CN1791037A - Method for realizing Web service automatic test - Google Patents
Method for realizing Web service automatic test Download PDFInfo
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- CN1791037A CN1791037A CN 200510132532 CN200510132532A CN1791037A CN 1791037 A CN1791037 A CN 1791037A CN 200510132532 CN200510132532 CN 200510132532 CN 200510132532 A CN200510132532 A CN 200510132532A CN 1791037 A CN1791037 A CN 1791037A
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Abstract
The invention relates to a method to realize automatic testing for Web service, which comprises: executing testing case, building monitor module to monitor read/write system resource; building and starting proxy server to set all network connection in system as transfer by proxy server; building virtual Web server by JVM according to service allocation code in testing case to allocate service in the server; executing testing validation code to start a client to call Web service to build network connection and call service, receiving and sending the call request by proxy server to virtual Web server for treatment, and returning the result to the client; executing testing validation code to test the return code; outputting test result. This invention needs just one testing case, and cuts manual allocation.
Description
Technical field
The present invention relates to a kind of method that realizes the Web service automatic test, particularly a kind of by the virtual web service container, to the method for Web service automatic test.
Background technology
Web service (Web Service) is one of new technology that IT field occurs in nearly ten years, it is the basic element of character that makes up the Internet distributed system, and becoming the active platform of enterprise's application integration (EnterpriseApplication Integration, be called for short EAI).World Wide Web Consortium (World WideWeb Consortium, be called for short W3C) it is defined as: " Web service is a kind of software application by unified resource sign (Uniform Resource Identifier; be called for short URI); its interface and binding form can pass through extend markup language (eXtensible Markup Language; be called for short XML) definition, describe and retrieval, and can by XML message and Internet protocol finish with other application directly not alternately ".Not only carry out business contact by Web service between the more and more enterprises, and more and more enterprises inside brings into use also Web service to make up the distributed system of collaborative work.Web service is to have certain functional programs, is whether to have reached the requirement that relates to for the function of checking service to its test.For Web service, generally speaking its source code can't be known in other enterprise, can only generate a client by the Web service description document (Web Service Description Language is called for short WSDL) of service service is tested.This has just caused the Web service software testing technology also to rest on basically in the test to single Web service, not to the integration testing of whole Web service system.When facing the cooperative operation system of a plurality of Web services compositions, these measuring technologies only can be seen the execution result of some services, and know nothing for other service of being called in this service execution process.
The xmlspy of Altava company provides wsdl document and Simple Object Access Protocol (SimpleObject Access Protocol, be called for short SOAP, be disperse or distributed environment in exchange message and carry out the agreement of remote procedure call, be a agreement based on XML) test of message; The Nettool of CapeScience company provides intercepting and capturing inspection and the forwarding capability to soap message.Be that xmlspy or Nettool only are the considerations to single soap message, do not carry out the notion of integration testing comprehensively.And in fact the Web software that combines of Web service is more and more emphasized cooperation between the Web service, the invoked procedure of Web service may cause mistakes such as message and communication, therefore how to test the interactive relation between Web service, it is very important that Web service software is carried out overall test.
A distributed system of being made up of Web service, service can be deployed on the different machines.Service is not only brought in for the client and is called, and it also can call other one or more services as client itself simultaneously.Because Web service operates on the different machines, caused very big difficulty for System Integration Test and debugging.What time following main embodiment is:
1, must start the Web service container earlier, test after the deployment services.Service repeats this step after revising again.This process is difficult to realize automation, and when service will be deployed to a plurality of container, difficulty was bigger.
2, when many Web services will be disposed, not only can spend a large amount of manpowers, and need a lot of hardware facilities, testing cost is very high.
3, when between a plurality of Web services mutual call relation being arranged, such system is difficult to debugging, find mistake after tested after, the root of mistake can be difficult to follow the tracks of.
4, the soap message that exchanges between the Web service can't obtain record effectively, and the time series of cause interactive relation between Web service, dependence like this, calling is difficult for determining.
Summary of the invention
The objective of the invention is at the deficiencies in the prior art, a kind of method that realizes the Web service automatic test is proposed, only need write a test case just can finish a Web service or a plurality of functional test with Web service of cooperation relation, the step of having lacked artificial deployment Web service, thus realize automation.
For achieving the above object, the present invention proposes a kind of method that realizes the Web service automatic test, wherein carry out following steps:
The test case that step 1, execution user write;
Step 2, set up the system resource monitor module, the read-write of surveillance resource;
Step 3, foundation also start acting server, intrasystem all-network are connected all be set to come transfer by acting server;
Step 4, JAVA virtual machine are set up the virtual web service container according to the service arrangement code in the test case, and in this virtual web service container deployment services;
Testing authentication code in step 5, the implementation of test cases, start the client of a called Web service, this client is set up the network connection service is called, call request is received and is passed to the virtual web service container by acting server and handles, and the result that Web service is called returns to this client then;
Step 6, its return value of execution testing authentication code tester;
Step 7, output test result;
Step 8, end test.
