CN1790957A - Apparatus testing method - Google Patents
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- CN1790957A CN1790957A CNA2004100985974A CN200410098597A CN1790957A CN 1790957 A CN1790957 A CN 1790957A CN A2004100985974 A CNA2004100985974 A CN A2004100985974A CN 200410098597 A CN200410098597 A CN 200410098597A CN 1790957 A CN1790957 A CN 1790957A
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Abstract
The invention discloses a method to test device, which comprises: building test script library with TCL script and hardware configuration table of tested device to generate test case for testing. This invention can simplify design to test case, enhances versatility, and improves test efficiency.
Description
Technical field
The present invention relates to the testing of equipment technical field, be specifically related to a kind of apparatus testing method.
Background technology
At present, the use test script is realized the automation tested in test, has been the method that industry generally adopts.This method is write the test case script by the input and output of equipment under test data port, by the automatic input and output of implementation of test cases script realization test data, and the automatic judgement of data correctness.Under this implementation, each test script all needs corresponding concrete test case.The implementation method of this test script in the test small scale, has its advantage: implement convenient and swift when test case is few.
Yet test for complication system, test script also becomes and becomes increasingly complex, the thousands of easily row of script scale, huge like this script scale are that its correctness, maintainability, ease for use are brought big problem, thereby the quality of test script design is directly connected to the quality and the efficient of test.One is designed test script preferably, can improve testing efficiency effectively, guarantees test mass.Test script designs to such an extent that badly then may produce great influence to the test of product, even causes test to carry out.
As seen, when the test scale becomes increasing, when product version emerged in an endless stream, the defective of this mode of writing test script with concrete test case was just more outstanding, be mainly reflected in following some:
1, test script is increasing along with the increase of use-case, does not have level, and is too fat to move hard to understand, and the correctness of script can not be guaranteed preferably;
2, test script is maintainable bad;
3, the test script versatility is not high, and transplantability is relatively poor, and when test configurations changes or the configuration order of product when changing, test script all is faced with bigger change.
Summary of the invention
The objective of the invention is to solve in the prior art and set up its maintainability and the relatively poor problem of versatility of making owing to test script relies on concrete test case, a kind of apparatus testing method is provided, to adapt to the test of distinct device and equipment different editions easily, improve testing efficiency.
For this reason, the invention provides following technical scheme:
A kind of apparatus testing method comprises:
A, set up test script library by the TCL script;
B, set up the hardware configuration list of equipment under test;
C, generate test case according to described test script library and described hardware configuration list;
D, according to described test case to described testing equipment.
Described steps A comprises:
The man-machine language interface command and the debug command of A1, encapsulation various device;
A2, set up the basic function test script.
Described basic function test script comprises: enter man-machine language interface testing pattern script, establishment encoding and decoding passage, Echo Cancellation passage script, create time division multiplexing connection script, discharge electric script, device switching script under time division multiplexing connection script, query facility operating state script, query facility activestandby state script, device reset script, the equipment.
Described test script library provides with the form of function bag.
Described step B comprises:
B1, utilize the querying command scanning equipment under test of described equipment under test and obtain the hardware configuration information of described equipment under test;
B2, generate hardware configuration list according to the described hardware configuration information that obtains.
Described hardware configuration information comprises: single board frame number, slot number, board No., board type, state.
Described step B2 is specially: the algorithm of searching by recurrence generates described hardware configuration list.
Described hardware configuration list is a text.
By above technical scheme provided by the invention as can be seen, the present invention is by introducing the hardware configuration list of equipment under test, hardware configuration information is managed concentratedly, the specific configuration information that in test case, no longer relates to equipment under test, with test case and test configurations separate design, expand the versatility of test case greatly, when the configuration of equipment changes, needn't revise test case continually.And utilize the characteristics that automatically perform of TCL, hardware configuration list is generated automatically by test script, can not increase the extra work amount, improved the implementation efficiency of test case.
The present invention also by setting up test script library, manages the script storehouse concentratedly.In test script library, do not relate to concrete test operation, realize that promptly use-case separates with Test Design, has guaranteed the versatility of Test Design.By maintenance to the script storehouse, greatly improved the portability of test script, and guarantee under the situation that product type, version and configuration order often change, to make the change minimum of test script, realized reusing of test script effectively, reduce the scale of script, and then improved testing efficiency.
