CN105511977A - Vehicle-mounted navigation system testing method and device - Google Patents
Vehicle-mounted navigation system testing method and device Download PDFInfo
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- G06F11/0739—Error or fault processing not based on redundancy, i.e. by taking additional measures to deal with the error or fault not making use of redundancy in operation, in hardware, or in data representation the processing taking place on a specific hardware platform or in a specific software environment in functional embedded systems, i.e. in a data processing system designed as a combination of hardware and software dedicated to performing a certain function in a data processing system embedded in automotive or aircraft systems
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Abstract
The invention provides a vehicle-mounted navigation system testing method and device. The method is applied to a vehicle-mounted navigation system. The method includes the steps that a self-check program is generated and a test main interface is displayed, wherein the test main interface includes multiple test item identifications; selection operation on the test item identifications in the test main interface is received; test items are determined according to the selection operation; the test items are tested by calling a test program, corresponding to a to-be-tested item, in the self-check program; a test result corresponding to the test items is displayed in the test main interface. By means of the vehicle-mounted navigation system testing method, the vehicle-mounted navigation system can be quickly and comprehensively tested.
Description
Technical field
The present invention relates to onboard navigation system technical field of measurement and test, particularly relate to a kind of onboard navigation system method of testing and device.
Background technology
Onboard navigation system is a more complicated computer system, when factory inspection, needs to test comprehensively and effectively onboard navigation system, generally include following test to the test of onboard navigation system: key-press backlight lamp test, USB/SD card is tested, and reverse image is tested, bluetooth is tested, and WIFI tests, screen backlight lamp test, MCU software test, version number verifies, panel button/bearing circle key testing, and voice output is tested, microphone is tested, vehicle body data acquisition simulation test etc.
Mainly rely on tester to the test of onboard navigation system at present manually to test.Namely tester manually carries out bluetooth test, button by test events such as light modulation tests.And manually carrying out test to onboard navigation system exists following shortcoming:
First, test consuming time longer, such as: a test event needs to carry out many more manipulations and just can reach.And tester must keep aside to complete each step operation that test event needs all the time, visible, need the time spending tester a large amount of.In addition, because onboard navigation system integrated testability is loaded down with trivial details, test length consuming time, quick and precisely can not detect issue machine, will cause car machine before problem is found, and flow into next production link, and cause production cost to waste.
Secondly, tester manually carries out testing easily omitting test item.Tester is testing process and test result heavy dependence tester in test process, test item may be caused to omit, cause undetected.Affect the reliability of test result the most at last.
Again, test result is inaccurate, because test needs to rely on the subjective evaluation of tester to test performance, may cause the error evaluation to test result, cause test result unfounded.Further, existing this test needs tester to have stronger professional skill.
Visible, existing scheme of manually carrying out testing, needs tester to have stronger professional skill, cannot ensure to carry out full test to onboard navigation system, and test length consuming time.
Summary of the invention
The invention provides a kind of onboard navigation system method of testing and device, to solve the tester that needs existed in prior art, there is stronger professional skill, cannot ensure to carry out full test to onboard navigation system, and test the problem of length consuming time.
In order to solve the problem, the invention discloses a kind of onboard navigation system method of testing, being applied to onboard navigation system, comprising: self-check program generates and shows the main interface of test; Wherein, multiple test event mark is comprised in the main interface of described test; Receive the selection operation to test event mark in the main interface of described test; Test event is determined according to described selection operation; Call test procedure corresponding with described project to be tested in described self-check program to test described test event; Test result corresponding to described test event is shown in the main interface of described test.
Preferably, described determine the step of test event according to described selection operation after, described method also comprises: when judging that described test event is tested, the need of use simulation test equipment; If, call test procedure corresponding with described test event to be tested in described self-check program then to comprise the step that described project to be tested is tested: generate and test sub-interface, wherein, the test sub-project button be associated with simulation test equipment is comprised in the sub-interface of described test; Receive the operation to certain test sub-project button, call the simulation test measurement equipment associated with the described button operated, send simulated data by described simulation test equipment; Receive described simulated data and according to described simulated data, described test sub-project tested.
