CN103135912B - A kind of method of generating run object and electronic equipment - Google Patents
A kind of method of generating run object and electronic equipment Download PDFInfo
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- CN103135912B CN103135912B CN201110385333.7A CN201110385333A CN103135912B CN 103135912 B CN103135912 B CN 103135912B CN 201110385333 A CN201110385333 A CN 201110385333A CN 103135912 B CN103135912 B CN 103135912B
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Abstract
The embodiment of the present invention provides a kind of method and electronic equipment of generating run object, be applied to electronic equipment, comprise: first area display M the first operand of touch display screen, second area display P display subregion, detects to have on touch display screen and carries out the first operation to N number of in individual first operand of M; Response first operation, generates the first instruction; N number of first operand is made to be in selected state; Detect has N number of first operand to being in selected state to carry out the second operation on touch display screen, and the second operation is used to indicate determines that Q shows subregion from P display subregion; Response second operation, produces the second instruction; N number of first operand is moved to Q corresponding display subregion, when N number of first operand is positioned at corresponding Q display subregion, according to the display rule of each display subregion in Q display subregion, corresponding generation second operand in each display subregion.
Description
Technical field
The present invention relates to electronic device technology, refer to a kind of method and electronic equipment of generating run object especially.
Background technology
In existing electronic device technology, support from application library, select one or more desktop being added into electronic equipment, be shown as icon corresponding to application program (Icon), or from micro-(Widget) storehouse, different micro-of selection form is added into desktop, generates the small icon window of corresponding form.
There are the following problems for prior art: after application program being added into the desktop of electronic equipment, is only shown as an icon, and the function singleness of this icon, more information cannot be provided; The mode of appearance of icon is single, and inconvenient user is by triggering corresponding program to the touch operation of icon.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of method and electronic equipment of generating run object, solve in prior art, after service application is added into the desktop of electronic equipment, be only shown as an icon, and the function singleness of this icon, more information cannot be provided; The mode of appearance of icon is single, and inconvenient user is by triggering the defect of corresponding program to the touch operation of icon.
For solving the problems of the technologies described above, embodiments of the invention provide a kind of method of generating run object, and be applied in an electronic equipment, described electronic equipment has a touch display screen; Described method comprises: when described touch display screen has two regions, first area display M the first operand, second area display P display subregion, M and P be greater than 0 integer, detect to have on described touch display screen and carry out the first operation to N number of in M described first operand, wherein N is the integer being greater than 0 and being less than or equal to M; Respond described first operation, generate the first instruction; Perform described first instruction, make N number of described first operand be in selected state; Detect has N number of described first operand to being in described selected state to carry out the second operation on described touch display screen, described second operation is used to indicate determines Q display subregion from described P display subregion, and Q is the integer being greater than 0 and being less than or equal to P; Respond described second operation, produce the second instruction; Perform described second instruction, described N number of first operand is moved to described Q corresponding display subregion, when described N number of first operand is positioned at corresponding described Q display subregion, according to the display rule of each display subregion in described Q display subregion, corresponding generation second operand in each described display subregion, wherein, second operand described in each is at least corresponding with in described N number of first operand.
In described method, described electronic equipment has a main interface program, the corresponding main interface of described main interface program, described main interface has described P display subregion, described main interface has: the first state, and second state different from described first state; Described first state is show subregion in the described first area of described touch display screen and described second area with the first display effect display P, and described second state is show described P display subregion at the described second area of described touch display screen with the second display effect; Described first display effect is different from described second display effect.
In described method, receiving one first trigger command, according to described first trigger command, described main interface is switched to described second state from described first state, controlling described M the first operand shown in described first area through reducing simultaneously; Or, receive one second trigger command, according to described second trigger command, described main interface be switched to described first state from described second state.
In described method, described electronic equipment has M service application, and described M the first operand and a described M service application have the first corresponding relation; The described display rule according to each display subregion in described Q display subregion, in each described display subregion, the corresponding second operand that generates comprises: generate one micro-process, described micro-process can show based on described main interface program, and described micro-process is corresponding with the service application corresponding to described first operand; Described micro-process obtains content to be displayed, with according to described first corresponding relation, described content to be displayed determines that the content part that service application obtains corresponding to described first operand is consistent; According to the described content to be displayed of display rule display of display subregion, wherein, the described content to be displayed being positioned at described display subregion is described second operand.