This method has the following advantages:
1, the code of Web service does not need modification just can both operate in the true environment, may operate in the virtual test environment yet;
2, true environment and virtual environment can be combined and test, part of service is deployed in the true environment, another part service arrangement is in virtual environment;
3, because the connection of all networks must be by the network monitoring module, the soap message that transmits between client and service and service and service can go on record, so that verify its correctness;
4, the time-delay in can analog network connecting and interrupting suddenly, control transmission speed is so that the function correctness of testing service when moving under improper situation;
5, the ruuning situation of all Web services in can supervisory control system, such as a certain moment, what examples which service has moving time series of calling between service or the like in operation;
6, all Web services operate in the same process, can use traditional software debugging method to find out the root that causes that system makes mistakes, and this is easy to many than carry out combined debugging on different machines;
7, the integration testing of Web service only need use a computer, although treating examining system finally still can test under real environment, but this method still can be found out the problem that exists in the examining system treated effectively, reduce the testing time under the true environment significantly, reach the purpose that reduces testing cost.
Below by drawings and Examples, technical scheme of the present invention is described in further detail.
Description of drawings
Fig. 1 realizes the flow chart of Web service automated testing method for the present invention;
Fig. 2 realizes the flow chart of the embodiment of Web service automated testing method for the present invention;
Fig. 3 realizes the flow chart of the method for building up of virtual container among the embodiment of Web service automated testing method for the present invention;
Fig. 4 realizes that for the present invention acting server in the embodiment step of Web service automated testing method receives and the flow chart of processing method;
Fig. 5 needs the flow chart of read apparatus resource when realizing operation service object among the embodiment of Web service automated testing method for the present invention;
Fig. 6 needs the flow chart of one-writing system resource when realizing operation service object among the embodiment of Web service automated testing method for the present invention.
Embodiment
The present invention proposes a kind of can the automation deployment, testing service, and the method that service is effectively followed the tracks of.
As shown in Figure 1, be the flow chart that the present invention realizes the Web service automated testing method, specifically carry out following steps:
The test case that step 101, execution user write;
Testing authentication code in step 105, the implementation of test cases, start the client of a called Web service, this client is set up the network connection service is called, call request is received and is passed to the virtual web service container by acting server and handles, and the result that Web service is called returns to this client then;
This method is safeguarded independently running environment and some resources for each virtual container, makes virtual container not interfere with each other.
As shown in Figure 2, be the flow chart that the present invention realizes the embodiment of Web service automated testing method, specifically carry out following steps:
The test case that step 201, execution user write, this test case is a series of in order to realize the code of test purpose, specifically comprise: service arrangement code and testing authentication code, the service arrangement code is used to specify will set up for which virtual container, and to dispose which Web service therein, a Web service environment is promptly described, the testing authentication code is used to set up a client, come the service of disposing in the test environment is called, and its return value verified the checking result is exactly the execution result of whole test case;
After step 106, Web service are called and returned, carry out its return value of testing authentication code tester;
Wherein, as shown in Figure 3, realize the flow chart of the concrete method for building up of virtual container in the embodiment step 204 of Web service automated testing method for the present invention, may further comprise the steps:
As shown in Figure 4, realize that for the present invention acting server in the embodiment step 205 of Web service automated testing method receives and the flow chart of processing method, may further comprise the steps:
Whether step 2051, acting server are judged to call needs to monitor, if then execution in step 2052; Otherwise execution in step 2053;
As shown in Figure 5, realize for the present invention in the embodiment step 2058 of Web service automated testing method, in the process of operation service object, the flow chart of read apparatus resource if desired, the resource here refers to system property (it has a name and a value) in the Java system.Can in Java Virtual Machine, set up system property and also be its designated value.The system property of same name has only portion in the virtual machine.For different real Web service containers, they operate in separately independently in the Java Virtual Machine, they and the change that can not cause the system property of other container in the service of their the inside operations to the read-write of system property.Present a plurality of virtual container operates in the same Java Virtual Machine, can allow virtual container read and write system resource separately by method provided by the invention, accomplishes not disturb mutually, specifically carries out following steps:
Step 20584, system resource monitor module judge whether Java Virtual Machine exists this resource, if, execution in step 20585; Otherwise return null value;
As shown in Figure 6, realize for the present invention in the embodiment step 2058 of Web service automated testing method, in the process of operation service object, the flow chart of one-writing system resource if desired, specifically carry out following steps:
Step 20581 ', the system resource monitor module monitors writing of resource, obtains the affiliated sets of threads of current thread, searches the corresponding virtual container according to its sign;
Step 20582 ', the system resource monitor module judges whether to exist this virtual container, if, execution in step 20583 '; Otherwise execution in step 20584 ';
Step 20583 ', the system resource monitor module judges whether described virtual container exists this resource, if, execution in step 20587 '; Otherwise execution in step 20585 ';
Step 20584 ', the system resource monitor module judges whether Java Virtual Machine exists this resource, if, execution in step 20587 '; Otherwise execution in step 20586 ';
Step 20585 ', in virtual container newly-built this resource, execution in step 20587 ';
Step 20586 ', in Java Virtual Machine newly-built this resource, execution in step 20587 ';
Step 20587 ', write the value of this resource.