Preferably, described test main interface in show the step of the test result of described project to be tested before, described method also comprises: on the sub-interface of described test, show the test result to described test sub-project.
Preferably, the step showing test result corresponding to described test event in the main interface of test comprises: if the test result of described test event is successfully, then marked by the test event of described test event mark mark first in the main interface of described test; If the test result of described test event is unsuccessfully, then in the main interface of described test, the test event of described test event mark mark second is annotated and commented on.
Preferably, described self-check program generates in the following manner: determine described onboard navigation system based on system type; Determine each test event in described onboard navigation system, and the testing process that each test event is corresponding; Based on the testing process exploitation self-check program that the system type determined, test event and each test event are corresponding.
In order to solve the problem, the invention also discloses a kind of onboard navigation system proving installation, comprising: main interface display module, for generating and showing the main interface of test; Wherein, multiple test event mark is comprised in the main interface of described test; Receiver module, for receiving the selection operation to test event mark in the main interface of described test; First determination module, for determining test event according to described selection operation; Test module, tests described test event for calling test procedure corresponding with described project to be tested in described self-check program; First result display module, for showing test result corresponding to described test event in the main interface of described test.
Preferably, described device also comprises: judge module, after determining test event at described first determination module according to described selection operation, when judging that described test event is tested, the need of use simulation test equipment; If so, then described test module specifically for: generate test sub-interface, wherein, in the sub-interface of described test, comprise the test sub-project button be associated with simulation test equipment; Receive the operation to certain test sub-project button, call the simulation test measurement equipment associated with the described button operated, send simulated data by described simulation test equipment; Receive described simulated data and according to described simulated data, described test sub-project tested.
Preferably, described device also comprises: the second result display module, before showing the test result of described project to be tested at described first result display module in the main interface of test, the sub-interface of described test shows the test result to described test sub-project.
Preferably, described first result display module comprises: the first labeling module, if be successfully for the test result of described test event, is then marked by the test event of described test event mark mark first in the main interface of described test; Second labeling module, if the test result of described test event is unsuccessfully, then annotates and comments on the test event of described test event mark mark second in the main interface of described test.
Preferably, described device also comprises: self-check program generation module, for determine described onboard navigation system based on system type; Determine each test event in described onboard navigation system, and the testing process that each test event is corresponding; Based on the testing process exploitation self-check program that the system type determined, test event and each test event are corresponding.
Compared with prior art, the present invention has the following advantages:
The onboard navigation system method of testing that the embodiment of the present invention provides and device, be presented on the main interface of test by self-check program by needing mark corresponding to the project of test, like this, tester only needs to select the test event on the main interface of test automatically can be completed whole tests of this test event by self-check program, and test result is illustrated in main interface.Visible, the onboard navigation system testing scheme that the embodiment of the present invention provides, only needs tester to select test event wireless test personnel manually to test on the one hand, therefore, has very high test professional skill without the need to tester.On the other hand, owing to being call corresponding test procedure by self-check program to test, in test procedure, set test process, therefore, there will not be the situation that test item is omitted, therefore, the reliability of test result is high.
Again on the one hand, because onboard navigation system test is completed automatically by equipment, therefore, manually carry out test compared to tester and can shorten the test duration, moreover, greatly alleviate the workload of tester.Another aspect, owing to can show test results to the test event of having tested in the main interface of test, therefore, tester can determine the test event of not carrying out testing by the test result that the main interface of test shows, the test event of not testing is tested, can avoid the problem of test event test leakage, onboard navigation system carries out full test.
Accompanying drawing explanation
Fig. 1 is the flow chart of steps of a kind of onboard navigation system method of testing according to the embodiment of the present invention one;
Fig. 2 is the flow chart of steps of a kind of onboard navigation system method of testing according to the embodiment of the present invention two;
The schematic diagram at the main interface of test that Fig. 3 generates when being the onboard navigation system test adopted shown in embodiment two;
Fig. 4 is the structured flowchart of a kind of onboard navigation system proving installation according to the embodiment of the present invention three;
Fig. 5 is the structured flowchart of a kind of onboard navigation system proving installation according to the embodiment of the present invention four.