In described method, during described second operand correspondence two the first operands, described micro-process obtains the first content to be displayed and second and treats content to be displayed, it is consistent that the first service application that described first content to be displayed is corresponding with first operand in described two the first operands obtains content part, it is consistent that the second service application that described second content to be displayed is corresponding with another first operand in described two second operands obtains content part, by described first content to be displayed and described second content to be displayed fusion treatment, according to described first content to be displayed after the described fusion treatment of display rule display of display subregion and described second content to be displayed.
In described method, in each described display subregion after corresponding generation second operand, also comprise: described micro-process is by content to be displayed described in Network Capture; Or described micro-process obtains described content to be displayed by the register inquiring about described electronic equipment.
A kind of electronic equipment, comprise: touch display screen, there are two regions, first area display M the first operand, second area display P display subregion, M and P be greater than 0 integer, detect to have on described touch display screen and carry out the first operation to N number of in M described first operand, wherein N is the integer being greater than 0 and being less than or equal to M; Command unit, for responding described first operation, generates the first instruction; Instruction execution unit, for performing described first instruction, makes N number of described first operand be in selected state; Detecting unit, on described touch display screen, N number of described first operand to being in described selected state is had to carry out the second operation for detecting, described second operation is used to indicate determines Q display subregion from described P display subregion, and Q is the integer being greater than 0 and being less than or equal to P; Described command unit, also for responding described second operation, produces the second instruction; Instruction execution unit, also for performing described second instruction, described N number of first operand is moved to described Q corresponding display subregion, when described N number of first operand is positioned at corresponding described Q display subregion, according to the display rule of each display subregion in described Q display subregion, corresponding generation second operand in each described display subregion, wherein, second operand described in each is at least corresponding with in described N number of first operand.
In described electronic equipment, also comprise: main interfacial state unit, for supporting first state at a main interface, and second state different from described first state; Wherein, electronic equipment has a main interface program, the corresponding main interface of described main interface program, described main interface has described P display subregion; Described first state is show subregion in the described first area of described touch display screen and described second area with the first display effect display P, and described second state is show described P display subregion at the described second area of described touch display screen with the second display effect; Described first display effect is different from described second display effect.
In described electronic equipment, also comprise: status toggle unit, be connected with described main interfacial state unit, for receiving one first trigger command, according to described first trigger command, described main interface being switched to described second state from described first state, controlling described M the first operand shown in described first area through reducing simultaneously; Or, receive one second trigger command, according to described second trigger command, described main interface be switched to described first state from described second state.
In described electronic equipment, also comprise: micro-process unit, for regular in the display showing each display subregion in subregion according to described Q, in each described display subregion, correspondence generates in the process of second operand, realize following function: generate one micro-process, described micro-process can show based on described main interface program, and described micro-process is corresponding with the service application corresponding to described first operand; Wherein, described electronic equipment has M service application, and described M the first operand and a described M service application have the first corresponding relation; Described micro-process obtains content to be displayed, with according to described first corresponding relation, described content to be displayed determines that the content part that service application obtains corresponding to described first operand is consistent; Notify the display rule display described content to be displayed of described touch display screen according to display subregion, wherein, the described content to be displayed being positioned at described display subregion is described second operand.
The beneficial effect of technique scheme of the present invention is as follows: from application library, select miscellaneous service to apply as the first operand, automatically generates a second operand after being added into desktop; Compared to existing icon, the form of second operand is larger, identification is higher, again because second operand support to obtain the content to be displayed of service application, the various contents to be displayed getting service application that therefore user can be real-time by the local interface of network or electronic equipment.
Accompanying drawing explanation
Fig. 1 represents the schematic appearance of management service application on the electronic equipment with a touch display screen;
Fig. 2 represents a kind of method flow schematic diagram of the object of generating run on an electronic device;
Fig. 3 represents P the display subregion shown in the second condition in second area;
Fig. 4 represents that showing P in a first state shows subregion schematic diagram one;
Fig. 5 represents that showing P in a first state shows subregion schematic diagram two;
Fig. 6 represents a kind of structural representation of electronic equipment.
Embodiment
For making the technical problem to be solved in the present invention, technical scheme and advantage clearly, be described in detail below in conjunction with the accompanying drawings and the specific embodiments.
