CN103457827A - Information processing method and electronic equipment - Google Patents
Information processing method and electronic equipment Download PDFInfo
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Abstract
The invention discloses an information processing method and electronic equipment. The information processing method is applied to a system including M first objects, wherein each first object includes first identification information, and the M is an integer larger than 1. The method comprises the steps of acquiring second objects with the states adjusted to a second state from a first state, wherein the second objects include second identification information, and the first state and the second state are different states; judging whether the first identification information of each first object of the M first objects is included in the second identification information or not; adjusting the state of each first object of N first objects into a fourth state from a third state when the first identification information of N first objects is included in the second identification information, wherein the N is an integer larger than or equal to 1 and smaller than or equal to the M, and the third state and the fourth state are identical or different states.
Description
Technical field
The application relates to technical field of information processing, relates in particular to a kind of method and a kind of electronic equipment of information processing.
Background technology
Along with the development of electronic technology, produced increasing electronic equipment, such as notebook computer, mobile phone, panel computer etc.And, along with increasing electronic equipment appears in user's life, computer network has also obtained swift and violent development.
At present, computer network has become a mutual important means of user-user information, the computer network user who is positioned at all over the world can carry out information interaction in several ways, such as: send Email and reply email in the mail group sending system, deliver microblogging and reply microblogging in blog, at forum's money order receipt to be signed and returned to the sender etc. of posting.
Below take the mail group sending system as example, carry out the mutual process of recommended information, as shown in Figure 1, suppose in a mail group sending system to comprise A, B, C, D, these five users of E, monarch A has sent group mail (mail 1) with regard to a problem, monarch B and monarch C have replied mail (mail 2,3) on the basis of monarch's A email, then monarch D replys again (mail 4) on monarch's B mail, monarch E has also done again and has replied (mail 5) on monarch's D mail, based on this, complete the information interactive process between each user.
In realizing the embodiment of the present application, in the process of technical scheme, the present inventor finds that at least there is following shortcoming in prior art:
(1) due in the embodiment of the present application, thereby the variation of the state based on second object adjustment is not included in the state of N the first object in second object, to allow user priority process second object or only to process second object, so the user is processed all objects, cause the wasting of resources, affect efficiency;
Such as: 5 top envelope mails, wherein, the content of mail 5 has comprised the content of mail 1,2,4, the content of mail 3 has also comprised the content of mail 1, but it is not made to differentiation in prior art, so the user need to process all mails, must cause wasting resource, lowering efficiency.
(2) due in the embodiment of the present application, when second object when obtaining state, the state of N the first object is not adjusted into to non-important state, namely determine the object of this N the first object for processing, so the user still needs to lose time to process this N the first object, causes the wasting of resources, affects efficiency.
(3) due in the embodiment of the present application, when second object is processed state, that the state of N the first object is correspondingly be adjusted into processed state, even namely the user has processed second object, still need to process N the first object, but, because N the first object is included in second object, so processed second object, also just be equivalent to process N the first object, so cause the wasting of resources, affect efficiency.
Summary of the invention
The embodiment of the present application is by method and a kind of electronic equipment that a kind of information processing is provided, and having solved the user who exists in the prior art need to be processed all objects, causes the wasting of resources, affects the technical problem of efficiency.
On the one hand, the present invention, by the application's a embodiment, provides following technical scheme:
A kind of method of information processing, described method is applied in the system that comprises M the first object, and wherein, each first object comprises the first identification information, and M is more than or equal to 1 integer, and described method comprises:
The state that obtains is adjusted to the second object of the second state from the first state, wherein, described second object comprises the second identification information, and described the first state and described the second state are different states;
Whether the first identification information that judges described M each the first object in the first object is included in described the second identification information;
When the first identification information that N the first object arranged is included in described the second identification information, the state of each the first object in described N the first object is adjusted to the 4th state from the third state, wherein, N is more than or equal to 1 and be less than or equal to the integer of M, and the described third state and described the 4th state are identical or different state.