Embodiment
For enabling above-mentioned purpose of the present invention, feature and advantage become apparent more, and below in conjunction with the drawings and specific embodiments, the present invention is further detailed explanation.
Embodiment one
With reference to Fig. 1, show the flow chart of steps of a kind of onboard navigation system method of testing of the embodiment of the present invention one.
The onboard navigation system method of testing of the embodiment of the present invention comprises the following steps:
Step S102: self-check program generates and shows the main interface of test;
Wherein, test in main interface and comprise multiple test event mark.
Test the test event comprised in main interface to set according to the detailed programs of test required in onboard navigation system in specific implementation process, in the embodiment of the present invention, concrete restriction is not done to this.
Test event mark can be test event title, and numbering or the abbreviation of test event title etc., as long as each test event can be ensured to make a distinction, do not do concrete restriction to this in the embodiment of the present invention yet.
Step S104: receive the selection operation to test event mark in the main interface of described test.
Test in main interface and comprise multiple test event mark, so, when testing, tester can select wherein any one or multiplely to test simultaneously.
To select one to carry out testing being described at every turn in the embodiment of the present invention.In specific implementation process, only need to select each test event to identify the full test that can complete onboard navigation system one by one.
Step S106: determine test event according to described selection operation.
After receiving the selection operation that a certain test event is identified, according to test event mark and the corresponding relation of test event, the test event will tested in the concrete test event that tester selects and step S108 can be determined.
Step S108: call test procedure corresponding with described project to be tested in described self-check program and described test event is tested.
In self-check program, comprise the test procedure that each test event is corresponding, after determining test event in this step, test procedure corresponding to this test event can be called carry out testing from self-check program.
Step S110: show test result corresponding to described test event in the main interface of test.
Test result can be presented in the main interface of test in any suitable form.Such as: at test event mark display one annotations and comments of the main interface display of test, indicate in annotations and comments and test successfully or failed result.Such as: by indicating this test event test crash by red for test event mark mark, green this test event that indicates of test event mark mark is tested successfully.Again such as: in test event mark, Overlapping display cross indicates this test event failure, and in test event mark, Overlapping display check mark indicates this test event to test successfully.
Above-mentioned is only list several suitable display mode, is certainly not limited to this, in specific implementation process, can be arranged according to the actual requirements by those skilled in the art.
The onboard navigation system method of testing provided by the embodiment of the present invention, be presented on the main interface of test by self-check program by needing mark corresponding to the project of test, like this, tester only needs to select the test event on the main interface of test automatically can be completed whole tests of this test event by self-check program, and test result is illustrated in main interface.Visible, the onboard navigation system method of testing that the embodiment of the present invention provides, only needs tester to select test event wireless test personnel manually to test on the one hand, therefore, has very high test professional skill without the need to tester.On the other hand, owing to being call corresponding test procedure by self-check program to test, in test procedure, set test process, therefore, there will not be the situation that test item is omitted, therefore, the reliability of test result is high.
Again on the one hand, because onboard navigation system test is completed automatically by equipment, therefore, manually carry out test compared to tester and can shorten the test duration, moreover, greatly alleviate the workload of tester.Another aspect, owing to can show test results to the test event of having tested in the main interface of test, therefore, tester can determine the test event of not carrying out testing by the test result that the main interface of test shows, the test event of not testing is tested, can avoid the problem of test event test leakage, onboard navigation system carries out full test.
Embodiment two
With reference to Fig. 2, show the flow chart of steps of a kind of onboard navigation system method of testing of the embodiment of the present invention two.
The onboard navigation system method of testing of the embodiment of the present invention specifically comprises the following steps:
Step S202: generate self-check program according to onboard navigation system.
A kind of mode of preferred generation self-check program is as follows:
S1: determine onboard navigation system based on system type;
Before self-check program exploitation, need technical specification and the development platform of determining vehicle mounted guidance terminal.Such set determine onboard navigation system based on system type, and platform architecture.
