CN1881907A - Test command word constructing method and method for scheduling test sequence of test command word - Google Patents
Test command word constructing method and method for scheduling test sequence of test command word Download PDFInfo
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Abstract
The invention relates to a method for building test command word (AW) and test sequence distribute method, wherein AW uses tree structure, while each AW name comprises two branches; one branch marks the parameter list of AW, while each parameter is formed by parameter mark and relative parameter value, and another branch marks the forecast event list of AW, while each event is formed by event mark and relative event treatment; based on the demand of test process, forming AW into AW test sequence; starting the timer that testing the AW in the AW test sequence, while the time of timer is valued based on the ultra-long time-length parameter of AW parameter list; based on the overtime event of present AW and received event, triggering the event of present AW to execute relative operation based on the definition of present event operation. The invention has high flexibility, stability and application.
Description
Technical field
The present invention relates to communication technical field, relate in particular to a kind of command word (Action Word, AW) unified describing mode and using method, and describe to propose a kind of AW cycle tests dispatching method based on incident and timer processing based on this.
Background technology
Test AW is a key concept in the current industry automatic test, can be understood as an execution in step in the automatic test course.The AW cycle tests is meant that some have the tabulation of the test AW composition of execution sequence successively, and the AW in the tabulation has strict execution sequence, can think that using some AW to describe a flow process just obtains an AW sequence.The control method of carrying out for AW tab sequential in the AW test execution sequence just is called AW sequence scheduling mode.General AW is to use script to explain and carries out, and the describing method of AW itself and using method also are the research objects of automatic test.
Existing AW describing method generally uses linear the description, and linearity is described below:
AW name { parameter 1 parameter 2...}{AW processing }
AW of " AW name " unique identification wherein, { the described parameter list of parameter 1 parameter 2...} has strict sequencing; " AW processing " part uses script to realize.
Method of calling is: AW name parameter 1 parameter 2...
This moment attention parameters 1, parameter 2 has strict sequencing, can not change place; For what adopt with the linear scheduling of describing the cycle tests of the AW composition that obtains is absolute timer method, and flow process as shown in Figure 1.Promptly before carrying out, writes down the current main frame time first AW, in AW, just get the main frame time No. one time then every a period of time, constantly calculate the difference of these two absolute times, if difference surpasses the overtime duration of this AW, the flow process abnormal ending, if also do not surpass overtime duration, this AW normally carries out end, so just carries out next AW.
The shortcoming that prior art scheme neutral line is described is: must be increased to the last of parameter list if 1 AW increases a parameter, otherwise can influence calling of front parameter, because the parameter in the parameter list has strict sequencing, if new argument is inserted in the middle of the parameter list, so can damage parameter the strict order of tabulation, parameter value is misplaced.If 2 one parameters of shortcoming do not need explicit calling, but he needs explicit calling at a parameter of back, this parameter explicit calling of also having to so, because if never call, order just can't be guaranteed so, for example: parameter 1 is got default value, and parameter 2 needs to compose new value, and at this moment parameter 1 also has to the inside is called in explicit the writing on of default value.Do not divide event handling in shortcoming 3, " the AW processing ", if when increasing the processing capacity of AW this moment, needing increases a large amount of codes, and degree of coupling height.And can not be nested between the AW, inheritability and autgmentability are bad.
Summary of the invention
Technical problem to be solved by this invention is: a kind of describing mode that can carry out flexible configuration and change to AW of unification is provided, and realizes a kind of flexible and stable high AW sequence dispatching method based on this describing mode.
The present invention solves the problems of the technologies described above the technical scheme that is adopted to be:
A kind of cycle tests dispatching method of command word comprises the steps:
A, command word adopt tree to describe, and comprise at least two branches under each command word title; Wherein one branch into the parameter list that is used to identify described command word; Another branches into and is used for identifying expected event tabulation in the described command word;
B, according to the testing process requirement, described command word is formed the command word cycle tests;
The timer of current command word in C, the startup command word cycle tests, the time of this timer is according to the overtime duration parameters value value in this command word parameter list; The incident that overtime incident and current command word by current command word self receives, the incident that triggers in the current command word is carried out operation accordingly according to the definition (rule) of event handling.
