data type by the test management module. After the test server is installed, the test server performs the test according to the test cases that need to be executed.

In another embodiment of the above-mentioned industrial Internet data management service test system based on the present invention, the test case is implemented by using the API of the database under test or using the API library of each language.

In another embodiment of the above-mentioned industrial Internet data management service test system based on the present invention, the test data management module includes:

Data sets of 9 data types including relational data, graph data, time series data, document data, wide column data, key-value pair data, event data, message queue data, and binary large objects.

Compared with the prior art, the present invention has the following advantages:

The invention proposes an industrial Internet data management service testing method and system, which can test data management services of various data types, and can test the functions and performance of the tested database from the aspects of security, reliability, privacy, etc. Test, so as to provide reference for industrial enterprises when selecting database products, and provide reference for database manufacturers to improve product evaluation. The invention provides a user interaction interface that is convenient for users to use, and the test can configure and publish the test task through the interaction interface, and can check the output of the test process and the test result. The present invention includes data sets of 9 data types including relational data, graph data, time series data, document data, wide column data, key-value pair data, event data, message queue data, and binary large objects. Test data set, automatically generate test reports based on the executed test results, display relevant information of the system under test and test results of all test cases.

The technical solutions of the present invention will be further described in detail below through the accompanying drawings and embodiments.

Description of drawings

The accompanying drawings, which form a part of the specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention.

The present invention may be more clearly understood from the following detailed description with reference to the accompanying drawings, wherein:

1 is a schematic structural diagram of an embodiment of an industrial Internet data management service testing system of the present invention;

FIG. 2 is a flow chart of an embodiment of a method for testing an industrial Internet data management service of the present invention.

In the figure, 1 user interface module, 11 user login interface, 12 tested database selection interface, 13 test server configuration interface, 14 test case selection interface, 15 test result display interface, 2 test management module, 21 user management module, 22 specification Compliance test management module, 23 performance test management module, 3 test execution module, 31 test data management module, 32 test result management module, 33 test report generation module, 34 test server.

Detailed ways

Various exemplary embodiments of the present invention will now be described in detail with reference to the accompanying drawings. It should be noted that the relative arrangement of components and steps, the numerical expressions and numerical values set forth in these embodiments do not limit the scope of the invention unless specifically stated otherwise.

Techniques, methods, and apparatus known to those of ordinary skill in the relevant art may not be discussed in detail, but where appropriate, such techniques, methods, and apparatus should be considered part of the specification.

1 is a schematic structural diagram of an embodiment of an industrial Internet data management service testing system of the present invention. As shown in FIG. 1 , the industrial Internet data management service testing system includes:

Based on another aspect of the embodiments of the present invention, an industrial Internet data management service testing system is disclosed, including:

User interface module 1, test management module 2, test execution module 3;

The user interface module 1 receives the test-related requirements and configuration of the tester through the interactive interface, and submits it to the test management module 2 as a test plan;

The test management module 2 forwards the user's test plan to the test execution module 3 according to the type of the test plan;

The test execution module 3 performs tests on each test case in the test plan respectively, and returns all test result data to the test management module 2;

The test management module 2 performs statistical calculation on the result data of the executed test, obtains the test result of this test plan, and forwards it to the user interface module 1, and the user interface module 1 feeds back the execution result of the corresponding test to the user interface module 1. Testers.

The user interface module 1 includes:

User login interface 11, tested database selection interface 12, test server configuration interface 13, test case selection interface 14 and test result display interface 15;

Through the user login interface 11, the tester logs in through the user name and password, the user interface module 1 sends the user name and password information input by the tester through the user login interface 11 to the test management module 2, and the test management module 2 Return the login result to the user login interface 11 after verification;

Through the tested database selection interface 12, the user selects the database of the test server 34 from the given database of the test system;

Through the test server configuration interface 13, the user configures the IP address, user name and password of the test execution module 3 of each data type to select the test server 34 in the corresponding test execution module 3;

Through the test case selection interface 14, the user selects test cases for each data type from the test case list given by the test system, combines them into a test plan, and executes the test;

The test result display interface 15 displays the log information output during the test in the user interface module 1, and after the test ends, the user downloads the automatically generated test report.

After the tester logs in, he can see the database under test selection interface 12, the test server configuration interface 13, the test case selection interface 14 and the test result display interface 15. The tester can configure the test server 34 by checking and inputting, etc. Formulate a test plan, and control the start of the test. After the relevant test data is transmitted to the test execution module 3, the test starts to be executed. The relevant test result data and the log information of the test intermediate process will be returned by the test management module 2 to the user interface module 1 and displayed in the test result display interface 15 .

In a specific embodiment, there may be a precondition or an inclusion relationship between given test cases, that is, to execute test case A, test case B must be executed first, or the test process of test case A includes test case B. According to the test case selected by the user, the system will automatically check the preconditions, generate a test plan after supplementing the pre-test case, and pass it to the test management module 2.