S2: determine each test event in onboard navigation system, and the testing process that each test event is corresponding;
S3: based on the testing process exploitation self-check program that the system type determined, test event and each test event are corresponding.
When developing self-check program, for this development platform, according to testing process, test being carried out to individual event test item and designing and developing.Then, according to unified designing requirement, integrated each individual event content measurement, develops the main interface of test procedure and the sub-interface of test corresponding to test item.Finally, improve the guiding of self-check program, generate self-check program.
It should be noted that, if prestored the self-check program developed by the way in onboard navigation system, then carrying out self-check program exploitation without the need to performing step again.
Step S204: self-check program generates and shows the main interface of test.
Wherein, test in main interface and comprise multiple test event mark;
In the embodiment of the present invention, self-check program mainly performs following operation:
The test of the onboard navigation system test item of specifying is guided, namely generates the main interface of test and test sub-interface.To the test of the onboard navigation system test item of specifying, namely call corresponding test procedure and test event is tested.The test result of the onboard navigation system test item of specifying is shown, namely in the sub-interface of test, shows the test result that test event is corresponding.Integrated testability result showing interface, namely in the main interface of test, the result corresponding to test event is shown.
This step is then perform first step operation to generate test guiding interface, namely tests main interface, selects corresponding test event to test to guide tester.
Step S206: receive the selection operation to test event mark in the main interface of described test.
Wherein, selection operation can be click test mark, test event mark or drag the operations such as test event mark, does not make limitation limit in the embodiment of the present invention for the form that specifically arranges of selection operation.
Tester, by selecting a certain test event mark, can send to self-check program the instruction tested the test event of this test event mark correspondence.
Step S208: determine test event according to described selection operation.
Corresponding relation is there is, after determining the test event mark of tester's selection, namely by corresponding relation determination test event between test event mark and test event.
Step S210: when judging that described test event is tested, the need of use simulation test equipment, if so, then performs step S212, if not, then performs step S218.
Have plenty of in the test event that onboard navigation system comprises and need to use simulation test equipment to carry out the project of testing, such as: bearing circle key testing; Have then without the need to using simulation test equipment to test.And when testing, though be all call corresponding test from self-check program when testing the need of use simulation test equipment, but concrete testing process is different.
Step S212: if desired use simulation test equipment, then generate the sub-interface of test, receives the operation to certain test sub-project button, and the simulation test measurement equipment of the button association of call operation, sends simulated data by described simulation test equipment.
Owing to needing to use simulation test equipment when this test event selected is tested, therefore, trigger simulation testing apparatus is needed to send simulated data, to test.Step S212 is a kind of preferred version how trigger simulation testing apparatus sends simulated data.
Still for bearing circle according to test, owing to bearing circle comprising multiple button, therefore, the sub-interface of test generated then comprises multiple button and namely tests sub-project button, all related simulation test equipment of each button.When tester selects some buttons, then can call the simulation test equipment associated with selection key.Namely simulation test equipment sends simulated data.
Step S214: receive described simulated data and according to described simulated data, described test sub-project tested.
Step S216: show the test result to described test sub-project on the sub-interface of described test; Then, step S220 is performed.
When a certain test sub-project has been tested, then on the sub-interface of test, show test result corresponding to this test sub-project.
If the test result of test sub-project is successfully, then in the sub-interface of described test, described test sub-project button mark first is marked, such as, by red for button mark.
If the test result of test sub-project is unsuccessfully, then in the sub-interface of test, described test sub-project button mark second is annotated and commented on, such as: by red for button mark.
By above-mentioned mark, to each test sub-project button in the sub-interface of test with regard to row labels, can show test results to tester with this.Moreover, can also will test successfully, test crash and the test sub-project of not carrying out testing be distinguished.
Repeat to operate the test sub-project without test, perform step S212 to step S216 to test test sub-project corresponding to the whole test sub-project buttons comprised in the sub-interface of test, and show corresponding test result in the sub-interface of test.Moreover, the sub-interface of test also has one finally to the summary button of the test result shown in the sub-interface of test, namely indicate successfully, indicate failed button.Tester can determine total test result by the test result that each test sub-project is corresponding, selects test crash button or tests successful button.After having selected to close the sub-interface of test, can step S220 be performed, the test result that the test event namely determined in step display S208 in the main interface of test is corresponding, and shown this test result in the main interface of test.
