CN101996132A - Method and device for automatically testing common object request broker architecture (CORBA) interfaces - Google Patents

Method and device for automatically testing common object request broker architecture (CORBA) interfaces Download PDF

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CN101996132A
CN101996132A CN200910165677XA CN200910165677A CN101996132A CN 101996132 A CN101996132 A CN 101996132A CN 200910165677X A CN200910165677X A CN 200910165677XA CN 200910165677 A CN200910165677 A CN 200910165677A CN 101996132 A CN101996132 A CN 101996132A
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test case
test
interface
common object
object request
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张利锟
唐宝玉
董嘉
王磊
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ZTE Corp
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Abstract

The invention discloses a method and a device for automatically testing common object request broker architecture (CORBA) interfaces. The method comprises the following steps: searching all methods in target language class, and acquiring the information of the interfaces; generating test cases; generating test-case data; calling dynamic invocation interfaces to execute the test cases, and transferring the test-case data into call requests sent from a client to a server; and recording operating response results returned from the server. The device comprises a search and acquisition module, a test case generation module, a test-case data module and a test-case execution module, wherein the test case generation module is connected with the search and acquisition module, the test-case data module is connected with the test case generation module, and the test-case execution module is connected with the test-case data module. Therefore, the test case of each interface can automatically be generated, thus the difficulty of case writing is reduced and the efficiency of case maintenance is improved; and the combination testing between the interfaces can be implemented through freely constructing a test-case set.