Described method, wherein: each parameter in the described parameter list is made up of parameter identification and corresponding parameters value two parts, comprises in the described parameter list that overtime duration and AW describe two mandatory parameters; Each incident in the described list of thing is made up of event identifier and corresponding event handling two parts, comprises an overtime incident as essential incident in the described list of thing.
Described method, wherein: each event handling in the described event handling tabulation has CONTINUE, OK and three kinds of return values of ERROR; Described step C comprises following concrete steps:
C1, first command word that is provided with in the described command word cycle tests are current command word;
The timer of C2, the described current command word of startup, the time of this timer is according to the overtime duration parameters value value of current command word;
C3, in current command word, if receive the incident of current command word expection, the event handling that enters this expected event, and carry out corresponding operation; If receive unexpected incident, described command word cycle tests is carried out and is stopped; Behind timer expiry, then enter the overtime incident of current command word, carry out the event handling of overtime incident correspondence;
C4, when the event handling return value of expected event and overtime incident is CONTINUE, described command word cycle tests is still got back to this command word and continue to be carried out; When the event handling return value of expected event and overtime incident was ERROR, described cycle tests was carried out and is stopped;
C5, when the event handling return value of expected event and overtime incident is OK, judge whether current command word is last command word of described cycle tests; If current command word is not last command word of described cycle tests, then stop current timer, next command word in the described cycle tests is changed to current command word, and repeating step C2 to C5, last command word in described cycle tests;
C6, if current command word last command word that is described cycle tests, described command word sequence is carried out and is stopped.
Described method, wherein: described method also comprises utilizes existing described command word to generate the embedded test command word, the event handling of described embedded test command word partly comprises following at least content: Event triggered order, the incident title that will trigger, and want the affiliated command word title of trigger event, be implemented in the incident of utilizing trigger command directly to trigger existing command word in the described nested command word.
Described method, wherein: described embedded test command word event handling part also comprises the parameter list that imports existing command word into, with described embedded test command word parameter value compose in the parameter to the existing command word that will trigger.
A kind of method that makes up command word, comprising the steps: to be provided with command word is tree, makes under each command word title to comprise at least two branches; Be provided with and wherein one branch into the parameter list that is used to identify described command word, each parameter in the described parameter list is made up of parameter identification and corresponding parameters value two parts; Another is set branches into and be used for identifying in the described command word expected event tabulation, each incident in the described list of thing is made up of event identifier and corresponding event handling two parts.
The method of described structure command word, wherein: comprise in the described parameter list that overtime duration and AW describe two mandatory parameters; Comprise an overtime incident as essential incident in the described list of thing.
Beneficial effect of the present invention is: 1. the unified AW describing method of Cai Yonging makes the more manageable and maintenance of AW, has improved versatility and inheritance that AW describes; The flexible configuration change of AW parameter makes calling of AW more flexible; 2. use this AW to describe the automated test tool of realizing and have good compatibility and extensibility, and because AW uses abstract and unified describing mode, irrelevant with specific implementation, no matter use what programming language to convert this description to software program, so the AW description itself have good stability.3. use that existing AW is nested can to generate a new AW, the function of these AW also all is integrated among the new combination AW simultaneously, can will have AW as the AW storehouse, and new AW just can quote the event handling of existing AW, the minimizing duplication of labour.4.AW the cycle tests dispatching method uses in practical implementation and single-threadedly just can realize well, need not realize by complicated multithreading, so the stability of this AW cycle tests dispatching method is high, has improved automatic test result's confidence level.6. the present invention is to provide a kind of method in common, make the automated test tool of realizing in this way powerful, be not limited to test the 3G core net, also can test communication equipments such as 2G core net, HLR.
Description of drawings
Fig. 1 is the cycle tests dispatching method flow chart that the linear AW of description of prior art forms;
Fig. 2 is the AW describing mode schematic diagram of the present invention's property set hierarchical description;
Fig. 3 is an AW cycle tests dispatching method flow chart of the present invention;
Fig. 4 is a mobile communication Position Updating flow process;
Fig. 5 is the AW schematic diagram that is called SendLocationUpdateReq with the AW that forms mode is described;
Fig. 6 is the AW schematic diagram that is called RecvLocationUpdateAcp with the AW that forms mode is described;
Fig. 7 is the AW schematic diagram that is called ClearCommand with the AW that forms mode is described;
Fig. 8 is the nested AW schematic diagram that is called LocationUpdateAcpAndRelease with the AW that forms mode is described.
