CN102236602A - Visual software test design platform - Google Patents
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Abstract
The invention discloses a visual software test design platform, which comprises a dynamic link library (DLL) register module, a test flow editing module, a test flow analysis module, a test flow execution module and a test management module, wherein the test management module schedules and manages all modules; the DLL register module is used for defining a bottom-layer interface as an atomic test unit in the test flow editing module; the test flow editing module provides a visual definition tool of a test solution; the test solution comprises a functional test chart, a test flow chart and an association relationship between the charts; the DLL register module defines a function of an external DLL as the atomic test unit; and the test flow execution module loads an intermediate code which is generated by the test flow analysis module, establishes a virtual machine environment for test execution and automatically finishes a test process according to a defined flow logic.
Description
Technical field
The present invention relates to a kind of method and platform of software automated testing design, especially relate to the automatic test design platform, relate to its visual and robotization, help to improve testing efficiency, reduce the testing scheme design difficulty.
Technical background
At present the role of test in computer realm is more and more important, and especially in the excessive risk industry, the importance of test is self-evident, and therefore the workload of test becomes a part of can not ignore, and the workload of all test case of hand-coding is very huge.
In existing visual testing design system, some system's graphical interfaces is directly perceived inadequately, can not present contingent process and phenomenon in the test fully; Some is not comprehensive to the logic support of flow process, and the logic of flow process must be encapsulated in the program, has increased tester's workload; Also some too customizations and one-sided can not add user-defined element, poor expandability.
Summary of the invention
The objective of the invention is: overcome the deficiency of prior art, a kind of general visual testing design platform is provided, can edit testing process intuitively and show test process, be convenient to the location of mistake in the test process.Powerful test logic control function is provided simultaneously, at utmost avoids doing secondary development for test.
Technical solution of the present invention is as follows: comprise dynamic link library (Dynamic Link Library) Registering modules, testing process editor module, testing process parsing module, testing process execution module and test and management module; Wherein, the test and management module is dispatched and is managed all modules; The dynamic link library Registering modules is responsible for physical layer interface is defined as the atomic test unit of testing in the editor module; The testing process editor module provides visual test Solution defining tool, test Solution comprises the incidence relation between functional test figure, test flow chart and each figure, is atomic test unit in the process flow diagram by the DLL Registering modules with the function definition of outside DLL, i.e. functional test figure or the test flow chart of being made up of test cell node and logical semantics node; The procedural model that the testing process parsing module is safeguarded with the testing process editor module is input, structure among the process of analysis figure and relation, the graph model in the analytical test solution carries out grammatical analysis, and do syntax check, the flow process of test is converted into the intermediate code of counterlogic; The testing process execution module loads the intermediate code that the testing process parsing module generates, make up the virtual machine environment of test execution, and utilization virtual machine mechanism, safeguard global variable, local variable state table in the implementation, state according to defined logic of flow process and test carries out corresponding logic redirect, simulation pop down by parameter calls outside DLL function, i.e. physical layer interface function, and then finish test process automatically; Simultaneously, this platform has a good support to multilingual.
The testing process editor module provides the function of visual edit test Solution, tracking and testing track when carrying out test, and show test process; The testing process parsing module is the intermediate code that order is carried out with the thaumatropy of process flow diagram, can the analysis condition redirect, multiple test logic such as subprocedure call; The testing process execution module loads intermediate code, and tests, and supports multiple test pattern, and Debugging message is provided, and makes things convenient for positioning problems.Being described in detail as follows of each module:
The testing process editor module provides the defining tool of visual test Solution, and the testing scheme that system relates to is described by functional test figure, test flow chart and the incidence relation between them; System is to make up the required atomic test unit of testing scheme in the system by the DLL Registering modules with the DLL Function Mapping of outside at first, promptly constitutes the test cell node and the logical semantics node of functional test figure and test flow chart.
The testing process editor module defines, safeguards and carry out test Solution by visual graphical interfaces.