Description

Common Object Request Broker Architecture interface automatic test approach and device
Technical field
The present invention relates to the automatic test field, relate in particular to a kind of Common Object Request Broker Architecture (Common Object Request Broker Architecture is called for short CORBA) interface automatic test method and device.
Background technology
CORBA allows application program and other application program communication, and the both sides of communication activate the mutual of both sides respectively as client and service end by realizing Object Request Broker's (Object Request Broker is called for short ORB).Client and service end have been born supvr and succedaneum's role respectively.Gerentocratic task is to send administration order and receive the notice that the succedaneum sends; Succedaneum's task is the direct relevant management object of management, and the administration order that the receiving management person sends and to the response of supvr's return also can initiatively be given notice to the supvr when needed.
Corba interface is by IDL (Interface Definition Language) (Interface Definition Language is called for short IDL) definition, and it and the programming language that uses have nothing to do, and activates the mutual of client/server by realizing Object Request Broker.Service end is responsible for realizing the various interface of IDL definition, and client is write client code according to IDL, sends the interface interchange request to the service end object, and service end responds this request and return results is given client.Therefore, the prerequisite of test corba interface will be write client exactly, initiates the interface interchange request to service end, receives and handle the service end return results.
As shown in Figure 1, existing C ORBA interface test method.Among the figure, the 101st, the idl compiler device, the 102nd, the idl file definition unit, idl compiler device 101 is responsible for the idl file of idl file definition unit 102 is compiled as the target language class of unit 103.Class with unit 103 is deployed in the target language engineering by hand afterwards, writes the client call code and the return results of each idl file defining interface in the idl file definition unit 102 then one by one and handles code, and promptly the unit 104.Unit 103 and unit 104 have been formed the CORBA client jointly.And test case 105 often needs hand-coding, and stronger to the dependence of client.Last running client is initiated relevant interface and is called and check whether the operation result that service end returns is consistent with expection.
The shortcoming of this method of testing is: the invoke code of each interface and return results are handled code and are all wanted hand-coding, and the code compiling workload is bigger; Revise if the IDL definition is frequent, the idl compiler device will be compiled as the target language class thereupon, and be deployed in the engineering, and the client call code of corba interface needs frequent synchronously the modification; The test case of each interface mostly is hand-coding, and the efficient that generates test case is not high; Combined test between several interfaces is difficult for realizing that every kind of combination all needs hand-coding flow process code.More than these shortcomings determined that also traditional corba interface method of testing versatility is not high, client code often need customize at a certain IDL, has influenced the testing efficiency of corba interface.
Summary of the invention
Technical matters to be solved by this invention provides a kind of corba interface automatic test approach and device, to solve low etc. the problem of the complicated and corba interface testing efficiency of hand-coding interface interchange code in the prior art.
In order to solve the problems of the technologies described above, the invention provides a kind of corba interface automatic test approach, this method may further comprise the steps:
After the file of IDL (Interface Definition Language) definition is compiled as the target language class, searches for all methods in the described target language class, and obtain interface message;
According to the described interface message of obtaining, generate test case;
Obtain the input data, generate the test case data of described test case correspondence;
Call the dynamic call interface of Common Object Request Broker Architecture, carry out described test case, described test case data is converted into the call request of Common Object Request Broker Architecture client to service end; And the operation response results returned of record service end.
Described according to the described interface message of obtaining, generate test case and comprise:
According to the described interface message that gets access to, root node and each child node of constructing variable tree generate described test case.
Described test case presents on user interface graphical in the mode of described parameter tree, and test case is preserved by the XML file.
Described according to the described interface message of obtaining, generate test case; With obtain the input data, generate between the test case data of described test case correspondence and also comprise: a plurality of test cases are built into test use cases.
The described input data of obtaining generate the test case data of described test case correspondence; And between the described dynamic connecting interface that calls Common Object Request Broker Architecture, also comprise: described test use cases is decomposed into single test case.
Described input data are the leafy node inputs by described parameter tree; Perhaps described input data are to insert data by the node of the element tags correspondence in the described XML file
The present invention also provides a kind of corba interface automatic testing equipment, and this device comprises:
The search acquisition module is used for after the IDL (Interface Definition Language) defined file is compiled as the target language class, searches for all methods in the described target language class, and obtains interface message;
The test case generation module is connected with described search acquisition module, is used for the interface message obtained according to described, generates test case;
The test case data module is connected with described test case generation module, is used to obtain the input data, generates the test case data of described test case correspondence;
The test case execution module, be connected with described test case data module, be used to call the dynamic call interface of Common Object Request Broker Architecture, carry out described test case, described test case data is converted into Common Object Request Broker Architecture client calling to service end; And the operation response results returned of record service end.
Described test case presents test case in the mode of described parameter tree on user interface graphical, perhaps described test case is preserved by the XML file.
Described Common Object Request Broker Architecture interface automatic testing equipment also comprises:
The test use cases module is connected with the test case execution module with described test case generation module, is used for a plurality of test cases are built into test use cases, and described test use cases is decomposed into single test case.
Described input data are that leafy node input or the described input data set by described parameter are to insert data by the node of the element tags correspondence in the described XML file.
Therefore, the test case of each interface of the present invention can generate automatically, has reduced the difficulty of writing use-case, has improved the efficient of maintenance use case simultaneously; Combined test between interface can be realized by freely making up test use cases, improves the testing efficiency of corba interface greatly, has enriched the corba interface automated testing method.
Description of drawings
Fig. 1 is an existing C ORBA interface test method;
Fig. 2 is the process flow diagram of a kind of corba interface automatic test approach of the present invention embodiment 1;
The synoptic diagram of Fig. 3 various parameter type nodes for the present invention constructs;
Fig. 4 is the process flow diagram of a kind of corba interface automatic test approach of the present invention embodiment 2.
Embodiment
Below by drawings and Examples, the technical scheme of the embodiment of the invention is described in further detail.
As shown in Figure 2, the process flow diagram for a kind of corba interface automatic test approach of the present invention embodiment 1 may further comprise the steps:
Step 21 judges whether the file of IDL definition compiles, if, execution in step 23; If not, execution in step 22 is called the idl compiler interface that CORBA provides, and the IDL defined file is compiled as the target language class automatically; Be mapped as shape of target programmed language such as the class of XXXOperations through the idl file after the compiling, wherein XXX is an IDL interface name, has comprised the mappings in target language such as the type of IDL interface definition, unusual, attribute, operation in this Operations class.
Step 23 is searched for all methods (Method) in described target language class such as the XXXOperations class, and is obtained interface message, for example details such as input type, return parameters type, the Exception Type of dishing out; These information are frameworks of test case.