Support application program to be added into desktop fast, and generate micro-available-second operand.
The embodiment of the present invention provides a kind of method of generating run object, and as shown in Figure 1, be applied in an electronic equipment, electronic equipment has a touch display screen;
Method, as shown in Figure 2, comprising:
Step 201, when touch display screen has two regions, first area display M the first operand, second area display P display subregion, M and P be greater than 0 integer, detect to have on described touch display screen and carry out the first operation to N number of in M described first operand, wherein N is the integer being greater than 0 and being less than or equal to M;
Step 202, responds described first operation, generates the first instruction;
Step 203, performs described first instruction, makes N number of described first operand be in selected state;
Detect has N number of described first operand to being in described selected state to carry out the second operation on described touch display screen, described second operation is used to indicate determines Q display subregion from described P display subregion, and Q is the integer being greater than 0 and being less than or equal to P;
Step 204, responds described second operation, produces the second instruction;
Step 205, performs described second instruction, described N number of first operand is moved to described Q corresponding display subregion,
When described N number of first operand is positioned at corresponding described Q display subregion, according to the display rule of each display subregion in described Q display subregion, corresponding generation second operand in each described display subregion, wherein, second operand described in each is at least corresponding with in described N number of first operand.
The technical scheme provided is provided, from application library, selects miscellaneous service to apply as the first operand, after being added into desktop, automatically generate a second operand; Compared to existing icon, the form of second operand is larger, identification is higher, again because second operand support obtains the status information of service application as content to be displayed, the various contents to be displayed getting service application that therefore user can be real-time by the local interface of network or electronic equipment.
In a preferred embodiment, electronic equipment has a main interface program, the corresponding main interface of described main interface program, described main interface has described P display subregion, described main interface has: the first state, and second state different from described first state;
First state is show subregion in the described first area of described touch display screen and described second area with the first display effect display P, and described second state is show described P display subregion at the described second area of described touch display screen with the second display effect; Described first display effect is different from described second display effect.
In a preferred embodiment, receive one first trigger command, according to described first trigger command, described main interface being switched to described second state from described first state, controlling described M the first operand shown in described first area through reducing simultaneously; Or, receive one second trigger command, according to described second trigger command, described main interface be switched to described first state from described second state.
In an application scenarios, as shown in Figure 3, electronic equipment has a main interface program, the corresponding main interface of main interface program, main interface is in the second state, in the second condition, in the second area of touch display screen, with the second display effect display P display subregion.In Fig. 3, P is 4*3=12 specifically.
As shown in Figure 4 and Figure 5, main interface is in the first state, in a first state, shows subregion in the first area of touch display screen and second area with the first display effect display P.
Can be found out by contrast, first display effect is different from described second display effect, is embodied in, when showing P display subregion in first area and second area, the area of single display subregion becomes large, is conducive to user and carries out touch operation to single display subregion; Further, the mode of appearance of display subregion can also be changed, such as, in Fig. 4, the mode of appearance of display subregion has become rectangle from square, the area that each this rectangle occupies on touch display screen is obviously greater than foursquare area, and separates with each other between adjacent display subregion; And in Figure 5, the outward appearance of display subregion is still square, but this square presents a kind of effect-the first display effect of amplification compared to the square in the second display effect.User is in the interface that Fig. 3 shows, first operand is dragged in the difference display subregion of second area after generating corresponding second operand, touch display screen can be switched to the first state as shown in Figure 5 from the second state, now, display subregion occupies whole touch display screen, can the area of perception touch operation increasing of each display subregion, facilitates user and carries out follow-up touch operation.
In a preferred embodiment, electronic equipment has M service application, and M the first operand and a described M service application have the first corresponding relation; According to the display rule of each display subregion in described Q display subregion, in each described display subregion, the corresponding second operand that generates comprises:
Generate one micro-process, micro-process can show corresponding second operand-micro-(Widget) based on main interface program, and described micro-process is corresponding with the service application corresponding to described first operand,
Micro-process obtains content to be displayed, with according to described first corresponding relation, described content to be displayed determines that the content part that service application obtains corresponding to described first operand is consistent;
According to the described content to be displayed of display rule display of display subregion, wherein, the described content to be displayed being positioned at described display subregion is described second operand.
