CN106294411A - The recognition methods of category of software and the system of identification - Google Patents
The recognition methods of category of software and the system of identification Download PDFInfo
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Abstract
The present invention provides recognition methods and the identification system of a kind of category of software, including: receive the software matrix that terminal is uploaded, and the software data of described software matrix is increased in default cloud list；Being contrasted by the software database of described cloud list with default class, to obtain the newly-increased software matrix belonging to default class in described cloud list, the software database of wherein said default class is for storing the software data of the default class in network；The described newly-increased software matrix belonging to default class is sent the predetermined software collection to described terminal, in order to described terminal is that described predetermined software collection generates unified interface.Present invention can apply to server end and/or user terminal, software delta list is identified by unified beyond the clouds, and provide unified interface at user terminal software corresponding to recognition result, i.e. save recognition time and save again flow, it is not necessary to identify that request instruction and recognition time easily design and plan.
Description
Technical Field
The invention belongs to the field of data processing, and particularly relates to a software category identification method and system.
Background
As more and more applications are used, finding and reading each application in the user terminal device requires more reaction time and occupies more memory space. However, for applications such as games, which have relatively strict requirements on response time and memory space, the operation experience of the user is often affected in the actual running process due to the scattered arrangement of the applications at the user terminal.
In order to increase the response speed of game applications, many manufacturers are dedicated to develop various types of game boxes for uniformly managing the game applications. The method for identifying game application programs of the existing game box in the industry is as follows: (1) regularly acquiring a list of software installed by a mobile phone or a computer user; (2) sending the acquired list to a background server; (3) and returning a software list belonging to the game class after the identification by the background server.
The prior method mainly has the following defects: (1) the software list when being sent to the server each time is a complete list of the current software of the terminal equipment, which not only consumes time but also consumes flow; (2) the reusability of request instructions of the server side request software list is poor, and the server side request software list has no complete universality; (3) in the sending process, if the server or the terminal device fails to send the request or response information, the next time of sending the information needs to be planned.
Disclosure of Invention
In view of the above, the present invention provides a method and a system for identifying a software category, which can solve the technical problems of time and flow consumption for identifying a generated list, poor reusability of identified request instructions, and difficult planning of time in the prior art.
In order to solve the above technical problem, an embodiment of the present invention provides an identification method for a software category, which is applied to a cloud server, and the identification method includes:
receiving a software list uploaded by a terminal, and adding software data of the software list to a preset cloud list;
comparing the cloud list with a preset software database to obtain a new software list belonging to a preset class in the cloud list, wherein the preset software database is used for storing preset software data in a network; and
and sending the newly added software list belonging to the preset class to a preset software set of the terminal so that the terminal can generate a uniform interface for the preset software set.
In order to solve the above technical problem, an embodiment of the present invention provides an identification method for a software category, which is applied to a terminal, and the identification method includes:
when software data is changed, a software increment list is generated;
transmitting the software increment list to a cloud server;
receiving a newly added software list which belongs to a preset class and is fed back by the cloud server according to the software increment list;
storing the newly added software list of the preset class into the preset software set so as to update the software data in the preset software set; and
and generating a uniform interface according to the preset software set so as to uniformly manage the software in the preset software set.
In order to solve the above technical problem, an embodiment of the present invention provides an identification system for software categories, which is applied to a cloud server, and the identification system includes:
the receiving module is used for receiving a software list uploaded by a terminal and adding software data of the software list to a preset cloud list;
the comparison module is used for comparing the cloud list with a software database of a preset class to obtain a new software list belonging to the preset class in the cloud list, wherein the software database of the preset class is used for storing software data of the preset class in a network; and
and the sending module is used for sending the newly added software list belonging to the preset class to a preset software set of the terminal so that the terminal can generate a uniform interface for the preset software set.
