CN103353858A - Automatic testing method and device based on action touch simulation - Google Patents

Automatic testing method and device based on action touch simulation Download PDF

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CN103353858A
CN103353858A CN2013102225132A CN201310222513A CN103353858A CN 103353858 A CN103353858 A CN 103353858A CN 2013102225132 A CN2013102225132 A CN 2013102225132A CN 201310222513 A CN201310222513 A CN 201310222513A CN 103353858 A CN103353858 A CN 103353858A
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CN103353858B (en
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李炳国
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Beijing Baidu Netcom Science and Technology Co Ltd
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Abstract

The invention provides an automatic testing method and device based on action touch simulation. The method comprises the following steps: generating touch events meeting the testing status, sending the sequence of the touch events to an event transmit object of a tested system after combining the touch events into the sequence of the touch events of the touch action, and transmitting the touch events in the sequence by the event transmit object. The method and the device, provided by the invention, have the advantages that the Monkey testing can be executed, without the connection with a PC side, so that resources are saved, and in addition, the dependence on the Instruments memory is eliminated, so that the testing quality is improved.

Description

A kind of automated testing method and device based on the action touch simulation
[technical field]
The present invention relates to the computer testing technology field, particularly a kind of automated testing method and device based on the action touch simulation.
[background technology]
The Monkey test is to click the operations such as screen, slip, button to come the program on the equipment is carried out pressure test by Monkey process simulation user.The Monkey automatic test of iOS product need to by connect the Instruments instrument of PC end (Mac machine), then start the javascript script and carry out the Monkey automatic test at present.There is following defective in this mode:
1) the Mac machine must be connected and Monkey test, the resource that occupying volume is outer can be carried out.
2) request memory to the Instruments instrument is higher, and test stops if low memory may cause Monkey, and test mass can't be guaranteed.
[summary of the invention]
In view of this, the invention provides a kind of automated testing method and device based on the action touch simulation, so that economize on resources and improve test mass.
Concrete technical scheme is as follows:
A kind of automated testing method based on the action touch simulation, the method comprises:
S1, generation meet the touch event of test mode and are combined into the touch event sequence of touch action;
S2, the touch event sequence is sent to the event forwarding object of tested system, by the event forwarding object touch event in the sequence is transmitted.
According to one preferred embodiment of the present invention, described step S1 specifically comprises:
S11, from test case, obtain touch action information;
The touch action information calculations touch track that S12, basis are obtained;
S13, according to the touch action direction, correspondence position in touch track inserts the touch event corresponding with the touch action type of this position every the Preset Time interval, obtains the touch event sequence.
According to one preferred embodiment of the present invention, described touch action information adopts the multiple parameters group to be described, and described multiple parameters group comprises: the position of starting point and end point, speed, acceleration, duration and number of clicks.
According to one preferred embodiment of the present invention, if being the N point, described touch action type touches, then described touch action information adopts N multiple parameters group to be described, in described step S12, obtain N bar touch track, there be N coordinate points in the position that each touch event inserts in described step S13, and N is positive integer.
According to one preferred embodiment of the present invention, when inserting the touch event corresponding with the touch action type of this position, insert the touch event of down state in initial point position, insert the touch event of the state of upspringing in the end point position, the touch event of mobile status is inserted in each position between starting point and end point.
According to one preferred embodiment of the present invention, if described tested system is the iSO system, then described touch event is UIEvent, and described event forwarding object is UIApplication, and described UIApplication is distributed to target view with the UIEvent in the UIEvent sequence;
If described tested system is the Android system, then described touch event is MotionEvent, described event forwarding object is Instrumentation, described Instrumentation is transmitted to the Android system with the MotionEvent in the MotionEvent sequence, is broadcast to the Application of monitoring for the Android service system.
A kind of automatic test device based on the action touch simulation, this device comprises:
The event generation unit is used for generating the touch event sequence that meets the touch event of test mode and be combined into touch action;
The event transmitting element for the event forwarding object that described touch event sequence is sent to tested system, is transmitted the touch event in the sequence by the event forwarding object.
According to one preferred embodiment of the present invention, described event generation unit specifically comprises:
The acquisition of information subelement is used for obtaining touch action information from test case;
The track computation subunit is used for according to described touch action information calculations touch track;
Event intron unit is used for according to the touch action direction, and correspondence position in touch track inserts the touch event corresponding with the touch action type of this position every the Preset Time interval, obtains the touch event sequence.
According to one preferred embodiment of the present invention, described touch action information adopts the multiple parameters group to be described, and described multiple parameters group comprises: the position of starting point and end point, speed, acceleration, duration and number of clicks.
