CN100373326C - Automation test system and method - Google Patents
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- CN100373326C CN100373326C CNB2005100373084A CN200510037308A CN100373326C CN 100373326 C CN100373326 C CN 100373326C CN B2005100373084 A CNB2005100373084 A CN B2005100373084A CN 200510037308 A CN200510037308 A CN 200510037308A CN 100373326 C CN100373326 C CN 100373326C
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Abstract
The present invention discloses an action word layered automatic test system which comprises a virtual programming interface module, a command transmission module, at least one command module and an outer programming interface module, wherein the virtual programming interface module is positioned at the bottom layer and provides a unified interface for a performance function of an automatic test system, which is called by an upper module. The command transmission module is used for calling the performance function supplied by the virtual programming interface module so as to transmit and receive commands. The command modules are used for sealing commands for calling specific performance according to different versions, the commands are sent to a tested device, and the device response is obtained. The outer programming interface module is positioned at the uppermost layer, and provides a unified interface for the performance of calling the command modules by test logic. The present invention realizes the separation of the test logic and the AW, and the AW and an automatic test system environment through the layered treatment in AW. The effect of a tested version and process variation for the test logic is reduced. The AW maintenance workload is reduced, and the AW maintainability is improved.
Description
Technical field
The present invention relates to automatization test system, more specifically, the present invention relates to a kind of automatization test system and automated testing method thereof of action word layering.
Background technology
When carrying out product test, business function that some is basic and flow process all need to test at each version of product usually, test job for these repetitions can be adopted automatization test system, and for example the automatic test of access gateway product just can adopt the automatic test system based on the GT3000 test platform of Huawei Tech Co., Ltd.An important content in automatic test is exactly writing and safeguarding of action word (ActionWord is called for short AW).Action word is to realize the order line script of a function, is that it is the component of test logic to " encapsulation " of the operational order and the function of test product, and numerous action word is formed a reusable function library.A series of action contaminations of carrying out by particular order just can constitute test logic.In the automatic test system, the version of test product can change, the change of order, increase and decrease of command parameter or the like can occur between different versions, these changes all require action word inside to make corresponding change, and test logic also will be done corresponding change when serious.In some automatic test, many equipment under tests are arranged, and tested version is incomplete same, need distinguish different versions during the operation automatic test script.These all cause very big impact to automatic test, and the workload that action word is safeguarded obviously increases.
For the variation of test product version, the disposal route of most of test macros is to different tested versions at present, backup of all corresponding reservation of automatic test script, and only up-to-date version is safeguarded.This disposal route can only be carried out action word optimization to latest edition, will be very huge to the workload that earlier version is optimized, and the also difficult processing of situation of branch's version occurs for product, needs to safeguard simultaneously many cover automatic test scripts.And this method can't be handled and many equipment under tests arranged and version situation inequality that each equipment uses in the test macro.
Summary of the invention
The technical problem to be solved in the present invention is: automatization test system and automated testing method thereof that a kind of action word layering is provided, effectively reduce because of the test product version changes and produce workload and the difficulty that action word is safeguarded, improve the maintainability of automatic test script.
In order to solve above-mentioned technical matters, the technical solution used in the present invention is: a kind of automatization test system of action word layering is provided, comprises virtual programming interface module, command transfer module, at least one command module and outside DLL (dynamic link library) module; Described virtual programming interface module is positioned at the bottom of system, calls automatic test system power function for upper layer module provides a unified interface; The power function that described command transfer module invokes virtual programming interface module provides carries out the transmission and the reception of order; The order encapsulation that described command module calls specific function according to different editions sends order and obtains device responds to equipment under test; Described outside DLL (dynamic link library) module is positioned at the superiors of system, calls the function of described command module for the external testing logic provides a unified interface.
In automatization test system of the present invention, also comprise the Data access module of direct visit global data, for other each modules in the system provide the unified interface of global data access.
In automatization test system of the present invention, also comprise by calling power function that described virtual programming interface module provides the message output module of information output is provided for other each modules.
In automatization test system of the present invention, described command transfer module comprises three layers of encapsulation: ground floor XsendBx encapsulation, the power function that calling described virtual programming interface module provides send order, carry out the type of error judgement and/or resend order when equipment under test is just busy according to device responds; Second layer XsendEx encapsulation, whether the XsendBx encapsulation of calling ground floor is judged with the communication of equipment under test normal before sending order; The 3rd layer of SendCmd encapsulation, the XsendEx encapsulation of calling the second layer sends order and reception return results for described command module provides unified interface.