Optionally, each first flag information in described M the first flag information is comprised of the first keyword of R ordered arrangement; And described the second flag information is while being comprised of the second keyword of S ordered arrangement, wherein, R, S are more than or equal to 1 integer;
Describedly judge that whether the first identification information of each the first object in described M the first object is included in described the second identification information, is specially:
Whether the first keyword that judges a described R ordered arrangement is included in the second keyword of a described S ordered arrangement.
Optionally, described the first state is specially: do not obtain state; Described the second state is specially: obtained state;
The second object that described acquisition one state is adjusted to the second state from the first state is specially: the acquisition state is the described described second object that has obtained state.
Optionally, the described state by each the first object in described N the first object is adjusted to the 4th state from the third state, is specially:
The state of described N the first object is adjusted into to non-important state from acquisition state, wherein, the state of described non-important state for processing.
Optionally, at described acquisition one state, after the first state is adjusted to the second object of the second state, described method also comprises:
Process described second object; And
After processing described second object, the arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to processed state.
Optionally, described the first state is specially: the described state that obtained, and described the second state is processed state;
The second object that described acquisition one state is adjusted to the second state from the first state is specially: the second object that the acquisition state is processed state.
Optionally, the described state by each the first object in described N the first object is adjusted to the 4th state from the third state, is specially:
The arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to described processed state.
Optionally, before the second object that is processed state at described acquisition state, described method also comprises:
The acquisition state is the described second object that has obtained state; And
After the acquisition state is the described second object that has obtained state, the state of described N the first object is adjusted into to described non-important state from acquisition state.
On the other hand, the application provides following technical scheme by another embodiment of the application:
A kind of electronic equipment comprises:
Shell;
Memory module, be arranged on described enclosure or described case surface, and for store M the first object, wherein, each first object comprises the first identification information, and M is more than or equal to 1 integer;
First obtains module, is connected in described memory module, for obtaining a state, is adjusted to the second object of the second state from the first state, and wherein, described second object comprises the second identification information, and described the first state and described the second state are different states;
Whether judge module, be connected in described acquisition module, for the first identification information of each the first object of judging described M the first object, be included in described the second identification information;
The first adjusting module, be connected in described judge module, while for the first identification information when N the first object arranged, being included in described the second identification information, the state of each the first object in described N the first object is adjusted to the 4th state from the third state, wherein, N is more than or equal to 1 and be less than or equal to the integer of M, and the described third state and described the 4th state are identical or different state.
Optionally, each first flag information in described M the first flag information is comprised of the first keyword of R ordered arrangement; And described the second flag information is while being comprised of the second keyword of S ordered arrangement, wherein, R, S are more than or equal to 1 integer;
Described judge module specifically for: whether the first keyword that judges a described R ordered arrangement is included in the second keyword of a described S ordered arrangement.
Optionally, described the first state is specially: do not obtain state; Described the second state is specially: obtained state;
Described first obtains module, specifically for: the acquisition state is the described described second object that has obtained state.
Optionally, described the first adjusting module, specifically for:
The state of described N the first object is adjusted into to non-important state from acquisition state, wherein, the state of described non-important state for processing.
Optionally, described electronic equipment also comprises:
Processing module, be connected in described adjusting module, at the state that obtains after the first state is adjusted to the second object of the second state, process described second object;
The second adjusting module, be connected in described processing module, for after processing described second object, the arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to processed state.
Optionally, described the first state is specially: the described state that obtained, and described the second state is processed state;
Described first obtains module specifically for the second object that the acquisition state is processed state.
Optionally, described the first adjusting module specifically for:
The arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to described processed state.
Optionally, described electronic equipment also comprises:
Second obtains module, and before the second object that is processed state at described acquisition state, the acquisition state is the described second object that has obtained state;
The 3rd adjusting module, be connected in described second and obtain module, for being after the described second object that has obtained state at the acquisition state, the state of described N the first object is adjusted into to described non-important state from acquisition state.
The one or more technical schemes that provide in the embodiment of the present application at least have following technique effect or advantage:
(1) due in the embodiment of the present application, when second object is adjusted to the second state from the first state, N the first object be included in second object is adjusted to the 4th state from the third state, with the significance level of determining described N the first object lower than second object, allow user priority process second object or only to process second object, so saved resource, improved efficiency.