Step S218: use simulation test equipment if do not need, then directly call test procedure corresponding with described project to be tested in described self-check program and described test event is tested.
In this step, owing to not needing to use simulation test equipment, therefore, only need export data to self-check program by onboard navigation system, then call corresponding test procedure and carry out testing.
It should be noted that, when not needing to use simulation test equipment, treating after test event carried out test, also can show test results in the sub-interface of test.Simultaneously, show in test sub-project and be used to indicate the successful button of test, and be used to indicate the button of test crash, by the test result shown in the sub-interface of test, tester can determine that whether this is successful to the test of the test event selected, then click and be used to indicate the button that successful button or click are used to indicate failure, after having clicked button, the sub-interface of test can be exited, now can show the test result that the test event of selection is corresponding in the main interface of test.
Certainly also can not show test results in the sub-interface of test, also not show the sub-interface of test, but automatically determine test whether success according to test result, and directly show test results in the main interface of test.
Step S220: show test result corresponding to described test event in the main interface of described test.
Wherein, test the test result shown in main interface to comprise: test event success, test event failure.That is, concrete test data can not be shown in the main interface of test, and be only can show to be success or failure the test of test event.
A kind of mode preferably showing test result corresponding to described test event in the main interface of test is as follows:
If the test result of described test event is successfully, then in the main interface of described test, the test event of described test event mark mark first is marked; Wherein the first mark can be by green for test event mark mark.
If the test result of described test event is unsuccessfully, then in the main interface of described test, the test event of described test event mark mark second is annotated and commented on.Wherein, the second annotations and comments can be by red for test event mark mark.
By showing test result in the main interface of test, tester can determine to test which test event test crash in main interface, which project testing success, and which test event did not carry out test.Tester can select the test event of not testing to test.When carrying out problem investigation, can be only the test event of investigation test crash targetedly, the mistake investigation time of onboard navigation system can be shortened.
Repeated execution of steps S204 to step S220 can test the test event of each test event mark correspondence in the main interface of test, and shows test results in the main interface of test.Visible, the method of testing that the embodiment of the present invention provides, not only can realize the quick test to onboard navigation system, can also in the main interface of test, the test event of having tested and the test event of not testing are distinguished, the test event that namely such tester does not test by the information of testing in main interface is tested, to realize the full test of many onboard navigation systems.
The onboard navigation system method of testing provided by the embodiment of the present invention, except the vehicle mounted guidance method of testing had in embodiment one has except beneficial effect, test result corresponding to test sub-project can also be shown on the sub-interface of test, be convenient to tester and find that under test event, specifically which tests sub-project existing problems, problem investigation scope can be reduced, Upgrade Problem investigation efficiency.
With an instantiation, the onboard navigation system method of testing that the embodiment of the present invention provides is described below.
In onboard navigation system, self-check program is installed in this instantiation, and with self-check program interface, there is each simulation test equipment of incidence relation.Namely the equipment performing the method for testing of instantiation mainly comprises self-check program module, onboard system module, and simulation test equipment module.
Onboard system module is the basis that self-check program module exists, if there is no onboard system module, and self-check program module does not also just exist.That is, onboard system module, as the basis of self-check program module, provides test environment, and the main body of self-check program test is onboard system module.
Simulation test equipment module, some need the outside test event inputted to be used to subtest, and as bearing circle key testing, vehicle body data acquisition test, all needs the support of simulation test equipment.
When carrying out onboard navigation system test, first can enter the main interface of test, it mainly provides the test of test event to guide.Test the schematic diagram at main interface as shown in Figure 3, as can be known from Fig. 3, test in main interface and comprise each test event title and namely identify.Tester can clearly need to test which test event by the main interface of test.
When tester's click keys is by light modulation test event, self-check program module is tested this test event, and test result is presented on the main interface of test.