In automatization test system of the present invention, described command transfer module also includes and lands submodule, command mode switching submodule and the general fault processing submodule that returns again.
In automatization test system of the present invention, described command module is made of the function package of the encapsulation of ground floor individual command, a plurality of command in combination of the second layer and the function collection encapsulation that the 3rd layer can be visited global data.
The present invention also provides a kind of automated testing method, is used in the robotization survey system equipment under test is carried out automatic test, comprises the steps:
(a) the outside DLL (dynamic link library) module that provides of test logic call action speech;
(b) outside DLL (dynamic link library) module is called corresponding command module according to test logic;
(c) command module selects function corresponding to call according to the version of the current equipment under test that obtains from global data;
(d) the automatic test system power function that provides of command transfer module invokes virtual programming interface module sends order and the receiving equipment response of selecting to equipment under test;
(e) command module obtains device responds and the result of device responds is analyzed.
In the automated testing method of the present invention, described step (c) further comprises:
(c1) command module obtains the version of current equipment under test;
(c2) judge whether action word changes at current version;
(c3) if action word does not change, carry out default action word, go to step (c5) then;
(c4), carry out the action word corresponding with current version if action word changes;
(c5) return corresponding execution result.
Automatization test system of the present invention and automated testing method thereof, layering by action word inside is handled, unified outside DLL (dynamic link library) is provided, test logic is separated with action word, judge at the inner version of realizing of action word, call corresponding internal actions speech according to current version, can reduce the influence of tested version and action word change like this, make the situation that occurs different tested versions in the automatic test adaptive testing environment test logic; Action word inside does not allow directly to call the power function that the automatic test system provides, and provide a unified virtual programming interface, make action word and automatic test system environment separation, reduce automatic test system interface and changed the influence that action word inside is realized, reduce the workload that action word is safeguarded, improved maintainability.
Description of drawings
Fig. 1 is the block diagram of an embodiment of automatization test system of the present invention;
Fig. 2 is the structural representation of command transfer module among the embodiment of automatization test system of the present invention;
Fig. 3 is the structural representation of command module among the embodiment of automatization test system of the present invention;
Fig. 4 is the process flow diagram of an embodiment of automated testing method of the present invention;
Fig. 5 is the process flow diagram that version is handled among the embodiment of automated testing method of the present invention;
Fig. 6 is the process flow diagram of command process among the embodiment of automated testing method of the present invention.
Embodiment
Below with reference to the drawings and specific embodiments the present invention is described in detail:
Fig. 1 is the block diagram of an embodiment of automatization test system of the present invention.As shown in the figure, this automatization test system mainly is made up of outside DLL (dynamic link library) module (EPI) 21, a plurality of command module 22-24, Data access module 25, command transfer module 26, message output module 27 and virtual programming interface module (VPI) 28.Virtual programming interface module 28 is positioned at the bottom of whole hierarchical system, and Data access module 25, command transfer module 26 and message output module 27 all can directly call the function that virtual programming interface module 28 provides; Command transfer module 26 can be called the function that Data access module 25 and message output module provide again; The command module 22-24 that is positioned at the upper strata can call the function that Data access module 25, command transfer module 26 and message output module 27 provide, but command module 22-24 can not directly call the function of virtual programming interface module 28; Outside DLL (dynamic link library) module 21 is positioned at the superiors of whole hierarchical system, the function of call instruction module 22-24, and outside DLL (dynamic link library) module 21 can directly be visited global data 40 simultaneously, but outside DLL (dynamic link library) module 21 can not be called the function of other modules; Global data is except can being visited by outside DLL (dynamic link library) 21, Data access module 25 can be visited global data 40, other remaining modules can not directly be visited global data 40, visit global data if desired, all need to be undertaken by Data access module 25.Respectively each functional module is described below:
In this automatization test system, the various power functions that virtual programming interface module 28 is mainly provided automatic test system environment 30 encapsulate, for calling of upper layer module provides a unified interface, realize the isolation of action word and automatic test system.The function package that virtual programming interface module 28 mainly provides has:
VSend, exectorial transmission and reception encapsulate tsend3, and the identical functions with tsend3 is provided;
VTextOut carries out the demonstration and the output of information, and functions such as putswin, ShowTraceMessage are encapsulated;
Vsleep carries out delay function, and order encapsulates to after.