(2) due in the embodiment of the present application, adopted based on the first identification information and whether be included in the second flag information, determined whether the first object is included in second object, so easy to operation.
(3) due in the embodiment of the present application, when obtaining state, the state of N the first object is adjusted into to non-important state when second object, namely the user can this N of different disposal the first object, so saved resource, improved efficiency.
(4) due in the embodiment of the present application, when second object is processed state, the state of N the first object is adjusted into to processed state, namely be equivalent to process this N of second object the first object also processed, such as: top mail, if the user has browsed mail 5, also just means that the user has browsed mail 1,2,4 simultaneously, so can process again, further saved resource, improved efficiency.
The accompanying drawing explanation
The mail that Fig. 1 is the application's mail group sending system sends schematic diagram;
The flow chart that Fig. 2 is information processing method in the application one embodiment;
Fig. 3 be in the application one embodiment the acquisition state for after the second object that has obtained state to the processing of second object and N the first object;
Fig. 4 is to the processing of second object and N the first object before second object that in the application one embodiment, the acquisition state is processed state;
The structure chart that Fig. 5 is electronic equipment in the application one embodiment.
Embodiment
The embodiment of the present application is by method and a kind of electronic equipment that a kind of information processing is provided, having solved the user who exists in the prior art need to be processed all objects, cause the wasting of resources, affect the technical problem of efficiency, effectively saved resource, improved efficiency.
Technical scheme in the embodiment of the present application is for addressing the above problem, and general thought is as follows:
At first the state that obtains is adjusted to the second object of the second state from the first state, such as: obtain one never the acquisition state be adjusted to the second object that obtains state; The state that perhaps obtains is adjusted to the second object of processed state from acquisition state;
Then obtain N the first object be included in second object from the first object;
Finally the state of this N the first object is adjusted to the 4th state from the third state, such as: if obtain the second object that has obtained state, content due to N the first object has been included in second object so, now the state of N the first object is adjusted into to non-important state; And, if obtain the second object of processed state, illustrate so the known N of user the content in the first object so its state to be adjusted into to processed state, the user need not process this N the first object again.
In order better to understand technique scheme, below in conjunction with Figure of description and concrete execution mode, technique scheme is described in detail.
The application one embodiment provides a kind of method of information processing, and described method is applied in the system that comprises M the first object, and wherein, each first object comprises the first identification information, and M is more than or equal to 1 integer.In specific implementation process, the electronic equipment of implementing the method can be panel computer, notebook computer, mobile phone etc.Described method can be applied in a lot of scenes, such as mail group sending system, forum, blog etc., convenient for follow-up introduction, in follow-up introduction, will be applied in the mail group sending system it is made to detailed introduction with described method.
As shown in Figure 2, the method for described information processing comprises the steps:
S201: the state that obtains is adjusted to the second object of the second state from the first state, and wherein, described second object comprises the second identification information, and described the first state and described the second state are different states;
In specific implementation process, described the first state, the second state, can comprise multiple situation, and two kinds of situations of below take wherein are example, and it is described in detail, certainly, in specific implementation process, is not limited to following two kinds of situations.
(1) described the first state is specially: do not obtain state; Described the second state is specially: obtained state;
The second object that so described acquisition one state is adjusted to the second state from the first state is specially: the acquisition state is the described described second object that has obtained state.
The mail group sending system shown in Fig. 1 of take is example, wherein, supposes that mail 1,2,3,4 is the first object, and mail 5 is second object.Suppose that monarch D obtains mail 4 on monarch's B mail at T1 constantly, now, monarch E does not reply on monarch's D mail, so do not obtain mail 5, namely second object is not in obtaining state;
And at T2 constantly, monarch E makes reply on monarch's D mail, obtain mail 5, now the state of second object is just for obtaining state.
Hence one can see that, the acquisition state never the acquisition state be adjusted to obtain state second object its be exactly the acquisition state in essence for having obtained the second object of state.
(2) described the first state is specially: the described state that obtained, and described the second state is processed state;
In specific implementation process, the second object that described acquisition one state is adjusted to the second state from the first state is specially: the second object that the acquisition state is processed state so.