According to one preferred embodiment of the present invention, if being the N point, described touch action type touches, then described touch action information adopts N multiple parameters group to be described, described track computation subunit obtains N bar touch track, described event intron unit is when inserting touch event, there be N coordinate points in the position that each touch event inserts, and N is positive integer.
According to one preferred embodiment of the present invention, described event intron unit is when inserting the touch event corresponding with the touch action type of this position, insert the touch event of down state in initial point position, insert the touch event of the state of upspringing in the end point position, the touch event of mobile status is inserted in each position between starting point and end point.
According to one preferred embodiment of the present invention, if described tested system is the iSO system, then described touch event is UIEvent, and described event forwarding object is UIApplication, and described UIApplication is distributed to target view with the UIEvent in the UIEvent sequence;
If described tested system is the Android system, then described touch event is MotionEvent, described event forwarding object is Instrumentation, described Instrumentation is transmitted to the Android system with the MotionEvent in the MotionEvent sequence, is broadcast to the Application of monitoring for the Android service system.
As can be seen from the above technical solutions, method and apparatus provided by the invention need not to connect the PC end just can carry out the Monkey test, has saved resource; In addition, break away from the dependence to Instruments instrument internal memory, improved test mass.
[description of drawings]
The automated testing method process flow diagram that Fig. 1 provides for the embodiment of the invention one;
Touch track and UIEvent synoptic diagram for slip that Fig. 2 provides for the embodiment of the invention one;
Touch track and UIEvent synoptic diagram for two finger extruding that Fig. 3 provides for the embodiment of the invention one;
The automatic test device structural drawing that Fig. 4 provides for the embodiment of the invention two.
[embodiment]
In order to make the purpose, technical solutions and advantages of the present invention clearer, describe the present invention below in conjunction with the drawings and specific embodiments.
Because being exactly the random call function interface relevant with screen processing, the basic procedure of Monkey automatic test triggers various screen touch actions, screen touch behavior with analog subscriber, and the screen touch of iOS action is in essence by the UIEvent(user interface event) forms UIEvent sequence of a touch action correspondence namely.When user's touch screen, iOS generates corresponding UIEvent; Then UIAplication(user-interface application) object is distributed the UIEvent sequence that receives; At last, the target view that is distributed to can touch logical process to UIEvent.Based on above-mentioned principle, core concept of the present invention is the UIEvent sequence that is combined into touch action by the UIEvent that establishment meets test mode, and the UIEvent sequence is sent to the UIAplication object, carries out distribution processor by the UIAplication object.Be described in detail below by a pair of method provided by the invention of embodiment.
Embodiment one,
The method flow diagram that Fig. 1 provides for the embodiment of the invention one, the case(test case that provides based on the user in this embodiment) behavioral test of analog subscriber carries out automatic test, and as shown in Figure 1, the method may further comprise the steps:
Step 101: from case, obtain touch action information.
In case, usually can comprise information such as tested object, test environment; because the test in the embodiment of the invention is the Monkey test; therefore also can comprise touch action information among the case; the touch action that simulated of follow-up needs namely; in view of touch action may comprise polytype; for example click, slip, multiple point touching etc.; but for event type; mainly contain the division of two dimensions; first dimension is number of clicks; namely click, double-click, multi-hit etc., second dimension is touch point quantity, namely is single-point, 2 points, multiple spot etc.Touch action at this each type can adopt the multiple parameters group to be described.This multiple parameters group comprises: the position of starting point and end point, speed, acceleration, duration and number of clicks.The below gives some instances:
Suppose to test and click screen coordinate (100,100) and locate, continue 1.5s, the touch action information that comprises among the case so can be following multiple parameters group:
<(100,100)，(100,100)，0，0，1.5，1>
Suppose to test from screen coordinate (100,100) sliding into (150,200), continue 2s, sliding speed is 10m/s, and the touch action information that comprises among the case so can be following multiple parameters group:
<(100,100)，(150,200)，10，0，2，1>
For multiple point touching, suppose to test two extruding that refer to, from screen coordinate (100,100) and (180,100) be expressed to screen coordinate (140,120) and (160,120), can have two movement locus, the touch action information that comprises among the case so can be following two multiple parameters groups:
<(100,100)，(140,120)，10，0，2，1>
<(180,100)，(160,120)，10，0，2，1>
Step 102: according to the touch action information calculations touch track of obtaining, according to the touch action direction, correspondence position in touch track inserts the UIEvent corresponding with the touch action type of this position every the Preset Time interval, obtains the UIEvent sequence.
