CN102279798A - Software testing method and system based on point function driving - Google Patents
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Abstract
The invention discloses a software testing method and system based on point function driving. The software testing system comprises a client computer, a test execution environment server, a test driving device and a database server, wherein the test driving device comprises a central processor and an interface chip, an input field retrieval register, an input field stack supervisor register, a business function retrieval register, a function chain generating register and a function chain loading register, wherein the central processor and the interface chip are used for interacting data with the test execution environment server; the input field retrieval register is used for retrieving the association relationship data of the tested function, and obtaining the information of all input field data types; the input field stack supervisor register is used for storing the information of data types in a stacking way; the business function retrieval register is used for obtaining the function containing the information of corresponding data types; the function chain generating register is used for generating the function chain data containing the mapping relationship between the information of data types and the tested function; and the function chain loading register is used for loading the function chain data to the test execution environment server through the interface chip. According to the mutual relationship of functions, the correlation or cross function of the software is fully tested, and the software testing cost is reduced.
Description
Technical Field
The invention relates to the technical field of computer software testing, in particular to a software testing method and a system based on point function driving.
Background
Software testing refers to the process of operating a program under specified conditions to find out program errors, measure software quality, and evaluate whether the software can meet design requirements. In the current computer software system, the functions are various, the data logic association is tight, and the software system has to be frequently upgraded and modified along with the continuous improvement of the customer requirements. In this case, the existing software testing system has the following disadvantages:
firstly, the software system only aims at the function which needs to be newly added or upgraded at the time in the process of modification and upgrade; but the functions are not completely independent, and the defect of relevance of the functions, namely the modification of partial functions, is inevitable, so that the joint modification of other related functions is caused, and the system hidden trouble of cross influence is caused.
And (II) in a software development cycle, development and test processes based on projects are carried out, and design based on functions or even key data is not carried out in a more detailed manner, so that overlap or alternation between the projects and functions is caused, the subsequent test cost is increased, and the efficiency is low.
Disclosure of Invention
The embodiment of the invention provides a point function drive-based software testing method and system, which take the data type with more detailed granularity as a starting point, find mutual connection among functions, fully test the correlation or cross function of software and reduce the software testing cost.
One of the purposes of the present invention is to provide a software testing method based on point function driving, which comprises the following steps: acquiring a correlation input field of a tested function; retrieving data type information of an input field from pre-stored incidence relation data according to a tested function, matching the data type information with a pre-stored data dictionary, and extracting the matched data type information; storing the matched data type information in a stack form; retrieving a function containing corresponding data type information from the incidence relation data according to the stored matched data type information; associating the function corresponding to the data type information with the initial tested function to generate a function chain, and recording the function chain table; and loading the generated functional chain into a test operation environment, operating each functional test in the functional chain, and outputting a test result.
One of the objectives of the present invention is to provide a software testing system based on point function driving, which comprises: an input field acquisition unit for acquiring a correlated input field of the function to be tested; the input field retrieval unit is used for retrieving data type information of an input field from pre-stored incidence relation data according to a tested function, matching the data type information with a pre-stored data dictionary and extracting the matched data type information; the input field stack management unit is used for storing the matched data type information in a stack form; the business function retrieval unit is used for retrieving a function containing corresponding data type information from the incidence relation data according to the stored matched data type information; the function chain generating unit is used for associating the function corresponding to the data type information with the initial tested function, generating a function chain and recording a function chain table; and the functional chain loading execution unit is used for loading the generated functional chain into a test operation environment, operating each functional test in the functional chain and outputting a test result.
One of the objectives of the present invention is to provide a software testing system based on point function driving, which comprises: the system comprises a client notebook computer, a test execution environment server, a test driving device and a database server; the test execution environment server is respectively connected with the client notebook computer, the test driving device and the database server; the client notebook computer is used for acquiring the relevant input field of the tested function; the test driving device includes: the input field retrieval unit is used for retrieving data type information of an input field from pre-stored incidence relation data according to a tested function, matching the data type information with a pre-stored data dictionary and extracting the matched data type information; the input field stack management unit is used for storing the matched data type information in a stack form; the business function retrieval unit is used for retrieving a function containing corresponding data type information from the incidence relation data according to the stored matched data type information; the function chain generating unit is used for associating the function corresponding to the data type information with the initial tested function, generating a function chain and recording a function chain table; the functional chain loading execution unit is used for loading the generated functional chain into a test running environment of the test execution environment server; the test execution environment server runs each function test in the function chain and outputs a test result to the client notebook computer.