The mail group sending system shown in Fig. 1 of take is example, wherein, supposes that mail 1,2,3,4 is the first object, and mail 5 is second object.T2 constantly in, obtained mail 1,2,3,4,5, but user unread mail 5, so now mail 5 in obtaining state;
And at T2 the T3 moment after constantly, certain user has read mail 5, so now mail 5, namely second object just becomes processed object.
Hence one can see that, the acquisition state from acquisition state be adjusted to processed state second object its be exactly the second object that the acquisition state is processed state in essence.
Obtaining a state after the first state is adjusted to the second object of the second state based on step S201, just can perform step S202: whether the first identification information that judges described M each the first object in the first object is included in described the second identification information;
In specific implementation process, describedly judge whether the first identification information of each the first object in described M the first object is included in the process in described the second identification information, judge exactly whether M each first object in the first object is included in the process in second object.
In specific implementation process, the application scenarios based on different, described identification information is also different, or the mail group sending system shown in Fig. 1 is example, introduces in detail two kinds of identification informations, and certainly in specific implementation process, described identification information is not limited to following two kinds.
(1) usining timestamp, the sender information of mail adds the identification information of the identification information of a upper envelope mail as current mail.Its specific implementation process is as follows:
Such as: monarch A mass-sends an envelope mail (mail 1) constantly at T0, and the flag information of mail 1 is so: AT0;
Monarch B is engraved on the basis of A and is replied when T1, obtains mail 2, and the flag information of mail 2 is so: AT0BT1;
Monarch C is engraved on the basis of A and is replied when T2, obtains mail 3, and the flag information of mail 3 is so: AT0CT2;
Monarch D is engraved on monarch's B basis and is replied when T3, obtains mail 4, and the flag information of mail 4 is so: AT0BT1DT3;
Monarch E is engraved on monarch's D basis and is replied when T4, obtains mail 5, and the flag information of mail 5 is so: AT0BT1DT3ET4.
So, the second identification information of second object is: AT0BT1DT3ET4;
The first identification information of mail 1,2,3,4 and the second identification information are compared known, the first identification information of mail 1,2,4 is included in the second identification information, so also just illustrate that mail 5 contains all the elements of mail 1,2,4; And the first identification information of mail 3 is not included in the second identification information, namely mail 5 is not contained the content of mail 3.
The identification information that adopts aforesaid way to obtain, determine whether the first object is included in second object, do not need extra processor to carry out allocation identification information, implement more simple and convenient and can also obtain other information from identification information, such as temporal information, sender information etc.
(2) every generation one mail, just give its random unique string that generates, and this character string added to the identification information of a upper envelope mail of its reply, is the identification information of this mail.
Or the mailing system of front of take is example, suppose to the character string of mail 1 distribution to be: 001, and mail 1 is not replied on the basis of other mails, so its identification information is: 001;
And the character string of distributing to mail 2 is: 002, so its identification information is: 001002;
The like, the character string of distributing to mail 3 is 003, the flag information of mail 3 is so: 001003;
The character string of distributing to mail 4 is 004, and the identification information of mail 4 is so: 001002004;
The character string of distributing to postal 5 is 005, and the identification information of mail 5 is 001002004005 so.
Then, respectively its identification information is compared, just can obtain N the first identification information be included in the second identification information, with acquisition, be included in N the first object in second object.
The identification information that adopts aforesaid way to obtain, due to by the random unique distribution of system, so can not distribute the character string of repetition, cause the repetition of identification information, thereby for judging whether the first object is included in second object, and its accuracy is higher.
After being judged in based on step S202, whether each first identification information being included in to the second identification information, just can perform step S203: when the first identification information that N the first object arranged is included in described the second identification information, the state of each the first object in described N the first object is adjusted to the 4th state from the third state, wherein, N is more than or equal to 1 and be less than or equal to the integer of M, and the described third state and described the 4th state are identical or different state.
In specific implementation process, the difference of the second object based on obtaining in step S201, the third state of described the first object and the 4th state are also different, following two kinds of situations based on cited in step S201, it is described in detail, certainly, in specific implementation process, be not limited to following two kinds of situations.