When calculating touch track, employing be traditional mathematical method, namely
Figure BDA00003309449900051
Wherein, Y is the position of release point, and X is the position of action starting point,
Figure BDA00003309449900052
Be velocity vector, Be vector acceleration, t is the time.
When inserting UIEvent, mainly need three factors, position, first insertion point, it two is touch action types, it three is operating states.Insert according to the Preset Time interval owing to insert UIEvent, therefore can determine the position (be the formula of substitution above-mentioned touch track) of time point in touch track of insertion.Touch action type mistake described above is mainly reflected in two dimensions: number of clicks and touch point quantity, number of clicks can directly be obtained in the multiple parameters group from case, the quantity of multiple parameters group among the corresponding case of touch point quantity.Operating state mainly comprises three kinds: down state, mobile status and the state of upspringing.Operating state in initial point position when inserting UIEvent is down state, and the operating state of end point position is the state of upspringing, and the operating state of each insertion point in the touch track between starting point and the end point is mobile status.
The below refers to that with two extruding is as example to slide respectively:
Sliding action: from case, can know to test from the A point to slide into the touch action that B is ordered, after going out touch track according to the touch action information calculations among the case, in touch track, insert UIEvent according to time sequencing with regular time interval 0.05s, be specially: calculate the position, insertion point every the 0.05s time point, be about to 0,0.05s, 0.1s, 0.15s the like the position of each time point in touch track determine respectively, according to the touch action information among the case as can be known its type of action belong to single-point and click that (number of clicks is 1, movement locus also is 1), the A point inserts the UIEvent that single-point is clicked down state in each insertion point, insert the UIEvent that single-point is clicked the state of upspringing at the B point, the UIEvent that single-point is clicked mobile status is inserted in each position, insertion point in the middle of A and B, thereby obtain the UIEvent sequence according to the time sequencing arrangement, the position (x of i UIEvent in this sequence i, y i) be:
( x i , y i ) = ( x 0 , y 0 ) + v &RightArrow; * ( i - 1 ) &Delta;t ,
(x wherein 0, y 0) being the coordinate of action starting point A, Δ t is for inserting the time interval of UIEvent, and the UIEvent synoptic diagram of generation is as shown in Figure 2.
Two finger extruding actions:
From case, can know and to test two actions that refer to extruding, have two groups of multiple parameters groups, therefore two groups of multiple parameters groups be calculated respectively touch track, two touch track have just been obtained, as shown in Figure 3, two touch track are respectively from A1 to B1, from A2 to B2.In touch track, insert UIEvent according to time sequencing with regular time interval 0.05s, be about to 0,0.05s, 0.1s, 0.15s the like the position of each time point in touch track determine respectively, according to the touch action information among the case as can be known its type of action belong to multiple spot and click that (number of clicks is 1, movement locus also is 2), position, corresponding two insertion points of each UIEvent, insert the UIEvent that two point is clicked down state at A1 and A2 point, insert the UIEvent that two point is clicked the state of upspringing at B1 and B2 point, the UIEvent that two point is clicked mobile status is inserted in middle each position, insertion point.Thereby in the UIEvent sequence that obtains arranging according to time sequencing.Position (the x1 of i UIEvent in this sequence i, y1 i) and (x2 i, y2 i) be:
( x 1 i , y 1 i ) = ( x 1 0 , y 1 0 ) + v &RightArrow; 1 * ( i - 1 ) &Delta;t
( x 2 i , y 2 i ) = ( x 2 0 , y 2 0 ) + v &RightArrow; 2 * ( i - 1 ) &Delta;t
(x1 0, y1 0) be the coordinate of A1, (x2 0, y2 0) be the coordinate of A2,
Figure BDA00003309449900072
Be velocity vector corresponding from A1 to B1,
Figure BDA00003309449900073
Be velocity vector corresponding from A2 to B2, Δ t is for inserting the time interval of UIEvent.
In embodiments of the present invention can different numbers of clicks and touch point quantity make up, simulate different touch action, also different case can be made up, be about to the UIEvent sequence that different case obtain and merge, thereby simulate more complicated action.
Step 103: the UIEvent sequence is sent to the UIAplication object, carry out distribution processor by the UIAplication object.