That is, when testing, tester only need click corresponding test event can enter test, then from the main interface of test, gets test result.Wherein, test result comprises successfully, failure, when showing, can by indicating test crash by red for the test event title mark of the correspondence in the main interface of test, green for test item target instruction is tested successfully, and does not mark red or mark green test event title and be the test event of not testing.
Certainly, be not limited to above-mentioned cited in the main interface of test by by red for test event title mark, mark green mode and show test result, other forms suitable arbitrarily can also be adopted to mark, as long as ensure by test success, test crash and do not carry out test these three kinds of situations make a distinction, in this instantiation, concrete restriction is not done to this.
To test storer, testing process is described below:
When testing storer, test result can show in the sub-interface of test, shows each subregion real space size, the successful button of instruction test in the sub-interface of test, and the button of instruction test crash.Tester is by checking each subregion real space, and whether the storer can understanding the machine that dispatches from the factory is normal, and this test cannot be tested by functional test.Tester is by indicating successfully or failed button being clicked, after exiting the sub-interface of test, in the main interface of test, memory test project name can show corresponding test result, such as: if this tests successfully, memory test project name is shown as green, if failure, memory test project name is shown as redness.
Certainly, above are only a kind of test mode that storer is tested, in specific implementation process, the sub-interface of test can not also be generated, after detection there emerged a subregion real space size directly and preset value compare, to determine that whether test is successful, then, directly on the main interface of test, show corresponding test result.Such as: if this tests successfully, memory test project name is shown as green, if failure, memory test project name is shown as redness.
For the test of storer without the need to using simulation test equipment, and for test be need use simulation test equipment test event for, then exist different from above-mentioned test process, below to test bearing circle button, the test event testing process of simulation test equipment is used to be described to needing:
Bearing circle key testing button in the main interface of test is clicked, now, the sub-interface of test can be demonstrated, test in sub-interface the mark that each button comprised on bearing circle is corresponding.When a certain button on the sub-interface of tester's hit testing, then call the simulation test equipment be associated with this button, simulation test equipment sends simulated data to onboard system, and self-check program receives test data in systems in which, carries out testing and obtaining test result according to test data.In the sub-interface of test, the mark corresponding to tested button changes (particularly, can, when testing successfully, mark be marked green, when test crash, by red for mark mark), by the content of showing in the sub-interface of test, user can judge that whether test result is successful.Then the instruction success in the sub-interface of hit testing or failed button send to the main interface of test and test successfully or failed result.In the main interface of test, then can demonstrate final test result on bearing circle key testing button.(particularly, can when testing successfully, by green for bearing circle key testing button mark, when test crash, by red for bearing circle key testing button mark).
The onboard navigation system method of testing that this instantiation provides, can carry out integrated test checking to test event by developing a set of self-check program, greatly saves the time of producing line and human cost.In addition, the onboard navigation system function test method in this instantiation even covers the test event cannot tested by common functional test, thus ensures that onboard navigation system can comprehensively be tested in factory inspection.Moreover, owing to being that equipment is tested automatically, therefore, it is possible to promote the efficiency of test.More what deserves to be explained is, this method of testing can provide the main interface of the test be easily understood and test sub-interface, does not need reviewer too much to learn to start to test by left-hand seat, can save the training cost of company to tester.
To sum up, the onboard navigation system method of testing that the embodiment of the present invention provides surveys compared to existing the method relying on tester and manually carry out testing, and has the following advantages:
The first, simplify individual event test function testing process, tester carries out clicking corresponding test event and identifies the test that can complete test event.
The second, when vehicle terminal software is developed, develop targetedly according to existing demand, ensure that test item is consistent with developed terminal software and hardware testing requirement.
Three, self-check program has used the method for testing closest to bottom all, does not need loaded down with trivial details operation can test single test item, and carries out method of testing guiding to single test item, greatly reduce the appearance of test errors.
Four, self-check program can be added up individual event test result, can intuitively be embodied in main test interface after having tested.
Embodiment three
With reference to Fig. 4, show the structured flowchart of a kind of onboard navigation system proving installation of the embodiment of the present invention three.