(1) second object obtained is: state is for obtaining the second object of state;
The described state by each the first object in described N the first object is adjusted to the 4th state from the third state, is specially:
The state of described N the first object is adjusted into to non-important state from acquisition state, wherein, the state of described non-important state for processing.
Specifically, namely in step S201 the acquisition state for after having obtained the second object of state, the content of determining N the first object is included in second object, as long as the user has read second object, just can obtain the content of this N the first object, so also just illustrate that this N the first object user can read, so the state of N the first object is defined as to non-important state from acquisition state.
For example: the N determined in step S202 the first object is respectively: mail 1, mail 2, mail 4, in order to point out this 3 envelope mail of user unimportant, mail 5 overstrikings can be shown, mail 1,2,4 common display, perhaps mail 5 common display, mail 1,2,4 tilts to show etc., in specific implementation process, how to mark non-important object, the application is not restricted.
After adopting aforesaid way to be adjusted the state of N the first object, the user can process this N the first object, so saved resource, improved efficiency.
In this case, at the state of acquisition, after the first state is adjusted to the second object of the second state, as shown in Figure 3, can also proceed as follows:
S301: process described second object; And
S302: after processing described second object, the arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to processed state.
Specifically, namely at the acquisition state for after having obtained the second object of state, the operation based on second object is processed, so by the state of N the first object also from obtaining state or non-important state is adjusted into processed state.
The mail group sending system of front of take is example, suppose: user's reading mail 5, namely the state adjustment of mail 5 is for processed state, so, arbitrary state by the state of mail 1,2,4 from obtain state or non-important state is adjusted into processed state, namely mail 1,2,4 is labeled as and reads.
(2) second object that the acquisition state is processed state;
The described state by each the first object in described N the first object is adjusted to the 4th state from the third state, is specially:
The arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to described processed state.
The foregoing mail group sending system of take is example, the state of supposing mail 5 is adjusted into processed state from acquisition state, namely on the basis that has obtained mail 5, it is read, the content that has comprised mail 1,2,4 due to the content of mail 5, so illustrate that the content of mail 1,2,4 is also read, so the state of mail 1,2,4 is adjusted into to namely processed state of read state.
After adopting aforesaid way to be adjusted the state of N the first object, be equivalent to processed this N the first object, need not again process it, so further saved resource, improved efficiency.
In specific implementation process, before the second object that is processed state at the acquisition state, as shown in Figure 4, can also proceed as follows:
S401: the acquisition state is the described second object that has obtained state; And
S402: after the acquisition state is the described second object that has obtained state, the state of described N the first object is adjusted into to described non-important state from acquisition state.
The described mail group sending system of the Fig. 1 of take is example, the second object that is namely processed state at the acquisition state (mail 5) before, first need to obtain mail 5, after obtaining mail 5, N the first object (namely mail 1,2,4) can be labeled as to non-important object.
Based on same inventive concept, the embodiment of the present application provides a kind of electronic equipment of implementing the method for above-mentioned information processing, and described electronic equipment can be notebook computer, panel computer or mobile phone etc.
As shown in Figure 5, described electronic equipment comprises following structure:
First obtains module 503, be connected in described memory module 502, be adjusted to the second object of the second state from the first state for obtaining a state, wherein, described second object comprises the second identification information, and described the first state and described the second state are different states;
In specific implementation process, the difference based on described the first state, the second state, the concrete function of described the first acquisition module 503 is not identical yet, below introduces wherein two kinds of situations, certainly, in specific implementation process, is not limited to following two kinds of situations.
(1) described the first state is specially: do not obtain state; Described the second state is specially: obtained state;
So described first obtain module 503 specifically for: the acquisition state is the described described second object that has obtained state.
The mail group sending system shown in Fig. 1 of take is example, wherein, supposes that mail 1,2,3,4 is the first object, and mail 5 is second object.Suppose that monarch D obtains mail 4 on monarch's B mail at T1 constantly, now, monarch E does not reply on monarch's D mail, so do not obtain mail 5, namely second object is not in obtaining state;
And at T2 constantly, monarch E makes reply on monarch's D mail, obtain mail 5, now the state of second object is just for obtaining state.
Hence one can see that, described first obtain module 503 its be exactly in essence for: the acquisition state is for having obtained the second object of state.