Embodiment
With embodiment the present invention is described in further detail with reference to the accompanying drawings below:
The present invention adopts same frame description with all AW, and AW describes and adopts tree type hierarchy shown in Figure 2 to describe, and the wherein name of AW AW by name is used for the title of an AW of unique identification; Parameter list is to be used for identifying the parameter list that this AW uses, one group of parameter using comprising AW, these parameters do not have sequencing and number restriction in parameter list, each parameter comprises parameter identification and parameter value two parts, when AW is called, the value of these parameters can be revised arbitrarily, and the parameter that does not have to revise just Uses Defaults.It is mandatory parameters that each AW must have that two parameter identifications are wherein arranged, and one is " overtime duration " parameter, is used for representing when this AW begins to carry out that to the interval of events between " the overtime incident " that trigger this AW, the chronomere of parameter value is a millisecond; One is " AW description " parameter, represents the functional description of this AW, and parameter value is a character string, is used for describing the function of AW.Because the combination of parameter identification and corresponding parameter value is set in the parameter list, but so AW parameter flexible configuration, increase flexibly or reduce parameter, have good compatibility and extensibility.List of thing is used for identifying the list of thing that can trigger among this AW, and comprising one group of incident that AW can trigger, these incidents do not have sequencing and number restriction in list of thing, and each incident comprises event identifier and event handling two parts.Wherein " overtime incident " is the incident that each AW all has, and overtime incident is defined as the incident that triggers behind the timer expiry of " overtime duration "." overtime incident " is the essential incident of each AW, and is the critical event of AW scheduling." event handling " part during AW describes uses script to write, and can select multiple script, and what we selected for use in actual applications is the TCL language.
For each " event handling ", three kinds of return value: ERROR are set, OK, CONTINUE, its implication is as follows respectively:
A. return ERROR and represent, execute that cycle tests stops to carry out behind this AW, all follow-up AW all do not carry out, and the flow process of this cycle tests representative belongs to failure procedures.
B. return OK and represent, execute that cycle tests continues to carry out next AW behind this AW, the flow process of cycle tests representative continues, if last AW of cycle tests also returns OK, the flow process of this cycle tests representative belongs to successfully flow process.
C. return CONTINUE and represent, execute this AW after, cycle tests still rests on this AW and carries out.
AW sequence dispatching method of the present invention is controlled by these three return values and timer in concrete enforcement.
Based on this AW describing mode, can be nested between the AW, so-called nested AW is meant a new AW who utilizes existing AW to generate, " event handling " of existing AW can be directly used in " event handling " of this AW itself.The advantage of nested AW is, can use nested AW to describe for some flow processs (AW sequence) that need use existing AW to make up, and describe very simple, " event handling " that only need to trigger existing AW gets final product, and need not write the script of " event handling " again, can improve the inheritability of AW.
The description of nested AW and the description of common AW are in full accord, distinguish the incident that can directly trigger existing AW in " event handling " that is nested AW.Illustrate: describe an AW1 according to mode shown in Figure 2, the parameter list of this AW1 (not comprising mandatory parameter) is [parameter 1-1, the value of parameter 1-1], [parameter 1-2, the value of parameter 1-2], list of thing (not comprising essential incident) is [incident 1-1, the processing of incident 1-1], [incident 1-2, the processing of incident 1-2].The nested AW that we need describe an AW2 by name comes nested AW1, its method is as follows: according to the structrual description AW2 of Fig. 2, parameter list (not comprising mandatory parameter) is [parameter 2-1, the value of parameter 2-1], list of thing (not comprising essential incident) is [incident 2-1, the processing of incident 2-1].(AW2 is in order to simplify, except mandatory parameter and essential incident, only comprised a parameter and an incident). we can carry out nested in AW2 to AW1, the use script directly triggers " the incident 1-2 " among the AW1 in " processing of incident 2-1 " of AW2, and method is as follows:
Event triggered order " incident 1-2 " AW1[parameter 1-1, the value of parameter 2-1]
This syntactic structure is: { the AW name under this event name of the event name that the Event triggered order will trigger is imported the parameter list of AW into }, " event name that will trigger " correspondence " incident 1-2 " wherein, what indicate to trigger is " incident 1-2 " this incident, that " the AW name under this incident " is corresponding is " AW1 ", " the incident 1-2 " that indicate to trigger belongs to AW1, that " to import the parameter list of AW into " corresponding is " [parameter 1-1; the value of parameter 2-1] ", shows and the parameter value " value of parameter 2-1 " of AW2 will be imported among " the parameter 1-1 " of AW1.Wherein, parameter list can be sky, represents not import into parameter during for sky.