Description of drawings
Fig. 1 is the flow chart of the inventive method;
Fig. 2 is a test script configuration diagram in the inventive method;
Fig. 3 is the realization flow figure that generates hardware configuration list in the inventive method automatically;
Fig. 4 uses recursive algorithm to generate the detail flowchart of hardware configuration list in the inventive method;
Fig. 5 is the realization flow figure of veneer power-on and power-off reliability testing use-case;
Fig. 6 is the realization flow figure of the ShutBoardPowerTest function in the test script library;
Fig. 7 is the realization flow figure of time division multiplexing exchange configuration feature test case;
Fig. 8 utilizes the inventive method to carry out the networking diagram of testing of equipment;
Fig. 9 is the flow chart that test process is realized when by tester equipment being monitored shown in Figure 8.
Embodiment
Core of the present invention is the characteristics that often change according to test configurations, with test case and test configurations separate design, and the characteristics of utilizing TCL to automatically perform, by script scanning equipment under test, thereby generates the hardware configuration list of equipment under test; The various basic functions that need when test case is write encapsulate by the mode of test script library, when setting up the test case of actual equipment under test, only need the configuration information in the hardware configuration list is called these basic function functions in the test script library as input parameter, can set up corresponding test case, finish corresponding test by the test case of setting up then.
In order to make those skilled in the art person understand the present invention program better, the present invention is described in further detail below in conjunction with drawings and embodiments.
With reference to Fig. 1, Fig. 1 is the flow chart of the inventive method, may further comprise the steps:
Step 101: set up test script library by the TCL script.
In the foundation of test script library, need the man-machine language order and the debug command of encapsulation various device; Simultaneously, also to set up the basic function test script.Such as: enter man-machine language test pattern script, establishment TC, EC passage script, create TDM (time division multiplexing) connection script, discharge electric script, device switching script etc. under TDM connection script, query facility operating state script, query facility activestandby state script, device reset script, the equipment.
Test script library is actually the set of test function encapsulation, each function definition the input and output parameters, offer test case and call.From in form, test script library is divided into two-layer, and bottom is that all MML (man-machine language) commonly used orders of product and debug command are packaged together, and calls for other test function; The upper strata is the test function of various basic functions, as enters the MML test pattern; Create TC (encoding and decoding passage), EC (Echo Cancellation passage); Create TDM and connect configuration; Discharge TDM and connect configuration; The query facility operating state; The query facility activestandby state; Device reset; Equipment down; Device switchings etc., this test function are exactly the set of basic function one by one.In test script library, the various basic functions that need when test case is write have been encapsulated.Like this, when the MML of equipment command format frequently changes, in test script library, only need to revise corresponding bottom encapsulation function and get final product, needn't revise a lot of places.
Step 102: utilize querying command (promptly be encapsulated in the test script library MML order) the scanning equipment under test of equipment under test and obtain the hardware configuration information of equipment under test, comprising: single board frame number, slot number, board No., board type, state.
Step 103: generate hardware configuration list according to the hardware configuration information that obtains.
The present technique field personnel know, for hardware testing, often need sometimes to judge concrete hardware configuration, such as the connection that in test case, needs to set up a TDM, can relate to the frame number that concrete two TDM connect veneers like this, slot number, information such as board No., and these information are in the hardware testing process, often need change, therefore, in order to guarantee the stability of hardware testing use-case, the inventive method has designed the method for using hardware configuration list.Only use a virtual veneer name to replace actual veneer in test case, the particular hardware configuration information of this piece veneer is used in the hardware configuration list and is preserved.In test case, can mask concrete hardware configuration information like this, when guaranteeing that configuration often changes, as long as virtual veneer name is constant, test case does not just need to revise.
In the present invention, can generate the hardware configuration list of equipment under test automatically, and the function that will generate hardware configuration list automatically is encapsulated in the test script library equally.