(2) described the first state is specially: the described state that obtained, and described the second state is processed state;
So in specific implementation process, described first obtains module 503 specifically for the second object that the acquisition state is processed state.
The mail group sending system shown in Fig. 1 of take is example, wherein, supposes that mail 1,2,3,4 is the first object, and mail 5 is second object.T2 constantly in, obtained mail 1,2,3,4,5, but user unread mail 5, so now mail 5 in obtaining state;
And at T2 the T3 moment after constantly, certain user has read mail 5, so now mail 5, namely second object just becomes processed object.
Hence one can see that, and described first obtains module 503, and it is exactly for the second object that the acquisition state is processed state in essence.
Whether judge module 504, be connected in described first and obtain module 503, for the first identification information of each the first object of judging described M the first object, be included in described the second identification information;
In specific implementation process, the application scenarios based on different, described identification information is also different, and the mail group sending system shown in Fig. 1 of still take is example, introduces in detail two kinds of identification informations, and certainly in specific implementation process, described identification information is not limited to following two kinds.
(1) usining timestamp, the sender information of mail adds the identification information of the identification information of a upper envelope mail as current mail.Its specific implementation process is as follows:
Such as: monarch A mass-sends an envelope mail (mail 1) constantly at T0, and the flag information of mail 1 is so: AT0;
Monarch B is engraved on the basis of A and is replied when T1, obtains mail 2, and the flag information of mail 2 is so: AT0BT1;
Monarch C is engraved on the basis of A and is replied when T2, obtains mail 3, and the flag information of mail 3 is so: AT0CT2;
Monarch D is engraved on monarch's B basis and is replied when T3, obtains mail 4, and the flag information of mail 4 is so: AT0BT1DT3;
Monarch E is engraved on monarch's D basis and is replied when T4, obtains mail 5, and the flag information of mail 5 is so: AT0BT1DT3ET4.
So, the second identification information of second object is: AT0BT1DT3ET4;
The first identification information of mail 1,2,3,4 and the second identification information are compared known, the first identification information of mail 1,2,4 is included in the second identification information, so also just illustrate that mail 5 contains all the elements of mail 1,2,4; And the first identification information of mail 3 is not included in the second identification information, namely mail 5 is not contained the content of mail 3.
The identification information that adopts aforesaid way to obtain, determine whether the first object is included in second object, do not need extra processor to carry out allocation identification information, implement more simple and convenient and can also obtain other information from identification information, such as temporal information, sender information etc.
(2) every generation one mail B, just give its random unique string that generates, and this character string added to the identification information of its replied mail A, is the identification information of this mail B.
Or the mailing system of front of take is example, suppose to the character string of mail 1 distribution to be: 001, and it does not apply other mails, so its identification information is: 001;
And the character string of setting to mail 2 is: 002, so its identification information is: 001002;
The like, the flag information of mail 3 is: 001003;
The identification information of mail 4 is: 001002004;
The identification information of mail 5 is 001002004005.
Then, respectively its identification information is compared, just can obtain N the first identification information be included in the second identification information, with acquisition, be included in N the first object in second object.
The identification information that adopts aforesaid way to obtain, due to by the random unique distribution of system, so can not distribute the character string of repetition, cause the repetition of identification information, thereby for judging whether the first object is included in second object, and its accuracy is higher.
The first adjusting module 505, be connected in described judge module 504, while for the first identification information when N the first object arranged, being included in described the second identification information, the state of each the first object in described N the first object is adjusted to the 4th state from the third state, wherein, N is more than or equal to 1 and be less than or equal to the integer of M, and the described third state and described the 4th state are identical or different state.
In specific implementation process, the difference of the state of the second object obtained based on described the first acquisition module 503, the working method of described the first adjusting module 505 is not identical yet.Following cited two kinds of situations based on front, be described in detail the working method of described the first adjusting module 505, and certainly, in specific implementation process, its working method is not limited to following two kinds of situations.
(1) described first obtain module 503, specifically for: the acquisition state is the described described second object that has obtained state.
So described the first adjusting module 505, specifically for:
The state of described N the first object is adjusted into to non-important state from acquisition state, wherein, the state of described non-important state for processing.
