CN101247293A - Automatic test approach and system - Google Patents
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- CN101247293A CN101247293A CNA2008101016980A CN200810101698A CN101247293A CN 101247293 A CN101247293 A CN 101247293A CN A2008101016980 A CNA2008101016980 A CN A2008101016980A CN 200810101698 A CN200810101698 A CN 200810101698A CN 101247293 A CN101247293 A CN 101247293A
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- 230000005540 biological transmission Effects 0.000 claims description 12
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Abstract
The invention relates to an automatic test method and system. The automatic test method comprises: distributing a test module respectively for each tested equipment according to configuration files and loading configuration information in each test module respectively. The configuration file comprises: relative information of tested equipment; the test module configures the tested equipment corresponding to the test module according to configuration information and transmits configuration-finishing information to a main test module after finishing configuration; the main test module sets a test instrument and chooses corresponding port to the tested equipment on auxiliary equipment; the test instrument tests the tested equipment through the port under the control of main test module and transmits the test information to the test module corresponding to the tested equipment. The test information is processed by the test module to obtain the test result of the tested equipment. The invention realizes that multiple tested equipments share single test instrument simultaneously, which improves the resource utilization rate of the test instrument.
Description
Technical field
The present invention relates to field of automatic testing, especially a kind of automatic test approach and system.
Background technology
Generally, the automatic test of communication products generally need be to the corresponding automatic test platform of this tested communication products configuration.Promptly an automatic test platform can only be simultaneously to an equipment under test test, when needs are tested a plurality of equipment under tests simultaneously, when just needing correspondence a plurality of automatic test platforms are set, so not only will drop into great amount of manpower and material resources, nor be beneficial to the centralized management of test.Automatic test platform generally is made up of tester and script executing server.Because tester is generally relatively more expensive, if all be equipped with a tester for every equipment under test, the situation of inadequate resource will occur, thereby cause also corresponding elongation of test period, even can't finish test event on time.
In addition, existing automatic test course generally is linear, can only do something at synchronization, such as in the configuration equipment under test, not carrying out the setting of tester, promptly can only the order each testing procedure of execution, so just reduce the efficient that automation is carried out, elongated the automatic test time.And under this mode, the test record and the test report of the output of automatic test program are independently, the unified management that is unfavorable for test record with gather, between each product, carry out product differentiation relatively such as needs, just must increase a process that test record gathers.
Summary of the invention
The objective of the invention is provides a kind of automatic test approach and system at above-mentioned the deficiencies in the prior art, realizes many equipment under tests shared separate unit tester simultaneously, to improve the resource utilization of tester.
For achieving the above object, the invention provides a kind of automatic test approach, comprising:
Be respectively each equipment under test according to configuration file and distribute a test module, and load configuration information in each test module respectively, described configuration file comprises: the relevant information of equipment under test;
Test module is configured according to the equipment under test of described configuration information to this test module correspondence, and finishes message to main test module transmission configuration after configuration is finished;
Main test module is provided with tester and is selecting after the corresponding equipment under test corresponding port described port information to be issued tester on the auxiliary equipment;
Tester is tested corresponding equipment under test by described port under the control of main test module, and, test post is handled the test result that obtains this equipment under test by this test module by test post being sent to the test module of this equipment under test correspondence.
For achieving the above object, the present invention also provides a kind of Auto-Test System, comprising: script executing server, tester, auxiliary equipment and one or more equipment under test; Tester is connected with equipment under test by auxiliary equipment, and the script executing server is connected with tester, auxiliary equipment and equipment under test respectively;
The script executing server is used for being respectively each equipment under test according to the preset configuration file and distributes a test module, and load configuration information in each test module respectively; Described test module is used for being configured according to the equipment under test of described configuration information to this test module correspondence;
The script executing server also comprises main test module, is used for after message is finished in the configuration that receives the equipment under test that described test module returns tester being set, and selects corresponding equipment under test corresponding port on auxiliary equipment;
Auxiliary equipment is used to provide the port that connects equipment under test;
Tester, be used under the control of main test module, corresponding equipment under test being tested by described port, and test post sent to the test module of this equipment under test correspondence, and by this test module test post is handled, obtain the test result of this equipment under test.
More than automatic test approach provided by the invention and Auto-Test System, by introduce auxiliary equipment realized many equipment under tests simultaneously with the separate unit tester between be connected, realized that by introducing test module and main test module the separate unit tester can test many equipment under tests; In addition because many testing equipments are only used a tester, with existing tester and equipment under test one to one method of testing compare, improved the resource utilization of tester.