The basic ideas of obtaining the products-hardware configuration are to utilize the querying command scanning equipment under test of product earlier, obtain the hardware configuration information of equipment, set up the hardware configuration list of equipment under test then according to this hardware configuration information, and export with the form of text.
When generating hardware configuration list, can adopt the algorithm of searching of recurrence.Detailed process is as follows:
At first, the scanning equipment under test obtains the hardware configuration information of current device, comprise each frame, each groove position configuration board type, whether install and information such as operating state.
Then,, conclude the single board state of each groove position, promptly the veneer of each groove position is set up index and ordering, save as text according to the veneer name sequencing, i.e. hardware configuration list according to the physical hardware configuration of obtaining.The corresponding virtual plate name of each veneer can be provided with virtual plate name according to following principle in the hardware configuration list that generates automatically:
Board type _ sequence number, as TCU_0, TCU_1 etc., the principle of ordering of sequence number are that the frame slot number is more little, and sequence number is more little, and sequence number is since 0.
Virtual plate name can directly be revised in hardware configuration list by the user, as long as keep the virtual plate name in the test case consistent with virtual plate name in the hardware configuration list.
Like this, when the generation test case need be used the hardware configuration information of product, just can adopt the method for virtual plate name to inquire about hardware configuration list, obtain concrete hardware configuration information.
Just can make test case not relate to the debugging and the configuration order of specific product by the way, can describe test process on higher level a kind of, thereby make test case have stronger autgmentability, be adapted to the test of various distinct devices.
Step 104: generate test case according to test script library and hardware configuration list.
When generating test case, test script library provides with the form of function bag, that is to say, hardware configuration list according to equipment under test, with the actual disposition information translation is suction parameter, calls the test script of corresponding function in the test script library then with the form of function bag, generates required test case, carry out testing of equipment, obtain the test result of equipment by the execution result of test script.
Step 105: according to test case to testing equipment.
Fig. 2 shows test script framework among the present invention:
By this figure as seen, use test script of the present invention storehouse, with Test Design centralized management, this test script library provides general test script, does not relate to concrete test operation, has guaranteed the versatility of Test Design, realizes that promptly test case separates with Test Design.Simultaneously, realize the separate design of test case and test configurations by hardware configuration list.The virtual plate name of using in the test case obtains concrete configuration by hardware configuration list, and generates concrete test case by the function that calls in the test script library.
The method for designing of test script of the present invention can use the TCL script to realize.
The present technique field personnel know, TCL (Tool Command Language) is a kind of explanation execution script language.It provides general program capability: support variable, process and control structure; TCL also has a powerful intrinsic core commands collection simultaneously.TCL is with good expansibility, and can adapt to the needs of product test well.Therefore, realize core concept of the present invention, the design of the inventive method can be used in the test of various distinct devices by the TCL script.
The TCL automatic testing instrument can have multiple, and its realization is on the basis of basic TCL interpreter, has expanded common function in some tests, as send information to the first-class function of test port and realize.Because the interpreter of basic TCL all is the same, standard commands to TCL can both be supported, therefore by the simple test script library of revising, explosion command form commonly used in the different instruments can be revised the transplanting that can realize the testing tool platform easily, and the realization of test case does not need substantially to revise.
Fig. 3 is the realization flow that generates hardware configuration list in the inventive method automatically, may further comprise the steps:
Step 301: utilize the querying command that equipment provides that all hardware configuration of equipment is inquired about, and with the information that inquires with certain data structure storage in the tabulation umgcfg of a TCL.
The structure of Umgcfg tabulation can be set to the board type of veneer 1, hardware configuration, the board type of veneer 2, hardware configuration ... }.
Step 302: use the llength order of TCL to obtain the length umgbrdnumber of Umgcfg tabulation, so that use when utilizing recursive algorithm to generate hardware configuration list in the back.
Step 303: carry out file operation, utilize the info order of TCL to obtain current script catalogue, and it is set to current directory.
Step 304: under current directory, set up hardware profile UMG_CFG.TXT, that is to say, the script in this configuration file and the test script library is placed under the same catalogue.
In this document, can print necessary annotation information earlier, comprise time that file sets up, equipment under test model etc.