The onboard navigation system proving installation of the embodiment of the present invention comprises: main interface display module 402, for generating and showing the main interface of test; Wherein, multiple test event mark is comprised in the main interface of described test; Receiver module 404, for receiving the selection operation to test event mark in the main interface of described test; First determination module 406, for determining test event according to described selection operation; Test module 408, tests described test event for calling test procedure corresponding with described project to be tested in described self-check program; First result display module 410, for showing test result corresponding to described test event in the main interface of described test.
Onboard navigation system proving installation in the embodiment of the present invention can be arranged in onboard navigation system, to realize the Autonomous test of onboard navigation system.
The onboard navigation system proving installation provided by the embodiment of the present invention, be presented on the main interface of test by self-check program by needing mark corresponding to the project of test, like this, tester only needs to select the test event on the main interface of test automatically can be completed whole tests of this test event by self-check program, and test result is illustrated in main interface.Visible, the onboard navigation system proving installation that the embodiment of the present invention provides, only needs tester to select test event wireless test personnel manually to test on the one hand, therefore, has very high test professional skill without the need to tester.On the other hand, owing to being call corresponding test procedure by self-check program to test, in test procedure, set test process, therefore, there will not be the situation that test item is omitted, therefore, the reliability of test result is high.
Again on the one hand, because onboard navigation system test is completed automatically by equipment, therefore, manually carry out test compared to tester and can shorten the test duration, moreover, greatly alleviate the workload of tester.Another aspect, owing to can show test results to the test event of having tested in the main interface of test, therefore, tester can determine the test event of not carrying out testing by the test result that the main interface of test shows, the test event of not testing is tested, can avoid the problem of test event test leakage, onboard navigation system carries out full test.
Embodiment four
With reference to Fig. 5, show the structured flowchart of a kind of onboard navigation system proving installation of the embodiment of the present invention four.
The onboard navigation system proving installation of the embodiment of the present invention is the further optimization to the onboard navigation system proving installation in embodiment three, onboard navigation system proving installation after optimization comprises: main interface display module 502, for generating and showing the main interface of test; Wherein, multiple test event mark is comprised in the main interface of described test; Receiver module 504, for receiving the selection operation to test event mark in the main interface of described test; First determination module 506, for determining test event according to described selection operation; Test module 508, tests described test event for calling test procedure corresponding with described project to be tested in described self-check program; First result display module 510, for showing test result corresponding to described test event in the main interface of described test.
Preferably, described onboard navigation system proving installation also comprises: judge module 512, after determining test event at described first determination module according to described selection operation, when judging that described test event is tested, the need of use simulation test equipment; If so, then described test module specifically for: generate test sub-interface, wherein, in the sub-interface of described test, comprise the test sub-project button be associated with simulation test equipment; Receive the operation to certain test sub-project button, the simulation test measurement equipment of the button association of call operation, sends simulated data by described simulation test equipment; Receive described simulated data and according to described simulated data, described test sub-project tested.
Preferably, described onboard navigation system proving installation also comprises: the second result display module 514, before showing the test result of described project to be tested at described first result display module 510 in the main interface of test, the sub-interface of described test shows the test result to described test sub-project.
Preferably, described first result display module 510 comprises: the first labeling module 5102, if be successfully for the test result of described test event, is then marked by the test event of described test event mark mark first in the main interface of described test; Second labeling module 5104, if the test result of described test event is unsuccessfully, then annotates and comments on the test event of described test event mark mark second in the main interface of described test.
Preferably, described onboard navigation system proving installation also comprises: self-check program generation module 516, for determine described onboard navigation system based on system type; Determine each test event in described onboard navigation system, and the testing process that each test event is corresponding; Based on the testing process exploitation self-check program that the system type determined, test event and each test event are corresponding.
The onboard navigation system proving installation that the embodiment of the present invention provides for performing onboard navigation system method of testing in previous embodiment one, embodiment two, and has the beneficial effect of corresponding embodiment of the method, does not repeat them here.