In order to solve the above technical problem, an embodiment of the present invention provides an identification system for software categories, which is applied to a terminal, and the identification system includes:
the increment module is used for generating a software increment list when the software data is changed;
the transmission module is used for transmitting the software increment list to a cloud server;
the feedback module is used for receiving a newly added software list which belongs to a preset class and is fed back by the cloud server according to the software increment list;
the preset software set is used for receiving and storing the new software list of the preset class; and
and the management module is used for generating a uniform interface for the preset software set so as to uniformly manage the software in the preset software set.
Compared with the prior art, the software type identification method and the software type identification system can be applied to a server side and/or user terminal equipment, the software increment list is generated when software data is changed, the increment list is identified at the cloud server side, and a uniform interface is provided for software corresponding to an identification result at the user terminal, so that the identification time of the software type is saved, the flow is saved, an identification request instruction is not needed, and the identification time is easy to design and plan.
Drawings
FIG. 1 is a schematic diagram of an application environment of a software class identification method and an identification system according to an embodiment of the present invention;
FIG. 2 is a schematic workflow diagram of a method for identifying software categories according to an embodiment of the present invention;
FIG. 3 is a block diagram of a software identification system according to a second embodiment of the present invention;
fig. 4 is a schematic workflow diagram of a method for identifying software categories according to a third embodiment of the present invention;
FIG. 5 is a block diagram of a software class identification system according to a fourth embodiment of the present invention;
fig. 6 is a timing diagram of a software type identification method and an identification system according to a fifth embodiment of the present invention.
Detailed Description
Referring to the drawings, wherein like reference numbers refer to like elements throughout, the principles of the present invention are illustrated in a suitable computing environment. The following description is based on illustrated embodiments of the invention and should not be taken as limiting the invention with regard to other embodiments that are not detailed herein.
While the principles of the invention have been described in the foregoing context, which is not intended to be limiting, those of ordinary skill in the art will appreciate that various of the steps and operations described below may also be implemented in hardware. The principles of the present invention are operational with numerous other general purpose or special purpose computing, communication environments or configurations.
Please refer to fig. 1, which is a schematic diagram of an application environment of the software type identification method and the identification system provided in the present invention. The application environment includes a cloud server 10, a terminal 20, and a communication network 30.
The cloud server 10 may download and install the software type identification system provided by the present invention or execute the software type identification method.
It can be understood that, the cloud server 10 is configured to establish a software database of a preset class to store software data of the preset class in a network; establishing a plurality of cloud lists, wherein each cloud list is used for receiving and storing a software list uploaded by a corresponding terminal 20; and comparing the cloud list with the software database of the preset class to obtain a new software list belonging to the preset class in the cloud list, and sending the new software list to the preset software set of the terminal 20 for unified management to complete the identification of the preset class of software at the cloud server.
The terminal 20 may download and install the software type recognition system provided by the present invention or execute the software type recognition method. The terminal 20 includes a notebook computer 01, a desktop computer 02, a smart phone 03, a Personal Digital Assistant (PDA), or other forms. Each user terminal corresponds to one cloud list in the cloud server 10.
It can be understood that the terminal 20 is configured to generate a software increment list when software data is changed, send the software increment list to a corresponding cloud list of the cloud server 10 for type identification, receive a newly added software list belonging to a preset class, and provide a uniform interface for software belonging to the preset class.
The communication network 30 includes a wireless network and a wired network. Wherein the wireless network comprises a combination of one or more of a wireless wide area network, a wireless local area network, a wireless metropolitan area network, and a wireless personal network.
The scheme can be applied to game auxiliary application programs such as game boxes. Please refer to the following embodiments, wherein one side of the embodiments is directed to the method for identifying the software type executed in the cloud server, two sides of the embodiments are directed to the system for identifying the software type applied in the cloud server, and three sides of the embodiments are directed to the method for identifying the software type executed in the terminal; the four sides of the embodiment are focused on the identification system of the software category applied in the terminal; the fifth embodiment focuses on the working time sequence of the software type identification method and system between the cloud service and the terminal. It can be understood that: although the emphasis of each embodiment is different, the design concept is consistent. Moreover, for parts that are not described in detail in a certain embodiment, reference may be made to the detailed description throughout the specification, and further description is omitted.