Description of drawings
Fig. 1 is the flow chart of automatic test approach embodiment one of the present invention;
Fig. 2 is the flow chart of automatic test approach embodiment two of the present invention;
Fig. 3 is the flow chart of automatic test approach embodiment three of the present invention;
Fig. 4 is the flow chart of automatic test approach embodiment four of the present invention;
Fig. 5 is the flow chart of automatic test approach embodiment five of the present invention;
Fig. 6 is the structural representation of Auto-Test System embodiment one of the present invention;
Fig. 7 is the structural representation of Auto-Test System embodiment two of the present invention.
Embodiment
Automatically test can be made up of dissimilar testing procedures, comprises the step of not using tested instrument, as the configuration equipment under test; The step that also comprises the use test instrument sends test data as tester to equipment under test and carries out test operation or catch the data that equipment under test sends and carry out test operation.Automatic test approach provided by the invention, the step of use test instrument is independent, adopt independent test module to control equipment under test; Simultaneously for tester can be shared between different equipment under tests, the present invention has introduced an auxiliary equipment, can realize being connected of tester and equipment under test to be tested by it.
Below by drawings and Examples, technical scheme of the present invention is described in further detail.
Fig. 1 is the flow chart of automatic test approach embodiment one of the present invention.As shown in Figure 1, comprising:
Step 1, be respectively each equipment under test according to configuration file and distribute a test module, and load configuration information in each test module respectively; Described preset configuration file comprises: the relevant information of equipment under test.
When test product is networking products, test product is carried out automatic test be networking products are carried out automatic test.In actual test process, can use a kind of explanation type script Tool Command Language (Tool Command Language, abbreviation TCL) writes the control automatic test cases, by on the script executing server, moving automatic test script, come operational testing instrument, auxiliary equipment and equipment under test, comprise port switching on the auxiliary equipment etc.Described automatic test cases is meant under certain environment, equipment under test is carried out the set of sequence of operations for implementing once test, comprise the configuration equipment under test, tester is set, tester sends test data or tester to equipment under test and catches data that equipment under test sends etc., and each operation obtained measured result and expected results relatively, and return test result, export the process of test record and test report at last.
When moving the automatic test function by the script executing server, begin follow-up equipment disposition and test operation, at first according to the relevant information of the equipment under test in the configuration file, the identification information that comprises equipment under test, know that this time which testing equipment test need be these equipment under test allocation for test modules, load configuration information in these test modules then to, configuration information comprises but is not limited to the test case that needs are carried out, product test index and test result storing directory etc.The relevant information of equipment under test can also include but not limited to following information except the identification information that comprises equipment under test, as the model of equipment under test, version number etc.
This embodiment, by introduce auxiliary equipment realized many equipment under tests simultaneously with the separate unit tester between be connected, realized that by introducing test module and main test module the separate unit tester can test many equipment under tests; In addition because many testing equipments are only used a tester, with existing tester and equipment under test one to one method of testing compare, improved the resource utilization of tester.
Fig. 2 implements two flow chart for automatic test approach of the present invention.As shown in Figure 2, the difference of this embodiment and embodiment one is, test module sends configuration to main test module and also comprises before finishing message after configuration is finished: confirm the step that configuration that equipment under test is carried out is whether correct.As shown in Figure 2, this embodiment comprises:
Step 1, be respectively each equipment under test according to configuration file and distribute a test module, and load configuration information in each test module respectively; Described preset configuration file comprises: the relevant information of equipment under test.
Step 21, test module are configured according to the equipment under test of described configuration information to this test module correspondence.
Whether the configuration that step 22, judgement are carried out equipment under test is correct, if correct, then execution in step 23, otherwise execution in step 21.
Step 23, test module send configuration to main test module and finish message.
This embodiment in carrying out the initial configuration process of test module, by the correctness of further checking initial configuration, has guaranteed the accuracy that subsequent operation is carried out.
Among the above embodiment, when tester is tested this equipment under test by described port, and by main test module test post is sent to test module simultaneously or also comprise afterwards or before: test module is deleted the configuration of this equipment under test.Receive the test post of equipment under test when test module after, delete in the test module configuration this moment about equipment under test, carry out the operation of next test case to vacate resource, be about to this test module and distribute to the next equipment under test that needs test, carrying out follow-up configuration information loads, and equipment under test is configured, the port on the auxiliary equipment is chosen and test operation.
What above embodiment one and embodiment two described is the process that a certain equipment under test is tested automatically.Below by automatic test approach embodiment three to five, with to three equipment under test A, B, C test automatically and are automatic test approach of the present invention to be described example.