" incident 2-1 " in AW2 enters " processing of incident 2-1 ", and uses above-mentioned syntactic structure to trigger AW1 " incident 1-2 " in " processing of incident 2-1 ", thereby entered " processing of incident 1-2 " after triggering." processing of incident 2-1 " need not write any concrete processing scripts among the AW2 like this, and " incident " that only need directly to trigger among the AW1 just can directly enter AW1 " event handling ", thereby improved inheritance and the integration of AW.Nested AW can also transmit parameter value when triggering the incident that has AW, parameter list as top syntactic structure, the parameter " value of parameter 2-1 " of AW2 is composed " the parameter 1-1 " that has given the AW1 that will trigger, utilize this mode to realize the nested of parameter, be that nested AW can compose the parameter value of oneself to the parameter among the AW that will trigger, realize the parameter transmission.Nested AW can (comprise the nested AW that finishes writing by all any AW that finished writing of nested use, be that the level of nesting is not limit), and triggering times do not limit, can be with existing AW as the AW storehouse, existing like this AW just can be quoted by follow-up AW to greatest extent, has reduced the writing that repeats of AW.
Based on this AW describing mode, all AW can use the same manner to call, and its call method is as follows: for example call the command word of above-described AW1, can directly be written as so:
The overtime duration 10000 of AW1[] [AW describes " AW1 is used for ... "] [value of parameter 1-1 parameter 1-1] [value of parameter 1-2 parameter 1-2]
The implication of the words is to carry out AW1, the value of parameter " overtime duration " is taken as 10000 milliseconds, parameter " AW description " value is " AW1 is used for ... ", the value of parameter " parameter 1-1 " is " value of parameter 1-1 ", the value of parameter " parameter 1-2 " is " value of parameter 1-2 ", does not have the explicit parameter of writing out to use the default value of definition in the description of AW parameter list when calling.The parameter order can arbitrarily change when calling, and adjusts, and for example top calling also can be write as following formula, and its effect is identical:
AW1[AW describes " AW1 is used for ... "] [value of parameter 1-2 parameter 1-2] [overtime duration 10000] [value of parameter 1-1 parameter 1-1]
Existing AW is required to form the AW tabulation that an order is carried out according to the flow process of test, and we are referred to as the AW cycle tests.This cycle tests is exactly the tabulation formed in proper order of AW one by one in fact, and need in the test process order execution of these AW is controlled flexibly, therefore on the basis of above AW describing method, the present invention proposes a kind of flexible dispatching method based on event handling and timer, basic skills is exactly: start the timer of working as before measurement AW in the AW cycle tests, the time of this timer is according to the overtime duration parameters value value in the AW parameter list; The incident that receives of overtime incident and current AW by current AW self then, the incident that triggers in before measurement AW is carried out corresponding operation according to the definition of event handling, and its concrete scheduling flow comprises following concrete steps as shown in Figure 3:
C1, when the AW cycle tests is carried out beginning, first AW that is provided with in the described AW cycle tests is current AW;
The timer of C2, the described current AW of startup, the time of this timer is according to mandatory parameter " overtime duration " the parameter value value in the parameter list in the current AW description;
C3, in current AW, if receive the incident of current AW expection, the event handling that enters this expected event, and carry out corresponding operation; If receive unexpected incident, described AW cycle tests is carried out and is stopped; Behind timer expiry, then enter the overtime incident of current AW, carry out the event handling of overtime incident correspondence;
C4, when the event handling return value of expected event and overtime incident is CONTINUE, described AW cycle tests is still got back to this AW and continue to be carried out; When the event handling return value of expected event and overtime incident was ERROR, described AW cycle tests was carried out and is stopped;
C5, when the event handling return value of expected event and overtime incident is OK, judge when before measurement AW whether be last AW of described AW cycle tests; If current AW is not last AW of described cycle tests, then stop current timer, the next AW in the described AW cycle tests is changed to current AW, and repeating step C2 to C5, last AW in described AW cycle tests;
C6, if current AW last AW that is described cycle tests, described AW cycle tests is carried out and is stopped.