Specifically, namely based on the first acquisition module 503 acquisition states for after having obtained the second object of state, the content of determining N the first object is included in second object, as long as the user has read second object, just can obtain the content of this N the first object, so also just illustrate that this N the first object user can read, so based on described the first adjusting module 505, the state of N the first object is defined as to non-important state from acquisition state.
After described the first adjusting module 505 adopts aforesaid ways to be adjusted the state of N the first object, the user can process this N the first object, so saved resource, improved efficiency.
In this case, in specific implementation process, described electronic equipment also comprises:
Processing module, be connected in described adjusting module, at the state that obtains after the first state is adjusted to the second object of the second state, process described second object;
The second adjusting module, be connected in described processing module, for after processing described second object, the arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to processed state.
Specifically, namely at the acquisition state for after having obtained the second object of state, based on described processing module, second object is processed, and then the state of N the first object also is adjusted into to processed state.
(2) described first obtain module 503 specifically for the second object that the acquisition state is processed state.
So, in specific implementation process, described the first adjusting module 505 specifically for:
The arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to described processed state.
Described the first adjusting module 505 is equivalent to processed this N the first object after adopting aforesaid ways to be adjusted the state of N the first object, need not again process it, so further saved resource, improved efficiency.
In this case, in specific implementation process, described electronic equipment can also comprise:
Second obtains module, and before the second object that is processed state at described acquisition state, the acquisition state is the described second object that has obtained state;
The 3rd adjusting module, be connected in described second and obtain module, for being after the described second object that has obtained state at the acquisition state, the state of described N the first object is adjusted into to described non-important state from acquisition state.
One or more technical schemes that the application provides at least have following technique effect or advantage:
(1) due in the embodiment of the present application, when second object is adjusted to the second state from the first state, N the first object be included in second object is adjusted to the 4th state from the third state, with the significance level of determining described N the first object lower than second object, allow user priority process second object or only to process second object, so saved resource, improved efficiency.
(2) due in the embodiment of the present application, adopted based on the first identification information and whether be included in the second flag information, determined whether the first object is included in second object, so easy to operation.
(3) due in the embodiment of the present application, when obtaining state, the state of N the first object is adjusted into to non-important state when second object, namely the user can process this N the first object, so saved resource, improved efficiency.
(4) due in the embodiment of the present application, when second object is processed state, the state of N the first object is adjusted into to processed state, if namely be equivalent to process second object, this N its state of the first object also becomes processed state so, such as: top mail, if the user has browsed mail 5, also just mean that the user has browsed mail 1,2,4 simultaneously, so can deal with it, has further saved resource again, has improved efficiency.
Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification and not break away from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention also is intended to comprise these changes and modification interior.
Claims (16)
1. the method for an information processing, described method is applied in the system that comprises M the first object, and wherein, each first object comprises the first identification information, and M is more than or equal to 1 integer, it is characterized in that, and described method comprises:
The state that obtains is adjusted to the second object of the second state from the first state, wherein, described second object comprises the second identification information, and described the first state and described the second state are different states;
Whether the first identification information that judges described M each the first object in the first object is included in described the second identification information;
When the first identification information that N the first object arranged is included in described the second identification information, the state of each the first object in described N the first object is adjusted to the 4th state from the third state, wherein, N is more than or equal to 1 and be less than or equal to the integer of M, and the described third state and described the 4th state are identical or different state.
2. the method for claim 1, is characterized in that, each first flag information in described M the first flag information is comprised of the first keyword of R ordered arrangement; And described the second flag information is while being comprised of the second keyword of S ordered arrangement, wherein, R, S are more than or equal to 1 integer;
Describedly judge that whether the first identification information of each the first object in described M the first object is included in described the second identification information, is specially:
Whether the first keyword that judges a described R ordered arrangement is included in the second keyword of a described S ordered arrangement.
3. method as claimed in claim 1 or 2, is characterized in that, described the first state is specially: do not obtain state; Described the second state is specially: obtained state;
The second object that described acquisition one state is adjusted to the second state from the first state is specially: the acquisition state is the described described second object that has obtained state.