Example one
Referring to fig. 2, a schematic workflow diagram of a software class identification method is shown. The software category identification method is mainly applied to a cloud server side and is used for uniformly identifying a cloud list generated by each terminal.
In step S201, software data of a preset class in a network is acquired, and a software database of the preset class is established according to the software data of the preset class.
It is understood that the preset classes include: games, office software, group buying software, or palm banking, etc., having a certain type of feature or software that performs the same type of task.
In step S202, a cloud list of the terminal is established, which is used to store software data of the software list in the terminal, where the software data includes: installation, updating, and uninstalling of software.
It is understood that a dedicated cloud list is established for each terminal connected to the cloud server. Such as cloud list 01-profile of terminal device 01. In the cloud list, an identifier for storing a terminal, a list of all software in the terminal, and a change condition of the software in the list are stored, where the change condition includes: install, update, uninstall, and when it occurs.
In step S203, a software list uploaded by the terminal is received, and software data of the software list is added to the cloud list.
Wherein, the step of receiving the software list can be subdivided into:
(1) receiving a software increment list uploaded by a terminal; and
(2) adding the software data of the software increment list to the cloud list.
It can be understood that receiving the soft increment list can save traffic and transmission time between the terminal and the cloud server, and errors such as interruption are less likely to occur due to the reduction of the transmission content, so that the recognition result is faster and more accurate.
In step S204, the cloud list is compared with the software database of the preset class to obtain a new software list belonging to the preset class in the cloud list.
It is understood that in the step of comparing, a plurality of filtering conditions may be further refined.
Firstly, as follows: the history software filtering list is embodied as follows:
(1) comparing the newly added software list with the historical software list to obtain repeated software data; and
(2) and deleting the repeated software data in the newly added software list to generate a first screening list.
Secondly, the following steps: the deleted application program is filtered, and the method is specifically embodied as follows:
(1) extracting a deleted software list from a software list uploaded by a terminal;
(2) comparing the added software list with the deleted software list to obtain repeated software data; and
(3) and deleting the repeated software data in the newly added software list to generate a second screening list.
It can be understood that, in this step, the incremental information of the newly added software list is generated and sent to the terminal. A plurality of screening conditions can be set to reduce the size of communication data between the terminal and the terminal, and the generated data can be received and used immediately through screening without additional judgment of the terminal. Has stronger pertinence and timeliness.
In step S205, the new software list belonging to the preset class is sent to a preset software set of the terminal, so that the terminal generates a uniform interface for the preset software set.
It can be understood that: the new software list belonging to the preset class refers to a list generated after one or more comparisons, such as an original new software list of the preset class (i.e., a list generated after only one comparison), a first filtering list, a second filtering list, and the like.
In step S206, the newly added software list is stored as a history software list.
It can be understood that the history list functions as reference data, so that the cloud server can generate as less and accurate incremental information as possible, and the cloud server has less communication traffic and can save time and traffic.
The software category identification method can be applied to a server side, the software increment list is generated when software data are changed, the increment list is identified at the cloud server side, and a uniform interface is provided for software corresponding to an identification result at a user terminal, so that the identification time and the flow are saved, an identification request instruction is not needed, and the identification time is easy to design and plan.
Example two
Referring to fig. 3, a schematic workflow diagram of a software class identification method is shown. The software category identification method is mainly applied to a terminal and used for carrying out unified identification and management on identification results.
The software category identification method comprises the following steps:
in step S301, when the software data is changed, a software increment list is generated.
In this step, the terminal generates the software increment list only for the changed part, instead of generating the whole list, so that the communication traffic with the cloud server can be reduced, and the time and the traffic can be saved.
In step S302, the software increment list is transmitted to a cloud server.