We mandatory parameter and the essential incident used in description play a very important role as can be seen from above-mentioned flow process.Can control the order of AW sequence very flexibly carries out by this scheduling mode.In the communication software automatic test course of reality, this describing method and scheduling mode have obtained large-scale application, the effect highly significant, and testing efficiency is greatly improved, and test execution itself is highly stable.
Below use the embodiment of this AW describing method and scheduling mode realization for a mobile communication Position Updating flow process (referring to GSM mobile communication principle).More new technological process (based on the A interface) is as shown in Figure 4 in the position.This quick-reading flow sheets can design three AW, and the AW name is respectively: SendLocationUpdateReq, RecvLocationUpdateAcp and ClearCommand.According to describing method provided by the invention, use forms mode to describe, define respectively shown in Fig. 5,6,7.According to the AW of flow process and definition, the AW sequence of writing out is:
SendLocationUpdateReq【IMSI?460001104000000】
RecvLocationUpdateAcp
ClearCommand
According to scheduling flow shown in Figure 3, it is as follows specifically to dispatch step:
1. start the SendLocationUpdateReq timer, the timer expiry duration is 0 millisecond of a default value
2. 0 millisecond of timer is overtime, enter " overtime incident " branch of AW:SendLocationUpdateReq, in the event handling of " overtime incident ", triggered the A_LOCATION_UPDATE_REQ_IMSI incident of this AW, in the A_LOCATION_UPDATE_REQ_IMSI event handling, " the LOCATION UPDATE REQUEST " message in the transmission flow." overtime incident " returns OK, and therefore next AW:RecvLocationUpdateAcp becomes current AW, starts the timer (10000 milliseconds) of RecvLocationUpdateAcp this moment
3. if receive " LOCATION UPDATE ACCEPT " message this moment, will trigger the A_LOCATION_UPDATE_ACP_IMSI incident among the RecvLocationUpdateAcp so, return OK this moment, and ClearCommand just becomes current AW; If receive and other message will trigger other incidents this moment, because RecvLocationUpdateAcp does not define other incidents, so the AW sequence will stop to carry out, and shows the flow process failure, and promptly failure is upgraded in the position; If never receive any message this moment, do not trigger any incident, will enter " overtime incident " branch after waiting the timer (10000 milliseconds) of this AW overtime so, return ERROR this moment, the flow process failure, promptly failure is upgraded in the position.
4.ClearCommand after becoming current AW, start its timer (10000 milliseconds), if receive CLEAR COMMAND message this moment, just trigger the A_CLEAR_COMMAND incident of this AW, in event handling, can trigger the A_CLEAR_COMPLETE incident, in the A_CLEAR_COMPLETE event handling, CLEAR COMPLETE message in the transmission flow, this moment, the A_CLEAR_COMMAND incident was returned OK, owing to do not had next AW in the AW sequence, therefore this AW sequence runs succeeded, and promptly the flow process success is upgraded in the position.
We can utilize nested mode, on the basis of RecvLocationUpdateAcp and two AW of ClearCommand, the AW (being nested AW) of a combination of design, finish the function that these two AW realize: will make up AW called after LocationUpdateAcpAndRelease, this combination AW just can be write as form shown in Figure 8 so, so the position more the AW sequence of new technological process just can be reduced to:
SendLocationUpdateReq【IMSI?460001104000001】
LocationUpdateAcpAndRelease
This has just simplified the AW sequence, uses complicated AW sequence also to be to use the AW sequence of simplification will be according to actual automatic test needs.
Be understandable that, for those of ordinary skills, can be equal to replacement or change according to technical scheme of the present invention and inventive concept thereof, and all these changes or replacement all should belong to the protection range of the appended claim of the present invention.
Claims (7)
1, a kind of cycle tests dispatching method of command word comprises the steps:
A, command word adopt tree to describe, and comprise at least two branches under each command word title; Wherein one branch into the parameter list that is used to identify described command word; Another branches into and is used for identifying expected event tabulation in the described command word;
B, according to the testing process requirement, described command word is formed the command word cycle tests;
The timer of current command word in C, the startup command word cycle tests, the time of this timer is according to the overtime duration parameters value value in this command word parameter list; The incident that overtime incident and current command word by current command word self receives, the incident that triggers in the current command word is carried out corresponding operation according to the definition of event handling.