Fig. 3 implements three flow chart for automatic test approach of the present invention.As shown in Figure 3, comprising:
Step 100, be equipment under test allocation for test module according to configuration file.Described configuration file comprises: the relevant information of equipment under test, as having specified in the configuration file among this embodiment equipment under test A, equipment under test B and equipment under test C test.And the described configuration file of load configuration information comprises in test module: the relevant information of equipment under test.Be specially respectively when being applied to each equipment under test:
Step 200, load configuration information in test module respectively.Configuration information comprises but is not limited to the test case that needs are carried out, product test index and test result storing directory etc.Be specially respectively when being applied to each equipment under test:
Step 300, test module are configured equipment under test according to described configuration information, and after configuration is finished, finish message to main test module transmission configuration, send the function point to be measured of this equipment under test and the method for testing that changes function point correspondence to be measured to main test module simultaneously.Be specially respectively when being applied to each equipment under test:
Main test module can be provided with tester at equipment under test respectively after having received that single test module receives that message is finished in the equipment under test configuration of the correspondence of transmission; Also can be after receiving that message is finished in configuration that all test modules return, main test module unification is provided with tester to all equipment under tests.Among this embodiment, main test module is provided with tester at equipment under test respectively after having received that single test module receives that message is finished in the equipment under test configuration of the correspondence of transmission.
Step 400, main test module are provided with tester.Be specially respectively when being applied to each equipment under test:
Step 500, main test module are selected the port of equipment under test on auxiliary equipment.Tester and equipment under test carry out exchanges data by this port of selecting, carry out follow-up test process.Be specially respectively when being applied to each equipment under test:
Step 600, tester are tested this equipment under test by described port under the control of main test module.Be specially respectively when being applied to each equipment under test:
Step 700, test post is sent to test module after equipment under test test finished.Be specially respectively when being applied to each equipment under test:
Step 800, test module are handled the test result that obtains this equipment under test to test post.Be specially respectively when being applied to each equipment under test:
Step 900, test module are deleted the configuration of this equipment under test.Be specially respectively when being applied to each equipment under test:
The configuration that step 910, first test module are deleted this equipment under test A.
The configuration that step 920, second test module are deleted this equipment under test B.
The configuration that step 930, the 3rd test module are deleted this equipment under test C.
This embodiment is an example so that three equipment under tests are tested, illustrated when tester or equipment under test are ready for sending data, judge at first which port is this piece of data will send to, then by selecting the port connection on the auxiliary equipment that data are sent to corresponding port.Can realize that by this method a plurality of equipment under tests share a tester.Main test module is after the message of having received the configuration successful that certain single test module returns, at equipment under test tester is provided with respectively, because the independence of each test module, the step that each test module subtest instrument is tested each equipment under test is also separate.On tester, repeatedly be provided with, respectively equipment under test tested, realized " test respectively repeatedly is set ".
This embodiment is an example so that three equipment under tests are tested, illustrated when tester or equipment under test are ready for sending data, judge at first which port is this piece of data will send to, then by selecting the port connection on the auxiliary equipment that data are sent to corresponding port.Can realize that by this method a plurality of equipment under tests share a tester, in actual test process, in the time need carrying out the test of identical function point to different equipment under tests, because the present invention has independently gone out the relevant testing procedure of tester, only need on the test module of this equipment under test correspondence, load test case at this identical function point, on tester, once be provided with, can realize simultaneously a plurality of equipment under tests being carried out the test of identical function point, thereby realize tester " repeatedly test once is set "; In addition, because the independence of each test module, the step that each test module subtest instrument is tested each equipment under test is also separate, therefore on tester, once be provided with, can realize simultaneously the equipment under test that is assigned test module all being tested, thereby " whole tests once are set " of having realized tester.
Fig. 4 is the flow chart of automatic test approach embodiment four of the present invention.The difference of this embodiment and automatic test approach embodiment three is, among this embodiment, main test module is after having received that message is finished in configuration that all test modules return, and is unified again to all equipment under tests being provided with tester and selecting all equipment under test corresponding port on auxiliary equipment.As shown in Figure 4, step 400, the step 500 among the last embodiment is in this embodiment:
This embodiment, main test module is after the message of having received the configuration successful that all test modules return, unification is provided with tester, because the independence of each test module, the step that each test module subtest instrument is tested each equipment under test is also separate, therefore on tester, once be provided with, can realize simultaneously the equipment under test that is assigned test module all being tested, thereby " whole tests once are set " of having realized tester.