The test management module 2 is responsible for the execution of all test plans of the test system. The test management module 2 includes:

User management module 21, specification compliance test management module 22, performance test management module 23;

Add or delete users who have the right to log in to the user interface module 1 through the user management module 21, and manage users and their permissions, thereby ensuring user data and system and data security of the system under test;

According to user rights, the system can divide users into administrator users and ordinary users. Administrator users can add new users or delete existing users, and can modify the passwords of other users; ordinary users can only log in and modify their own passwords.

The data management system of different data types is standardized through the specification compliance test management module 22; in the test case management of the system, multiple test cases are designed for each requirement for the user to choose. When testing, users can select single or multiple test cases to freely combine to form a test plan, and conduct specification compliance testing on the system under test.

The performance test management module 23 is used to perform performance tests on the database system under test, including data migration efficiency, data query efficiency, user authentication attack and trusted verification delay analysis. For database products used in industrial Internet systems, not only must they meet the functional requirements in the data management service specification, but also the database performance needs to meet the actual scenario requirements of the industrial Internet system.

Due to the different data characteristics and common data operations of different data types, the test cases for data migration efficiency and data query efficiency tests are also different.

The test execution module 3 receives the user test plan from the test management module 2, executes the test on the test server 34 corresponding to the data type, and returns the test result information such as the test report to the test management module 2, and displays it on the user interface module 1 .

The test management module 2 can receive the tester's configuration of the test server, the selection of the database system under test and the test case, and forward it to the corresponding test execution module according to the database type. After the execution of the test, the test result data of each test case and the log information of the intermediate process of the test will be returned to the test management module 2. The test management module 2 returns the test result to the user interface module 1 after the calculation processing.

The test execution module 3 includes:

Test data management module 31, test result management module 32, test report generation module 33, test server 34;

The test data management module 31 provides a test data set of the corresponding data type to the system under test when performing the test, and for the test of the system under test that requires a large amount of data import, the test data management module 31 generates an artificial test data set according to the characteristics of the industrial data;

The test result management module 32 collects and calculates the test result data, and feeds it back to the corresponding test management module 2;

The test report generation module 33 collects the test process data and the test result information, fills the relevant data of the test into the test report template, and forms a test report that completely includes the test environment, the system under test, the test case, and the detailed test results of this test;

The test server 34 includes a variety of types, each type of system under test corresponds to a server under test, the test server 34 where the system under test is located executes the test plan specified by the user, and the test plan of the user is forwarded by the test management module 2 to After testing the server 34 of the specific data type, the testing server 34 performs testing according to the test cases that need to be executed.

The test execution module 3 receives test requirements such as test cases specified by the user from the test management module 2, controls the database system under test to execute the corresponding tests through the test server 34, records and calculates the corresponding test results, and passes the test results through the test management module 2. And the user interface module 1 is fed back to the tester, and the test report of the current test can be automatically generated. For the performance test, according to the test case specified by the user, the test server 34 controls the system under test to test the performance of data import efficiency, data query efficiency, user authentication capability, etc., and feedback the results through response time, error rate, etc.

The test case is implemented by using the API of the database under test or using the API library of each language. For example, the user identity authentication capability requirements in the security requirements, the user rights allocation capability requirements, and the data operation capability requirements in the reliability requirements, etc. Others may need to write code separately to operate on data, such as information embedding capability requirements in privacy requirements.

For the performance test, the test execution module 3 tests according to the test case specified by the user, and the test server 34 controls the system under test to test the performance of data import efficiency, data query efficiency, user authentication capability, etc. Provide feedback on results.

The test data management module 31 includes:

Data sets of 9 data types including relational data, graph data, time series data, document data, wide column data, key-value pair data, event data, message queue data, and binary large objects.

FIG. 2 is a flowchart of an embodiment of the industrial Internet data management service testing method of the present invention. As shown in FIG. 2 , the industrial Internet data management service testing method includes:

10. According to the test case requirements put forward in the test system and the API provided by the database under test, write the test case function of the database under test for the test server 34 to call; To test the query function, you can write a test function. When the test server calls the test function, it connects with the server system under test through the API provided by Neo4j to query the data and record the query results.

20. Select the database system under test and test case through the user interface module 1, and transmit the database system under test and the test case ID selected by the user to the test management module 2 in the background of the website in the form of form submission through the Django framework; for example, the tester The Neo4j server is selected in the user interface, and the two test cases "depth-first search based on type of outgoing edge in isomorphic graph" and "breadth-first search based on type of outgoing edge in isomorphic graph" are checked. By clicking the button, the user transmits the above test plan to the backend of the website by submitting the form.

