CN1767453A - Automatic test method and system - Google Patents
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- CN1767453A CN1767453A CN 200410065262 CN200410065262A CN1767453A CN 1767453 A CN1767453 A CN 1767453A CN 200410065262 CN200410065262 CN 200410065262 CN 200410065262 A CN200410065262 A CN 200410065262A CN 1767453 A CN1767453 A CN 1767453A
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Abstract
This invention discloses an automatic test method and a system, in which, the method includes: inputting definition information of a message structure, compiling a message interface definition, editing a message example, writing a script file for test, operating a foreground agent, driving the tested module and/or process, forwarding the driving message sent by the background to related module and/or process and intercepting the output of the tested object to be sent to the background, operating the test script file, receiving the fed information of the foreground and outputting the test result, which can realize the test to the protocol layer semantic/service layer semantic, the unit test to independent module and integrated test to multiple modules and also provides a module message sequence pattern to be greatly convenient for the system debugging and location for the faulty. Said system provides a method for testing script examples to realize automatic test.
Description
Technical field
The present invention relates to method of testing and system in the computer communication field, the automatic test approach and the system that relate in particular to and use the script executing test case, use the tested object of message-driven.
Background technology
In the computer communication field, the software test purpose and focus on that the test service flow process is whether correct, whether the protocol processes flow process correct and System Fault Tolerance etc.And adopt general testing tool, and because versatility requirement is higher, mainly pay close attention to the semanteme of source code layer, by the execution of analysis, tracing source code, problems such as test source code coverage, internal memory leakage.And, in the bitcom test, often need semantically construct test case at operation layer, can't satisfy this demand so have the universal test instrument now, so universal test instrument and be not suitable for software test in the computer communication system.
For the protocol software in the communication field, though can select protocol analyzer, but also have problems: at first protocol analyzer is tested at certain protocol family, but it is then powerless for some New Deals or expanded function, and often in many new product developments, available protocol analyzer is few; Secondly, protocol analyzer costs an arm and a leg; At last, protocol analyzer can only be done last system testing, and can't independent module be carried out unit testing or several modules are done integration testing, and in the communication handling procedure, it is an effective way guaranteeing the whole system correctness that separate modular is carried out unit testing.
In computer communication system, adopt modularized design usually, the degree of coupling is less between the module, adopts message communicating between the module.Designing and developing the stage of system, system debug and fault location often need the message sequence chart between the referrer module.At this moment, universal test instrument and protocol analyzer all can't meet the demands.
In general testing tool, the ability that test automatically performs, though some instrument adopts the method for robot, flexibility is relatively poor, is primarily aimed at some interface operations etc.In the test of computer communication system, foreground communication system and background test system works are independent, connect by communication cable, for the normal condition of testing the foreground communication system and the ability to work under the excess load, often need the background test program to foreground system broadcast a large amount of message, test program can automatically perform for a long time.Obviously, general testing tool can't satisfy this demand.
In addition, in the existing testing tool, also be difficult to finish test to fault-tolerant ability in the computer communication system, as in telecommunication software, 30% code process normal flow, and the unusual flow process of 70% code process, general testing tool is paid attention to the test to correct flow process, and is very insufficient to the test of exception handling ability.
Summary of the invention
Technical problem to be solved by this invention is in order to overcome the following technical problem that existing universal test instrument and protocol analyzer exist in the computer communication system test: can not realize the unit testing of standalone module and the integration testing of a plurality of modules; The module message sequence chart can not be provided, be unfavorable for system debug and location of mistake; Can not realize autorun.