The testing process parsing module is accepted the procedural model of definition of testing process editor module and maintenance as input, metamessage, structural relation among the process of analysis figure, and carry out strict syntax check by grammatical analysis, comprise the dynamic link library call node in the test flow chart and testing process subgraph are called number of parameters, the type matching of node, the inspection of expression formula legitimacy, to the validity checking of the conditional branching conditional expression in the test flow chart and check whether whether grammaticalness and result data type are Boolean type to conditional expression.At last, after syntax check is passed through, the graphical description compiling of testing process is generated as predefined logic intermediate code.
The testing process execution module makes up the virtual machine environment that test Solution is carried out, and loads the intermediate code that the testing process parsing module generates; By safeguarding global variable, the local variable tabulation in the implementation, use tabledriven method, safeguard the state of virtual machine; Carry out corresponding logic flow according to defined logic and test mode,, call outside DLL function, and the execution of testing process is finished in braking by the simulation pop down method of parameter;
Multilingual support module makes this platform for multilingual good support be arranged, and realizes the expansion of multi-language version by pure resource dynamic chained library, and extensibility is extremely strong.The DLL Registering modules carries out related with test platform DLL function library to be tested, and it is mapped as a pel in the process flow diagram editing machine, in administration module, finish registration to all functions to be measured among the DLL, in registration process, need provide the contents such as note of the pairing parameter type of DLL function, quantity and necessity.
The basic test module of Registering modules definition provides operating unit for the process flow diagram editor module; The DLL Registering modules comprises interface module and data module; Wherein, interface module is responsible for editing the information of DLL function, and data module is responsible for preserving and safeguarding DLL function library log-on message, so that the testing process editor module uses; Data module is responsible for storing the mode of usefulness XML language such as the type of all parameters of the function name of the DLL inside of DLL title, functional description, DLL module correspondence, DLL function correspondence, title, annotation information into configuration file.When needs called the DLL module, system can read the information in the configuration file, thereby realized function calls and execution in the DLL function library.
System definition one cover intermediate code, it can represent atomic test unit and testing process in the testing scheme; The ability to express of this intermediate code can support process figure automatic translation and execution, its unit that can characterize have: control stream, sub-process figure definition, sub-process figure call, expression formula calculating etc., and the instruction type corresponding with these elements has: variable-definition instruction, DLL call instruction, process flow diagram call instruction, expression formula computations, flow process jump instruction etc.
The invention has the beneficial effects as follows: advantage compared with prior art is: the present invention defines testing process by visual means, reduce tester's code compiling workload, tester's technical threshold and technical difficulty have been reduced, test process represents and the Debugging message that enriches presents and positioning problems is more prone to and rapidly, can effectively improves testing efficiency intuitively.Can edit testing process intuitively and show test process, be convenient to the location of mistake in the test process.Powerful test logic control function is provided simultaneously, at utmost avoids doing secondary development for test.The ability to express of testing process definition is strong, and extensibility is good.
Description of drawings
Fig. 1 is a kind of visual testing design platform structural drawing of the present invention;
Fig. 2 is a DLL Registering modules structural drawing of the present invention;
Fig. 3 is a testing process parsing module design flow diagram of the present invention;
Stack architecture figure when Fig. 4 is the operation of testing process execution module of the present invention;
Embodiment
As shown in Figure 1, a kind of visual testing design proposal comprises DLL Registering modules, testing process editor module, testing process parsing module and testing process execution module.The DLL Registering modules is defined as physical layer interface the atomic test unit of testing in the editor module.The testing process editor module comprises the incidence relation between functional test figure, test flow chart and each figure by visual graphical interfaces and operation definition test Solution.The procedural model that the testing process parsing module is safeguarded with the testing process editor module is input, by structure among the analysis process figure and relation, generates corresponding intermediate code.The testing process execution module is written into the intermediate code that the testing process parsing module generates, and sets up the virtual machine environment of test execution, finishes test process automatically according to the logic of flow process.
As shown in Figure 2, DLL method base and test platform that will need in the DLL Registering modules tests associate, and it is corresponded to a pel in the middle of the process flow diagram editing machine.The user need register by all functions that will test in the middle of finishing the DLL function library in the middle of the administration module.In registration, need to provide the particular type of the function parameters of this DLL function correspondence, and necessary contents such as note.
