CN104834590A - Software test method and system - Google Patents
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- CN104834590A CN104834590A CN201410048167.5A CN201410048167A CN104834590A CN 104834590 A CN104834590 A CN 104834590A CN 201410048167 A CN201410048167 A CN 201410048167A CN 104834590 A CN104834590 A CN 104834590A
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Abstract
The present invention provides a software test method, including: obtaining a first configuration file, wherein the first configuration file is set with instrumentations and the corresponding instrumentation codes for generating test scenarios; according to the first configuration file, inserting the corresponding instrumentation codes at the instrumentations in the testing software and generating the instrumented testing software; running the instrumented testing software, and when the instrumentations in the instrumented testing software are triggered, executing the instrumentation codes corresponding to the triggered instrumentations. The software test method can simulate a variety of abnormal test scenarios and save the time cost of testing. The present invention also provides a software test system.
Description
Technical field
The present invention relates to software testing technology field, particularly relate to a kind of method for testing software and system.
Background technology
Software for guaranteeing the stability of software, needed to test software before issue.In software test, for ensureing software quality, needing the scene to various software may face to carry out coverage test, comprising normal and abnormal scene, the particularly scene of some exceptions, such as: machine low memory, Insufficient disk space, local file read-write error and abnormal data etc.In conventional art, the Black-box Testing method based on function and this two schemes of white-box testing method based on code usually can be adopted to realize software test.
Based on the Black-box Testing method of function, if various abnormal scene will be covered, such as, for the abnormal scene of machine low memory, need to open a large amount of programs and the internal memory of system is exhausted; For the abnormal scene of Insufficient disk space, then need by modes such as copied files, local disk space to be taken.Therefore the Black-box Testing method based on function implements more difficult, and needs certain test duration cost.Further, for the hooks of some program inside, return as certain function is abnormal, the Black-box Testing method based on function is difficult to simulation more.
Based on the white-box testing method of code, although breakpoint can be arranged when program is run, manually this kind of abnormal scene simulated by update routine runtime data or interim amendment code, but the test duration cost of this mode is equally very high, particularly some are related to the simulation of the special scenes of more code module amendment, such as, all new function calls all will return the special scenes of NULL, and the time cost of this method of testing can more be increased.
Therefore, there is abnormal scene and be difficult to simulate and the higher technical matters of test duration cost in traditional method for testing software.
Summary of the invention
Based on this, be necessary for above-mentioned technical matters, provide a kind of and can simulate various abnormal scene and method for testing software and the system of test duration cost can be reduced.
A kind of method for testing software, described method comprises:
Obtain the first configuration file, in described first configuration file, be provided with pitching pile point and the corresponding pitching pile code for generation of test scene;
According to described first configuration file, insert corresponding described pitching pile code at the pitching pile point place of tested software, generate the tested software after pitching pile;
Run the tested software after described pitching pile, when the described pitching pile point in the tested software after described pitching pile is triggered, perform the described pitching pile code corresponding with the described pitching pile point triggered.
A kind of software testing system, described system comprises:
Acquisition module, for obtaining the first configuration file, is provided with pitching pile point and the corresponding pitching pile code for generation of test scene in described first configuration file;
Code insertion module, for according to described first configuration file, inserts corresponding described pitching pile code at the pitching pile point place of tested software, generates the tested software after pitching pile;
Code runs module, for running the tested software after described pitching pile, when the described pitching pile point in the tested software after described pitching pile is triggered, performs the described pitching pile code corresponding with the described pitching pile point triggered.
Relative to traditional Black-box Testing method based on function and the white-box testing method based on code, method for testing software provided by the present invention and system, due to corresponding pitching pile code can be inserted at the pitching pile point place of tested software, make the tested software after pitching pile in operational process, pitching pile point wherein can automatically perform the pitching pile code corresponding with pitching pile point when being triggered, thus simulate various test scene, do not need manual simulation's scene or manual modification data or revise code temporarily, therefore various abnormal scene can be simulated and test duration cost can be reduced again.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of method for testing software in an embodiment;
Fig. 2 A is the application scenarios figure of method for testing software in an embodiment;
Fig. 2 B is the application scenarios figure of method for testing software in another embodiment;
Fig. 3 is the structured flowchart of software testing system in an embodiment;
Fig. 4 is the structured flowchart that in an embodiment, code runs module.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Unless context separately has the description of specific distinct, the element in the present invention and assembly, the form that quantity both can be single exists, and form that also can be multiple exists, and the present invention does not limit this.Although the step in the present invention arranges with label, and be not used in and limit the precedence of step, the order of step or the execution of certain step need based on other steps unless expressly stated, otherwise the relative rank of step is adjustable.Be appreciated that term "and/or" used herein relates to and contains the one or more any and all possible combination in the Listed Items be associated.