2, method according to claim 1 is characterized in that: each parameter in the described parameter list is made up of parameter identification and corresponding parameters value two parts, comprises in the described parameter list that overtime duration and AW describe two mandatory parameters; Each incident in the described list of thing is made up of event identifier and corresponding event handling two parts, comprises an overtime incident as essential incident in the described list of thing.
3, method according to claim 1 and 2 is characterized in that: each event handling in the described event handling tabulation has CONTINUE, OK and three kinds of return values of ERROR; Described step C comprises following concrete steps:
C1, first command word that is provided with in the described command word cycle tests are current command word;
The timer of C2, the described current command word of startup, the time of this timer is according to the overtime duration parameters value value of current command word;
C3, in current command word, if receive the incident of current command word expection, the event handling that enters this expected event, and carry out corresponding operation; If receive unexpected incident, described command word cycle tests is carried out and is stopped; Behind timer expiry, then enter the overtime incident of current command word, carry out the event handling of overtime incident correspondence;
C4, when the event handling return value of expected event and overtime incident is CONTINUE, described command word cycle tests is still got back to this command word and continue to be carried out; When the event handling return value of expected event and overtime incident was ERROR, described cycle tests was carried out and is stopped;
C5, when the event handling return value of expected event and overtime incident is OK, judge whether current command word is last command word of described cycle tests; If current command word is not last command word of described cycle tests, then stop current timer, next command word in the described cycle tests is changed to current command word, and repeating step C2 to C5, last command word in described cycle tests;
C6, if current command word last command word that is described cycle tests, described command word sequence is carried out and is stopped.
4, method according to claim 3, it is characterized in that: described method also comprises utilizes existing described command word to generate the embedded test command word, the event handling of described embedded test command word partly comprises following at least content: Event triggered order, the incident title that will trigger, and want the affiliated command word title of trigger event, be implemented in the incident of utilizing trigger command directly to trigger existing command word in the described nested command word.
5, method according to claim 4, it is characterized in that: described embedded test command word event handling part also comprises the parameter list that imports existing command word into, with described embedded test command word parameter value compose in the parameter to the existing command word that will trigger.
6, a kind of method that makes up command word, comprising the steps: to be provided with command word is tree, makes under each command word title to comprise at least two branches; Be provided with and wherein one branch into the parameter list that is used to identify described command word, each parameter in the described parameter list is made up of parameter identification and corresponding parameters value two parts; Another is set branches into and be used for identifying in the described command word expected event tabulation, each incident in the described list of thing is made up of event identifier and corresponding event handling two parts.
7, the method for structure command word according to claim 6 is characterized in that: comprise in the described parameter list that overtime duration and AW describe two mandatory parameters; Comprise an overtime incident as essential incident in the described list of thing.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103049370A (en) * | 2011-10-17 | 2013-04-17 | 中兴通讯股份有限公司 | Method and device for processing expected events intelligently in automated testing |
| CN109634850A (en) * | 2018-11-29 | 2019-04-16 | 中国船舶重工集团公司第七0五研究所 | A method of for fast construction test software in Auto-Test System |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US6978401B2 (en) * | 2002-08-01 | 2005-12-20 | Sun Microsystems, Inc. | Software application test coverage analyzer |
| US7216337B2 (en) * | 2003-04-14 | 2007-05-08 | Microsoft Corporation | Automatic determination of invalid call sequences in software components |
| US20050010907A1 (en) * | 2003-07-07 | 2005-01-13 | Namjoshi Kedar Sharadchandra | Method and apparatus for reducing a program size while maintaining branching time properties and automated checking of such reduced programs |
| CN100369492C (en) * | 2003-12-01 | 2008-02-13 | 中兴通讯股份有限公司 | One board testing device of digital user wire equipment |
| CN100450125C (en) * | 2004-06-08 | 2009-01-07 | 中兴通讯股份有限公司 | Anti-hanging survival performance testing method for phonetic service exchanging apparatus |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103049370A (en) * | 2011-10-17 | 2013-04-17 | 中兴通讯股份有限公司 | Method and device for processing expected events intelligently in automated testing |
| CN109634850A (en) * | 2018-11-29 | 2019-04-16 | 中国船舶重工集团公司第七0五研究所 | A method of for fast construction test software in Auto-Test System |
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