In this automatization test system, the power function that message output module 27 calls virtual programming interface module 28 to be provided provides information output for other each modules.Particularly, message output module 27 calls the VTextOut in the virtual programming interface module 28, and its basic format is:
TextOut{ output rank sign, output content, the outgoing position sign } output of message output module 27 executable system information, system information is outputed in the Log file or destination file of automated system, realize present ShowTraceMessage identical functions.Message output module 27 also can be carried out Debugging message classification output, to the different rank of debugging information definition, the Debugging message of disparate modules is outputed to the diverse location of appointment.
In this automatization test system, command transfer module 26 main function calls such as VSend by virtual programming interface module 28 is provided, realize three layers of encapsulation as shown in Figure 2:
Ground floor: XsendBx encapsulation 263, call the Vsend function that virtual programming interface module 28 provides, can carry out following three kinds of operations: (1) sends order, whether tube apparatus does not receive orders, if device responds is arranged to be returned, then return success,, then return failure if in official hour, do not receive device responds; (2) carry out type of error and judge, and return the type of error sign indicating number, wherein type of error is user-defined type of error sign indicating number, can import into by parameter; (3) meet busy retransmission process,, then resend order,, then return mistake if equipment is still busy after retransmitting the number of times of stipulating if equipment under test is just busy.
The XsendBx of ground floor is called in the second layer: XsendEx encapsulation 262, before sending order, judge and equipment under test between communication whether normal, if undesired then reconnect, and enter into and disconnect under the preceding pattern.
The 3rd layer: SendCmd encapsulation 261, for command module 22-24 provides unified interface, call XsendEx and send order, judge return results according to tabulation of expection return results and corresponding rreturn value tabulation, return corresponding rreturn value.
Three layers of encapsulation by the command transfer module, command module 22-24 mainly calls transmission and the reception that SendCmd encapsulation 261 realizes command function, and avoid directly calling XsendEx and XsendBx, can guarantee inner level that realizes and follow-up maintenance like this.But, in particular cases also can allow command module 22-24 directly calling to XsendEx and XsendBx.
As shown in Figure 2, command transfer module 26 also includes and lands submodule 264, command mode switching submodule 265 and general 266 3 the auxiliary submodules of fault processing submodule that return again.Again land landing again of submodule 264 executive systems, enter connection and disconnect the preceding residing pattern of equipment, close alarm output, the switches default language.Command mode switching submodule 265 main execution enter into mode designated from present mode.The general judgement of returning 266 execution of fault processing submodule to the at present general type of error of equipment under test.
In this automatization test system, command module 22-24 mainly sends order to equipment under test, obtains device responds, and the result of device responds is analyzed, and returns corresponding rreturn value according to device responds.Command module 22-24 is the encapsulation of the various command function being carried out according to the equipment under test different editions, thereby the quantity of command module depends on equipment under test and testing requirement in the automatization test system of the present invention, is not limited to situation shown in Figure 1.
Fig. 3 is the structural representation of command module among the embodiment of automatization test system of the present invention.The structure of the command module of different editions is identical in the action word hierarchical system, as shown in Figure 3, mainly is made of the function package of the encapsulation of ground floor individual command, a plurality of command in combination of the second layer and the function collection encapsulation that the 3rd layer can be visited global data.Ground floor is towards the encapsulation of order, and individual command is encapsulated, and at first enters the user model at command execution place, then fill order.The function name of ground floor ends up with Bx, and judges the variation of version command row at this one deck.The second layer is the encapsulation towards function, finishes a certain specific common function by several command in combination.The function name of the second layer ends up with Ex, and the variation of function combinations or flow process is judged at this one deck.First and second layers do not allow global data 40 is conducted interviews, and the 3rd layer of permission visit global data is the set of a plurality of command in combination for 40, the three layers, finish complicated function.
In this automatization test system, Data access module 25 provides unified interface for other module accesses global datas 40 in the system.Data access module 25 includes two parts: ground floor master data access portion, finish reading and revising to global data 40, wherein GetGlobalData reads the global variable of appointment, parameter format is { terminal iidentification, global data sign, a rreturn value }, SetGlobalData revises the global variable of appointment, parameter format is { terminal iidentification, global data sign, a parameter value }.The second layer encapsulates the visit of global data commonly used, for example obtain version, obtain current login user name, obtain current login user land password etc.