As shown in Figure 1, in one embodiment, provide a kind of method for testing software, the method comprises:
Step 102, obtains the first configuration file.
First configuration file also can be described as pitching pile rule file, is wherein provided with pitching pile point and the corresponding pitching pile code for generation of test scene.So-called pitching pile point, refers to the code point that will insert pitching pile code, inserts the pitching pile code preset when can be set to when calling system function or self-defining function or perform certain generic operation (as created object new).
According to AOP(Aspect Oriented Programming, towards tangent plane programming, the unified a kind of technology safeguarded of program function is realized by precompile mode and runtime dynamic proxy) difference of technology, for different language, different forms can be adopted realize the first configuration file.Such as, for Java language, AspectJ(can be used based on the AOP instrument of Java platform) jar bag (JavaArchive, Java archive file) after source code file or compiling, or xml(extend markup language when performing) rule file realizes the first configuration file.For c/c++ language, then can use AspectC(based on the AOP instrument of C/C++ language) the first configuration file is described.Adopt which kind of file to realize the first configuration file, by the opportunity (insert in the tested software compilation phase or insert in the tested software operation phase) of tested software being inserted to pitching pile code, and the development language of tested software and platform determine.
In fact first configuration file is provided with the pitching pile code that can carry out pitching pile and correspondence to which function or operation, namely pitching pile point and corresponding pitching pile code.Pitching pile point comprises at least one of system function, self-defining function and assigned operation.Such as, system function name and/or self-defining function name can be provided with in the first configuration file.For AspectJ source code file, the function name wherein recorded has:
pointcut getNetworkType():call(int android.net.NetworkInfo.getType())；
pointcut getSubtype():call(int android.net.NetworkInfo.getSubType())；
Pointcut getExtraInfo (): call (String android.net.NetworkInfo.getExtraInfo ()) etc.Representing when calling these functions, needing to produce corresponding test scene.
Step 104, according to the first configuration file, inserts corresponding pitching pile code at the pitching pile point place of tested software, generates the tested software after pitching pile.
So-called pitching pile code, refers to the code for generation of various test scene, when tested software compiles or can be inserted into the pitching pile point place of tested software when running.Like this, the tested software after pitching pile just can perform this pitching pile code when triggering pitching pile point, thus obtains various test scene.
Step 106, runs the tested software after pitching pile, when the pitching pile point in the tested software after pitching pile is triggered, performs the pitching pile code corresponding with the pitching pile point triggered.
Tested software after pitching pile refers to the tested software implanting corresponding pitching pile code at pitching pile point, and it is in operational process, when pitching pile point is wherein triggered, when such as calling the function of specifying, then performs the pitching pile code corresponding with the pitching pile point of this triggering.
Further, pitching pile code can be set to go behavior program corresponding with pitching pile point in parsing second configuration file when performing, thus obtains the result of specifying in the second configuration file.
Still for the first configuration file for AspectJ source code file is illustrated, the pitching pile code corresponding to a certain function can be:
This pitching pile code, when performing, can remove parsing second configuration file, read the capable information of android.net.NetworkIfo.getExtraInfo from the second configuration file.
As preferably, perform the step of the pitching pile code corresponding with the pitching pile point triggered, comprising: read the second configuration file by pitching pile code, in the second configuration file, be provided with pitching pile point and corresponding behavior program; Perform the behavior program corresponding with the pitching pile point triggered, produce test scene.
Second configuration file can be CONFIG.SYS during running software, be wherein provided with pitching pile point and corresponding behavior program, the operation etc. that the designated result that the corresponding pitching pile point of behavior application definition should return maybe should perform.For Java language, the behavior program of a certain pitching pile point of the correspondence set in the second configuration file is: android.net.NetworkInfo.getExtraInfo=" 3gnet ", represent every and call " ndroid.net.NetworkInfo.getExtraInfo " this api function, then return results " 3gnet ".And for example behavior program is: Thread.run=sleep (random (10)), before representing thread execution, and random hang-up (sleep) a few second (within 10 seconds).
In the process of implementation, the behavior program in second configuration file that reading and parsing can be gone to specify, then performs behavior program, thus produces the various test scene preset pitching pile code.Such as, when pitching pile code performs, from the second configuration file, read the capable information of ndroid.net.NetworkIfo.getExtraInfo, obtain corresponding behavior program for " 3gnet ", perform behavior program, return results " 3gnet ".