In an application scenarios, by an icon drag in a display subregion, correspondence generates one micro-, this micro-is second operand, and correspondence micro-process, the content that micro-process obtains is presented in this display subregion-is specifically presented in the container of display subregion, and such as information pushing, the renewal of new state, new notice etc.
For a microblogging application program, micro-correspondence of microblogging application program micro-process, this micro-process is sent request by the micro blog server of network to correspondence, the relevant information of acquisition request microblogging application program.
In a preferred embodiment, during described second operand correspondence two the first operands, described micro-process obtains the first content to be displayed and second and treats content to be displayed, it is consistent that the first service application that described first content to be displayed is corresponding with first operand in described two the first operands obtains content part, it is consistent that the second service application that described second content to be displayed is corresponding with another first operand in described two second operands obtains content part
By the first content to be displayed and described second content to be displayed fusion treatment, according to described first content to be displayed after the described fusion treatment of display rule display of display subregion and described second content to be displayed.
Second operand is micro-, and micro-has a container, houses the content to be displayed of service application in container.Service application comprises system program and application program; Wherein, system program comprises adjustment volume functions, regulates brightness function, regulates contrast function, and displaying time function; Application program comprises the program by adopting the application interface of operating system to generate, and the program that the application interface adopting third party to provide generates.
In an application scenarios, by two icon drag in same display subregion, such as one is date application program, and one is weather application; In same display subregion, two methods program can be unrelated separately, and also can generate a new application program, this new application program support realizes the repertoire of original date application program and weather application.
Because one shows subregion correspondence micro-process, namely this micro-process can obtain date data, also can obtain weather data, and the data that micro-process obtains are presented in display subregion by this display subregion support.
One shows two micro-processes that subregion also can support two or more, and each micro-process correspond to an application program, obtains corresponding data separately and is also presented in display subregion.
Because display subregion has a container, the data be therefore presented in display subregion are managed by this container, and should meet the form of this container support.
In an application scenarios, display subregion can also be corresponding one micro-, now, only need icon drag in display subregion, display subregion redefines this icon, redefine and comprise: the size, color, the display form that change icon, and displaying contents etc.So, the tangibly toggle area of user becomes large.
In a preferred embodiment, in each described display subregion after corresponding generation second operand, also comprise: described micro-process is by content to be displayed described in Network Capture; Or described micro-process obtains described content to be displayed by the register inquiring about described electronic equipment.
In an application scenarios, the third party of internet has opened APK, so the first operand is added to the function that the newly-generated widget of second area should have the content to be displayed obtaining service application, comprising:
Step 1, electronic equipment support realizes M service application, and M the first operand and a described M service application have the first corresponding relation, and namely each service application correspond to first operand; Service application comprises system program and application program.
Step 2, generates one micro-process, and micro-process can show corresponding second operand-micro-based on main interface program, and micro-process is corresponding with the service application corresponding to the first operand.
Step 3, micro-process passes through the content to be displayed of service application described in Network Capture; Or obtain content to be displayed by the register of inquiry electronic equipment;
Such as, Baidu's map has opened API, then the API of service application is embedded Baidu's map; Micro-process support corresponding to service application by the real time status information of Network Capture Baidu map as content to be displayed; Such as information pushing, the renewal of new state, new notice etc. all can as content to be displayed.
It is consistent that content to be displayed and the service application determined according to one-to-one relationship corresponding to the first operand obtain content part.
Step 4, according to the display rule display content to be displayed of display subregion, wherein, the described content to be displayed being positioned at display subregion is described second operand.
Embodiments provide a kind of electronic equipment, as shown in Figure 6, comprising:
Touch display screen 501, there are two regions, first area display M the first operand, second area display P display subregion, M and P be greater than 0 integer, detect to have on described touch display screen and carry out the first operation to N number of in M described first operand, wherein N is the integer being greater than 0 and being less than or equal to M;
Command unit 502, for responding described first operation, generates the first instruction;
Instruction execution unit 503, for performing described first instruction, makes N number of described first operand be in selected state;
Touch display screen 501, also on described touch display screen, N number of described first operand to being in described selected state is had to carry out the second operation for detecting, described second operation is used to indicate determines Q display subregion from described P display subregion, and Q is the integer being greater than 0 and being less than or equal to P;
Described command unit 502, also for responding described second operation, produces the second instruction;
Instruction execution unit 503, also for performing described second instruction, moves to described Q corresponding display subregion by described N number of first operand,
When described N number of first operand is positioned at corresponding described Q display subregion, according to the display rule of each display subregion in described Q display subregion, corresponding generation second operand in each described display subregion, wherein, second operand described in each is at least corresponding with in described N number of first operand.