The invention has the beneficial effects that: the system is suitable for being applied to the software testing process of black box testing, in particular to the system testing and product acceptance testing stages. The system associates complicated functions through the characteristics of the internal logic between related functions and services through the internal data stream, and has the advantages that: 1) by the continuous association of single functions, the point-to-surface function test is realized, and the software test coverage rate and efficiency are improved. 2) The system tests through the logic association between functions, avoids potential cross influence in the development process, and can effectively improve the defect clearance rate. 3) The system spends a long time when generating a function chain for the first time, and performs various logic judgments of an intermediate link and function loading; however, once the function chain is generated and contains the driving function, the function chain is directly loaded and executed, and an efficient processing mode of once generation and running at any time is realized. 4) The system reasonably separates the testing links of the system to be tested, and improves the maintainability and expandability of the system.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without inventive exercise.
FIG. 1 is a flow chart of a software testing method based on point function driving according to an embodiment of the present invention;
FIG. 2 is a block diagram of a software testing system based on point function driving according to an embodiment of the present invention;
FIG. 3 is a schematic connection diagram of a software testing system based on point function driving according to an embodiment of the present invention;
FIG. 4 is a block diagram of a test driver according to an embodiment of the present invention;
FIG. 5 is a block diagram of a database server according to an embodiment of the present invention;
fig. 6 is a flowchart of the operation of the software testing system based on the point function driver according to the embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1, the software testing method based on point function driving of this embodiment includes: acquiring a correlation input field of a function to be tested (step S101); retrieving data type information of an input field from pre-stored incidence relation data according to a tested function, matching the data type information with a pre-stored data dictionary, and extracting the matched data type information (step S102); storing the matched data type information in a stack form (step S103); a function of retrieving information including corresponding data types from the association relation data according to the stored matched data type information (step S104); associating the function corresponding to the data type information with the initial tested function, generating a function chain, and simultaneously recording the function chain table (step S105); the generated function chain is loaded into the test operation environment, each function test in the function chain is operated, and the test result is output (step S106).
As shown in fig. 2, the software testing system based on point function driver of the present embodiment includes: an input field acquisition unit 101 for acquiring a relevant input field of the function to be tested; the input field retrieval unit 102 is used for retrieving data type information of an input field from pre-stored incidence relation data according to a tested function, matching the data type information with a pre-stored data dictionary, and extracting the matched data type information; an input field stack management unit 103 for storing the matched data type information in a stack form; a service function retrieving unit 104, configured to retrieve a function including corresponding data type information from the association relationship data according to the stored matched data type information; a function chain generating unit 105, configured to associate a function corresponding to the data type information with a starting function to be tested, generate a function chain, and record a function chain table; and the functional chain loading execution unit 106 is configured to load the generated functional chain into a test operation environment, run each functional test in the functional chain, and output a test result. The system further comprises: the database 107 is used for storing an association relation table, a function chain table and a data dictionary table of the database; wherein, the fields of the incidence relation table comprise: ID. Function name, script name and input field; the fields of the function linked list include: ID. A function chain name and a function name; the fields of the data dictionary table include: ID and input field.
As shown in fig. 3, the software testing system based on the point function driver of the present embodiment includes: a client-side notebook computer 100, a test execution environment server 200, a test driving device 201, and a database server 300; the test execution environment server 200 is connected to the client notebook computer 100, the test driver 201, and the database server 300, respectively.
The test driver 201 may be disposed in the test execution environment server 200, and the test driver 201 disposed in the server includes: the input field retrieval unit is used for retrieving data type information of an input field from pre-stored incidence relation data according to a tested function, matching the data type information with a pre-stored data dictionary and extracting the matched data type information; the input field stack management unit is used for storing the matched data type information in a stack form; the business function retrieval unit is used for retrieving a function containing corresponding data type information from the incidence relation data according to the stored matched data type information; the function chain generating unit is used for associating the function corresponding to the data type information with the initial tested function, generating a function chain and recording a function chain table; the functional chain loading execution unit is used for loading the generated functional chain into a test running environment of the test execution environment server; the test execution environment server runs each function test in the function chain and outputs a test result to the client notebook computer.