Registering modules has defined a series of basic test module, for the process flow diagram editor module provides the foundation.In the DLL Registering modules, comprise interface module and data module.Interface module is responsible for editing the information of DLL function, and data module is responsible for preserving the DLL log-on message, uses for the testing process editor module.Data module is responsible for and can be stored the mode of usefulness formatted texts such as the type of all parameters of the function name of the DLL inside of the functional description of DLL corresponding physical DLL title, DLL module, DLL module correspondence, DLL function correspondence, title, annotation information into configuration file.
The testing process editor module allows the user edit test event by visual graphical interfaces and operation, comprises the incidence relation of drawing between functional test figure and test flow chart and each figure.Editing machine is safeguarded the procedural model relevant with graphical interfaces, and then provides Data Source for resolver.
The testing process editor module is responsible for editing test flow chart.
A complete test flow chart is divided into functional test figure and two parts of test flow chart.In the present invention, introduced the notion of engineering, an engineering is represented the aggregate of a functional test figure and a plurality of test flow charts.In test process,, find out the defective place of software then by concrete test flow chart at first by functional test graph discovery and orientation problem.
Editor module has defined visualized graphs editor's generic data model and displaying scheme, makes the corresponding different test logic of node among the figure, and adds the characteristics of process flow diagram on displaying scheme.Specific design is divided into INTERFACE DESIGN and two parts of design data.Wherein INTERFACE DESIGN is responsible for drawing process flow diagram and is presented to the user, and design data is responsible for the data persistence with process flow diagram.
The mode that testing process adopts the XML language to store in conjunction with binary file, each process flow diagram all comprises a binary file and an XML file, this XML document presentation the logical relation in this process flow diagram.
Data model mainly is made up of node and connecting line.Node has multiple semantemes such as outside DLL calls, subprocedure call, variable-definition, by the association of connecting line, with a plurality of nodes complete testing process of connecting out.
The testing process resolver is in the intermediate level of framework, the logic of process flow diagram is carried out grammer to be detected, the process flow diagram of input is converted into linear intermediate code, for providing, the testing process execution module can the testing process execution module be separated fully fully with the testing process editor module for the test logic of resolving.
The core missions of syntax check module are to the resolving of expression formula and resolve the syntax tree that generates and carry out type checking.
The spirit storehouse provides the systematic function of syntax parsing device among the Boost, we are described as the receptible input form of spirit with the expression formula syntax of system's support, utilize the spirit storehouse to generate the expression parsing instrument, this instrument is the expression formula generative grammar tree that meets the syntax.
The syntax tree that utilizes grammatical analysis to generate is according to the result type of following attributed grammar calculation expression
The overall flow of testing process parsing module as shown in Figure 3, the user finishes writing of all process flow diagrams of testing engineering, click compiling after, system can send to process flow diagram information the intermediate code generation module.Process flow diagram information is a tabulation, and wherein every process flow diagram is represented with a tree structure.This module can travel through the flow process Figure List, and then generates all intermediate codes.In addition, the global variable that all process flow diagrams are shared also can input to this module separately, and generates intermediate code according to the variable-definition rule of intermediate code.
For every process flow diagram, this module will obtain the local variable tabulation of figure, and generate the intermediate code of variable-definition, be placed on the section start of intermediate code.For each actual node, will generate different intermediate codes according to predefined node type.After all nodes were all by traversal, the intermediate code of this process flow diagram generated and finishes.
All node algorithms that travel through every process flow diagram are as follows: process flow diagram is described according to tree structure, the intermediate code generation module is from the root node of tree structure, travel through all nodes according to the depth-first algorithm, when parse node, generate corresponding intermediate code according to node types.Simultaneously, in the process of traversal, can write down treated nodal information, mainly be the reference position of the pairing intermediate code of each node.When traversal had the father node of a plurality of child nodes, needs carried out the jump address backfill after waiting for that its all child nodes traversals finish.
The testing process execution module comprises data load module, running environment module and three parts of DLL dynamic call module.