It is understood that the transmission of the software increment list further includes a trigger condition, which is one of the following manners or a combination thereof that can be customized by a user:
(1) presetting a time threshold, and actively transmitting the software increment list to a cloud server by a terminal when the time threshold is reached;
(2) real-time transmission, namely, after the software increment list is generated, transmitting the software increment list to a cloud server in real time by a terminal; or
(3) And passive transmission, namely transmitting the software increment list after the terminal receives an update request instruction of the cloud server.
It can be understood that through the setting of multiple trigger modes, the dependence on the cloud server request instruction can be reduced, and the transmission trigger scenario of the update increment can be provided in a personalized mode.
In step S303, a new software list that belongs to a preset class and is fed back by the cloud server according to the software increment list is received.
It can be understood that, taking the preset class as the game class as an example, after the terminal transmits the changed software list to the cloud server, the terminal receives the identification result fed back by the cloud server, that is: a list of newly added software belonging to the game class.
In step S304, the new software list of the preset class is stored in a preset software set to update the software data in the preset software set.
It is to be understood that the preset software set is a collection of software of the preset class. For example, a set of game software, a combination of shopping software, or a set of internet banking software.
In step S305, a unified interface is generated according to the preset software set, so as to perform unified management on the software in the preset software set.
It will be appreciated that the interface may take the form of a game box, available from Tencent, or a passbook, available from apple cell phones, for example.
In step S306, managing the software in the preset software set through the interface.
Wherein the managing comprises at least: acceleration, updating, and danger alerting. Specifically, the method comprises the following steps:
the step of accelerating comprises: (1) judging whether an interface of the preset software set is triggered or not; (2) and when the interface of the preset software set is triggered, accelerating the software in the preset software set.
The step of updating comprises: (1) downloading and storing the update information of the software in the preset software set through an interface of the preset software set; (2) and updating the triggered software according to the updating information by triggering each software in the preset software set.
The danger prompting step comprises the following steps: (1) receiving security rating information of the software in the preset software set through an interface of the preset software set, wherein the security rating information at least comprises: safety or danger; (2) and when the safety rating information is dangerous, giving a danger prompt through an interface of the preset software set.
The software category identification method can be applied to a user terminal, the software increment list is generated when software data are changed, the increment list is identified at the cloud server, and a uniform interface is provided for software corresponding to an identification result at the user terminal, so that the identification time and the flow are saved, an identification request instruction is not needed, and the identification time is easy to design and plan.
EXAMPLE III
Referring to fig. 4, a block diagram of a software class identification system is shown. The software type identification system 400 is mainly applied to a cloud server, and identifies a cloud list generated by each terminal in a unified manner.
The identification system 400 includes: a storage module 11, a receiving module 12, a comparing module 13, and a transmitting module 14.
The storage module 11 is configured to store a software database 111 of a preset class, a plurality of cloud lists 112, a plurality of history lists 113, and the like.
Specifically, the software database 111 of the preset class is used for storing software data of the preset class in the network. The preset class of software data is used to provide reference data for comparison for each cloud list 112. Taking the preset class as a game as an example, the software database of the game class may include: x chess and cards, or Y hand games, etc.
The cloud list 112 is configured to receive and store a software list uploaded by the terminal. It is understood that each cloud list 112 corresponds to a terminal. The terminal usually refers to a user terminal device, but with the development of user authentication methods such as iCloud, the terminal may also refer to a user name and a password thereof.
The comparison module 13 is connected to the storage module 11, and configured to compare the cloud list 112 with the software database 111 of the preset class, so as to obtain a new software list belonging to the preset class in the cloud list 112.
The comparison module 13 may further specifically include a first screening submodule 131 and/or a second screening submodule 132. It is understood that the screening order of the first screening submodule 131 and/or the second screening submodule 132 can be customized.
The first filtering submodule 131 is configured to compare the new software list with the historical software list to generate a first filtering list.
The second filtering submodule 132 is configured to extract a deleted software list from the software list uploaded by the terminal, and compare the added software list with the deleted software list to generate a second filtering list.