Step 305: use recursive algorithm to realize the index and the ordering of veneer among the umgcfg, use the configuration of corresponding Physical board one by one of virtual plate name, and with the corresponding relation of virtual plate name and concrete physical configuration with certain format print in the UMG_CFG.TXT file, generate hardware configuration list.
The detailed process of above-mentioned use recursive algorithm generation hardware configuration list may further comprise the steps as shown in Figure 4:
Step 401: all supported board types of equipment are defined among the tabulation umgbrd, and variable i=0 of element position among the representative tabulation umgbrd is set.
Step 402: take out i element among the tabulation umgbrd.
Step 403: definition tabulation umgcfgtemp1, and the assignment of should tabulating is umgcfg, and variable k=0 is set.
Step 404: definition while{1} circulation.
Step 405: board type coupling in tabulating with the list search order of TCL.
Such as, use following statement tabulate in the coupling of board type: set result[lsearch$umgcfgtemp1 $umgboardname].
If return value result is-1, promptly do not match, then enter step 406: jump out the while circulation.
Then, enter step 407: i is added 1.
Step 408: judge that i is whether greater than the length of umgbrd.
If i greater than the length of umgbrd, show to all the elements among the umgbrd all inspected finish, at this moment, enter step 409: withdraw from.
Otherwise return step 402: i the element that takes out among the tabulation umgbrd proceeded arrangement, all board types in having put umgbrd in order.
If return value result is 0, promptly match board type, then enter step 410: obtain the type and the hardware configuration information of veneer according to return value, and output among the file UMG_CFG.TXT with certain form.
The result position begins to take out successively board type, frame number, slot number from umgcfg tabulation, all particular hardware configuration information such as characteristic, board No. are inserted in front and back, and prints in the UMG_CFG.TXT file, and form is as follows:
BoardName＝$myboardname
FrameNo＝$myframe
SlotNo＝$myslot
Bp＝$mybp
BN＝$myBN
Wherein, myboardname is the form of plate name _ k, promptly virtual plate name.Use this virtual plate name to come the concrete veneer of index in test case, the value of frame number, slot number etc. directly reads from umgcfg.
Then, enter step 411: definition temp is a back veneer original position of the veneer of current search operation among the tabulation umgbrd.Simultaneously, definition umgcfgtemp2, assignment is the part from temp to ending in the umgcfgtemp1 tabulation, and k is added 1.
Enter step 412: with the umgcfgtemp1 assignment is umgcfgtemp2.
Then, return step 404: restart the while circulation.
Describe above-mentioned recurrence arrangement process in detail with an instantiation below:
Suppose umgbrd for E32 ECU OMU},
Umgcfg is that { E32 0 12 11
OMU 1 7 0 0
E32 1 3 1 0}。
Define a circulation, beginning umgcfgtemp1 is composed is umgcfg, and promptly umgcfgtemp1 is { E32 012 11 OMU 1700 E32 131 0}.
At this moment, from umgbrd, take out first element, i.e. E32, the E32 that in umgcfgtemp1, starts anew to search for then, Search Results is composed to result.Owing to the E32 element is also arranged among the umgcfg, be positioned at the 0th position of umgcfg, so the result return value is 0, then, read E32 successively from the 0th position of umgcfg, 0,12,1,1, totally 5 elements, then in the UMG_CFG.TXT file, print following content:
BoardName＝E32_0
FrameNo＝0
SlotNo＝12
Bp＝1
BN＝1
Then, it is the tabulation that the plate name behind the result begins among the umgcfgtemp1 that umgcfgtemp2 is set, and umgcfgtemp2 is that { OMU 1700 in this example
E32 1 3 1 0}。
In addition, the content that umgcfgtemp1 is umgcfgtemp2 is set, be that umgcfgtemp1 is { OMU 17 00 E32 131 0}, then, get back to beginning, repeat above-mentioned search procedure, umgcfgtemp1 is still searched E32, the result that can find E32 again is 5, reads E32 1310 successively, prints following content in UMG_CFG.TXT:
BoardName＝E32_1
FrameNo＝1
SlotNo＝3
Bp＝1
BN＝0
Then, it is the tabulation that the plate name behind the result begins among the umgcfgtemp1 that umgcfgtemp2 is set, owing to arrived just now at last, umgcfgtemp2 this moment is empty tabulation.Then umgcfgtemp1 is composed and be umgcfgtemp2, promptly empty tabulation is searched E32 in this tabulation, search less than, returning result is-1, at this moment, jumps out circulation.