The technical scheme that realizes technical problem to be solved by this invention and take is summarized as follows:
On the one hand, a kind of Auto-Test System is provided, comprise main control module, user interface interaction module, message interface collector, message editing module, test case script editor module, script execution module, AM/BAM communication module, foreground proxy module, test case data storehouse and interface module and test report generation module, wherein:
Main control module is used to receive and responds all operational orders of user, coordinates the operation of other a plurality of modules of control;
The user interface interaction module realize main control module and user operation alternately;
The message interface collector is used for compilation message organization definition information, generates and preserve the message interface descriptor;
The message interface descriptor that the message editing module is read in described preservation generates the message statement, produces and preserve message instance, the thresholding in the edit messages example from the message statement again;
Test case script editor module is used for the text editing of test case script;
Script execution module is used to carry out the test case script that the user writes;
The AM/BAM communication module is used to realize the foreground of test macro, and the information interaction between the backstage;
The foreground proxy module is used to drive tested module and/or process, gives corresponding module and/or process the driving forwards that the backstage is sent to, and simultaneously the measurand feedack is sent to the backstage
Test case data storehouse and interface module are used for centralized stores message and script, and can be according to the inquiry of main control module, read, write command exports corresponding message and script;
Test report generation module is used to handle test result, generates the test report of certain format.
On the other hand, provide a kind of automatic test method, may further comprise the steps:
1) input message structure body definition information;
2) compilation message interface definition;
3) edit concrete message instance;
4) write the test case script file;
5) operation foreground agency drives tested module and/or process, gives corresponding module and/or process the driving forwards that the backstage is sent to, and intercepts the output of measurand simultaneously, delivers to the backstage;
6) operation test script file;
7) receive the foreground feedback information;
8) output test result.
Adopt technical solution of the present invention, can overcome the technical problem of universal test instrument and protocol analyzer existence in the computer communication system test and can finish following function: can realize protocol layer semanteme/operation layer semantic test, can realize the unit testing of standalone module and the integration testing of a plurality of modules, this system can also provide the module message sequence chart simultaneously, greatly makes things convenient for system debug and location of mistake.In addition, this system provides the method for script executing test case, has realized autorun.This system also possesses the test code fault-tolerant capacity simultaneously.
Description of drawings
Fig. 1 shows the system configuration schematic diagram of Auto-Test System provided by the invention;
Fig. 2 shows the interface schematic diagram of message interface collector provided by the invention;
Fig. 3 shows message editing module workflow diagram provided by the invention;
Fig. 4 shows AM/BAM communication module communication scheme provided by the invention;
Fig. 5 shows the structural representation of foreground provided by the invention proxy module;
Fig. 6 shows test report generation module interface schematic diagram provided by the invention.
Embodiment
Below in conjunction with accompanying drawing, illustrate the specific embodiment of the present invention.
Fig. 1 shows the system configuration schematic diagram of Auto-Test System provided by the invention.In the present invention, the run location of tested object is called the foreground, and the module of tester's operation is called the backstage, and each module among Fig. 1 is as follows in the distribution of AM/BAM:
◆ foreground: foreground proxy module, foreground communication module;
◆ backstage: message interface collector, message editing module, test case script editor module, script execution module, user interface interaction module, background communication module, test case management database and interface module, test report generation module, main control module.
According to Auto-Test System provided by the invention, complete method of testing may further comprise the steps:
1) input message structure body definition information;
2) compilation message interface definition;
3) edit concrete message instance;
4) write the test case script file;
5) operation foreground agency drives tested module and/or process, gives corresponding module and/or process the driving forwards that the backstage is sent to, and intercepts the output of measurand simultaneously, delivers to the backstage;
6) operation test script file;
7) receive the foreground feedback information;
8) output test result.
The function of each functional module and workflow specify as follows in the above-mentioned Auto-Test System:
One, message interface collector
Fig. 2 shows the interface schematic diagram of message interface collector provided by the invention, as shown in Figure 2, the function that message interface collector module is finished is: compilation message organization definition information, generate message structure volume description message, be the message interface descriptor, this interface descriptor can be stored in the message interface document.The message interface descriptor that is saved can be read in again, and is input to the repeated use of message editing module.Not available in the existing similar test macro instrument of the generation result of message interface collector " message interface descriptor ", this message interface descriptor can be preserved, and reuses.In reusing, without the compilation message structural information, the message interface descriptor of directly reading in preservation gets final product.