As shown in fig. 4, the test driving apparatus 201 may be disposed outside the test execution environment server 200, and the test driving apparatus 201 disposed outside the server includes: the central processing unit and the interface chip are connected with the central processing unit and used for carrying out data interaction with the test execution environment server; the input field retrieval register is connected with the central processing unit and is used for retrieving the incidence relation data of the tested function and acquiring all input field data type information; the input field stack management register is connected with the central processing unit and is used for storing data type information in a stack form; the business function retrieval register is connected with the central processing unit and is used for acquiring the function containing the corresponding data type information; the functional chain generating register is connected with the central processing unit and is used for generating functional chain data containing data type information and a mapping relation of a tested function; and the functional chain loading register is connected with the central processing unit and is used for loading functional chain data to the test execution environment server through the interface chip. The test driving device 201 further includes a keyboard, a display, a clock chip and a power circuit connected to the central processing unit. The client notebook computer 100 is used for inputting the relevant input field data of the tested function and displaying the software test result data. The test execution environment server 200 is configured to test a script corresponding to each function in the loaded function chain data.
As shown in fig. 5, the database server 300 includes: the system comprises an association relation data storage device, a function chain data storage device and a data dictionary storage device.
The software testing system based on point function driving in this embodiment is based on an automatic testing tool, forms a function chain by screening an input field called by a script, and then sequentially calls a corresponding script of each function, and through triggering of one function, achieves automatic execution of a plurality of related functions, and finally generates an execution result report, and the flow details of the whole process are recorded in a log file.
An automated execution environment, including automated execution tools, parameter files, configuration files, and script libraries, is deployed in the test execution environment server 200. The test driving apparatus 201 may be provided inside or outside the test execution environment server 200.
The client-side notebook computer 100 may be a user client of a general automated testing system, and is responsible for maintaining the test execution environment server 200, including maintaining the automated execution environment and various configuration files. Through the driving of the point function, the function series based on the input field is realized, the generation of a function chain is further realized, and finally, the automatic execution of a script chain is carried out. And after the automatic execution is finished, generating an execution result file and performing problem analysis. The operation and execution flow are recorded in the log file.
In fig. 3, the client-side notebook computer 100 is used by a tester, and is the same as a client-side of a general automated testing system, specifically, the tester can perform operations of automated testing environment maintenance, functional script library maintenance and configuration file maintenance; the test execution environment server 200 is deployed with a test driving device 201, an automated execution environment, various configuration files and a script library; the database server 300 is a common database system for recording data dictionaries, functional logic relationships, and corresponding scripts.
The client-side notebook computer 100 can be displayed to the tester in a browser mode in the B/S architecture or an application program mode in the C/S architecture. The test execution environment server 200 responds to the instant operation request of the client, loads the script corresponding to each function according to the function logic recorded by the database, performs automatic execution of the function chain, finally generates an execution result file, and records a log file for the process.
In a typical process, the client-side notebook computer 100 starts the operation of the driving function, the test driving apparatus 201 deployed in the test execution environment server 200 extracts the input fields in the driving function, pushes the extracted input fields into the data stack, extracts the first input field in the data stack, searches the database according to the input fields, retrieves all the service functions including the input field, marks the retrieved service functions, sequentially adds the function chains, extracts the second input field from the data stack again, repeats the database retrieval operation, adds the retrieved service functions to the function chain, determines before adding one function, if the service function exists in the function chain, does not add any more, repeats the process until the content of the data stack is empty, and finally loads the corresponding script of each function in the function chain, automated test execution is initiated.
In fig. 4, the registers function as follows:
input field search register: searching an incidence relation table of the function to be tested, acquiring all data type information of the input field, matching the data type information with a data dictionary in a database, and extracting the matched data type information as a data link related to the function;
input field stack management register: storing the data type in a stack form, and making a judgment basis for the loading and generation of a subsequent functional chain;
service function search register: searching the association relation table through the stored data type to acquire a function containing the data type;
function chain generation register: associating the function associated by the data type with the initial tested function to generate a function chain, and simultaneously recording the function chain table for subsequent calling;
function chain load execution register: and loading the generated function chain into an automatic operation environment, automatically operating each function test in the function chain, and realizing a final result.
In fig. 5, the table information of the database includes: an incidence relation table, a function linked list and a data dictionary table; wherein, the incidence relation table records the script name corresponding to the function and the input field related to the function; the function chain table records function names contained in the function chain; the data dictionary table is responsible for recording and maintaining the full amount of input field names.