And the sending module 14 is connected to the comparing module 13, and is configured to send the new software list belonging to the preset class to a preset software set of the terminal, so that the terminal generates a uniform interface for the preset software set.
It can be understood that: the new software list belonging to the preset class is a list generated after one-time comparison or multiple-time comparison, such as an original new software list of the preset class (i.e., a list generated after one-time comparison), a first screening list, a second screening list, and the like.
The storage module 11 is connected to the comparison module 13, and is configured to store the new software list as a historical software list 113.
In other embodiments, the storage module 11 may be further connected to the sending module 14, and configured to store the new software list belonging to the preset class and the time when the new software list is successfully sent.
It is understood that the storage module 11 is further connected to the first filtering submodule 131, and is configured to provide reference data for filtering for the first filtering submodule 131 to generate the first filtering list. The reference data is the historical software list 113.
The software category identification system can be applied to a server side, the software increment list is generated when software data are changed, the increment list is identified at the cloud server side, and a uniform interface is provided for software corresponding to an identification result at a user terminal, so that the identification time is saved, the flow is saved, an identification request instruction is not needed, and the identification time is easy to design and plan.
Example four
Referring to fig. 5, a block diagram of a software class identification system is shown. The software type identification system 500 is mainly applied to a terminal, and is configured to generate a software increment list and provide a uniform interface for identified software.
The software category identification system 500 includes: an increment module 21, a transmission module 22, a feedback module 23, a preset software set 24, and a management module 25.
Specifically, the increment module 21 is configured to generate a software increment list when software data is changed.
It will be appreciated that generating a software delta list, rather than generating a full list, may reduce traffic with the cloud server, thereby saving time and traffic.
A transmission module 22, configured to transmit the software increment list to a cloud server.
It is to be understood that the transmission further includes a trigger condition, either in one of the following manners or a combination thereof, which is customizable by the user:
(1) presetting a time threshold, and actively transmitting the software increment list to a cloud server by a terminal when the time threshold is reached;
(2) real-time transmission, namely, after the software increment list is generated, transmitting the software increment list to a cloud server in real time by a terminal; or
(3) And passive transmission, namely transmitting the software increment list after the terminal receives an update request instruction of the cloud server.
It can be understood that through the setting of multiple trigger modes, the dependence on the cloud server request instruction can be reduced, and the transmission trigger scenario of the update increment can be provided in a personalized mode.
And the feedback module 23 is configured to receive a new software list belonging to a preset class and fed back by the cloud server.
And the preset software set 24 is used for storing the newly added software list of the preset class and providing a uniform interface for the software belonging to the preset class.
It is understood that the preset software set 24 is further integrated according to the new software list of the preset class to generate a list of all software belonging to the preset class in the terminal, change actions and change time of historical software, and the like.
The management module 25 includes a determination module 251, an acceleration sub-module 252, an update sub-module 253, and a prompt sub-module 254.
The determining sub-module 251 is configured to determine whether an interface of the preset software set 24 is triggered, and when the interface is triggered, trigger one or a combination of the accelerating sub-module 252, the updating sub-module 2537, or the prompting sub-module 254.
The acceleration sub-module 252 is configured to accelerate the software in the preset software set 24 when the interface of the preset software set 24 is triggered.
The update sub-module 253 is configured to download and store update data of the software in the preset software set 24, and update the software in the preset software set 24 according to the update data through triggering of each software.
The prompt sub-module 254 is configured to receive security rating information of software in the preset software set 24, where the security rating information at least includes: safety or danger, and when the safety rating information is dangerous, a danger prompt is given via an interface of the preset software set 24.
The software category identification system can be applied to a user terminal, the software increment list is generated when software data are changed, the increment list is identified at the cloud server, and a uniform interface is provided for software corresponding to an identification result at the user terminal, so that the identification time and the flow are saved, an identification request instruction is not needed, and the identification time is easy to design and plan.