The input of message interface collector is a message structure body definition information, is output as the message interface descriptor.Message structure body definition information normally adopts the message structure body information of various programming language definition.Because the method for designing difference that measurand adopted, the employed message structure definition of tested object is also different, the message interface collector mainly is to finish each dissimilar message structure bodies definition of compiling, generate unified interface message, it is the message interface descriptor, this information is the defined a kind of specific format information of native system, makes things convenient for message editing to handle.
Two, message editing module
Fig. 3 shows message editing module workflow diagram provided by the invention.As shown in Figure 3, the function that the message editing module realizes is: the message interface descriptor of preserving from the message interface collector generates the message statement, produces message instance from the message statement again, and the thresholding in the edit messages example.Wherein, the message statement is meant the object that includes only the relation between each territory in the message.Message instance is meant and comprises in the message and concerning between each territory, also comprises the object of each thresholding.
The message editing module be input as the message interface describing message, be output as message instance.
The message editing module is on the basis of the demand that satisfies measurand, provides a cover convenient easy-to-use message editing method.Message instance is divided into message header and message header two parts editor.If wherein the information spinner that writes down in the message header is preserved the information such as source and destination address of this message.Message body is only the content of the tested object of real driving.
The workflow of the realization editting function of message editing module comprises following steps:
1) read in message interface information, the message interface document derives from the message interface collector;
2) generate the message statement, a class message has been represented in the message statement, and such message has identical structure, and this structure is exactly the structure of many definition in the message statement, and the message statement can not be used for sending and receiving;
3) generate message instance, message instance is a concrete message, instantiation from the message statement, and this example has and the identical structure of message statement, but this example can be edited the value in each territory, can be used to drive the measurand operation;
4) step of edit messages example is finished in this step each valuation of a field in the message instance;
5) preserve message instance, last, message instance is saved as a concrete message instance file, the message of packing into when this document is exactly the test case script executing.
Message instance is a concrete entity, can preserve, duplicate etc.In the present invention, the processing method of message editing module is different with the processing method of existing similar tool to be: the processing method of similar tool is to adopt the management method of engineering, and message instance is placed in the engineering, is not to save as an independent entity.Adopt message editing method of the present invention, by the message instance file that is saved, recycling that can very convenient message instance and to the management of test case.
Three, test case script editor module
Test case script editor module is finished function and is: finish the text editing to the test case script.A complete test case needs two parts: message instance and test case script.Wherein, message instance is the message that is used to drive tested object.The test case script is the instruction set that is used to control testing process.
This module is output as the test case scripting documents, has write all handling processes to tested object in the document, such as: be written into message, send message, receive message, judge message etc.In test process, this scripting documents is carried out by script interpreter, and autorun relies on this script executing to finish.Script interpreter is explain to carry out the program of script command, and script command just refers to pre-define, the order that script interpreter can be discerned and carry out.Simultaneously, script interpreter has defined the grammer of script file, and for the file that meets this grammer, promptly script file does not need compiling, is directly explained by script interpreter and carries out.In addition, script interpreter has also defined a kind of method of expanding script command usually, is used to expand script command.
Four, test case management database and interface module
Test case management database and interface module function are: realize the management to test case.In test job, can generate a lot of message and script, and these files are can be reusable in different test phases, the message of writing for unit testing, test case can be used in integrated, system testing process equally, the function of described database module is carried out the centralized stores management to these message, test case exactly, to make things convenient for test case script and the message that the tester can inquire about easily and reuse to be needed.
The input of test case management database and interface module: the inquiry that main control module transmits, read, write command and relevant message and script.This module is output as: corresponding message and script.
In the present invention, the processing method of test case management database and interface module is different with the processing method of existing similar tool to be, this module not in the similar tool, but manage by testing engineering.In the present invention, this module provides unified test case management method, by this module as a module independently, test case in the use-case database can be shared by a test team, thereby makes that the test process manageability improves, the test case utilance improves.