Take out second element from umgbrd, promptly ECU defines a circulation again, and umgcfgtemp1 is assigned the umgcfg tabulation, searches ECU then in umgcfgtemp1, search less than, returning result is-1, jumps out circulation.
According to the above-mentioned mode of searching, up to all elements among the umgbrd is all searched one time.
At last, the UMG_CFG.TXT file of generation is as follows:
####################################################
#Auto?creat?this?file?time：2004-10-08?15:42:24
#this?file?is?used?by?umg8900?test！
#You?can?modify?this?file?with?your?need
#begin
#UMG8900?hardware?config?is：
BoardName＝E32_0
FrameNo＝0
SlotNo＝12
Bp＝1
BN＝1
BoardName＝E32_1
FrameNo＝1
SlotNo＝3
Bp＝1
BN＝0
BoardName＝OMU_0
FrameNo＝1
SlotNo＝7
Bp＝0
BN＝0
#end
####################################################
Test script library and hardware configuration list have been arranged, and the test case design just becomes fairly simple.To describe two test case realization flows of veneer power-on and power-off reliability testing and TDM function of exchange test below for example in detail.
With reference to Fig. 5, Fig. 5 is the realization flow of veneer power-on and power-off reliability testing use-case in the inventive method:
Step 501: utilize the bag of standard TCL to obtain order package, statement use test script storehouse.
Step 502: call the ShutBoardPowerTest function in the test script library, input parameter is to need the virtual plate name of testing single-board and testing time etc.
Step 503: the return value according to function obtains test result.
If return value is 0, show that then power-on and power-off test successfully, print successful information, EOT; Otherwise, printing test success failure information.
In test case file, at first obtain the bag of test script library, during function in the invoke script storehouse, use the mode of name space to call.The example of top test case is the power-on and power-off tests, and the ShutBoardPowerTest function in the invoke script storehouse makes test case become very succinct, comes into plain view, and the hierarchy of whole test script is also very clear.The ShutBoardPowerTest function simultaneously in the back-up system test of various veneers use, improve the reusability of Test Design and maintainability etc. effectively.
The realization flow of ShutBoardPowerTest function is as shown in Figure 6:
At first, in step 601: call the virtual plate name that the name transfer function will import and be converted to actual configuration information, obtain slot number, frame number, the board No. of veneer etc.
Step 602: call and obtain the single board state function, judge the mode of operation and the activestandby state of the master board of current device.
Step 603: call the function that enters the veneer virtual serial port, enter the virtual serial port of the master control borad of main usefulness.
Step 604: on the virtual serial port of master control borad, call debug command, control tested veneer following electricity and power on.According to the difference of physical device, may call debug command by the virtual serial port of main control board, also may call debug command by the actual serial ports of equipment.
Step 605: calling the function that obtains single board state, whether in power on back running status normal, normally then return 0, otherwise return other value if obtaining tested veneer.
With reference to Fig. 7, Fig. 7 is the realization flow of TDM in the inventive method (time division multiplexing) exchange configuration feature test case:
Step 701: utilize the bag of standard TCL to obtain order package, statement use test script storehouse.
Step 702: MML (man-machine language) the Operation and Maintenance interface that utilizes equipment to provide enters MML Operation and Maintenance pattern by the script transmitting order to lower levels.
Step 703: the TDM exchange of setting up a relaying by the script transmitting order to lower levels connects configuration.
Connect in the foundation of configuration in this exchange, one 0 to 30 circulation need be set, set up the TDM exchange respectively and connect configuration.
Set up the relaying exchange and connect the function C onnetTdmToTdm that disposes in the use test script storehouse.The input parameter of ConnetTdmToTdm is virtual plate name that connects and the relaying that is connected number etc., and this function is actually the operational order that the configuration TDM that provides under the equipment MML Operation and Maintenance interface connects has been provided.