It should be noted last that, above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can make amendment or be equal to replacement technical scheme of the present invention, and not break away from the spirit and scope of technical solution of the present invention.
Claims (6)
1, a kind of method that realizes the Web service automatic test, wherein carry out following steps:
The test case that step 1, execution user write;
Step 2, set up the system resource monitor module, the read-write of surveillance resource;
Step 3, foundation also start acting server, intrasystem all-network are connected all be set to come transfer by acting server;
Step 4, JAVA virtual machine are set up the virtual web service container according to the service arrangement code in the described test case, and in this virtual web service container deployment services;
Testing authentication code in step 5, the described test case of execution, start the client of a called Web service, this client is set up the network connection service is called, call request is received and is passed to the virtual web service container by described acting server and handles, and the result that Web service is called returns to this client then;
Step 6, described its return value of testing authentication code tester of execution;
Step 7, output test result;
Step 8, end test.
2, the method for realization Web service automatic test according to claim 1, the test case in the wherein said step 1 are a series of in order to realize the code of test purpose, specifically comprise: service arrangement code and testing authentication code.
3, the method for realization Web service automatic test according to claim 1 and 2, the process of specifically setting up of virtual container described in the step 4 wherein may further comprise the steps:
Step 41, setting up a virtual container, is that it distributes a unique sign;
Step 42, set up a sets of threads, the sign that it is designated described virtual container is set;
Step 43, set up a thread that belongs to described sets of threads;
Step 44, start described thread, move described virtual container, and initialization belongs to the resource of this virtual container.
4, the method for realization Web service automatic test according to claim 1 and 2, wherein the idiographic flow of reception of acting server described in the step 5 and processing is:
Step 50, described acting server receive described call request;
Step 51, acting server judge whether described calling needs to monitor, if then execution in step 52; Otherwise execution in step 53;
Step 52, described system resource monitor module begin the monitoring network transmission;
Step 53, acting server need to judge whether the virtual container of visit, if then execution in step 54; Otherwise set up new network connection described call request is transmitted to real container, handle this request by real container;
Step 54, described acting server are given described virtual container with described call request and are handled;
Step 55, described virtual container judge whether to exist the service object of described call request, if, execution in step 58; Otherwise execution in step 56;
Step 56, described virtual container judge whether the service of described call request is disposed, if then execution in step 57; Otherwise the generation error response, execution in step 59;
Step 57, described virtual container are created described service object;
Step 58, described virtual container are given the service object with described call request and are handled, and move this service object, and generate response;
Step 59, described acting server return to described client with described response.
5, the method for realization Web service automatic test according to claim 4, in wherein said 58, in the described service object's of operation process, read apparatus resource if desired, then carry out following steps:
Step 581, system resource monitor module monitor reading of resource, obtain the affiliated sets of threads of current thread, search the corresponding virtual container according to its sign;
Step 582, system resource monitor module judge whether to exist described virtual container, if, execution in step 583; Otherwise execution in step 584;
Step 583, system resource monitor module judge whether described virtual container exists described resource, if, execution in step 585; Otherwise execution in step 584;
Step 584, system resource monitor module judge whether described Java Virtual Machine exists described resource, if, execution in step 585; Otherwise return null value;
Step 585, system resource monitor module return the value of described resource.
6, the method for realization Web service automatic test according to claim 4, in wherein said 58, in the described service object's of operation process, one-writing system resource if desired, then carry out following steps:
Step 581 ', the system resource monitor module monitors writing of resource, obtains the affiliated sets of threads of current thread, searches the corresponding virtual container according to its sign;
Step 582 ', the system resource monitor module judges whether to exist described virtual container, if, execution in step 583 '; Otherwise execution in step 584 ';
Step 583 ', the system resource monitor module judges whether described virtual container exists described resource, if, execution in step 587 '; Otherwise execution in step 585 ';
Step 584 ', the system resource monitor module judges whether described Java Virtual Machine exists described resource, if, execution in step 587 '; Otherwise execution in step 586 ';
Step 585 ', in virtual container newly-built described resource, execution in step 587 ';
Step 586 ', in Java Virtual Machine newly-built described resource, execution in step 587 ';
Step 587 ', write the value of described resource.
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| CNB2005101325321A CN100353714C (en) | 2005-12-26 | 2005-12-26 | Method for realizing Web service automatic test |
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| CNB2005101325321A CN100353714C (en) | 2005-12-26 | 2005-12-26 | Method for realizing Web service automatic test |
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Family Cites Families (2)
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|---|---|---|---|---|
| US20040064528A1 (en) * | 2002-09-30 | 2004-04-01 | Microsoft Corporation | Safe interoperability among web services |
| CN1588857A (en) * | 2004-09-28 | 2005-03-02 | 中国电子产品可靠性与环境试验研究所 | Integrated circuit remote detecting system and its detecting method |
-
2005
- 2005-12-26 CN CNB2005101325321A patent/CN100353714C/en not_active Expired - Fee Related
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