The description that the above embodiment of the present invention is all carried out as an example of the iSO system example, mode and platform independence in view of above-mentioned generation touch event, therefore method provided by the invention can also be applied to such as other systems such as android, just touch event is not UIEvent but MotionEvent in Android system, the MotionEvent sequence that generates is not to send to the UIAplication object, but send to Instrumentation, by Instrumentation the MotionEvent sequence is transmitted to the Android system, is offered the Application(application of monitoring by the Android system by the mode of system broadcasts).No longer give unnecessary details one by one for other system at this.
More than be the detailed description that method provided by the invention is carried out, be described in detail below by two pairs of automatic test devices provided by the invention of embodiment.
Embodiment two,
The structure drawing of device that Fig. 4 provides for the embodiment of the invention two, as shown in Figure 4, this device mainly comprises event generation unit 00 and event transmitting element 10.
Event generation unit 00 is responsible for generating the touch event sequence that meets the touch event of test mode and be combined into touch action.
Event transmitting element 10 is responsible for the touch event sequence is sent to the event forwarding object of tested system, by the event forwarding object touch event in the sequence is transmitted.
Device provided by the invention can be used to tested systems such as iSO system, Android system, particularly, if tested system is the iSO system, then touch event is UIEvent, the event forwarding object is UIApplication, and UIApplication is distributed to target view with the UIEvent in the UIEvent sequence.If tested system is the Android system, then touch event is MotionEvent, the event forwarding object is Instrumentation, Instrumentation is transmitted to the Android system with the MotionEvent in the MotionEvent sequence, is broadcast to the Application of monitoring for the Android service system.In the subsequent descriptions of present embodiment, only be described as an example of the iSO system example.
Usually when carrying out automatic test, be based on case and carry out, event generation unit 00 can specifically comprise in this case: acquisition of information subelement 01, track computation subunit 02 and event intron unit 03.
In case, usually can comprise information such as tested object, test environment, because the test in the embodiment of the invention is the Monkey test, so also can comprise touch action information among the case.At first acquisition of information subelement 01 obtains touch action information from case.In view of touch action may comprise polytype, for example click, slip, multiple point touching etc., but for event type, mainly contain the division of two dimensions, first dimension is number of clicks, namely click, double-click, multi-hit etc., second dimension is touch point quantity, namely is single-point, 2 points, multiple spot etc.Touch action at this each type can adopt the multiple parameters group to be described, particularly, the multiple parameters group can comprise: the position of starting point and end point, speed, acceleration, duration and number of clicks, object lesson is no longer described, referring to embodiment one.
Then track computation subunit 02 is according to touch action information calculations touch track, when calculating touch track, employing be traditional mathematical method, namely
Figure BDA00003309449900081
Wherein, Y is the position of release point, and X is the position of action starting point,
Figure BDA00003309449900082
Be velocity vector,
Figure BDA00003309449900083
Be vector acceleration, t is the time.
Last event intron unit 03 is touching the correspondence position insertion UIEvent corresponding with the touch action type of this position in the rail according to the touch action direction every the Preset Time interval, obtains the UIEvent sequence.When inserting UIEvent, mainly need three factors, position, first insertion point, it two is event types, it three is operating states.Insert according to the Preset Time interval owing to insert UIEvent, therefore can determine the position (be the formula of substitution above-mentioned touch track) of time point in touch track of insertion.Event type mistake described above is mainly reflected in two dimensions: number of clicks and touch point quantity, number of clicks can directly be obtained in the multiple parameters group from case, the quantity of multiple parameters group among the corresponding case of touch point quantity.Operating state mainly comprises three kinds: down state, mobile status and the state of upspringing.Operating state in initial point position when inserting UIEvent is down state, and the operating state of end point position is the state of upspringing, and the operating state of each insertion point in the touch track between starting point and the end point is mobile status.
If being the N point, the touch action type touches, then touch action information adopts N multiple parameters group to be described, and track computation subunit 02 obtains N bar touch track, and event intron unit 03 is when inserting UIEvent, there be N coordinate points in the position that each UIEvent inserts, and N is positive integer.
No longer enumerate concrete example at this, can be referring to the description among the said method embodiment one.
In several embodiment provided by the present invention, should be understood that disclosed apparatus and method can realize by another way.For example, device embodiment described above only is schematically, and for example, the division of described unit only is that a kind of logic function is divided, and during actual the realization other dividing mode can be arranged.
In addition, each functional unit in each embodiment of the present invention can be integrated in the processing unit, also can be that the independent physics of unit exists, and also can be integrated in the unit two or more unit.Above-mentioned integrated unit both can adopt the form of hardware to realize, the form that also can adopt hardware to add SFU software functional unit realizes.