The method for testing software that the embodiment of the present invention provides, can insert pitching pile code in tested software compilation phase or operation phase.
Please refer to shown in Fig. 2 A, insert pitching pile code in the compilation phase of tested software.Obtain tested software by pitching pile compiler and read the first configuration file, according to the first configuration file, the pitching pile point place in tested software inserts pitching pile code, thus generates the tested software after pitching pile.Tested software after pitching pile is in the operation phase, when pitching pile point is wherein triggered, then corresponding pitching pile code automatically performs, this pitching pile code can remove reading second configuration file, thus perform the behavior program corresponding with the pitching pile point triggered, obtain various test scene (such as, return specify result, perform the operation etc. of specifying).
For Java language, tested software can be the class in java classes(Java), pitching pile compiler can be the compiler that ajc(AspectJ provides), the first configuration file can be AspectJ source code file or jar bag etc.
Please refer to shown in Fig. 2 B, insert pitching pile code in the operation phase of tested software.Run tested software, obtained operating tested software by operation pitching pile device and read the first configuration file, according to the first configuration file, the pitching pile point place in tested software inserts pitching pile code, generates the tested software after pitching pile.Tested software after this pitching pile is in operational process, if pitching pile point is wherein triggered, the pitching pile code of its correspondence automatically performs, and this pitching pile code can remove reading second configuration file, thus perform the behavior program corresponding with the pitching pile point triggered, obtain various test scene.Whole process all realizes in the operation phase of tested software.
For Java language, operating tested software can be java classes, and running pitching pile device can be the assembly that Java Agent(Java virtual machine is used for revising application), the first configuration file can be xml rule file or jar bag etc.
Should be noted that, though the embodiment of the present invention is illustrated with Java language, but be understandable that, for the tested software adopting other Languages, such as c/c++ etc., the method for testing software that also embodiment of the present invention can be adopted to provide is tested, and its difference is only that used file type is different with program language.
As shown in Figure 3, in one embodiment, additionally provide a kind of software testing system, comprising:
Acquisition module 302, for obtaining the first configuration file, is provided with pitching pile point and the corresponding pitching pile code for generation of test scene in this first configuration file.
Code insertion module 304, for according to the first configuration file, inserts corresponding pitching pile code at the pitching pile point place of tested software, generates the tested software after pitching pile.
Code runs module 306, for running the tested software after pitching pile, when the pitching pile point in the tested software after pitching pile is triggered, performs the pitching pile code corresponding with the pitching pile point triggered.
In one embodiment, pitching pile point comprises at least one in system function, self-defining function and assigned operation.
Further, in one embodiment, as shown in Figure 4, code operation module 306 comprises:
Pitching pile code execution module 316, for reading the second configuration file by pitching pile code, is provided with pitching pile point and corresponding behavior program in this second configuration file.
Program execution module 326, for behavior program corresponding to the pitching pile point that performs and trigger, produces test scene.
In one embodiment, code insertion module 304 is pitching pile compiler, for the compilation phase at tested software, inserts corresponding pitching pile code according to the first configuration file at the pitching pile point place of tested software, generates the tested software after pitching pile.
In another embodiment, code insertion module 304, for running pitching pile device, for the operation phase at tested software, is inserted corresponding pitching pile code according to the first configuration file at the pitching pile point place of tested software, is generated the tested software after pitching pile.
Above-mentioned method for testing software and system, according to the first configuration file the pitching pile point (as function trigger point) in tested software intercepted and captured and insert corresponding pitching pile code, thus changing the operation action (as the appointment rreturn value of Modification growth function, the execution sequential etc. of amendment thread) of the program in tested software.In the operational process of the tested software after pitching pile, just can run corresponding pitching pile code when pitching pile point is triggered, thus simulate various test scene.Such as: for the scene of machine low memory, the pitching pile code arranging corresponding new function by the first configuration file can read behavior program corresponding in the second configuration file, the behavior program directly to dish out out of memory abnormal (i.e. low memory exception).The tested software inserting this pitching pile code, in operational process, when calling new function, no longer continues calling of this system function, but the out of memory that directly dishes out is abnormal, thus simulates the scene of machine low memory.Can simulate in this manner for other test scene, then will not enumerate at this.
Owing to adopting this method for testing software and system, save a lot of manual operation.Such as, do not need as traditional Black-box Testing mode, need to open a large amount of programs and the internal memory of system to be exhausted or copied files accounts for local disk space and takes.Also do not need as traditional white-box testing mode, the data etc. when needing interim amendment code or manual update routine to run simulate various scene.Therefore, the method for testing software that the embodiment of the present invention provides and system, can save a large amount of test duration costs.Except can simulating some conventional test scenes, some are related to the special scenes of more code module amendment, the present invention also easily realizes these special scenes by the content set in the first configuration file and the second configuration file.