In this automatization test system, outside DLL (dynamic link library) module 21 is positioned at the superiors of whole action word hierarchical system, and for test logic 10 provides unified external call action word interface, realize the inside of shielding action word.This outside DLL (dynamic link library) is used the variable element form, reduces inner realization of action word and the version variation influence to upper strata test logic 10 call action speech.
Fig. 4 is the process flow diagram of an embodiment of automated testing method of the present invention.Action word layering automatization test system of the present invention is used in the automatic test system, at first, and the outside DLL (dynamic link library) module (step S400) of test logic call action speech; Outside DLL (dynamic link library) module is called corresponding command module (step S402) according to test logic; Command module is judged the current version of equipment under test, selects function corresponding to call (step S404); The power function that command transfer module invokes virtual programming interface module provides sends order, receiving equipment response (step S406); Command module obtains device responds, and the device responds result is analyzed (step S408).
Particularly, among the step S404, the inner judgement that needs to carry out the current device version of command module, and, select different funcalls according to the difference of current device version.Fig. 5 is the process flow diagram that version is handled in the command module.Suppose that different editions such as R3 and R5 have appearred in equipment under test, as shown in Figure 5, the data that special record current version information is arranged in global data, behind the test logic call action speech, command module at first obtains the current version information (step S500) in the global data; Judge then whether action word changes and change (step S502) at current version; If action word is not changed at current version, carry out default action word treatment scheme (step S504), change step S514 then over to; If action word at current version variation has taken place, then continue to judge whether current version is R3 (step S506); If current version of equipment under test is R3, then carry out the action word treatment scheme AW R3 (step S508) corresponding with version R3, change step S514 then over to; If current version is not R3, then continue to judge whether current version is R5 (step S510); If current version is R5, then carry out the action word treatment scheme AW R5 (step 512) corresponding with version R5, change step S514 then over to; The rest may be inferred, and the processing of other version changes is similar with it; At last, return the execution result (step 514) that calls this action word.
Particularly, among the step S408, command module provides an expectation device responds result key word and the corresponding relation tabulation between the rreturn value coding, is referred to as the K tabulation again, and according to the type of this K tabulation judgment device response.This K tabulation can be adopted following form, but the form of K tabulation is not limited to this during specific implementation:
The K tabulation key word 1, return type value 1}, key word 2, return type value 2}, key word 3, return type value 3} ...
The command process flow process of command module as shown in Figure 6, at first, the command module analytic parameter is according to the call format of equipment under test structure order (step S600); Then, the order sending function of call instruction transport module is issued equipment under test with order, and whether judgement order transmission is successful, if transmission is failed then started retransmission mechanism, continues transmission and orders (step S602); If order sends successfully, then obtain the response message (step S604) of equipment under test; After successfully obtaining the response of equipment under test, command module at first takes out article one record element (step S606 and S608) in the K tabulation; Whether article one record element in device responds of relatively obtaining and the K tabulation mates (step S610); If coupling is then returned return type coding (step S616) corresponding in the K tabulation, this command process flow process finishes; If do not match, continue then to judge whether the current record element that takes out is last record element (step S612) from the K tabulation; If, then withdraw from circulation, return return type coding (step S616) and the finish command treatment scheme of response; If not last record element, then get next the bar record element (step S614) in the K tabulation, get back to step S608 and continue cycle criterion.
(programming language is not limited to this to action word layering automatization test system tool using command language in the above embodiment of the present invention in concrete the application for toolcommand language, TCL) programming.Action word layering automatization test system of the present invention can also be realized by other script (as Python etc.) or compiler language (as C/C++, Pascal etc.).
Claims (8)
1. an automatization test system is characterized in that, described system comprises virtual programming interface module, command transfer module, at least one command module and outside DLL (dynamic link library) module; Described virtual programming interface module is positioned at the bottom of system, calls automatic test system power function for upper layer module provides a unified interface; The power function that described command transfer module invokes virtual programming interface module provides carries out the transmission and the reception of order; The order encapsulation that described command module calls specific function according to different editions sends order and obtains device responds to equipment under test; Described outside DLL (dynamic link library) module is positioned at the superiors of system, calls the function of described command module for the external testing logic provides a unified interface.
2. automatization test system according to claim 1 is characterized in that, also comprises the Data access module of direct visit global data, for other each modules in the system provide the unified interface of global data access.
3. automatization test system according to claim 1 is characterized in that, also comprising by calling power function that described virtual programming interface module provides provides the message output module of information output for other each modules.