Each embodiment in this instructions all adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar part mutually see.For system embodiment, due to itself and embodiment of the method basic simlarity, so description is fairly simple, relevant part illustrates see the part of embodiment of the method.
Above to a kind of onboard navigation system method of testing provided by the present invention and the capable detailed introduction of device, apply specific case herein to set forth principle of the present invention and embodiment, the explanation of above embodiment just understands method of the present invention and core concept thereof for helping; Meanwhile, for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (10)
1. an onboard navigation system method of testing, is applied to onboard navigation system, it is characterized in that, comprising:
Self-check program generates and shows the main interface of test; Wherein, multiple test event mark is comprised in the main interface of described test;
Receive the selection operation to test event mark in the main interface of described test;
Test event is determined according to described selection operation;
Call test procedure corresponding with described project to be tested in described self-check program to test described test event;
Test result corresponding to described test event is shown in the main interface of described test.
2. method according to claim 1, is characterized in that, described determine the step of test event according to described selection operation after, described method also comprises:
When judging that described test event is tested, the need of use simulation test equipment;
If so, then described in call test procedure corresponding with described test event to be tested in described self-check program the step that described project to be tested is tested comprised:
Generate the sub-interface of test, wherein, in the sub-interface of described test, comprise the test sub-project button be associated with simulation test equipment;
Receive the operation to certain test sub-project button, call the simulation test measurement equipment associated with the described button operated, send simulated data by described simulation test equipment;
Receive described simulated data and according to described simulated data, described test sub-project tested.
3. method according to claim 2, is characterized in that, described test main interface in show the step of the test result of described project to be tested before, described method also comprises:
The sub-interface of described test shows the test result to described test sub-project.
4. method according to claim 3, is characterized in that, the step showing test result corresponding to described test event in the main interface of test comprises:
If the test result of described test event is successfully, then in the main interface of described test, the test event of described test event mark mark first is marked;
If the test result of described test event is unsuccessfully, then in the main interface of described test, the test event of described test event mark mark second is annotated and commented on.
5. method according to claim 1, is characterized in that, described self-check program generates in the following manner:
Determine described onboard navigation system based on system type;
Determine each test event in described onboard navigation system, and the testing process that each test event is corresponding;
Based on the testing process exploitation self-check program that the system type determined, test event and each test event are corresponding.
6. an onboard navigation system proving installation, is characterized in that, comprising:
Main interface display module, for generating and showing the main interface of test; Wherein, multiple test event mark is comprised in the main interface of described test;
Receiver module, for receiving the selection operation to test event mark in the main interface of described test;
First determination module, for determining test event according to described selection operation;
Test module, tests described test event for calling test procedure corresponding with described project to be tested in described self-check program;
First result display module, for showing test result corresponding to described test event in the main interface of described test.
7. device according to claim 6, is characterized in that, described device also comprises:
Judge module, after determining test event at described first determination module according to described selection operation, when judging that described test event is tested, the need of use simulation test equipment;
If so, then described test module specifically for:
Generate the sub-interface of test, wherein, in the sub-interface of described test, comprise the test sub-project button be associated with simulation test equipment; Receive the operation to certain test sub-project button, call the simulation test measurement equipment associated with the described button operated, send simulated data by described simulation test equipment; Receive described simulated data and according to described simulated data, described test sub-project tested.
8. device according to claim 7, is characterized in that, described device also comprises:
Second result display module, before showing the test result of described project to be tested at described first result display module in the main interface of test, the sub-interface of described test shows the test result to described test sub-project.
9. device according to claim 8, is characterized in that, described first result display module comprises:
First labeling module, if be successfully for the test result of described test event, then marks the test event of described test event mark mark first in the main interface of described test;
Second labeling module, if the test result of described test event is unsuccessfully, then annotates and comments on the test event of described test event mark mark second in the main interface of described test.
10. device according to claim 6, is characterized in that, described device also comprises:
Self-check program generation module, for determine described onboard navigation system based on system type; Determine each test event in described onboard navigation system, and the testing process that each test event is corresponding; Based on the testing process exploitation self-check program that the system type determined, test event and each test event are corresponding.
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