EXAMPLE five
Please refer to fig. 6, which is a timing diagram illustrating a software type identification method and system. The identification method and the identification system are mainly applied between a server and a terminal.
In step a, the server establishes a software database of the preset class for storing the software data of the preset class in the network.
In the step B, the server establishes a cloud list of the terminal, and the cloud list corresponds to the terminal one by one.
In step C, the terminal generates a software increment list when the software data is changed.
In step D, the terminal sends the software increment list to a server.
In step E, the server receives the software list uploaded by the terminal, and adds the software data of the software list to the cloud list.
In step F, the server compares the cloud list with the software database of the preset class to obtain a new software list belonging to the preset class in the cloud list; and
in step G, the server sends the new software list belonging to the preset class to a preset software set of the terminal.
In step H, storing the new software list of the preset class into a preset software set; and
in step I, a uniform interface is provided for the preset software set, and management is performed.
Wherein the managing comprises: a combination of one or more of acceleration, update, or threat cues.
The software category identification method and the software category identification system can be applied to a server and/or a user terminal, the software increment list is generated when software data is changed, the increment list is identified at the cloud server, and a uniform interface is provided for software corresponding to an identification result at the user terminal, so that the identification time is saved, the flow is saved, a request instruction does not need to be identified, and the identification time is easy to design and plan.
The software category identification method and the software category identification system provided by the embodiment of the invention can be correspondingly applied to a terminal or a cloud server, belong to the same concept, and the specific implementation process is detailed throughout the specification and is not repeated herein.
In summary, although the present invention has been described with reference to the preferred embodiments, the above-described preferred embodiments are not intended to limit the present invention, and various changes and modifications can be made by one skilled in the art without departing from the spirit and scope of the present invention.
Claims (17)
1. A method for identifying a class of software, comprising:
receiving a software list uploaded by a terminal, and adding software data of the software list to a preset cloud list;
comparing the cloud list with a preset software database to obtain a new software list belonging to a preset class in the cloud list, wherein the preset software database is used for storing preset software data in a network; and
and sending the newly added software list belonging to the preset class to a preset software set of the terminal so that the terminal can generate a uniform interface for the preset software set.
2. The identification method according to claim 1, wherein the step of, before receiving the list of software uploaded at the terminal, further comprises the steps of:
acquiring software data of a preset class in a network;
and establishing a software database of the preset class according to the software data of the preset class.
3. The identification method according to claim 1, wherein the step of, before receiving the list of software uploaded at the terminal, further comprises the steps of:
establishing a cloud list of a terminal, and storing software data of a software list in the terminal, wherein the software data comprises: installation, update, and uninstall information of software.
4. The identification method of claim 1, wherein: sending the newly added software list belonging to the preset class to a preset software set of the terminal so that the terminal can generate a uniform interface according to the preset software set, and then, the method further comprises the following steps:
and storing the newly added software list as a historical software list.
5. The identification method of claim 4, wherein: comparing the cloud list with a software database of a preset class to obtain a new software list belonging to the preset class in the cloud list, and then:
comparing the newly added software list with the historical software list to obtain repeated software data;
deleting repeated software data in the comparison result in the newly added software list to generate a first screening list; and
sending the newly added software list to a preset software set of the terminal, including: and sending the first screening list to a preset software set of the terminal.
6. The identification method according to claim 1 or 5, characterized in that: comparing the cloud list with a software database of a preset class to obtain a new software list belonging to the preset class in the cloud list, and then further comprising:
extracting a deleted software list from a software list uploaded by the terminal;
comparing the added software list with the deleted software list to obtain repeated software data;
deleting repeated software data in the comparison result in the newly added software list to generate a second screening list; and
sending the newly added software list to a preset software set of the terminal, including: and sending the second screening list to a preset software set of the terminal.
7. The identification method of claim 1, wherein: receiving a software list uploaded by a terminal, and adding software data of the software list to a preset cloud list, wherein the method specifically comprises the following steps:
receiving a software increment list uploaded by a terminal; and
and adding the software data of the software increment list into a preset cloud list.