Step 24, according to the described interface message that gets access to, root node and each child node of constructing variable tree generate described test case (specifically can construct the synoptic diagram of various parameter type nodes referring to shown in Figure 3):
Step 241 makes up the root node that parameter is set, and the interface name is as the root node of tree;
Step 242 is according to each child node of input parameter structure tree.The ground floor child node is the input parameter of this interface, tree node record input parameter name and type.If input parameter is an atomic type, can directly parameter value be set at this node; If input parameter is the complicated type of IDL definition, can continue to construct one so is the subtree of root node with this complicated type, so recurrence is presented on (after promptly making up subtree, the data of this complicated type make up leafy node successively) on this subtree clearly with the data structure of this complicated type.All leafy nodes are the places that test case data is set.Complicated type as shown in Figure 3 has Sequence, union, the subtree of types such as struct, with the subtree of constructing a struct type is the process that example is told about the structure subtree, for the convenient hypothesis struct that describes is expressed as A (AType), wherein A is the name of this structure, AType is the type of this structure, this structure has two structure member a1 (type1) and a2 (type2), then the root node of the subtree of this struct type can be configured to A:AType, all members that its child node is this structure, be respectively a1:type1 and a2:type2, if type1 or type2 are atomic types, this child node is leaf node so, if type1 or type2 are the complicated types of IDL definition, then continue recurrence structure subtree.
Step 243, form such as extend markup language (ExtensibleMarkup Language is called for short XML) form that the parameter of structure is set with agreement save as the test case file of interface.
Described test case presents test case in the mode of described parameter tree on user interface graphical, and preserves by the XML file.Test case file is stored in the XML mode, and different with parameter tree is, test case file not only will be preserved input parameter information, also will preserve output parameter, return results, unusual information.The test case of each interface can generate automatically, has reduced the difficulty of writing use-case, has improved the efficient of maintenance use case simultaneously;
Step 25 is obtained the input data, generates the test case data of described test case correspondence; Described input data are the leafy node inputs by described parameter tree; Perhaps described input data are to insert graphic user interface (the Graphical User Interface that data generate by the node of the element tags correspondence in the described XML file, abbreviation GUI) node of Value label correspondence is exactly the node that allows user input data in leafy node of the parameter tree on and the XML file.Gui interface is accepted the user inputs character string and is got final product, and the character string of user input is saved in the Value label of XML file correspondence and has just generated one group of test case data.Content that can certainly hand filling XML file Value label generates test case data.Can select to save as different XML files at different test case data.
Step 26, call dynamic call interface (the DynamicInvocation Interface of Common Object Request Broker Architecture, DII), carry out described test case, described test case data is converted into the corba interface call request of CORBA client to service end; And the operation response results returned of record service end, be specially the output valve, the return results and unusual that obtain service end, call CORBA platform DII interface associative operation according to output valve, return results, Exception Type and resolve and record, form complete test record.
Adopt the present invention, the invoke code of each interface of CORBA is handled all generations automatically of code with returning, the CORBA client code need not change (this is because the IDL change only need be recompilated IDL during the frequent change of IDL definition, need not to change any code can use), also need not manually to compile IDL and be deployed in the engineering.
As shown in Figure 4, be the process flow diagram of a kind of corba interface automatic test approach of the present invention embodiment 2, present embodiment 2 is that with the difference of embodiment 1 combined test between corba interface of the present invention can be realized by freely making up test use cases.Promptly as shown in Figure 4, present embodiment also comprises between above-mentioned steps 24 and step 25: step 110 is built into test use cases with a plurality of test cases.A plurality of test cases are organized with certain test logic save as a test use cases, wherein test use cases only writes down the name of use-case, and the execution sequence of use-case can freely be adjusted as required.Be that test execution is done by unit then with the test use cases, because implementation of test cases in batches in this way, and set of uses case has often been preserved a kind of test logic, after carrying out which use-case earlier, which is carried out, so also can avoid omitting some logic, therefore being fit to very much regression test, also is a kind of extraordinary automatic test thinking simultaneously.
Continue as shown in Figure 4, present embodiment 2 also comprises between above-mentioned steps 25 and step 26: step 120 is decomposed into single test case with described test use cases.Test use cases is decomposed into single test case XML file to be carried out one by one.In step 26, concentrate the order of test case to call the DII interface that the CORBA platform provides successively then, then execution in step 26 according to test case.
The combined test that this embodiment 2 has embodied between corba interface can be realized by freely making up test use cases.Shield IDL by present embodiment 1 and embodiment 2 the inventive method and changed the extra work amount that test brings to corba interface, improved the testing efficiency of corba interface greatly, enriched the corba interface automated testing method.The invention provides a kind of general corba interface automated testing method, so long as follow the network management interface of CORBA agreement, method provided by the invention all is feasible.
Correspondingly, the invention provides a kind of Common Object Request Broker Architecture interface automatic testing equipment, comprising:
The search acquisition module is used for after the IDL (Interface Definition Language) defined file is compiled as the target language class, searches for all methods in the described target language class, and obtains interface message;
The test case generation module is connected with described search acquisition module, is used for the interface message obtained according to described, generates test case;
The test case data module is connected with described test case generation module, is used to obtain the input data, generates the test case data of described test case correspondence;
The test case execution module, be connected with described test case data module, be used to call the dynamic connecting interface of Common Object Request Broker Architecture, carry out described test case, described test case data is converted into CORBA client calling to service end; And the record operation response results returned of service end and capture server dish out unusual.
This Common Object Request Broker Architecture interface automatic testing equipment also comprises: the test use cases module, be connected with the test case execution module with described test case generation module, be used for a plurality of test cases are built into test use cases, and described test use cases is decomposed into single test case.
Described test case presents test case in the mode of described parameter tree on user interface graphical, perhaps described test case is preserved by the XML file.Described input data are that leafy node input or the described input data set by described parameter are to import by the node of the Value label correspondence in the described XML file.
Can realize two kinds of situations that the foregoing description 1 and embodiment 2 describe by Common Object Request Broker Architecture interface automatic testing equipment provided by the invention.
The present invention compiles IDL automatically, generates the client call code of each interface of IDL definition and return results automatically and handles code (this is because generate the client call code automatically according to the information in the test case when carrying out; The processing of return results is in the implementation aftertreatment), generate test case automatically, the execution order of tested tissue use-case also makes up test use cases, the operation response results that implementation of test cases collection record service end is returned.
Should be noted that at last, 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, change the present invention or be equal to replacement, and not break away from the spirit and scope of the present invention and claim.