In a preferred embodiment, as shown in Figure 3, electronic equipment also comprises:
Main interfacial state unit, for supporting first state at a main interface, and second state different from described first state;
Wherein, electronic equipment has a main interface program, the corresponding main interface of described main interface program, described main interface has described P display subregion;
Described first state is with the first display effect display P display subregion in the described first area and described second area of described touch display screen, and described second state is show described P display subregion with the second display effect in the described second area of described touch display screen;
Described first display effect is different from described second display effect.
In a preferred embodiment, as shown in Figure 4, electronic equipment also comprises:
Status toggle unit, is connected with described main interfacial state unit, for receiving one first trigger command,
According to described first trigger command, described main interface being switched to described second state from described first state, controlling described M the first operand shown in described first area through reducing simultaneously;
Or, receive one second trigger command,
According to described second trigger command, described main interface is switched to described first state from described second state.
In a preferred embodiment, electronic equipment also comprises:
Micro-process unit, for regular in the display showing each display subregion in subregion according to described Q, in each described display subregion, correspondence generates in the process of second operand, realizes following function:
Generate one micro-process, described micro-process can show based on described main interface program, and described micro-process is corresponding with the service application corresponding to described first operand; Wherein, described electronic equipment has M service application, and described M the first operand and a described M service application have the first corresponding relation;
Described micro-process obtains content to be displayed, with according to described first corresponding relation, described content to be displayed determines that the content part that service application obtains corresponding to described first operand is consistent;
Notify the display rule display described content to be displayed of described touch display screen according to display subregion, wherein, the described content to be displayed being positioned at described display subregion is described second operand.
Advantage after employing this programme is: electronic equipment can be specifically intelligent terminal, from the application library of intelligent terminal, select miscellaneous service to apply as the first operand, wherein, application library is open, develops miscellaneous service apply and add in this application library by global the R&D personnel;
First operand generates a second operand after being added into desktop automatically; Compared to existing icon, the form of second operand is larger, identification is higher, again because second operand support obtains the status information of service application as content to be displayed by the local interface of network or electronic equipment, therefore the various contents to be displayed getting service application that user can be real-time, can understand the more new state of this service application in real time.
The above is the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the prerequisite not departing from principle of the present invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1. a method for generating run object, is applied in an electronic equipment, it is characterized in that, described electronic equipment has a touch display screen;
Described method comprises:
When described touch display screen has two regions, first area display M the first operand, second area display P display subregion, M and P be greater than 0 integer, detect to have on described touch display screen and carry out the first operation to N number of in M described first operand, wherein N is the integer being greater than 0 and being less than or equal to M;
Respond described first operation, generate the first instruction;
Perform described first instruction, make N number of described first operand be in selected state;
Detect has N number of described first operand to being in described selected state to carry out the second operation on described touch display screen, described second operation is used to indicate determines Q display subregion from described P display subregion, and Q is the integer being greater than 0 and being less than or equal to P;
Respond described second operation, generate the second instruction;
Perform described second instruction, described N number of first operand moved to described Q corresponding display subregion,
When described N number of first operand is positioned at corresponding described Q display subregion, according to the display rule of each display subregion in described Q display subregion, corresponding generation second operand in each described display subregion, wherein, second operand described in each is at least corresponding with in described N number of first operand.
2. method according to claim 1, it is characterized in that, described electronic equipment has a main interface program, the corresponding main interface of described main interface program, described main interface have described P display subregion, described main interface has: the first state, and second state different from described first state;
Described first state is with the first display effect display P display subregion in the described first area and described second area of described touch display screen, and described second state is show described P display subregion at the described second area of described touch display screen with the second display effect;
Described first display effect is different from described second display effect.