8. A method for identifying a class of software, comprising:
when software data is changed, a software increment list is generated;
transmitting the software increment list to a cloud server;
receiving a newly added software list which belongs to a preset class and is fed back by the cloud server according to the software increment list;
storing the newly added software list of the preset class into the preset software set so as to update the software data in the preset software set; and
and generating a uniform interface according to the preset software set so as to uniformly manage the software in the preset software set.
9. The identification method according to claim 8, wherein the unified management of the software in the preset software set specifically includes:
judging whether an interface of the preset software set is triggered or not;
and when the interface of the preset software set is triggered, accelerating the software in the preset software set.
10. The identification method according to claim 8, wherein the unified management of the software in the preset software set specifically includes:
downloading and storing the update information of the software in the preset software set through an interface of the preset software set; and
and updating the triggered software according to the updating information by triggering each software in the preset software set.
11. The identification method according to claim 8, wherein the unified management of the software in the preset software set specifically includes:
receiving security rating information of the software in the preset software set through an interface of the preset software set, wherein the security rating information at least comprises: safety or danger; and
and when the safety rating information is dangerous, giving a danger prompt through an interface of the preset software set.
12. A system for identifying classes of software, comprising:
the receiving module is used for receiving a software list uploaded by a terminal and adding software data of the software list to a preset cloud list;
the comparison module is used for comparing the cloud list with a software database of a preset class to obtain a new software list belonging to the preset class in the cloud list, wherein the software database of the preset class is used for storing software data of the preset class in a network; and
and the sending module is used for sending the newly added software list belonging to the preset class to a preset software set of the terminal so that the terminal can generate a uniform interface for the preset software set.
13. The identification system of claim 12, wherein: further comprising: the storage module comprises a preset software database, a cloud list in one-to-one correspondence with the terminals and a history list in one-to-one correspondence with the terminals, wherein:
the software database of the preset class is used for storing the software data of the preset class in the network;
the cloud list is used for storing software data of a software list in the terminal, wherein the software data comprises: installation, update, and uninstallation information of the software; and
and the history list is connected with the newly added software list module and is used for storing the newly added software list as a history software list.
14. The identification system of claim 13, wherein:
the comparison module comprises a first screening submodule, and the first screening submodule is used for comparing the newly added software list with the historical software list to generate a first screening list;
the sending module is further configured to send the first filtering list to a preset software set of the terminal.
15. An identification system as claimed in claim 12 or 14, characterized in that:
the comparison module comprises a second screening submodule, and the second screening submodule is used for extracting a deleted software list from the software list uploaded by the terminal and comparing the added software list with the deleted software list to generate a second screening list; and
the sending module is further configured to send the second filtering list to a preset software set of the terminal.
16. A system for identifying classes of software, comprising:
the increment module is used for generating a software increment list when the software data is changed;
the transmission module is used for transmitting the software increment list to a cloud server;
the feedback module is used for receiving a newly added software list which belongs to a preset class and is fed back by the cloud server according to the software increment list;
the preset software set is used for receiving and storing the new software list of the preset class; and
and the management module is used for generating a uniform interface for the preset software set so as to uniformly manage the software in the preset software set.
17. The identification system of claim 16, wherein the management module comprises:
the judging submodule is used for judging whether an interface of the preset software set is triggered or not, and triggering the accelerating submodule, the updating submodule or the prompting submodule when the interface of the preset software set is triggered; wherein,
the acceleration submodule is used for accelerating the software in the preset software set when triggered;
the updating submodule is used for downloading and storing the updating information of the software in the preset software set, and updating the triggered software according to the updating information by triggering each piece of software in the preset software set; and (c) and (d).
The prompt submodule is configured to receive security rating information of the preset software set, where the security rating information at least includes: and when the safety rating information is dangerous, giving a danger prompt through an interface of the preset software set.
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