Claims (10)

1. a Common Object Request Broker Architecture interface automatic test approach is characterized in that, comprising:
After the file of IDL (Interface Definition Language) definition is compiled as the target language class, searches for all methods in the described target language class, and obtain interface message;
According to the described interface message of obtaining, generate test case;
Obtain the input data, generate the test case data of described test case correspondence;
Call the dynamic call interface of Common Object Request Broker Architecture, carry out described test case, described test case data is converted into the call request of Common Object Request Broker Architecture client to service end; And the operation response results returned of record service end.
2. Common Object Request Broker Architecture interface automatic test approach as claimed in claim 1 is characterized in that, and is described according to the described interface message of obtaining, and generates test case and comprises:
According to the described interface message that gets access to, root node and each child node of constructing variable tree generate described test case.
3. Common Object Request Broker Architecture interface automatic test approach as claimed in claim 2 is characterized in that, described test case presents on user interface graphical in the mode of described parameter tree, and test case is preserved by the XML file.
4. Common Object Request Broker Architecture interface automatic test approach as claimed in claim 1 is characterized in that, and is described according to the described interface message of obtaining, and generates test case; With obtain the input data, generate between the test case data of described test case correspondence and also comprise:
A plurality of test cases are built into test use cases.
5. Common Object Request Broker Architecture interface automatic test approach as claimed in claim 4 is characterized in that, the described input data of obtaining generate the test case data of described test case correspondence; And between the described dynamic connecting interface that calls Common Object Request Broker Architecture, also comprise:
Described test use cases is decomposed into single test case.
6. Common Object Request Broker Architecture interface automatic test approach as claimed in claim 3 is characterized in that, described input data are the leafy node inputs by described parameter tree; Perhaps described input data are to insert data by the node of the element tags correspondence in the described XML file
7. a Common Object Request Broker Architecture interface automatic testing equipment is characterized in that, comprising:
The search acquisition module is used for after the IDL (Interface Definition Language) defined file is compiled as the target language class, searches for all methods in the described target language class, and obtains interface message;
The test case generation module is connected with described search acquisition module, is used for the interface message obtained according to described, generates test case;
The test case data module is connected with described test case generation module, is used to obtain the input data, generates the test case data of described test case correspondence;
The test case execution module, be connected with described test case data module, be used to call the dynamic call interface of Common Object Request Broker Architecture, carry out described test case, described test case data is converted into the call request of Common Object Request Broker Architecture client to service end; And the operation response results returned of record service end.
8. Common Object Request Broker Architecture interface automatic testing equipment as claimed in claim 7, it is characterized in that, described test case presents test case in the mode of described parameter tree on user interface graphical, perhaps described test case is preserved by the XML file.
9. Common Object Request Broker Architecture interface automatic testing equipment as claimed in claim 8 is characterized in that, also comprises:
The test use cases module is connected with the test case execution module with described test case generation module, is used for a plurality of test cases are built into test use cases, and described test use cases is decomposed into single test case.
10. Common Object Request Broker Architecture interface automatic test approach as claimed in claim 9, it is characterized in that described input data are that leafy node input or the described input data set by described parameter are to insert data by the node of the element tags correspondence in the described XML file.
CN200910165677XA 2009-08-14 2009-08-14 Method and device for automatically testing common object request broker architecture (CORBA) interfaces Pending CN101996132A (en)

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Application publication date: 20110330