Fig. 5 is the flow chart of automatic test approach embodiment five of the present invention.The difference of this embodiment and automatic test approach embodiment four is, among this embodiment, main test module is after having received that message is finished in configuration that all test modules return, tester is also comprised before being configured: main test module is analyzed the function point to be measured of all equipment under tests and the method for testing of function point correspondence to be measured again, unifies to be provided with to having the equipment under test that identical function point to be measured and function point to be measured have a same test method in tester.As shown in Figure 5, the step 401 among the last embodiment is in this embodiment:
Simultaneously, at tester equipment under test is carried out in the test process, because the function point to be measured of equipment under test A and equipment under test B is identical and method of testing function point employing to be measured is identical, step 610 and step 620 among the last embodiment, in this embodiment, as shown in Figure 5, keeping independently also keeping simultaneously synchronized relation.
This embodiment has provided a kind of in actual test process, a kind of method of testing in the time need carrying out the test of identical function point to different equipment under tests.In tester, unify to be provided with to having the equipment under test that identical function point to be measured and function point to be measured have a same test method, can realize simultaneously a plurality of equipment under tests being carried out the test of identical function point, thereby realize tester " repeatedly test once is set "; In addition, because the independence of each test module, the step that each test module subtest instrument is tested each equipment under test is also separate, therefore on tester, once be provided with, can realize simultaneously the equipment under test that is assigned test module all being tested, thereby " whole tests once are set " of having realized tester.
Above embodiment also supports to add dynamically and remove the situation of equipment under test, if in test process, there is new equipment under test need add test process, perhaps existing equipment under test withdraws from test process, the information that only need revise equipment under test in configuration file gets final product, as increase or withdraw from the equipment under test of appointment in configuration file.When each test process begins to carry out, check at first whether the equipment under test that needs to carry out test increases or withdraw from, if change, then newly-increased or finish corresponding test module, newly-increased equipment under test is tested or stopped the equipment under test that withdraws from is tested.
Above embodiment, because each test module belongs to a script executing server, after each test module receives the content measurement that main test module sends, handle content measurement, after obtaining test result, test result can be stored in the test record storing directory of initial configuration of test module and go, in this manner, just the test record and the test report of each equipment under test that automatic test can be obtained are associated, help the unified management of test record and test report and gather, and need not additionally to increase the process that a test record gathers, thereby the otherness of conveniently carrying out between each test product compares again.
One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can be finished by the relevant hardware of program command, aforesaid program can be stored in the computer read/write memory medium, this program is carried out the step that comprises said method embodiment when carrying out; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CD.
Fig. 6 is the structural representation of Auto-Test System embodiment one of the present invention.As shown in Figure 6, comprising: script executing server 1000, tester 2000, auxiliary equipment 3000 and one or more equipment under test 4000; Tester 2000 is connected with equipment under test 4000 by auxiliary equipment 3000, and script executing server 1000 is connected with tester 2000, auxiliary equipment 3000 and equipment under test 4000 respectively.
Fig. 7 is the structural representation of Auto-Test System embodiment two of the present invention.As shown in Figure 7, the Auto-Test System among this embodiment is on the basis of a last embodiment, and script executing server 1000 also comprises: configuration file is provided with module 1300: be used to be provided with configuration file or revise configuration file.Script executing server 1000 can also cooperate the interpolation of dynamic execution equipment under test and shift out operation, if in test process, there is new equipment under test need add test process, perhaps existing equipment under test withdraws from test process, the information that only need revise equipment under test in configuration file gets final product, as increase or withdraw from the equipment under test of appointment in configuration file.When each test process begins to carry out, check at first whether the equipment under test that needs to carry out test in the configuration file increases or withdraw from, if change, then newly-increased or finish corresponding test module, newly-increased equipment under test is tested or stopped the equipment under test that withdraws from is tested.
Among the embodiment of above-mentioned Auto-Test System, because single automatic test platform can be tested many equipment under tests, the minimizing of automatic test platform quantity makes the input of automatic test project on the test execution personnel also reduce accordingly, therefore save human cost, shortened the product test cycle simultaneously; In addition because the minimizing of automatic test platform quantity, help the unified management of test record and test report and gather, and need not additionally to increase again the process that a test record gathers, the otherness of conveniently carrying out between each test product compares, and has saved the time of wasting because of switching and resource coordination between the different automation platforms.
When tester or equipment under test are ready for sending data, judge at first which port is this piece of data will send to, by selecting port on the auxiliary equipment to connect data are sent to corresponding port then.Can realize that by this method a plurality of equipment under tests share a tester, realize " test respectively repeatedly is set " of tester, the purpose of " repeatedly test once is set " or " whole tests once are set ".