4. automatization test system according to claim 1, it is characterized in that, described command transfer module comprises three layers of encapsulation: ground floor XsendBx encapsulation, the power function that calling described virtual programming interface module provides send order, carry out the type of error judgement and/or resend order when equipment under test is just busy according to device responds; Second layer XsendEx encapsulation, whether the XsendBx encapsulation of calling ground floor is judged with the communication of equipment under test normal before sending order; The 3rd layer of SendCmd encapsulation, the XsendEx encapsulation of calling the second layer sends order and reception return results for described command module provides unified interface.
5. automatization test system according to claim 4 is characterized in that, described command transfer module also includes and lands submodule, command mode switching submodule and the general fault processing submodule that returns again.
6. automatization test system according to claim 1 is characterized in that, described command module is made of the function package of the encapsulation of ground floor individual command, a plurality of command in combination of the second layer and the function collection encapsulation that the 3rd layer can be visited global data.
7. an automated testing method is used in the robotization survey system equipment under test is carried out automatic test, comprises the steps:
(a) the outside DLL (dynamic link library) module that provides of test logic call action speech;
(b) outside DLL (dynamic link library) module is called corresponding command module according to test logic;
(c) command module selects function corresponding to call according to the version of the current equipment under test that obtains from global data;
(d) the automatic test system power function that provides of command transfer module invokes virtual programming interface module sends order and the receiving equipment response of selecting to equipment under test;
(e) command module obtains device responds and the result of device responds is analyzed.
8. automated testing method according to claim 7 is characterized in that, described step (c) further comprises:
(c1) command module obtains the version information of current equipment under test from global data;
(c2) judge whether action word changes at current version;
(c3) if action word does not change, carry out default action word, go to step (c5) then;
(c4), carry out the action word corresponding with current version if action word changes;
(c5) return corresponding execution result.
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| CN101645808B (en) * | 2009-05-15 | 2012-01-04 | 天津七一二通信广播有限公司 | Method for testing communication terminal by adopting analogue feedback frame |
| CN102819487A (en) * | 2011-06-10 | 2012-12-12 | 腾讯科技（深圳）有限公司 | Method and device for testing online game |
| EP2877915A4 (en) * | 2012-07-27 | 2016-03-30 | Hewlett Packard Development Co | Recording external processes |
| CN103092156B (en) * | 2012-12-26 | 2016-02-10 | 莱诺斯科技(北京)有限公司 | Equipment replaceable automatic test system and method |
| JP6863341B2 (en) * | 2018-06-28 | 2021-04-21 | 横河電機株式会社 | Field equipment, field equipment diagnostic methods and diagnostic equipment |
| CN110008125A (en) * | 2019-04-01 | 2019-07-12 | 中国信息通信研究院 | A kind of automated testing method and system for credible performing environment |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1998027490A1 (en) * | 1996-12-18 | 1998-06-25 | Alcatel Usa Sourcing, L.P. | Software testing process control system and method |
| US5983001A (en) * | 1995-08-30 | 1999-11-09 | Sun Microsystems, Inc. | Method and system for facilitating the automatic creation of test scripts |
| CN1499374A (en) * | 2002-11-04 | 2004-05-26 | 华为技术有限公司 | Automatic approach for unit testing |
| CN1508691A (en) * | 2002-12-13 | 2004-06-30 | 英业达股份有限公司 | Automatic text method uner window opeation environment |
| CN1527509A (en) * | 2003-03-06 | 2004-09-08 | 华为技术有限公司 | Test method |
| CN1542622A (en) * | 2003-04-14 | 2004-11-03 | Automatic determination of invalid call sequences in software components |
-
2005
- 2005-09-13 CN CNB2005100373084A patent/CN100373326C/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5983001A (en) * | 1995-08-30 | 1999-11-09 | Sun Microsystems, Inc. | Method and system for facilitating the automatic creation of test scripts |
| WO1998027490A1 (en) * | 1996-12-18 | 1998-06-25 | Alcatel Usa Sourcing, L.P. | Software testing process control system and method |
| CN1499374A (en) * | 2002-11-04 | 2004-05-26 | 华为技术有限公司 | Automatic approach for unit testing |
| CN1508691A (en) * | 2002-12-13 | 2004-06-30 | 英业达股份有限公司 | Automatic text method uner window opeation environment |
| CN1527509A (en) * | 2003-03-06 | 2004-09-08 | 华为技术有限公司 | Test method |
| CN1542622A (en) * | 2003-04-14 | 2004-11-03 | Automatic determination of invalid call sequences in software components |
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