Further, for the test of multithreading, traditional white-box testing method when needs arrange power-off to single thread, then needs whole process to hang up, have impact on the normal operation of tested software.And the present invention is except implanting pitching pile code in the compilation phase to tested software, pitching pile code can also be implanted in the operation phase of tested software, the normal operation of tested software can not be affected.In addition, traditional white-box testing method update routine run be data or interim amendment code time all need source code, then can not can not realize test under the test occasion of providing source code at some.And the present invention is owing to being intercepted and captured by the pitching pile point of the first pre-configured configuration file to tested software, thus by pitching pile code insertion tested software.Therefore, the present invention does not need providing source code just can realize test.
One of ordinary skill in the art will appreciate that all or part of flow process realized in above-described embodiment method, that the hardware that can carry out instruction relevant by computer program has come, described program can be stored in a computer read/write memory medium, this program, when performing, can comprise the flow process of the embodiment as above-mentioned each side method.Wherein, described storage medium can be magnetic disc, CD, read-only store-memory body (Read-Only Memory, ROM) or random store-memory body (Random Access Memory, RAM) etc.
The above embodiment only have expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. a method for testing software, described method comprises:
Obtain the first configuration file, in described first configuration file, be provided with pitching pile point and the corresponding pitching pile code for generation of test scene;
According to described first configuration file, insert corresponding described pitching pile code at the pitching pile point place of tested software, generate the tested software after pitching pile;
Run the tested software after described pitching pile, when the described pitching pile point in the tested software after described pitching pile is triggered, perform the described pitching pile code corresponding with the described pitching pile point triggered.
2. method according to claim 1, is characterized in that, the step of the described pitching pile code that described execution is corresponding with the described pitching pile point of triggering, comprising:
Read the second configuration file by described pitching pile code, in described second configuration file, be provided with pitching pile point and corresponding behavior program;
Perform the behavior program corresponding with the pitching pile point of described triggering, produce test scene.
3. method according to claim 1, is characterized in that, described according to the first configuration file, inserts corresponding described pitching pile code at the pitching pile point place of tested software, generates the step of the tested software after pitching pile, comprising:
In the compilation phase of described tested software, by pitching pile compiler according to the first configuration file, insert corresponding described pitching pile code at the pitching pile point place of described tested software, generate the tested software after pitching pile.
4. method according to claim 1, is characterized in that, described according to the first configuration file, inserts corresponding described pitching pile code at the pitching pile point place of tested software, generates the step of the tested software after pitching pile, comprising:
In the operation phase of described tested software, by operation pitching pile device according to the first configuration file, insert corresponding described pitching pile code at the pitching pile point place of described tested software, generate the tested software after pitching pile.
5. the method according to any one of Claims 1-4, is characterized in that, described pitching pile point comprises at least one in system function, self-defining function and assigned operation.
6. a software testing system, is characterized in that, described system comprises:
Acquisition module, for obtaining the first configuration file, is provided with pitching pile point and the corresponding pitching pile code for generation of test scene in described first configuration file;
Code insertion module, for according to described first configuration file, inserts corresponding described pitching pile code at the pitching pile point place of tested software, generates the tested software after pitching pile;
Code runs module, for running the tested software after described pitching pile, when the described pitching pile point in the tested software after described pitching pile is triggered, performs the described pitching pile code corresponding with the described pitching pile point triggered.
7. system according to claim 6, is characterized in that, described code runs module and comprises:
Pitching pile code execution module, for reading the second configuration file by described pitching pile code, is provided with pitching pile point and corresponding behavior program in described second configuration file;
Program execution module, for performing the behavior program corresponding with the pitching pile point of described triggering, produces test scene.
8. system according to claim 6, it is characterized in that, described code insertion module is pitching pile compiler, described pitching pile compiler is used for the compilation phase at described tested software, according to the first configuration file, insert corresponding described pitching pile code at the pitching pile point place of described tested software, generate the tested software after pitching pile.
9. system according to claim 6, it is characterized in that, described code insertion module is for running pitching pile device, described operation pitching pile device is used for the operation phase at described tested software, according to the first configuration file, insert corresponding described pitching pile code at the pitching pile point place of described tested software, generate the tested software after pitching pile.
10. the system according to any one of claim 6 to 9, is characterized in that, described pitching pile point comprises at least one of system function, self-defining function and assigned operation.
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Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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-
2014
- 2014-02-11 CN CN201410048167.5A patent/CN104834590B/en active Active
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