It should be noted that at last: above embodiment only in order to technical scheme of the present invention to be described, is not intended to limit; Although with reference to previous embodiment the present invention is had been described in detail, those of ordinary skill in the art is to be understood that: it still can be made amendment to the technical scheme that aforementioned each embodiment put down in writing, and perhaps part technical characterictic wherein is equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution break away from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (12)
1, a kind of automatic test approach is characterized in that, comprising:
Be respectively each equipment under test according to configuration file and distribute a test module, and load configuration information in each test module respectively, described configuration file comprises: the relevant information of equipment under test;
Test module is configured according to the equipment under test of described configuration information to this test module correspondence, and finishes message to main test module transmission configuration after configuration is finished;
Main test module is provided with tester and selects corresponding equipment under test corresponding port on auxiliary equipment;
Tester is tested corresponding equipment under test by described port under the control of main test module, and test post sent to the test module of this equipment under test correspondence, test post is handled the test result that obtains this equipment under test by this test module.
2, automatic test approach according to claim 1, it is characterized in that, described test module when message is finished in main test module transmission configuration, also sends the function point to be measured of this equipment under test and the method for testing of this function point correspondence to be measured to main test module after configuration is finished.
3, automatic test approach according to claim 2, it is characterized in that, main test module is provided with tester and before selecting the equipment under test corresponding port on the auxiliary equipment, comprises: main test module has received that the configuration that all test modules return finishes message.
4, automatic test approach according to claim 3, it is characterized in that, main test module is provided with tester and specifically comprises: main test module is analyzed the function point to be measured of all equipment under tests and the method for testing of function point correspondence to be measured, unifies to be provided with to having the equipment under test that identical function point to be measured and function point to be measured have a same test method in tester;
Tester is tested equipment under test and is specially: tester carries out synchronism detection to the equipment under test that has identical function point to be measured and function point to be measured and have a same test method.
5, automatic test approach according to claim 3, it is characterized in that, main test module is provided with tester and specifically comprises: main test module is sent to tester with the function point to be measured of all equipment under tests and the method for testing of this function point correspondence to be measured, tester is analyzed the function point to be measured of all equipment under tests and the method for testing of function point correspondence to be measured, unifies to be provided with to having the equipment under test that identical function point to be measured and function point to be measured have a same test method in tester;
Tester is tested equipment under test and is specially: tester carries out synchronism detection to the equipment under test that has identical function point to be measured and function point to be measured and have a same test method.
6, automatic test approach according to claim 2, it is characterized in that main test module is provided with tester and specifically comprises: main test module is provided with equipment under test in tester respectively according to the function point to be measured of each equipment under test and the method for testing of function point to be measured;
Tester is tested equipment under test and is specially: tester is tested each equipment under test respectively.
According to the described arbitrary automatic test approach of claim 1-6, it is characterized in that 7, described test module also comprises after test post is handled the test result that obtains this equipment under test: test module is deleted the configuration of this equipment under test.
8, according to the described arbitrary automatic test approach of claim 1-6, it is characterized in that, when adding or shifting out equipment under test, also comprise: the relevant information of revising equipment under test in the configuration file.
9, according to the described arbitrary automatic test approach of claim 1-6, it is characterized in that load configuration information comprises in test module: test case, product test index and/or test result storing directory that needs are carried out.
10, a kind of Auto-Test System is characterized in that, comprising: script executing server, tester, auxiliary equipment and one or more equipment under test; Tester is connected with equipment under test by auxiliary equipment, and the script executing server is connected with tester, auxiliary equipment and equipment under test respectively;
The script executing server is used for being respectively each equipment under test according to the preset configuration file and distributes a test module, and load configuration information in each test module respectively; Described test module is used for being configured according to the equipment under test of described configuration information to this test module correspondence;
The script executing server also comprises main test module, is used for after message is finished in the configuration that receives the equipment under test that described test module returns tester being set, and selects corresponding equipment under test corresponding port on auxiliary equipment;
Auxiliary equipment is used to provide the port that connects equipment under test;
Tester, be used under the control of main test module, corresponding equipment under test being tested by described port, and test post sent to the test module of this equipment under test correspondence, and by this test module test post is handled, obtain the test result of this equipment under test.
11, Auto-Test System according to claim 10 is characterized in that, described script executing server also comprises: configuration file is provided with module, is used to be provided with configuration file or revises configuration file.
12, Auto-Test System according to claim 10, it is characterized in that, described test module also comprises removing module, is used for after described test module is handled the test result that obtains this equipment under test to test post the configuration of deleting equipment under test in this test module.
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