Five, script execution module
The function of this script execution module is: carry out the test case script that the user writes.
The input of this script execution module is: test case script file, the writing in strict accordance with the defined syntax rule of script interpreter of this document.This module is finished the function of its script executing by script interpreter.In the present invention, script interpreter except control of general execution flow process and I/O (I/O) control, also provide following 4 aspects the order expansion any and make up:
1) message operation-interface: be used for the message load command, preserve message, read the order of message appointment thresholding, the order of message appointment thresholding etc. is set.
2) message flow control interface: the order that is used to delay time, message send command, message sink order, communication port order etc. is set.
3) note printing interface: be used to print the echo message order, print user prompt order etc.
4) test log operational order interface: be used for log etc.
Six, user interface interaction module
The function of this user interface interaction module is: realize the operating interactive with the user.This module mainly comprises two parts: graphic interface operation-interface and command line interface.
The graphic interface operation-interface is used for process user by the operation of graphic interface to this system.The method that command line interface provides a kind of command analysis to carry out: the user can by this interface check measured target state, check and send message etc.In the present invention, the processing method of user interface interaction module is different with the processing method of existing similar tool to be, do not have command line interface in the similar tool, provide this interface to realize immediate command execution function among the present invention, immediate command is meant the order that does not need script executing.
This user interface interaction module and main control module are finished alternately, and the output command of this module drives main control module, is input as user's instruction and the operating result that main control module returns.
Seven, AM/BAM communication module
Fig. 4 shows AM/BAM communication module communication scheme provided by the invention.The function of this AM/BAM communication module is: realize the foreground of test macro and the information interaction between the backstage.
The AM/BAM communication module further comprises foreground communication module and background communication module.Wherein,
The input information of foreground communication module: the message that the bind command that script execution module is initiated, the message that script execution module is sent into and background communication module transmit.The output of foreground communication module: return to script execution module message, deliver to the message of backstage communication module.
The input of background communication module: the message that the message of sending here of foreground communication module, backstage proxy module are sent here.The output of background communication module: be sent to the backstage message, be sent to backstage agency's message.
Eight, foreground proxy module
Fig. 5 shows the structural representation of foreground provided by the invention proxy module.As shown in the figure, the function that this module realizes is: drive tested module and/or process, give corresponding module and/or process the driving forwards that the backstage is sent to, simultaneously the measurand feedack is sent to the backstage.This module runs on the measured target side.
The driving tested module is meant tested module is moved.Tested module can be the independent module or the combination of several modules, depends on Test Strategy.
The destination address of the driving message that the foreground proxy module is sent into by analysis is given tested module and/or process forwards.Test agent is also monitored, is tackled by the message flow to measurand simultaneously, and useful message is sent to the backstage.
In the present invention, the processing method of foreground proxy module is different with the processing method of existing similar tool to be, the foreground agency of similar tool need revise source code when each measurand changes, and among the present invention, this module is based on the operating system supporting layer on foreground and designs, all measurands run on this operating system support, and the foreground proxy module is designed to the part in the operating system support, and measurand and foreground proxy module are independent.
Nine, main control module
This main control module function is: receive and all operational orders of response user the operation of other a plurality of modules of backstage among control and coordination the present invention.
Module to the input information of this main control module has:
1) User Interface module
2) message editing module
3) script editor module
4) script execution module
5) test case management database and interface module thereof
The correlation module of accepting the output control of this main control module is:
1) User Interface module
2) test case management database and interface module thereof
3) test report generation module
4) script execution module
Ten, test report generation module
Fig. 6 shows test report generation module interface schematic diagram provided by the invention.The function that this module realizes is: generate the test report of certain format, to be made for test analysis, such as generating message time series chart, test log.
The input information of this module is: the test result record sheet.Comprise the content that all are relevant with operation with message in the described test result record sheet, for example: operate time, transmission message content, feedback message content etc.The output of this module is: test report.