4. method as claimed in claim 3, is characterized in that, the described state by each the first object in described N the first object is adjusted to the 4th state from the third state, is specially:
The state of described N the first object is adjusted into to non-important state from acquisition state, wherein, the state of described non-important state for processing.
5. method as claimed in claim 3, is characterized in that, at described acquisition one state, after the first state is adjusted to the second object of the second state, described method also comprises:
Process described second object; And
After processing described second object, the arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to processed state.
6. method as claimed in claim 1 or 2, is characterized in that, described the first state is specially: the described state that obtained, and described the second state is processed state;
The second object that described acquisition one state is adjusted to the second state from the first state is specially: the second object that the acquisition state is processed state.
7. method as claimed in claim 6, is characterized in that, the described state by each the first object in described N the first object is adjusted to the 4th state from the third state, is specially:
The arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to described processed state.
8. method as claimed in claim 6, is characterized in that, before the second object that is processed state at described acquisition state, described method also comprises:
The acquisition state is the described second object that has obtained state; And
After the acquisition state is the described second object that has obtained state, the state of described N the first object is adjusted into to described non-important state from acquisition state.
9. an electronic equipment, is characterized in that, comprising:
Shell;
Memory module, be arranged on described enclosure or described case surface, and for store M the first object, wherein, each first object comprises the first identification information, and M is more than or equal to 1 integer;
First obtains module, is connected in described memory module, for obtaining a state, is adjusted to the second object of the second state from the first state, and wherein, described second object comprises the second identification information, and described the first state and described the second state are different states;
Whether judge module, be connected in described first and obtain module, for the first identification information of each the first object of judging described M the first object, be included in described the second identification information;
The first adjusting module, be connected in described judge module, while for the first identification information when N the first object arranged, being included in described the second identification information, the state of each the first object in described N the first object is adjusted to the 4th state from the third state, wherein, N is more than or equal to 1 and be less than or equal to the integer of M, and the described third state and described the 4th state are identical or different state.
10. electronic equipment as claimed in claim 9, is characterized in that, each first flag information in described M the first flag information is comprised of the first keyword of R ordered arrangement; And described the second flag information is while being comprised of the second keyword of S ordered arrangement, wherein, R, S are more than or equal to 1 integer;
Described judge module specifically for: whether the first keyword that judges a described R ordered arrangement is included in the second keyword of a described S ordered arrangement.
11. electronic equipment as described as claim 9 or 10, is characterized in that, described the first state is specially: do not obtain state; Described the second state is specially: obtained state;
Described first obtains module, specifically for: the acquisition state is the described described second object that has obtained state.
12. electronic equipment as claimed in claim 11, is characterized in that, described the first adjusting module, specifically for:
The state of described N the first object is adjusted into to non-important state from acquisition state, wherein, the state of described non-important state for processing.
13. electronic equipment as claimed in claim 11, is characterized in that, described electronic equipment also comprises:
Processing module, be connected in described adjusting module, at the state that obtains after the first state is adjusted to the second object of the second state, process described second object;
The second adjusting module, be connected in described processing module, for after processing described second object, the arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to processed state.
14. electronic equipment as described as claim 9 or 10, is characterized in that, described the first state is specially: the described state that obtained, and described the second state is processed state;
Described first obtains module specifically for the second object that the acquisition state is processed state.
15. electronic equipment as claimed in claim 14, is characterized in that, described the first adjusting module specifically for:
The arbitrary state of state from obtain state or non-important state of described N the first object is adjusted into to described processed state.
16. electronic equipment as claimed in claim 14, is characterized in that, described electronic equipment also comprises:
Second obtains module, and before the second object that is processed state at described acquisition state, the acquisition state is the described second object that has obtained state;
The 3rd adjusting module, be connected in described second and obtain module, for being after the described second object that has obtained state at the acquisition state, the state of described N the first object is adjusted into to described non-important state from acquisition state.
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| CN201210181005.XA CN103457827B (en) | 2012-06-04 | 2012-06-04 | A kind of method of information processing and a kind of electronic equipment |
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| CN201210181005.XA CN103457827B (en) | 2012-06-04 | 2012-06-04 | A kind of method of information processing and a kind of electronic equipment |
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