FIG. 6 is a schematic diagram of the processing flow of the system, which is described with reference to the functions of the modules of the test driver, taking the case of testing the redemption function of a fund in a software system as an example. The service function, the input fields involved are shown in table 1:
TABLE 1
| Name of service function | Redemption of funds |
| Input field 1 | Fund code |
| Input field 2 | Name of fund |
| Input field 3 | Money of Fund |
| Input field 4 | Available fraction |
| Input field 5 | Hold share |
| Input field 6 | Red separating mode |
| Input field 7 | Net unit value |
| Input field 8 | Current market value |
| Input field 9 | Float for profit and loss |
| Input field 10 | Rate of return |
| Input field 11 | Cash card/account number |
| Input field 12 | Redeeming the portion |
Step 401: start-up operation (driving function: fund redemption);
step 402: acquiring the related input fields of the driving functions, calling S101 an input field retrieval module, retrieving the related input fields of the fund redemption functions from the database, and acquiring 12 input fields as can be seen from the table;
step 403: judging whether an input field exists in the data stack, if not, entering step 403; if yes, skipping the current input field and taking the next input field;
step 404: pressing the input fields into the data stack, calling S102 an input field stack management module, judging the data stack before each input field, judging whether the input field exists in the data stack, if so, skipping to store the input field into the next input field until all the input fields are stored into the data stack, and ending the step;
step 405: adding the function into the function chain, calling the S104 function chain generation module at the moment, and adding the driving function, namely fund redemption into the function chain; the functional chain is now as shown in table 2:
TABLE 2
| Name of functional chain | *** |
| Function name | Redemption of funds |
Step 406: extracting a first input field from the data stack, calling an S102 input field stack management module at the moment, and lifting the first input field, namely the fund code, from the data stack;
step 407: retrieving a function list corresponding to the input field, calling S103 a service function retrieval module, and retrieving all service functions including the input field through the fund code of the input field; in this case, the search results are shown in table 3:
TABLE 3
| Input field | Function name |
| Fund code | Fund product query |
| Fund code | Fund commission query |
| Fund code | Introduction to Fund products |
| Fund code | Base ofGold subscription |
| Fund code | Fund procurement |
| Fund code | Fund determination product query |
| Fund code | Fund settlement application filing |
| Fund code | Redemption of funds |
| Fund code | Fund transaction revocation |
| Fund code | Amending fund reddening mode |
| Fund code | Method for correcting fund collection |
| Fund code | Fund share query |
| Fund code | Daybreak of fund |
| Fund code | Detailed history of fund |
Step 408: adding the service function into a function chain, and calling an S104 function chain generation module and an S102 input field data management module; firstly, calling 104 a function chain generation module, comparing a service function-fund product query with the existing functions in the function chain, skipping the function if the function is repeated, and entering the next function matching, wherein only the service function fund is redeemed in the function chain, so that the fund product query function is added into the function chain, and entering the next function-fund commission query, repeating the steps, when the fund redemption function is loaded, the function already exists in the function chain, the function is skipped, and the next function-fund transaction cancellation is entered until all the functions are loaded, and a new function chain is generated, as shown in table 4:
TABLE 4
| Name of functional chain | *** |
| Function name | Redemption of funds |
| Function name | Fund product query |
| Function name | Fund commission query |
| Function name | Introduction to Fund products |
| Function name | Subscription of funds |
| Function name | Fund procurement |
| Function name | Fund determination product query |
| Function name | Fund settlement application filing |
| Function name | Fund transaction revocation |
| Function name | Amending fund reddening mode |
| Function name | Method for correcting fund collection |
| Function name | Fund share query |
| Function name | Daybreak of fund |
| Function name | Detailed history of fund |
Step 409: and loading the script corresponding to each function in the function chain, and further starting the subsequent automatic test. Here, the function chain loading execution module is called S105, and the function chain is changed into a script chain through the retrieval of the script corresponding to each function, so that the automatic execution tool is started to run the script chain.
The system is suitable for being applied to the software testing process of black box testing, in particular to the system testing and product acceptance testing stages. The system associates complicated functions through the characteristics of the internal logic between related functions and services through the internal data stream, and has the advantages that: 1) by the continuous association of single functions, the point-to-surface function test is realized, and the software test coverage rate and efficiency are improved. 2) The system tests through the logic association between functions, avoids potential cross influence in the development process, and can effectively improve the defect clearance rate. 3) The system spends a long time when generating a function chain for the first time, and performs various logic judgments of an intermediate link and function loading; however, once the function chain is generated and contains the driving function, the function chain is directly loaded and executed, and an efficient processing mode of once generation and running at any time is realized. 4) The system reasonably separates the testing links of the system to be tested, and improves the maintainability and expandability of the system.
The principle and the implementation mode of the invention are explained by applying specific embodiments in the invention, and the description of the embodiments is only used for helping to understand the method and the core idea of the invention; meanwhile, for a person skilled in the art, according to the idea of the present invention, there may be variations in the specific embodiments and the application scope, and in summary, the content of the present specification should not be construed as a limitation to the present invention.