The code load-on module is responsible for loading following data:
1. the intermediate code of each process flow diagram, each process flow diagram all have a corresponding with it intermediate code file.The intermediate code of each process flow diagram is put into Vector successively, and the first address of the intermediate code of each process flow diagram correspondence in Vector also goes on record, and is convenient to obtain when process flow diagram calls the first address of the process flow diagram that is called.
2. the global variable shared of all process flow diagrams, the information of all global variables leaves in the file.
3. the Debugging message of each process flow diagram, each process flow diagram all have corresponding Debugging message file, and this document has write down the corresponding relation between process flow diagram node and the intermediate code, are convenient to the mutual of interface, foreground and virtual machine.Debugging message also comprises the process flow diagram local variable table of the global variable table and the time of running, is convenient to the interface display variate-value.
The running environment module comprises: storehouse, variable symbol table, Debugging message table, global register, actuator during operation.
The fundamental purpose of storehouse is to support calling of sub-process figure during operation, and it has following function:
1. when process flow diagram calls parameter is delivered to callee from caller.
2. the return address of record caller can correctly be returned when callee finishes.
3. when process flow diagram finishes rreturn value is delivered to caller from callee.
4. provide sub-process figure level other scope of a variable.
Storehouse is a stack during operation, and the element in the stack is a process flow diagram stack frame, and each process flow diagram all has the process flow diagram stack frame of oneself.The structure of storehouse as shown in Figure 4 during operation.
Process flow diagram stack frame comprises following content:
1. call flow chart imports the parameter chained list of the process flow diagram that is called into.
2. the return address of caller
3. the local variable symbol table of process flow diagram is called.
4. operand stack is used to support expression formula to calculate.
In order to support StepOver, StepInto, StepReturn and the breakpoint setting under the debugging mode, and the demonstration of variant content.The Debugging message table comprises following content:
1. process flow diagram nodal information.For each node of process flow diagram, all need to write down its type, intermediate code start-stop position, have or not breakpoint and breakpoint condition.
2. point to the pointer of global variable symbol table.
3. point to the pointer of each process flow diagram local variable symbol table.
Global register comprises that rreturn value and the last DLL that programmable counter, the last process flow diagram call call the result.
Actuator is the dynamic part of running environment module.Actuator partly adopts tabledriven implementation method.Function is handled in corresponding one of each type instruction, and instruction and the corresponding relation of handling between the function are safeguarded by a table.Actuator only needs ceaselessly instruction fetch, finds corresponding processing function by the mode of tabling look-up then, and carries out and handle function.When needs add new instruction, only need to realize new processing function, and in table, add corresponding relation, and need not to change the upper layer logic of actuator.
DLL dynamic call module does not promptly limit the parameter type and the quantity of DLL function call for realizing the dynamic call of DLL function, has realized the process that parameter is stacked, and implementation is an inline assembler.
The DLL function calls is decided to be the stdcall mode approximately, by in proper order parameter being pressed into storehouse from right to left, jumps to the first address of a certain DLL function then by the call instruction.
In order to realize multi-lingual opinion on public affairs, all resources all are packaged among the independent DLL in the project, the corresponding resource DLL of each languages, and program loads different DLL when selecting different languages, and then makes the whole switching of resource, and extensibility is strong.
Claims (10)
1. a visual software test design platform is characterized in that comprising dynamic link library (DLL) Registering modules, testing process editor module, testing process parsing module, testing process execution module and test and management module; Wherein, the test and management module is dispatched and is managed all modules; The dynamic link library Registering modules is responsible for physical layer interface is defined as the atomic test unit of testing in the editor module; The testing process editor module provides visual test Solution defining tool, test Solution comprises the incidence relation between functional test figure, test flow chart and each figure, is atomic test unit in the process flow diagram by the DLL Registering modules with the function definition of outside DLL, i.e. functional test figure or the test flow chart of being made up of test cell node and logical semantics node;
The procedural model that the testing process parsing module is safeguarded with the testing process editor module is input, structure among the process of analysis figure and relation, the graph model in the analytical test solution carries out grammatical analysis, and do syntax check, the flow process of test is converted into the intermediate code of counterlogic;
The testing process execution module loads the intermediate code that the testing process parsing module generates, make up the virtual machine environment of test execution, and utilization virtual machine mechanism, safeguard global variable, local variable state table in the implementation, state according to defined logic of flow process and test carries out corresponding logic redirect, simulation pop down by parameter calls outside DLL function, i.e. physical layer interface function, and then finish test process automatically; Simultaneously, this platform has a good support to multilingual.