3. method according to claim 2, is characterized in that,
Receive one first trigger command,
According to described first trigger command, described main interface being switched to described second state from described first state, controlling described M the first operand shown in described first area through reducing simultaneously;
Or, receive one second trigger command,
According to described second trigger command, described main interface is switched to described first state from described second state.
4. method according to claim 2, is characterized in that, described electronic equipment has M service application, and described M the first operand and a described M service application have the first corresponding relation;
The described display rule according to each display subregion in described Q display subregion, in each described display subregion, the corresponding second operand that generates comprises:
Generate one micro-process, described micro-process can show based on described main interface program, and described micro-process is corresponding with the service application corresponding to described first operand;
Described micro-process obtains content to be displayed, with according to described first corresponding relation, described content to be displayed determines that the content part that service application obtains corresponding to described first operand is consistent;
According to the described content to be displayed of display rule display of display subregion, wherein, the described content to be displayed being positioned at described display subregion is described second operand.
5. method according to claim 4, it is characterized in that, during described second operand correspondence two the first operands, described micro-process obtains the first content to be displayed and second and treats content to be displayed, it is consistent that the first service application that described first content to be displayed is corresponding with first operand in described two the first operands obtains content part, it is consistent that the second service application that described second content to be displayed is corresponding with another first operand in described two the first operands obtains content part
By described first content to be displayed and described second content to be displayed fusion treatment,
According to described first content to be displayed after the described fusion treatment of display rule display of display subregion and described second content to be displayed.
6. method according to claim 4, is characterized in that, in each described display subregion after corresponding generation second operand, also comprises:
Described micro-process is by content to be displayed described in Network Capture; Or described micro-process obtains described content to be displayed by the register inquiring about described electronic equipment.
7. an electronic equipment, is characterized in that, comprising:
Touch display screen, there are two regions, first area display M the first operand, second area display P display subregion, M and P be greater than 0 integer, detect to have on described touch display screen and carry out the first operation to N number of in M described first operand, wherein N is the integer being greater than 0 and being less than or equal to M;
Command unit, for responding described first operation, generates the first instruction;
Instruction execution unit, for performing described first instruction, makes N number of described first operand be in selected state;
Detecting unit, on described touch display screen, N number of described first operand to being in described selected state is had to carry out the second operation for detecting, described second operation is used to indicate determines Q display subregion from described P display subregion, and Q is the integer being greater than 0 and being less than or equal to P;
Described command unit, also for responding described second operation, generates the second instruction;
Instruction execution unit, also for performing described second instruction, moves to described Q corresponding display subregion by described N number of first operand,
When described N number of first operand is positioned at corresponding described Q display subregion, according to the display rule of each display subregion in described Q display subregion, corresponding generation second operand in each described display subregion, wherein, second operand described in each is at least corresponding with in described N number of first operand.
8. electronic equipment according to claim 7, is characterized in that, also comprises:
Main interfacial state unit, for supporting first state at a main interface, and second state different from described first state;
Wherein, electronic equipment has a main interface program, the corresponding main interface of described main interface program, described main interface has described P display subregion;
Described first state is show subregion in the described first area of described touch display screen and described second area with the first display effect display P, and described second state is show described P display subregion at the described second area of described touch display screen with the second display effect;
Described first display effect is different from described second display effect.
9. electronic equipment according to claim 8, is characterized in that, also comprises:
Status toggle unit, is connected with described main interfacial state unit, for receiving one first trigger command,
According to described first trigger command, described main interface being switched to described second state from described first state, controlling described M the first operand shown in described first area through reducing simultaneously;
Or, receive one second trigger command,
According to described second trigger command, described main interface is switched to described first state from described second state.
10. electronic equipment according to claim 8, is characterized in that, also comprises:
Micro-process unit, for regular in the display showing each display subregion in subregion according to described Q, in each described display subregion, correspondence generates in the process of second operand, realizes following function:
Generate one micro-process, described micro-process can show based on described main interface program, and described micro-process is corresponding with the service application corresponding to described first operand; Wherein, described electronic equipment has M service application, and described M the first operand and a described M service application have the first corresponding relation;
Described micro-process obtains content to be displayed, with according to described first corresponding relation, described content to be displayed determines that the content part that service application obtains corresponding to described first operand is consistent;
Notify the display rule display described content to be displayed of described touch display screen according to display subregion, wherein, the described content to be displayed being positioned at described display subregion is described second operand.
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