Claims (10)
1. A software testing method based on point function driving is characterized by comprising the following steps:
acquiring a correlation input field of a tested function;
retrieving the data type information of the input field from pre-stored incidence relation data according to the tested function, matching the data type information with a pre-stored data dictionary, and extracting the matched data type information;
storing the matched data type information in a stack form;
retrieving a function containing corresponding data type information from the incidence relation data according to the stored matched data type information;
associating the function corresponding to the data type information with the initial tested function to generate a function chain, and recording the function chain table;
and loading the generated functional chain into a test operation environment, operating each functional test in the functional chain, and outputting a test result.
2. The point-based function driven software testing method according to claim 1, wherein the pre-stored association relationship data is stored in an association relationship table of a database, and fields of the association relationship table comprise: ID. Function name, script name and input field.
3. The point-based function driven software testing method of claim 1, wherein the function chain is stored in a function chain table of a database, and fields of the function chain table comprise: ID. Function chain names and function names.
4. The point-based function driven software testing method according to claim 1, wherein the pre-stored data dictionary is stored in a data dictionary table of a database, and the fields of the data dictionary table include: ID and input field.
5. The point-based function-driven software testing method of claim 1, wherein the input field of the function to be tested is input through a client.
6. A software testing system based on point function driving is characterized by comprising:
an input field acquisition unit for acquiring a correlated input field of the function to be tested;
the input field retrieval unit is used for retrieving the data type information of the input field from pre-stored incidence relation data according to the tested function, matching the data type information with a pre-stored data dictionary and extracting the matched data type information;
the input field stack management unit is used for storing the matched data type information in a stack form;
the business function retrieval unit is used for retrieving a function containing corresponding data type information from the incidence relation data according to the stored matched data type information;
the function chain generating unit is used for associating the function corresponding to the data type information with the initial tested function, generating a function chain and recording a function chain table;
and the functional chain loading execution unit is used for loading the generated functional chain into a test operation environment, operating each functional test in the functional chain and outputting a test result.
7. The point-based function driven software testing system as claimed in claim 6, wherein said system comprises: the database is used for storing an association relation table, a function chain table and a data dictionary table of the database; wherein,
the fields of the incidence relation table comprise: ID. Function name, script name and input field;
the fields of the function linked list comprise: ID. A function chain name and a function name;
the fields of the data dictionary table comprise: ID and input field.
8. A software testing system based on point function driving is characterized by comprising: the system comprises a client notebook computer, a test execution environment server, a test driving device and a database server;
the test execution environment server is respectively connected with the client notebook computer, the test driving device and the database server;
the client notebook computer is used for acquiring a correlation input field of the tested function;
the test driving device comprises:
the input field retrieval unit is used for retrieving the data type information of the input field from pre-stored incidence relation data according to the tested function, matching the data type information with a pre-stored data dictionary and extracting the matched data type information;
the input field stack management unit is used for storing the matched data type information in a stack form;
the business function retrieval unit is used for retrieving a function containing corresponding data type information from the incidence relation data according to the stored matched data type information;
the function chain generating unit is used for associating the function corresponding to the data type information with the initial tested function, generating a function chain and recording a function chain table;
a functional chain loading execution unit, configured to load the generated functional chain into a test execution environment of the test execution environment server;
and the test execution environment server runs each function test in the function chain and outputs a test result to the client notebook computer.
9. The point-based function driven software testing system of claim 8, wherein said test execution environment server is configured to test a script corresponding to each function in the loaded function chain data.
10. The point-based function driven software testing system as claimed in claim 8, wherein said database server comprises: the device comprises an incidence relation table storage unit, a function linked list storage unit and a data dictionary table storage unit.
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| CN103309801A (en) * | 2012-03-15 | 2013-09-18 | 百度在线网络技术（北京）有限公司 | Method and device for determining regression testing range |
| CN103309801B (en) * | 2012-03-15 | 2016-01-13 | 百度在线网络技术（北京）有限公司 | A kind of method and apparatus determining regression test scope |
| CN103984626A (en) * | 2014-05-13 | 2014-08-13 | 华为技术有限公司 | Method and device for generating test-case script |
| CN103984626B (en) * | 2014-05-13 | 2017-07-28 | 华为技术有限公司 | A kind of method and device for generating test case script |
| CN111385320A (en) * | 2018-12-28 | 2020-07-07 | 深圳市云海物联科技有限公司 | Method and device for expanding Internet of things system |
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| CN102279798B (en) | 2014-11-12 |
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