2. a kind of visual software test design platform according to claim 1 is characterized in that: all DLL needed its information is added in the middle of the system before using, and this process is to realize by login mechanism in this platform; The DLL Registering modules offers this test platform with the metamessage of DLL function library to be tested, and it is mapped as pel (functional test pel or test flow chart pel) in the process flow diagram editing machine, and administration module is finished the registration to all functions to be tested of DLL function library; In registration, provide the note of particular type, number of parameters and necessity of DLL function parameters to be tested;
The basic test module of Registering modules definition provides the fundamental element collection for the process flow diagram editor module; Comprise interface module and data module in the DLL Registering modules; Interface module is responsible for editing the information of DLL function, and data module is responsible for safeguarding the DLL log-on message, and offers the testing process editor module; Data module is responsible for collecting and safeguard function name, DLL function corresponding parameters type, title and the annotation information of the DLL inside of DLL title, functional description, DLL module correspondence, and (Extensible Markup Language, XML) mode stores configuration file into to pass through extend markup language.
3. visual software test design platform according to claim 1, it is characterized in that registering the method for DLL, characteristic informations such as the parameter type that is had of existing DLL module, number of parameters are write in the relevant configuration file of system exactly, when needs call the DLL module, system can read the information in the configuration file, thereby realizes function calls among the DLL.
4. visual software test design platform according to claim 1 is characterized in that in the visual testing, defines a kind of intermediate code, makes it can represent atomic test unit and testing process in the testing scheme; This intermediate code can support process figure automatic translation and execution, and make it have following ability to express: control stream, sub-process figure definition, sub-process figure call, expression formula is calculated;
The intermediate code rule definition following several classes instructions: variable-definition instruction, DLL call instruction, process flow diagram call instruction, expression formula computations and flow process jump instruction.
5. visual software test design platform according to claim 1, it is characterized in that testing process parsing mould testing process parsing module carries out grammer to the test definition procedural model in the testing process editor module and detects, promptly number of parameters matching, type matching, the expression formula legitimacy that the dynamic link library call node in the test flow chart and testing process subgraph are called node carried out syntax check, conditional branching in the test flow chart is carried out the conditional expression validity checking, and promptly requirement condition expression formula grammaticalness and result type are Boolean type.
6. visual software test design platform according to claim 5 is characterized in that the expression formula in the flow process supports that expression formula is described grammatical subclass in the C language, comprises count expression formula and logical expression in the described grammer detection.
7. visual software test design platform according to claim 1 is characterized in that in the visual testing framework, and the intermediate code generation module is converted into linear intermediate code with the process flow diagram of input, and its output is as the input of virtual machine operation module.
8. visual software test design platform according to claim 1 is characterized in that in the testing process execution module, loads the pairing intermediate code of each process flow diagram successively; Support global variable action scope and process flow diagram scope of a variable; Support the nesting allocation of sub-process figure, and process flow diagram calls can transmit parameter and can return and calls the result; Support the dynamic call of DLL function, promptly execution module is not done any qualification to DLL function parameters type and quantity; Execution module is realized in " table drives " mode.
9. visual software test design platform according to claim 4 is characterized in that the intermediate code display rule: the arithmetical operation of support comprises and adding, subtracts, multiplication and division; The logical operation of supporting comprise with or, non-; The types of variables of supporting comprises bool, char, int, double, char*, int*, double* and memory block.
10. described visual software test design platform according to claim 1, it is characterized in that multilingual support: based on multilingual demand, carry out the generation of multilingual bag by resource DLL, finish internationalization language Dynamic Selection, and the language version of customization respective user interfaces.
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