The above-mentioned integrated unit of realizing with the form of SFU software functional unit can be stored in the computer read/write memory medium.Above-mentioned SFU software functional unit is stored in the storage medium, comprise that some instructions are with so that a computer equipment (can be personal computer, server, the perhaps network equipment etc.) or processor (processor) carry out the part steps of the described method of each embodiment of the present invention.And aforesaid storage medium comprises: the various media that can be program code stored such as USB flash disk, portable hard drive, ROM (read-only memory) (Read-Only Memory, ROM), random access memory (Random Access Memory, RAM), magnetic disc or CD.
The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of making, is equal to replacement, improvement etc., all should be included within the scope of protection of the invention.

Claims (12)

  1. One kind based on the action touch simulation automated testing method, it is characterized in that the method comprises:
    S1, generation meet the touch event of test mode and are combined into the touch event sequence of touch action;
    S2, the touch event sequence is sent to the event forwarding object of tested system, by the event forwarding object touch event in the sequence is transmitted.
  2. 2. method according to claim 1 is characterized in that, described step S1 specifically comprises:
    S11, from test case, obtain touch action information;
    The touch action information calculations touch track that S12, basis are obtained;
    S13, according to the touch action direction, correspondence position in touch track inserts the touch event corresponding with the touch action type of this position every the Preset Time interval, obtains the touch event sequence.
  3. 3. method according to claim 2 is characterized in that, described touch action information adopts the multiple parameters group to be described, and described multiple parameters group comprises: the position of starting point and end point, speed, acceleration, duration and number of clicks.
  4. 4. method according to claim 3, it is characterized in that, if being the N point, described touch action type touches, then described touch action information adopts N multiple parameters group to be described, in described step S12, obtain N bar touch track, there be N coordinate points in the position that each touch event inserts in described step S13, and N is positive integer.
  5. 5. method according to claim 2, it is characterized in that, when inserting the touch event corresponding with the touch action type of this position, insert the touch event of down state in initial point position, insert the touch event of the state of upspringing in the end point position, the touch event of mobile status is inserted in each position between starting point and end point.
  6. 6. according to claim 1 to the described method of 5 arbitrary claims, it is characterized in that, if described tested system is the iSO system, then described touch event is UIEvent, described event forwarding object is UIApplication, and described UIApplication is distributed to target view with the UIEvent in the UIEvent sequence;
    If described tested system is the Android system, then described touch event is MotionEvent, described event forwarding object is Instrumentation, described Instrumentation is transmitted to the Android system with the MotionEvent in the MotionEvent sequence, is broadcast to the Application of monitoring for the Android service system.
  7. One kind based on the action touch simulation automatic test device, it is characterized in that this device comprises:
    The event generation unit is used for generating the touch event sequence that meets the touch event of test mode and be combined into touch action;
    The event transmitting element for the event forwarding object that described touch event sequence is sent to tested system, is transmitted the touch event in the sequence by the event forwarding object.
  8. 8. device according to claim 7 is characterized in that, described event generation unit specifically comprises:
    The acquisition of information subelement is used for obtaining touch action information from test case;
    The track computation subunit is used for according to described touch action information calculations touch track;
    Event intron unit is used for according to the touch action direction, and correspondence position in touch track inserts the touch event corresponding with the touch action type of this position every the Preset Time interval, obtains the touch event sequence.
  9. 9. device according to claim 8 is characterized in that, described touch action information adopts the multiple parameters group to be described, and described multiple parameters group comprises: the position of starting point and end point, speed, acceleration, duration and number of clicks.
  10. 10. device according to claim 9, it is characterized in that, if being the N point, described touch action type touches, then described touch action information adopts N multiple parameters group to be described, described track computation subunit obtains N bar touch track, described event intron unit is when inserting touch event, and there be N coordinate points in the position that each touch event inserts, and N is positive integer.
  11. 11. device according to claim 8, it is characterized in that, described event intron unit is when inserting the touch event corresponding with the touch action type of this position, insert the touch event of down state in initial point position, insert the touch event of the state of upspringing in the end point position, the touch event of mobile status is inserted in each position between starting point and end point.
  12. 12. according to claim 7 to the described device of 11 arbitrary claims, it is characterized in that, if described tested system is the iSO system, then described touch event is UIEvent, described event forwarding object is UIApplication, and described UIApplication is distributed to target view with the UIEvent in the UIEvent sequence;
    If described tested system is the Android system, then described touch event is MotionEvent, described event forwarding object is Instrumentation, described Instrumentation is transmitted to the Android system with the MotionEvent in the MotionEvent sequence, is broadcast to the Application of monitoring for the Android service system.
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