30, after the test management module 2 receives the test plan submitted by the front end, by sending a post request, the test plan is sent to the test server 34 of the corresponding data type in the test execution module 3 according to the type of the database under test; for example, After receiving the form data containing the test plan in the above step 2, the background sends the test plan data containing the test case ID selected by the user to the Neo4j test server.

40. After the test server 34 receives the test plan, according to the test case specified by the user, the test case function is called, and the test is performed on the system under test server, and the test result is recorded, and the test result is returned to the test management module 2; For example, The Neo4j test server receives the data containing the IDs of the test cases selected by the user, and invokes two test cases corresponding to "depth-first search based on outgoing edge types in isomorphic graphs" and "breadth-first search based on outgoing edge types in isomorphic graphs" respectively. The test function is tested on the test server 34 , and the test program running result is recorded, and the running result is returned to the test management module 2 .

50, the test management module 2 receives the test case running result returned by the test server 34, and returns the relevant result data to the user interface module 1;

60. The user interface module 1 automatically fills the database, test cases and running test results selected by the user into the Latex template according to the test plan selected by the user, and compiles and generates a PDF file of the test report, which is provided to the tester for download.

Described according to the test case requirements proposed in the test system and the API provided by the database under test, writing the test case function of the database under test for the test server 34 to call includes: each database system under test has a separate test server 34, Responsible for receiving specific test requests and executing tests on the system under test server.

The functions and performance of the industrial Internet data management system in the industrial Internet environment need to be quantitatively evaluated, including data operation capabilities, data query efficiency, and data migration efficiency. At the same time, the data management system may have problems such as system security and data privacy. The performance of the industrial Internet data management system is related to various factors such as system architecture, data scale, and basic hardware environment. To compare different industrial Internet data management products of the same type, it is necessary to evaluate their performance under the same conditions. Testers can test the software through the test system, and through the test system, they can test the system under test under the same conditions to check whether it meets the functional and performance requirements.

Testers can test different database management systems from different angles.

First, the tester needs to log in. Through the user login interface 11, the tester enters a user name and password. The user name and encrypted password are transmitted to the test management module 2 of the test system. After verifying whether the user name and password are correct, the user management module 21 in the test management module 2 returns the corresponding login result to the user interface module 1 and displays it to the user.

After the tester logs in successfully, through the user interface module 1 of the system, the test plan can be input and the system under test can be set. The test plan refers to some test cases selected by the user among all the test cases provided by the test system. The user's settings for the system under test include specifying the IP address of the server where the system under test is located, and entering the user name and password of the system under test.

The test cases provided by the test system can be divided into various types such as enabling test cases, trusted test cases and performance test cases. The enabling test case refers to the test case that tests whether the data management system under test is capable of completing the function of data management. The system under test should have the ability to complete necessary data operations and perform specified functions within a certain period of time and under certain conditions, thereby realizing data management functions, including data writing capabilities, data query capabilities, data modification capabilities, and data management capabilities of the data management system. The ability to delete, import and export data, and isolate between multiple service instances. Trusted test cases refer to test cases that test the stability and reliability of the data management functions provided by the data management system under test. Specifically, the system under test should have the ability to refuse unauthorized access, prevent the system from being tampered with or destroyed, and restore normal functions after being attacked, so as to ensure the security and stability of the services provided by the system; the system under test should allow information owners The right to control who the information about the owner of the information can be exposed to, the authorization to use the relevant information, and whether the relevant information is allowed to be collected, processed and stored, and can be implicitly embedded in the data publisher or receiver The user's information can be traced back to ensure that user privacy is not leaked; the system under test can ensure the authenticity and reliability of the data source and the stable and controllable data dissemination range through user authentication and user permission control. Performance test cases refer to test cases for testing the performance of the data management system under test, including data migration efficiency such as data import/export and data query efficiency.

The test management module 2 receives the test plan of the tester, connects the corresponding test server 34 according to the configuration in the test plan, and calls each implementation interface corresponding to the test case in the test plan according to the data type, thereby calling the test execution module 3. The test server 34 executes the corresponding tests.

When performing tests, the test results may take different forms depending on the type of test case. For enabling test cases and trusted test cases, the test execution module 3 tries to perform the corresponding operation on the system under test, and obtains the test result of whether the test case passes or not according to whether the corresponding operation can be completed correctly; for performance test cases, the test The execution module 3 performs multiple data import/export/query operations on the system under test as required, records the total time consumed, thereby calculates the average time cost of a single operation, and obtains the test result of the test case. After all test cases are executed, the test execution module 3 records all the test results, and after being processed by the test management module 2, the test results are displayed to the user in the user interface module 1.

The various embodiments in this specification are described in a progressive manner, and each embodiment focuses on the differences from other embodiments, and the same or similar parts between the various embodiments may be referred to each other. As for the system embodiment, since it basically corresponds to the method embodiment, the description is relatively simple, and for related parts, please refer to the partial description of the method embodiment.