Step 704: judge respectively that in above-mentioned each circulation exchange each time connects the return value of configuration,, represent that then TDM connects configuration failure, stops implementation of test cases if be 1; Otherwise, show that TDM exchanges the information of configuration successful.
Step 705: after all exchange is finished, show that test case runs succeeded, finish configuration.
ConnectTdmToTdm function in the main invoke script of the TDM conversation test storehouse.The ConnectTdmToTdm function equally can back-up system between the various TDM veneers test of TDM exchange use, improved the reusability of Test Design and maintainability etc. effectively.ConnectTdmToTdm mainly realizes by the MML order that TDM connects of setting up that invocation facility provides, and the realization of method and top test function ShutBoardPowerTest is similar, does not repeat them here.
Other functional test use-cases, such as, enter MML test pattern, establishment TC, EC passage, discharge TDM connection, query facility operating state, query facility activestandby state, device reset, device switching etc., its implementation procedure is similar to the above, also repeats no more at this.
When product is tested, the monitoring of service layer can be monitored by tester, tester at present commonly used such as network tester etc., all support TCL control, corresponding TCL software kit and explanation document are provided, therefore instrument control and test can be combined, when being implemented in test to the monitoring of business.
Test Networking figure is as shown in Figure 8: computer is realized monitoring to network tester by TCL.
Test general flow as shown in Figure 9, this process can all realize by the TCL script, realize the automation of test.
Step 901: the computer distribution configuration command is configured to equipment under test to need the state of test to equipment under test.
Step 902: the computer distribution configuration command is configured to tester the test configurations state of needs to network tester.
Step 903: the computer distribution configuration command starts test process and control appliance and operates accordingly to equipment under test.
Step 904: the computer distribution configuration command is to network tester, the service condition change information that causes during the fetch equipment operation.
The extensibility that TCL is good makes it can adapt to the needs of product test well, and test assignment usually can change rapidly owing to the change of design and demand, often allows the tester be too tired to deal with.The present invention utilizes the extensibility of TCL, by test script library to not relating to the universal test script unified management of concrete operations, with test configurations and test case separate design, generate the test case under the varying environment simply and easily, make the present invention have very strong autgmentability, change the test that can apply the present invention to distinct device a little, and then improve equipment development efficient, save human cost.
Though described the present invention by embodiment, those of ordinary skills know, the present invention has many distortion and variation and do not break away from spirit of the present invention, wish that appended claim comprises these distortion and variation and do not break away from spirit of the present invention.
Claims (8)
1, a kind of apparatus testing method is characterized in that, described method comprises:
A, set up test script library by the TCL script;
B, set up the hardware configuration list of equipment under test;
C, generate test case according to described test script library and described hardware configuration list;
D, according to described test case to described testing equipment.
2, apparatus testing method according to claim 1 is characterized in that, described steps A comprises:
The man-machine language interface command and the debug command of A1, encapsulation various device;
A2, set up the basic function test script.
3, apparatus testing method according to claim 2, it is characterized in that described basic function test script comprises: enter man-machine language interface testing pattern script, establishment encoding and decoding passage, Echo Cancellation passage script, create time division multiplexing connection script, discharge electric script, device switching script under time division multiplexing connection script, query facility operating state script, query facility activestandby state script, device reset script, the equipment.
4, apparatus testing method according to claim 1 is characterized in that, described test script library provides with the form of function bag.
5, apparatus testing method according to claim 1 is characterized in that, described step B comprises:
B1, utilize the querying command scanning equipment under test of described equipment under test and obtain the hardware configuration information of described equipment under test;
B2, generate hardware configuration list according to the described hardware configuration information that obtains.
6, apparatus testing method according to claim 5 is characterized in that, described hardware configuration information comprises: single board frame number, slot number, board No., board type, state.
7, apparatus testing method according to claim 6 is characterized in that, described step B2 is specially: the algorithm of searching by recurrence generates described hardware configuration list.
8, apparatus testing method according to claim 1 is characterized in that, described hardware configuration list is a text.
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