Although relate to automatic test approach and system has carried out special description to disclosed with reference to embodiment, those skilled in the art can understand, under the situation that does not depart from scope and spirit of the present invention, can carry out all conspicuous modification of form and details to it.Therefore, embodiment described above is illustrative and not restrictive, and under the situation that does not break away from the spirit and scope of the present invention, all variations and modification are all within the scope of the present invention.
Claims (13)
1. Auto-Test System, it is characterized in that comprising main control module, user interface interaction module, message interface collector, message editing module, test case script editor module, script execution module, AM/BAM communication module, foreground proxy module, test case data storehouse and interface module and test report generation module, wherein:
Main control module is used to receive and responds all operational orders of user, coordinates the operation of other a plurality of modules of control;
The user interface interaction module realize main control module and user operation alternately;
The message interface collector is used for compilation message organization definition information, generates and preserve the message interface descriptor;
The message interface descriptor that the message editing module is read in described preservation generates the message statement, produces and preserve message instance, the thresholding in the edit messages example from the message statement again;
Test case script editor module is used for the text editing of test case script;
Script execution module is used to carry out the test case script that the user writes;
The AM/BAM communication module is used to realize the foreground of test macro, and the information interaction between the backstage;
The foreground proxy module is used to drive tested module and/or process, gives corresponding module and/or process the driving forwards that the backstage is sent to, and simultaneously the measurand feedack is sent to the backstage
Test case data storehouse and interface module are used for centralized stores message and script, and can be according to the inquiry of main control module, read, write command exports corresponding message and script;
Test report generation module is used to handle test result, generates the test report of certain format.
2. Auto-Test System according to claim 1 is characterized in that, the message interface descriptor that described message interface collector generates possesses unified setting form.
3. Auto-Test System according to claim 1 is characterized in that, described message editing module is kept at message instance in the message instance file.
4. Auto-Test System according to claim 1 is characterized in that, described script execution module also comprises with lower interface any and combination:
The message operation-interface;
Message flow control interface;
The note printing interface;
Test log operational order interface.
5. system according to claim 1 is characterized in that, described user interface interaction module also comprises command line interface.
6. system according to claim 1 is characterized in that, described AM/BAM communication module also comprises foreground communication module and background communication module, wherein,
The message that the bind command that foreground communication module reception script execution module is initiated, the message that script execution module is sent into and background communication module transmit, and send message to script execution module and backstage communication module;
The background communication module is accepted the message of sending here of foreground communication module, the message that the backstage proxy module is sent here, and related news are sent to backstage and backstage agency.
7. system according to claim 1 is characterized in that, described foreground proxy module is positioned on the operating system supporting layer.
8. automatic test method is characterized in that may further comprise the steps:
1) input message structure body definition information;
2) compilation message interface definition;
3) edit concrete message instance;
4) write the test case script file;
5) operation foreground agency drives tested module and/or process, gives corresponding module and/or process the driving forwards that the backstage is sent to, and intercepts the output of measurand simultaneously, delivers to the backstage;
6) operation test script file;
7) receive the foreground feedback information;
8) output test result.
9. automatic test approach according to claim 8 is characterized in that also comprising the step that makes up the test case script database.
10. according to Claim 8 or 9 described automatic test approach, it is characterized in that also comprising the step that generates and preserve the message interface descriptor in the step of compilation message interface definition.
11. according to Claim 8 or 9 described automatic test approach, it is characterized in that editing and also comprise in the step of concrete message instance message instance is kept at step in the message instance file.
12. according to Claim 8 or 9 described automatic test approach, it is characterized in that also comprising to the step of command execution immediately.
13. according to Claim 8 or 9 described automatic test approach, it is characterized in that moving and also comprise any and the combination thereof of execution in the step of test script file to issue orders:
The message operation interface command;
Message flow control interface command;
The order of note printing interface;
The test log operational order.
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