The description of the present invention has been presented for purposes of illustration and description, and is not intended to be exhaustive or to limit the invention to the form disclosed. Many modifications and variations will be apparent to those of ordinary skill in the art. The embodiment was chosen and described in order to better explain the principles of the invention and the practical application, and to enable others of ordinary skill in the art to understand the invention for various embodiments with various modifications as are suited to the particular use.

Claims (8)

1. A method for testing industrial Internet data management service is characterized by comprising the following steps:

according to the test case requirement provided in the test system and the API provided by the tested database, compiling the test case function of the tested database for the test server to call;

selecting a tested database system and a test case through a user interface module, and transmitting the tested database system and the test case ID selected by a user to a test management module of a website background in a form submission mode through a web application framework;

after receiving the test plan submitted by the front end, the test management module sends the test plan to a test server of a corresponding data type in the test execution module according to the type of the tested database by sending a network request;

after receiving the test plan, the test server calls a test case function according to a test case specified by a user, tests on the tested system server, records a test result and returns the test result to the test management module;

the test management module receives a test case operation result returned by the test server and returns related result data to the user interface module, and the user interface module displays the result data in a page by using an asynchronous updating method;

and the user interface module automatically fills the database, the test case and the running test result selected by the user into the unified standardized template according to the test plan selected by the user, compiles and generates a test report with a unified format, and provides the test report for a tester to download.

2. The method for testing industrial internet data management service according to claim 1, wherein the writing of the test case function of the tested database for the test server to call according to the test case requirement proposed in the test system and the API provided by the tested database comprises:

each database system under test has a separate test server responsible for receiving specific test requests and performing tests on the database system under test.

3. An industrial internet data management service test system, comprising:

the system comprises a user interface module, a test management module and a test execution module;

the user interface module receives the test related requirements and configuration of a tester through an interactive interface, and submits the test related requirements and configuration as a test plan to the test management module;

the test management module forwards the test plan of the user to the test execution module according to the type of the test plan;

the test execution module executes tests on each test case in the test plan respectively and returns all test result data to the test management module;

the test management module carries out statistical calculation on result data of the executed test to obtain a test result of the test plan, the test result is forwarded to the user interface module, and the user interface module feeds back the execution result of the corresponding test to a tester.

4. The industrial internet data management service testing system of claim 3, wherein the user interface module comprises:

the system comprises a user login interface, a tested database selection interface, a test server configuration interface, a test case selection interface and a test result display interface;

the user interface module sends the user name and password information input by the tester through the user login interface to the test management module, and the test management module returns the login result to the user login interface after verification;

selecting a database of a test server from a database given by a test system by a user through a tested database selection interface;

through a test server configuration interface, a user configures an access address, a user name and a password of each test execution module of each data type so as to select a test server in the corresponding test execution module;

through a test case selection interface, a user selects test cases aiming at various data types from a test case list given by a test system, and the test cases are combined to form a test plan and execute a test;

and the test result display interface displays the log information output in the test process in the user interface module, and after the test is finished, the user downloads the automatically generated test report.

5. The industrial internet data management service test system of claim 3, wherein the test management module comprises:

the system comprises a user management module, a standard conformance test management module and a performance test management module;

the user management module is used for adding or deleting users authorized to log in the user interface module and managing the users and the authority thereof, so that the safety of user data, a system of a tested system and data is ensured;

standardizing data management systems of different data types through a standard conformance test management module;

the performance test management module is used for testing the performance of the tested database system, and comprises data migration efficiency, data query efficiency, user authentication attack and credible verification delay analysis.

6. The industrial internet data management service testing system of claim 3, wherein the test execution module comprises:

the test system comprises a test data management module, a test result management module, a test report generation module and a test server;

the test data management module provides a test data set corresponding to the data type for the tested system when executing the test, and generates an artificial test data set according to the characteristics of industrial data for the tested system test needing a large amount of data import;

the test result management module collects and calculates the test result data and feeds the data back to the corresponding test management module;

the test report generation module collects test process data and test result information, fills relevant test data into a test report template, and forms a test report completely containing a test environment, a tested system, a test case and a detailed test result of the test;

the test server comprises a plurality of types, each type of tested system corresponds to one tested server, the test server where the tested system is located executes a test plan appointed by a user, and after the test plan of the user is forwarded to the test server with a specific data type by the test management module, the test server tests according to a test case to be executed.

7. The industrial internet data management service test system of claim 6, wherein the test case is implemented by using an API of a database under test or an API library using languages.

8. The industrial internet data management service test system of claim 6, wherein the test data management module comprises:

relational data, graph data, time series data, document data, wide column data, key value pair data, event data, message queue data, and 9 data types of binary large object data sets.

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